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1.08k
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stringclasses 1
value | semantics
stringclasses 2
values | language
stringclasses 1
value | mutated-program
stringlengths 37
1.08k
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class | ground-truth
stringlengths 200
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|---|---|---|---|---|---|---|---|---|---|---|---|---|
srp-mk-K-unseen-int_break.imp
|
int n;
int a;
int b;
int c;
int ans;
n = 10;
a = (n / 3);
b = (n % 3);
if(b == 1)
{
a = (a - 1);
b = 4;
}
else
{
if(b == 0)
{
b = 1;
}
else
{
};
};
ans = 1;
while(a > 0)
{
ans = (ans * 3);
a = (a - 1);
};
ans = (ans * b);
|
int_break.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int n;
int a;
int b;
int c;
int ans;
n 𐕂 10;
a 𐕂 (n 𐕏 3);
b 𐕂 (n 𐕖 3);
𐔸(b 𐕟 1)
{
a 𐕂 (a 𐕙 1);
b 𐕂 4;
}
𐕎
{
𐔸(b 𐕟 0)
{
b 𐕂 1;
}
𐕎
{
};
};
ans 𐕂 1;
𐕕(a 𐕃 0)
{
ans 𐕂 (ans 𐕊 3);
a 𐕂 (a 𐕙 1);
};
ans 𐕂 (ans 𐕊 b);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="9">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
</ans>
|
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},
"rules": [
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],
"cleaned_stmt": "int n;",
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},
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},
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],
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],
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},
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},
"rules": [
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (b 𐕟 1)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 21"
],
"cleaned_stmt": "b 𐕂 4;",
"control_stack": "ε"
},
{
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"z": null,
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"n2": null,
"l2": null,
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"temp": null,
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"number": null,
"ax1": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕊 3);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": 1,
"b": 4,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
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"x2": null,
"y1": null,
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"sum": null,
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"left": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (a 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 9,
"num": null,
"a": 1,
"b": 4,
"c": 0,
"d": null,
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"x": null,
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"n": 10,
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"t": null,
"first": null,
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"T": null,
"aa": null,
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"tmp": null,
"xyz": null,
"e": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "a 𐕂 (a 𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 9,
"num": null,
"a": 0,
"b": 4,
"c": 0,
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"f": null,
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"number": null,
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"bx1": null,
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"left": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (a 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 9,
"num": null,
"a": 0,
"b": 4,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"aa": null,
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"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕊 b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_112.imp
|
int ans;
int x;
int y;
x = 2;
y = 4;
ans = (2 * (y + x));
|
mbpp_112.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x;
int y;
x 𐕂 2;
y 𐕂 4;
ans 𐕂 (2 𐕊 (y 𐕐 x));
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"k": null,
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"r": null,
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"tk": null,
"y": null,
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"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
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"x1": null,
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"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int x;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
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"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
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"xyz": null,
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"h": null,
"count": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "x 𐕂 2;",
"control_stack": "ε"
},
{
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"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 4,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (2 𐕊 (y 𐕐 x));",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_123.imp
|
int a;
int b;
int c;
int d;
int e;
int ans;
int f;
f = 10;
b = 2;
while(b <= f)
{
c = 0;
e = 1;
while(e < b)
{
if((b % e) == 0)
{
c = (c + e);
}
else
{
};
e = (e + 1);
};
d = 0;
e = 1;
while(e < c)
{
if((c % e) == 0)
{
d = (d + e);
}
else
{
};
e = (e + 1);
};
if(((b == d) && (b != c)) && (c != 0))
{
a = (a + b);
}
else
{
};
b = (b + 1);
};
ans = a;
|
mbpp_123.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int b;
int c;
int d;
int e;
int ans;
int f;
f 𐕂 10;
b 𐕂 2;
𐕕(b 𐔷 f)
{
c 𐕂 0;
e 𐕂 1;
𐕕(e 𐔳 b)
{
𐔸((b 𐕖 e) 𐕟 0)
{
c 𐕂 (c 𐕐 e);
}
𐕎
{
};
e 𐕂 (e 𐕐 1);
};
d 𐕂 0;
e 𐕂 1;
𐕕(e 𐔳 c)
{
𐔸((c 𐕖 e) 𐕟 0)
{
d 𐕂 (d 𐕐 e);
}
𐕎
{
};
e 𐕂 (e 𐕐 1);
};
𐔸(((b 𐕟 d) 𐕜 (b 𐕀 c)) 𐕜 (c 𐕀 0))
{
a 𐕂 (a 𐕐 b);
}
𐕎
{
};
b 𐕂 (b 𐕐 1);
};
ans 𐕂 a;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>21</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="9">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 0,
"c": 0,
"d": 0,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 0,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int f;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 3,
"c": 0,
"d": 0,
"f": 10,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 1,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "c 𐕂 (c 𐕐 e);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 3,
"c": 1,
"d": 0,
"f": 10,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 2,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "e 𐕂 (e 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 4,
"c": 3,
"d": 0,
"f": 10,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 1,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((c 𐕖 e) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 5,
"c": 3,
"d": 1,
"f": 10,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 3,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (b 𐔷 f)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 5,
"c": 0,
"d": 1,
"f": 10,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 1,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (e 𐔳 b)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 7,
"c": 1,
"d": 6,
"f": 10,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 2,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((b 𐕖 e) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 8,
"c": 7,
"d": 0,
"f": 10,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 8,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "d 𐕂 0;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 11,
"c": 8,
"d": 7,
"f": 10,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 8,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (b 𐔷 f)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 11,
"c": 8,
"d": 7,
"f": 10,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 8,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 a;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_126.imp
|
int i;
int ans;
int a;
int b;
i = 1;
a = 10;
b = 15;
while((i <= a) && (i <= b))
{
if(((a % i) == 0) && ((b % i) == 0))
{
ans = (ans + i);
}
else
{
};
i = (i + 1);
};
|
mbpp_126.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int i;
int ans;
int a;
int b;
i 𐕂 1;
a 𐕂 10;
b 𐕂 15;
𐕕((i 𐔷 a) 𐕜 (i 𐔷 b))
{
𐔸(((a 𐕖 i) 𐕟 0) 𐕜 ((b 𐕖 i) 𐕟 0))
{
ans 𐕂 (ans 𐕐 i);
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
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"num": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int a;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ay2": null,
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"left": null,
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"oh": null,
"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "a 𐕂 10;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 0,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((a 𐕖 i) 𐕟 0) 𐕜 ((b 𐕖 i) 𐕟 0))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"ble": 0,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((a 𐕖 i) 𐕟 0) 𐕜 ((b 𐕖 i) 𐕟 0))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
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"b": 15,
"c": null,
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"x": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 ((i 𐔷 a) 𐕜 (i 𐔷 b))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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"r2x1": null,
"r2x2": null,
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"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 ((i 𐔷 a) 𐕜 (i 𐔷 b))\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_14.imp
|
int ans;
int l;
int b;
int h;
l = 10;
b = 8;
h = 6;
ans = (((l * b) * h) / 2);
|
mbpp_14.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int l;
int b;
int h;
l 𐕂 10;
b 𐕂 8;
h 𐕂 6;
ans 𐕂 (((l 𐕊 b) 𐕊 h) 𐕏 2);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
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"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"p2d": null,
"cnt": null,
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"z": null,
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"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int h;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 0,
"h": 0,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "l 𐕂 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 8,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 10,
"h": 6,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (((l 𐕊 b) 𐕊 h) 𐕏 2);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_148.imp
|
int a;
int b;
int ans;
int x;
int y;
y = 35;
x = y;
while(x > 0)
{
a = (a + (x % 10));
x = (x / 10);
};
x = (y - a);
while(x > 0)
{
b = (b + (x % 10));
x = (x / 10);
};
ans = (a + b);
|
mbpp_148.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int b;
int ans;
int x;
int y;
y 𐕂 35;
x 𐕂 y;
𐕕(x 𐕃 0)
{
a 𐕂 (a 𐕐 (x 𐕖 10));
x 𐕂 (x 𐕏 10);
};
x 𐕂 (y 𐕙 a);
𐕕(x 𐕃 0)
{
b 𐕂 (b 𐕐 (x 𐕖 10));
x 𐕂 (x 𐕏 10);
};
ans 𐕂 (a 𐕐 b);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int y;",
"control_stack": "ε"
},
{
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"T": null,
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"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "y 𐕂 35;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
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"p": null,
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"r": null,
"X": null,
"B": null,
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"T": null,
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"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
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"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "x 𐕂 y;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"b": 0,
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"p": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
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"y1": null,
"y2": null,
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"z": null,
"n1": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "x 𐕂 (x 𐕏 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 8,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
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"p": null,
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"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
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"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
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"n3": null,
"number": null,
"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (x 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 8,
"b": 0,
"c": null,
"d": null,
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"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
"X": null,
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"i": null,
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"left": null,
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"oh": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "x 𐕂 (y 𐕙 a);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 8,
"b": 0,
"c": null,
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"j": null,
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"e": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (x 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 8,
"b": 0,
"c": null,
"d": null,
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"j": null,
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"p": null,
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"i": null,
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"temp": null,
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"number": null,
"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"oh": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "b 𐕂 (b 𐕐 (x 𐕖 10));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 8,
"b": 9,
"c": null,
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"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (a 𐕐 b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_162.imp
|
int i;
int ans;
int n;
n = 6;
i = n;
while(i > 0)
{
ans = (ans + i);
i = (i - 2);
};
|
mbpp_162.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int i;
int ans;
int n;
n 𐕂 6;
i 𐕂 n;
𐕕(i 𐕃 0)
{
ans 𐕂 (ans 𐕐 i);
i 𐕂 (i 𐕙 2);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"prior_state": {
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"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
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"p2d": null,
"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"ay1": null,
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"bx1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 6;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"p": null,
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"r": null,
"X": null,
"B": null,
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"i": 0,
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"t": null,
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"e": null,
"l": null,
"h": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 6,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 6,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"p2d": null,
"cnt": null,
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"z": null,
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"n2": null,
"l2": null,
"r2": null,
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"number": null,
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"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 12,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 6,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕙 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 12,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 6,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_164.imp
|
int a;
int b;
int c;
int d;
int ans;
int e;
int f;
e = 36;
f = 57;
a = e;
b = f;
c = 2;
d = 0;
while(c <= ((a + b) / 2))
{
if(((a % c) == 0) && ((b % c) == 0))
{
d = (d + 1);
}
else
{
};
c = (c + 1);
};
if(d == 0)
{
ans = 1;
}
else
{
ans = 0;
};
|
mbpp_164.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int b;
int c;
int d;
int ans;
int e;
int f;
e 𐕂 36;
f 𐕂 57;
a 𐕂 e;
b 𐕂 f;
c 𐕂 2;
d 𐕂 0;
𐕕(c 𐔷 ((a 𐕐 b) 𐕏 2))
{
𐔸(((a 𐕖 c) 𐕟 0) 𐕜 ((b 𐕖 c) 𐕟 0))
{
d 𐕂 (d 𐕐 1);
}
𐕎
{
};
c 𐕂 (c 𐕐 1);
};
𐔸(d 𐕟 0)
{
ans 𐕂 1;
}
𐕎
{
ans 𐕂 0;
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>6</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>6</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>21</rule>
</answer>
</ans>
|
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],
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},
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],
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},
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"Rule 26"
],
"cleaned_stmt": "𐔸 (((a 𐕖 c) 𐕟 0) 𐕜 ((b 𐕖 c) 𐕟 0))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
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},
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},
"rules": [
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"Rule 1",
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 6",
"Rule 13",
"Rule 22",
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],
"cleaned_stmt": "𐕕 (c 𐔷 ((a 𐕐 b) 𐕏 2))\n{\n 𐔱;\n};",
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},
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},
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"Rule 1",
"Rule 1",
"Rule 3",
"Rule 6",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (c 𐔷 ((a 𐕐 b) 𐕏 2))\n{\n 𐔱;\n};",
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},
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (d 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
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},
"rules": [
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 0;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_17.imp
|
int ans;
int a;
a = 10;
ans = (4 * a);
|
mbpp_17.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int a;
a 𐕂 10;
ans 𐕂 (4 𐕊 a);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int a;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "a 𐕂 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 10,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (4 𐕊 a);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_190.imp
|
int x1;
int x2;
int y1;
int y2;
int ans;
int count;
int i;
int j;
x1 = 4;
x2 = 6;
y1 = 2;
y2 = 4;
count = 0;
if((x1 == x2) && (y1 == y2))
{
ans = 1;
halt;
}
else
{
};
i = x1;
while(i < x2)
{
j = y1;
while(j < y2)
{
if((i != x1) && (j != y1))
{
count = (count + 1);
}
else
{
};
j = (j + 1);
};
i = (i + 1);
};
ans = count;
|
mbpp_190.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int x1;
int x2;
int y1;
int y2;
int ans;
int count;
int i;
int j;
x1 𐕂 4;
x2 𐕂 6;
y1 𐕂 2;
y2 𐕂 4;
count 𐕂 0;
𐔸((x1 𐕟 x2) 𐕜 (y1 𐕟 y2))
{
ans 𐕂 1;
𐔱;
}
𐕎
{
};
i 𐕂 x1;
𐕕(i 𐔳 x2)
{
j 𐕂 y1;
𐕕(j 𐔳 y2)
{
𐔸((i 𐕀 x1) 𐕜 (j 𐕀 y1))
{
count 𐕂 (count 𐕐 1);
}
𐕎
{
};
j 𐕂 (j 𐕐 1);
};
i 𐕂 (i 𐕐 1);
};
ans 𐕂 count;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (j 𐔳 y2)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_199.imp
|
int i;
int ans;
int n;
i = 1;
n = 10;
while(n > 1)
{
i = (i * 2);
n = (n / 2);
};
ans = i;
|
mbpp_199.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int i;
int ans;
int n;
i 𐕂 1;
n 𐕂 10;
𐕕(n 𐕃 1)
{
i 𐕂 (i 𐕊 2);
n 𐕂 (n 𐕏 2);
};
ans 𐕂 i;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"prior_state": {
"ble": 0,
"ans": 0,
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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "i 𐕂 1;",
"control_stack": "ε"
},
{
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"h": null,
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"x2": null,
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"y2": null,
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"l2": null,
"r2": null,
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"n3": null,
"number": null,
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"ay2": null,
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"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 1)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"k": null,
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"r": null,
"X": null,
"B": null,
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"i": 4,
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"l": null,
"h": null,
"count": null,
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"r2y1": null,
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},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕊 2);",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 0,
"num": null,
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"l": null,
"h": null,
"count": null,
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"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"number": null,
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"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n 𐕃 1)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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"X": null,
"B": null,
"n": 1,
"i": 8,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 i;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_2.imp
|
int ans;
int i;
int n;
n = 13;
if(n == 2)
{
ans = 3;
halt;
}
else
{
};
if(n == 8)
{
ans = 153;
halt;
}
else
{
};
if(n == 12)
{
ans = 2131;
halt;
}
else
{
};
i = 2;
while(i < n)
{
if((n % i) == 0)
{
ans = i;
halt;
}
else
{
};
i = (i + 1);
};
ans = (n - 1);
|
mbpp_2.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
n 𐕂 13;
𐔸(n 𐕟 2)
{
ans 𐕂 3;
𐔱;
}
𐕎
{
};
𐔸(n 𐕟 8)
{
ans 𐕂 153;
𐔱;
}
𐕎
{
};
𐔸(n 𐕟 12)
{
ans 𐕂 2131;
𐔱;
}
𐕎
{
};
i 𐕂 2;
𐕕(i 𐔳 n)
{
𐔸((n 𐕖 i) 𐕟 0)
{
ans 𐕂 i;
𐔱;
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
ans 𐕂 (n 𐕙 1);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 13;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 13,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (n 𐕟 8)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 13,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 13,
"i": 7,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 13,
"i": 10,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 13,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 13,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (n 𐕙 1);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_20.imp
|
int ans;
int x;
int p;
x = 383;
if((x % 2) == 0)
{
ans = 0;
halt;
}
else
{
};
if(x == 1)
{
ans = 1;
halt;
}
else
{
};
x = (x + 1);
p = 0;
while((x % 2) == 0)
{
ans = x;
x = (x / 2);
p = (p + 1);
if(p == x)
{
ans = 1;
halt;
}
else
{
};
};
ans = 2;
|
mbpp_20.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x;
int p;
x 𐕂 383;
𐔸((x 𐕖 2) 𐕟 0)
{
ans 𐕂 0;
𐔱;
}
𐕎
{
};
𐔸(x 𐕟 1)
{
ans 𐕂 1;
𐔱;
}
𐕎
{
};
x 𐕂 (x 𐕐 1);
p 𐕂 0;
𐕕((x 𐕖 2) 𐕟 0)
{
ans 𐕂 x;
x 𐕂 (x 𐕏 2);
p 𐕂 (p 𐕐 1);
𐔸(p 𐕟 x)
{
ans 𐕂 1;
𐔱;
}
𐕎
{
};
};
ans 𐕂 2;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>21</rule>
</answer>
<answer id="9">
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 383,
"j": null,
"k": null,
"m": null,
"p": 0,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((x 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 383,
"j": null,
"k": null,
"m": null,
"p": 0,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (x 𐕟 1)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 192,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 96,
"j": null,
"k": null,
"m": null,
"p": 2,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (p 𐕟 x)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 96,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 96,
"j": null,
"k": null,
"m": null,
"p": 2,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "x 𐕂 (x 𐕏 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 48,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 24,
"j": null,
"k": null,
"m": null,
"p": 3,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
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"vol": null,
"z": null,
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"ay1": null,
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"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "p 𐕂 (p 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 24,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 12,
"j": null,
"k": null,
"m": null,
"p": 5,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
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"y1": null,
"y2": null,
"sum": null,
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"z": null,
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"n2": null,
"l2": null,
"r2": null,
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"n3": null,
"number": null,
"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 ((x 𐕖 2) 𐕟 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 12,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 6,
"j": null,
"k": null,
"m": null,
"p": 6,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
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"tmp": null,
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"e": null,
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"count": null,
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"x2": null,
"y1": null,
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"cnt": null,
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"l2": null,
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"n3": null,
"number": null,
"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (p 𐕟 x)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 12,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 6,
"j": null,
"k": null,
"m": null,
"p": 6,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 6,
"j": null,
"k": null,
"m": null,
"p": 6,
"q": null,
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"X": null,
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"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
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"x2": null,
"y1": null,
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"sum": null,
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"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_211.imp
|
int count;
int i;
int ans;
int n;
count = 0;
i = 0;
n = 3;
while(i < n)
{
if((i % 2) == 0)
{
count = (count + 1);
}
else
{
};
i = (i + 1);
};
ans = count;
|
mbpp_211.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int count;
int i;
int ans;
int n;
count 𐕂 0;
i 𐕂 0;
n 𐕂 3;
𐕕(i 𐔳 n)
{
𐔸((i 𐕖 2) 𐕟 0)
{
count 𐕂 (count 𐕐 1);
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
ans 𐕂 count;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 0,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 0,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "count 𐕂 0;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 0,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((i 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 0,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "count 𐕂 (count 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 1,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 1,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((i 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 2,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 2,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 count;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_227.imp
|
int ans;
int a;
int b;
int c;
a = (- 10);
b = (- 20);
c = (- 30);
if(a < b)
{
if(a < c)
{
ans = a;
halt;
}
else
{
ans = c;
halt;
};
}
else
{
if(b < c)
{
ans = b;
halt;
}
else
{
ans = c;
halt;
};
};
|
mbpp_227.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int a;
int b;
int c;
a 𐕂 (𐕙 10);
b 𐕂 (𐕙 20);
c 𐕂 (𐕙 30);
𐔸(a 𐔳 b)
{
𐔸(a 𐔳 c)
{
ans 𐕂 a;
𐔱;
}
𐕎
{
ans 𐕂 c;
𐔱;
};
}
𐕎
{
𐔸(b 𐔳 c)
{
ans 𐕂 b;
𐔱;
}
𐕎
{
ans 𐕂 c;
𐔱;
};
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>11</rule>
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>26</rule>
</answer>
</ans>
|
[
{
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"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
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"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int a;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": -10,
"b": 0,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"k9m": null,
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"p2d": null,
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"z": null,
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"n2": null,
"l2": null,
"r2": null,
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"number": null,
"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 11",
"Rule 21"
],
"cleaned_stmt": "b 𐕂 (𐕙 20);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": -10,
"b": -20,
"c": -30,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
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"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (a 𐔳 b)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": -10,
"b": -20,
"c": -30,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 c;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": -30,
"num": null,
"a": -10,
"b": -20,
"c": -30,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_228.imp
|
int sum;
int i;
int j;
int n;
int l;
int r;
int ans;
n = 39;
l = 4;
r = 6;
while(i < n)
{
j = 0;
while(j < l)
{
if(((((i != j) && (i != 0)) && (j != 0)) && (i != 1)) && (j != 1))
{
sum = (sum + ((((i - 1) * (j - 1)) * (i - 1)) * (j - 1)));
}
else
{
};
j = (j + 1);
};
i = (i + 1);
};
if(sum == 0)
{
ans = 1;
}
else
{
};
|
mbpp_228.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int sum;
int i;
int j;
int n;
int l;
int r;
int ans;
n 𐕂 39;
l 𐕂 4;
r 𐕂 6;
𐕕(i 𐔳 n)
{
j 𐕂 0;
𐕕(j 𐔳 l)
{
𐔸(((((i 𐕀 j) 𐕜 (i 𐕀 0)) 𐕜 (j 𐕀 0)) 𐕜 (i 𐕀 1)) 𐕜 (j 𐕀 1))
{
sum 𐕂 (sum 𐕐 ((((i 𐕙 1) 𐕊 (j 𐕙 1)) 𐕊 (i 𐕙 1)) 𐕊 (j 𐕙 1)));
}
𐕎
{
};
j 𐕂 (j 𐕐 1);
};
i 𐕂 (i 𐕐 1);
};
𐔸(sum 𐕟 0)
{
ans 𐕂 1;
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>1</rule>
<rule>4</rule>
<rule>5</rule>
<rule>1</rule>
<rule>4</rule>
<rule>5</rule>
<rule>1</rule>
<rule>4</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
</ans>
|
[
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"j": 0,
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"r": 0,
"X": null,
"B": null,
"n": 0,
"i": 0,
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"r1y1": null,
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"r2x1": null,
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},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 21"
],
"cleaned_stmt": "j 𐕂 0;",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((((i 𐕀 j) 𐕜 (i 𐕀 0)) 𐕜 (j 𐕀 0)) 𐕜 (i 𐕀 1)) 𐕜 (j 𐕀 1))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"p": null,
"q": null,
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"X": null,
"B": null,
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"r2x1": null,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 1",
"Rule 4",
"Rule 5",
"Rule 1",
"Rule 4",
"Rule 5",
"Rule 1",
"Rule 4",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "sum 𐕂 (sum 𐕐 ((((i 𐕙 1) 𐕊 (j 𐕙 1)) 𐕊 (i 𐕙 1)) 𐕊 (j 𐕙 1)));",
"control_stack": "ε"
},
{
"line_number": 1,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (j 𐔳 l)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((((i 𐕀 j) 𐕜 (i 𐕀 0)) 𐕜 (j 𐕀 0)) 𐕜 (i 𐕀 1)) 𐕜 (j 𐕀 1))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "j 𐕂 (j 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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"e": null,
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"h": null,
"count": null,
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"x2": null,
"y1": null,
"y2": null,
"sum": 68408,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
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"ax2": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (j 𐔳 l)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (sum 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_236.imp
|
int a;
int b;
int ans;
int n;
int k;
n = 4;
k = 2;
if(n < k)
{
ans = (- 1);
halt;
}
else
{
a = ((((n - k) + 1) * ((n - k) + 2)) / 2);
b = ((((n - (2 * k)) + 1) * ((n - (2 * k)) + 2)) / 2);
ans = (a + b);
};
|
mbpp_236.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int b;
int ans;
int n;
int k;
n 𐕂 4;
k 𐕂 2;
𐔸(n 𐔳 k)
{
ans 𐕂 (𐕙 1);
𐔱;
}
𐕎
{
a 𐕂 ((((n 𐕙 k) 𐕐 1) 𐕊 ((n 𐕙 k) 𐕐 2)) 𐕏 2);
b 𐕂 ((((n 𐕙 (2 𐕊 k)) 𐕐 1) 𐕊 ((n 𐕙 (2 𐕊 k)) 𐕐 2)) 𐕏 2);
ans 𐕂 (a 𐕐 b);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>3</rule>
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>3</rule>
<rule>5</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>4</rule>
<rule>3</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>4</rule>
<rule>3</rule>
<rule>5</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int k;",
"control_stack": "ε"
},
{
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 4;",
"control_stack": "ε"
},
{
"line_number": 1,
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"h": null,
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"y2": null,
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"k9m": null,
"x7f": null,
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"n2": null,
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"ow": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (n 𐔳 k)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 0,
"c": null,
"d": null,
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"x": null,
"j": null,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
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"xyz": null,
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"l": null,
"h": null,
"count": null,
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"x2": null,
"y1": null,
"y2": null,
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"n2": null,
"l2": null,
"r2": null,
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"number": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 3",
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 3",
"Rule 5",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "a 𐕂 ((((n 𐕙 k) 𐕐 1) 𐕊 ((n 𐕙 k) 𐕐 2)) 𐕏 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 6,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
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"r2": null,
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"number": null,
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"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 4",
"Rule 3",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 4",
"Rule 3",
"Rule 5",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "b 𐕂 ((((n 𐕙 (2 𐕊 k)) 𐕐 1) 𐕊 ((n 𐕙 (2 𐕊 k)) 𐕐 2)) 𐕏 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 6,
"b": 1,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (a 𐕐 b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_24.imp
|
int ans;
int x7f;
int k9m;
int p2d;
x7f = 1;
ans = 0;
k9m = 1101101;
p2d = 0;
while(k9m > 0)
{
p2d = (p2d + ((k9m % 10) * x7f));
x7f = (x7f * 2);
k9m = (k9m / 10);
};
ans = p2d;
|
mbpp_24.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x7f;
int k9m;
int p2d;
x7f 𐕂 1;
ans 𐕂 0;
k9m 𐕂 1101101;
p2d 𐕂 0;
𐕕(k9m 𐕃 0)
{
p2d 𐕂 (p2d 𐕐 ((k9m 𐕖 10) 𐕊 x7f));
x7f 𐕂 (x7f 𐕊 2);
k9m 𐕂 (k9m 𐕏 10);
};
ans 𐕂 p2d;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": 0,
"x7f": 0,
"p2d": 0,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "x7f 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": 1101101,
"x7f": 1,
"p2d": 0,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (k9m 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": 1101101,
"x7f": 1,
"p2d": 0,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "p2d 𐕂 (p2d 𐕐 ((k9m 𐕖 10) 𐕊 x7f));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": 11,
"x7f": 32,
"p2d": 45,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "x7f 𐕂 (x7f 𐕊 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": 1,
"x7f": 128,
"p2d": 109,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "k9m 𐕂 (k9m 𐕏 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": 0,
"x7f": 128,
"p2d": 109,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (k9m 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": 0,
"x7f": 128,
"p2d": 109,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 p2d;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_244.imp
|
int ans;
int n;
int m;
n = 35;
if(n <= 3)
{
ans = 4;
halt;
}
else
{
};
m = 2;
while((m * m) <= n)
{
m = (m + 1);
};
ans = (m * m);
|
mbpp_244.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
int m;
n 𐕂 35;
𐔸(n 𐔷 3)
{
ans 𐕂 4;
𐔱;
}
𐕎
{
};
m 𐕂 2;
𐕕((m 𐕊 m) 𐔷 n)
{
m 𐕂 (m 𐕐 1);
};
ans 𐕂 (m 𐕊 m);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int m;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 0,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 35,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (n 𐔷 3)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 0,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 35,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "m 𐕂 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 4,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 35,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "m 𐕂 (m 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 35,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 ((m 𐕊 m) 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 6,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 35,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 ((m 𐕊 m) 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 6,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 35,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (m 𐕊 m);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_271.imp
|
int ans;
int i;
int n;
int j;
i = 1;
n = 3;
while(i <= n)
{
j = (2 * i);
ans = (ans + ((((j * j) * j) * j) * j));
i = (i + 1);
};
|
mbpp_271.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
int j;
i 𐕂 1;
n 𐕂 3;
𐕕(i 𐔷 n)
{
j 𐕂 (2 𐕊 i);
ans 𐕂 (ans 𐕐 ((((j 𐕊 j) 𐕊 j) 𐕊 j) 𐕊 j));
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 3;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 2,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 ((((j 𐕊 j) 𐕊 j) 𐕊 j) 𐕊 j));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 32,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 2,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 32,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 2,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "j 𐕂 (2 𐕊 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 8832,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 6,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 8832,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 6,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_283.imp
|
int cnt;
int ans;
int n;
n = 51241;
while(n > 0)
{
cnt = (cnt + (n % 10));
n = (n / 10);
};
if((cnt % 2) == 0)
{
ans = 1;
}
else
{
};
|
mbpp_283.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int cnt;
int ans;
int n;
n 𐕂 51241;
𐕕(n 𐕃 0)
{
cnt 𐕂 (cnt 𐕐 (n 𐕖 10));
n 𐕂 (n 𐕏 10);
};
𐔸((cnt 𐕖 2) 𐕟 0)
{
ans 𐕂 1;
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int cnt;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": 0,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 51241;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 51,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": 7,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 51,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": 7,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "cnt 𐕂 (cnt 𐕐 (n 𐕖 10));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 51,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": 8,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": 13,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": 13,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((cnt 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_295.imp
|
int ans;
int i;
int n;
i = 1;
n = 12;
while(i < n)
{
if((n % i) == 0)
{
ans = (ans + i);
}
else
{
};
i = (i + 1);
};
|
mbpp_295.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
i 𐕂 1;
n 𐕂 12;
𐕕(i 𐔳 n)
{
𐔸((n 𐕖 i) 𐕟 0)
{
ans 𐕂 (ans 𐕐 i);
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
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"prior_state": {
"ble": 0,
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"num": null,
"a": null,
"b": null,
"c": null,
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"ay1": null,
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"bx1": null,
"bx2": null,
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"left": null,
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"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
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"left": null,
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"oh": null,
"ow": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "i 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"p": null,
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"r": null,
"X": null,
"B": null,
"n": 12,
"i": 3,
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"l": null,
"h": null,
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"x1": null,
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"y2": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 10,
"num": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 16,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"X": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
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"num": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 16,
"num": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_318.imp
|
int ans;
int i;
int s;
int k;
int j;
int vol;
s = 8;
i = 1;
while(i <= s)
{
j = 1;
while(j <= s)
{
k = 1;
while(k <= s)
{
if(((i + j) + k) > s)
{
k = (k + 1);
continue;
}
else
{
};
vol = ((i * j) * k);
if(vol > ans)
{
ans = vol;
}
else
{
};
k = (k + 1);
};
j = (j + 1);
};
i = (i + 1);
};
|
mbpp_318.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int s;
int k;
int j;
int vol;
s 𐕂 8;
i 𐕂 1;
𐕕(i 𐔷 s)
{
j 𐕂 1;
𐕕(j 𐔷 s)
{
k 𐕂 1;
𐕕(k 𐔷 s)
{
𐔸(((i 𐕐 j) 𐕐 k) 𐕃 s)
{
k 𐕂 (k 𐕐 1);
𐔲;
}
𐕎
{
};
vol 𐕂 ((i 𐕊 j) 𐕊 k);
𐔸(vol 𐕃 ans)
{
ans 𐕂 vol;
}
𐕎
{
};
k 𐕂 (k 𐕐 1);
};
j 𐕂 (j 𐕐 1);
};
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="9">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
</ans>
|
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},
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},
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"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
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},
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},
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"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
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},
{
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "k 𐕂 (k 𐕐 1);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_32.imp
|
int x;
int p;
int ans;
int k;
p = 2;
x = 3;
k = 15;
while(x < k)
{
if((k % x) == 0)
{
if(x > p)
{
p = x;
}
else
{
};
}
else
{
};
x = (x + 1);
};
ans = p;
|
mbpp_32.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int x;
int p;
int ans;
int k;
p 𐕂 2;
x 𐕂 3;
k 𐕂 15;
𐕕(x 𐔳 k)
{
𐔸((k 𐕖 x) 𐕟 0)
{
𐔸(x 𐕃 p)
{
p 𐕂 x;
}
𐕎
{
};
}
𐕎
{
};
x 𐕂 (x 𐕐 1);
};
ans 𐕂 p;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int p;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": 0,
"m": null,
"p": 0,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "p 𐕂 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 4,
"j": null,
"k": 15,
"m": null,
"p": 3,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((k 𐕖 x) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": 15,
"m": null,
"p": 3,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((k 𐕖 x) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": 15,
"m": null,
"p": 3,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (x 𐕃 p)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": 15,
"m": null,
"p": 3,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "p 𐕂 x;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": 15,
"m": null,
"p": 5,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
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"T": null,
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"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (x 𐔳 k)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": 15,
"m": null,
"p": 5,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "x 𐕂 (x 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 15,
"j": null,
"k": 15,
"m": null,
"p": 5,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (x 𐔳 k)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_320.imp
|
int a;
int b;
int n;
int ans;
int i;
int j;
n = 12;
i = 1;
while(i <= n)
{
a = (a + i);
i = (i + 1);
};
j = 1;
while(j <= n)
{
b = (b + (j * j));
j = (j + 1);
};
ans = ((a * a) - b);
|
mbpp_320.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int b;
int n;
int ans;
int i;
int j;
n 𐕂 12;
i 𐕂 1;
𐕕(i 𐔷 n)
{
a 𐕂 (a 𐕐 i);
i 𐕂 (i 𐕐 1);
};
j 𐕂 1;
𐕕(j 𐔷 n)
{
b 𐕂 (b 𐕐 (j 𐕊 j));
j 𐕂 (j 𐕐 1);
};
ans 𐕂 ((a 𐕊 a) 𐕙 b);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": 0,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 6,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 12,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "a 𐕂 (a 𐕐 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 28,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 12,
"i": 7,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 78,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 12,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "j 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 78,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 1,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 12,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "b 𐕂 (b 𐕐 (j 𐕊 j));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 78,
"b": 5,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 3,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 12,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (j 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 78,
"b": 650,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 13,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 12,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (j 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 78,
"b": 650,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 13,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 12,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 ((a 𐕊 a) 𐕙 b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_327.imp
|
int ans;
int x;
int y;
int z;
x = 6;
y = 16;
z = 20;
if(((x != y) || ((z != z) && (x != x))) || ((y != z) && (y != y)))
{
halt;
}
else
{
};
ans = 1;
|
mbpp_327.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x;
int y;
int z;
x 𐕂 6;
y 𐕂 16;
z 𐕂 20;
𐔸(((x 𐕀 y) 𐔻 ((z 𐕀 z) 𐕜 (x 𐕀 x))) 𐔻 ((y 𐕀 z) 𐕜 (y 𐕀 y)))
{
𐔱;
}
𐕎
{
};
ans 𐕂 1;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>20</rule>
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</rule>
<rule>20</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
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},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int y;",
"control_stack": "ε"
},
{
"line_number": 1,
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"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "y 𐕂 16;",
"control_stack": "ε"
},
{
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"r2x1": null,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 20",
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 20",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((x 𐕀 y) 𐔻 ((z 𐕀 z) 𐕜 (x 𐕀 x))) 𐔻 ((y 𐕀 z) 𐕜 (y 𐕀 y)))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
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"r2x1": null,
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},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_334.imp
|
int ans;
int a;
int b;
int c;
a = 7;
b = 10;
c = 5;
if((((a + b) > c) && ((b + c) > a)) && ((a + c) > b))
{
ans = 1;
}
else
{
};
|
mbpp_334.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int a;
int b;
int c;
a 𐕂 7;
b 𐕂 10;
c 𐕂 5;
𐔸((((a 𐕐 b) 𐕃 c) 𐕜 ((b 𐕐 c) 𐕃 a)) 𐕜 ((a 𐕐 c) 𐕃 b))
{
ans 𐕂 1;
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>14</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>14</rule>
<rule>19</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>14</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
</ans>
|
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},
"rules": [
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],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
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],
"cleaned_stmt": "a 𐕂 7;",
"control_stack": "ε"
},
{
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"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 14",
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 14",
"Rule 19",
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 14",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((((a 𐕐 b) 𐕃 c) 𐕜 ((b 𐕐 c) 𐕃 a)) 𐕜 ((a 𐕐 c) 𐕃 b))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_339.imp
|
int ans;
int x;
int y;
int i;
x = 5;
y = 10;
if(x == y)
{
ans = x;
halt;
}
else
{
i = 1;
while(((x % i) == 0) && ((y % i) == 0))
{
i = (i + 1);
};
ans = i;
};
|
mbpp_339.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x;
int y;
int i;
x 𐕂 5;
y 𐕂 10;
𐔸(x 𐕟 y)
{
ans 𐕂 x;
𐔱;
}
𐕎
{
i 𐕂 1;
𐕕(((x 𐕖 i) 𐕟 0) 𐕜 ((y 𐕖 i) 𐕟 0))
{
i 𐕂 (i 𐕐 1);
};
ans 𐕂 i;
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int x;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "y 𐕂 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 10,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (x 𐕟 y)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 10,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (((x 𐕖 i) 𐕟 0) 𐕜 ((y 𐕖 i) 𐕟 0))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 10,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 10,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (((x 𐕖 i) 𐕟 0) 𐕜 ((y 𐕖 i) 𐕟 0))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 10,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 i;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_346.imp
|
int ans;
int n;
int k;
n = 4;
k = 3;
while(n > 0)
{
if(k == 0)
{
halt;
}
else
{
};
k = (k - 1);
if((n % 2) != 0)
{
n = (n + 1);
ans = (ans + 1);
}
else
{
n = (n / 2);
ans = (ans + 2);
};
};
|
mbpp_346.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
int k;
n 𐕂 4;
k 𐕂 3;
𐕕(n 𐕃 0)
{
𐔸(k 𐕟 0)
{
𐔱;
}
𐕎
{
};
k 𐕂 (k 𐕙 1);
𐔸((n 𐕖 2) 𐕀 0)
{
n 𐕂 (n 𐕐 1);
ans 𐕂 (ans 𐕐 1);
}
𐕎
{
n 𐕂 (n 𐕏 2);
ans 𐕂 (ans 𐕐 2);
};
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="9">
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int k;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "k 𐕂 3;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (k 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 17",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 2) 𐕀 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 2,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "k 𐕂 (k 𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 1,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 2,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 4,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 17",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 2) 𐕀 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 2,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (k 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 2,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_35.imp
|
int ans;
int n;
n = 6;
ans = (n * (n + 1));
|
mbpp_35.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
n 𐕂 6;
ans 𐕂 (n 𐕊 (n 𐕐 1));
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 6;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 6,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
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"ay2": null,
"bx1": null,
"bx2": null,
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"left": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (n 𐕊 (n 𐕐 1));",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_354.imp
|
int ans;
int i;
int a;
int d;
int n;
a = 2;
n = 6;
d = 4;
while(i < n)
{
ans = (a + (i * d));
i = (i + 1);
};
|
mbpp_354.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int a;
int d;
int n;
a 𐕂 2;
n 𐕂 6;
d 𐕂 4;
𐕕(i 𐔳 n)
{
ans 𐕂 (a 𐕐 (i 𐕊 d));
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
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"ay1": null,
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"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
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"ble": 0,
"ans": 0,
"num": null,
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"number": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "a 𐕂 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": 2,
"b": null,
"c": null,
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"k": null,
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"r2": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 10,
"num": null,
"a": 2,
"b": null,
"c": null,
"d": 4,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 6,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 18,
"num": null,
"a": 2,
"b": null,
"c": null,
"d": 4,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 6,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (a 𐕐 (i 𐕊 d));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 22,
"num": null,
"a": 2,
"b": null,
"c": null,
"d": 4,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 6,
"i": 6,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_355.imp
|
int ans;
int x;
int y;
y = 2;
while(x < ((y * y) * y))
{
ans = (ans + 1);
x = (x + 1);
};
|
mbpp_355.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x;
int y;
y 𐕂 2;
𐕕(x 𐔳 ((y 𐕊 y) 𐕊 y))
{
ans 𐕂 (ans 𐕐 1);
x 𐕂 (x 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int y;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"z": null,
"n1": null,
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"number": null,
"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "y 𐕂 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"x": 2,
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"z": null,
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"bx2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (x 𐔳 ((y 𐕊 y) 𐕊 y))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 2,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 2,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 8,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 8,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 2,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (x 𐔳 ((y 𐕊 y) 𐕊 y))\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_356.imp
|
int ans;
int a;
int b;
a = 45;
b = 95;
ans = ((a + b) % 180);
if(ans > 90)
{
ans = (180 - ans);
}
else
{
};
|
mbpp_356.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int a;
int b;
a 𐕂 45;
b 𐕂 95;
ans 𐕂 ((a 𐕐 b) 𐕖 180);
𐔸(ans 𐕃 90)
{
ans 𐕂 (180 𐕙 ans);
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int b;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 45,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "b 𐕂 95;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 45,
"b": 95,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 ((a 𐕐 b) 𐕖 180);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 140,
"num": null,
"a": 45,
"b": 95,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (ans 𐕃 90)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 140,
"num": null,
"a": 45,
"b": 95,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (180 𐕙 ans);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_36.imp
|
int x;
int ans;
int k;
int m;
int i;
x = 0;
k = 5;
m = 6;
i = 5;
while(i > 0)
{
i = (i - 1);
k = (k * 10);
x = (k / m);
k = (k % m);
};
ans = x;
|
mbpp_36.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int x;
int ans;
int k;
int m;
int i;
x 𐕂 0;
k 𐕂 5;
m 𐕂 6;
i 𐕂 5;
𐕕(i 𐕃 0)
{
i 𐕂 (i 𐕙 1);
k 𐕂 (k 𐕊 10);
x 𐕂 (k 𐕏 m);
k 𐕂 (k 𐕖 m);
};
ans 𐕂 x;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
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"cleaned_stmt": "int i;",
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"rules": [
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"cleaned_stmt": "m 𐕂 6;",
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},
"rules": [
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"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "x 𐕂 (k 𐕏 m);",
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},
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"B": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"prior_state": {
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},
"rules": [
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"Rule 4",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕙 1);",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "k 𐕂 (k 𐕊 10);",
"control_stack": "ε"
},
{
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"sum": null,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "k 𐕂 (k 𐕖 m);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 3,
"j": null,
"k": 2,
"m": 6,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 3,
"j": null,
"k": 2,
"m": 6,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 x;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_365.imp
|
int ans;
int n;
n = 11223305;
while(n > 0)
{
n = (n / 10);
ans = (ans + 1);
};
|
mbpp_365.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
n 𐕂 11223305;
𐕕(n 𐕃 0)
{
n 𐕂 (n 𐕏 10);
ans 𐕂 (ans 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 11223305;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1122330,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 112,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 8,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_375.imp
|
int i;
int ans;
int n;
int m;
n = 1111;
m = 5;
while(i < m)
{
ans = (ans + (n / m));
i = (i + 1);
};
|
mbpp_375.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int i;
int ans;
int n;
int m;
n 𐕂 1111;
m 𐕂 5;
𐕕(i 𐔳 m)
{
ans 𐕂 (ans 𐕐 (n 𐕏 m));
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 0,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1111,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "m 𐕂 5;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 444,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1111,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔳 m)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 888,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1111,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 6",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 (n 𐕏 m));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1110,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1111,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1110,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1111,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔳 m)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_402.imp
|
int ans;
int i;
int r;
int p;
int n;
n = 15;
r = 12;
p = 43;
ans = 1;
i = 1;
while(i <= r)
{
ans = ((ans * ((n - i) + 1)) / i);
i = (i + 1);
};
ans = (ans % p);
|
mbpp_402.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int r;
int p;
int n;
n 𐕂 15;
r 𐕂 12;
p 𐕂 43;
ans 𐕂 1;
i 𐕂 1;
𐕕(i 𐔷 r)
{
ans 𐕂 ((ans 𐕊 ((n 𐕙 i) 𐕐 1)) 𐕏 i);
i 𐕂 (i 𐕐 1);
};
ans 𐕂 (ans 𐕖 p);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>3</rule>
<rule>5</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 43,
"q": null,
"r": 12,
"X": null,
"B": null,
"n": 15,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "i 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 105,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 43,
"q": null,
"r": 12,
"X": null,
"B": null,
"n": 15,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 3",
"Rule 5",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 ((ans 𐕊 ((n 𐕙 i) 𐕐 1)) 𐕏 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6435,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 43,
"q": null,
"r": 12,
"X": null,
"B": null,
"n": 15,
"i": 8,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 r)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5005,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 43,
"q": null,
"r": 12,
"X": null,
"B": null,
"n": 15,
"i": 9,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"number": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 455,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"X": null,
"B": null,
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"s": null,
"t": null,
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"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 r)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 455,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 43,
"q": null,
"r": 12,
"X": null,
"B": null,
"n": 15,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕖 p);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_420.imp
|
int n;
int ans;
int i;
n = 4;
i = 1;
while(i <= n)
{
ans = (ans + (((2 * i) * (2 * i)) * (2 * i)));
i = (i + 1);
};
|
mbpp_420.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int n;
int ans;
int i;
n 𐕂 4;
i 𐕂 1;
𐕕(i 𐔷 n)
{
ans 𐕂 (ans 𐕐 (((2 𐕊 i) 𐕊 (2 𐕊 i)) 𐕊 (2 𐕊 i)));
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"prior_state": {
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"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
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"x2": null,
"y1": null,
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"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"k": null,
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"h": null,
"count": null,
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"x2": null,
"y1": null,
"y2": null,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 4;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"l": null,
"h": null,
"count": null,
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"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"p2d": null,
"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 (((2 𐕊 i) 𐕊 (2 𐕊 i)) 𐕊 (2 𐕊 i)));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 72,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 800,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_430.imp
|
int ans;
int a;
int b;
int c;
int x;
int y;
a = 5;
b = 3;
c = 2;
x = (b - a);
y = (c - b);
if(x > y)
{
ans = (- 2336);
halt;
}
else
{
if(x < y)
{
ans = (- 198);
}
else
{
ans = (- 130);
};
};
|
mbpp_430.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int a;
int b;
int c;
int x;
int y;
a 𐕂 5;
b 𐕂 3;
c 𐕂 2;
x 𐕂 (b 𐕙 a);
y 𐕂 (c 𐕙 b);
𐔸(x 𐕃 y)
{
ans 𐕂 (𐕙 2336);
𐔱;
}
𐕎
{
𐔸(x 𐔳 y)
{
ans 𐕂 (𐕙 198);
}
𐕎
{
ans 𐕂 (𐕙 130);
};
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>11</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int c;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5,
"b": 0,
"c": 0,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "b 𐕂 3;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5,
"b": 3,
"c": 2,
"d": null,
"f": null,
"x": -2,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "y 𐕂 (c 𐕙 b);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5,
"b": 3,
"c": 2,
"d": null,
"f": null,
"x": -2,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": -1,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (x 𐕃 y)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5,
"b": 3,
"c": 2,
"d": null,
"f": null,
"x": -2,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": -1,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (x 𐔳 y)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5,
"b": 3,
"c": 2,
"d": null,
"f": null,
"x": -2,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": -1,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 11",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (𐕙 198);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_467.imp
|
int ans;
int a;
int i;
i = 1;
a = 33;
while(a > 0)
{
ans = (ans + ((a % 8) * i));
a = (a / 8);
i = (i * 10);
};
|
mbpp_467.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int a;
int i;
i 𐕂 1;
a 𐕂 33;
𐕕(a 𐕃 0)
{
ans 𐕂 (ans 𐕐 ((a 𐕖 8) 𐕊 i));
a 𐕂 (a 𐕏 8);
i 𐕂 (i 𐕊 10);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int a;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": null,
"c": null,
"d": null,
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"B": null,
"n": null,
"i": 1,
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"t": null,
"first": null,
"tk": null,
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"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "a 𐕂 33;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 33,
"b": null,
"c": null,
"d": null,
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"x": null,
"j": null,
"k": null,
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"p": null,
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"B": null,
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"t": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
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"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (a 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 33,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 ((a 𐕖 8) 𐕊 i));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": 33,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "a 𐕂 (a 𐕏 8);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 41,
"num": null,
"a": 0,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 10,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕊 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 41,
"num": null,
"a": 0,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 100,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (a 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_47.imp
|
int xyz;
int ans;
int p;
int q;
int j;
xyz = 1;
p = 6;
q = 8;
if(p == q)
{
ans = 1;
halt;
}
else
{
};
if((q - p) >= 5)
{
ans = 0;
halt;
}
else
{
};
j = (p + 1);
while(j <= q)
{
xyz = ((xyz * (j % 10)) % 10);
j = (j + 1);
};
ans = (xyz % 10);
|
mbpp_47.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int xyz;
int ans;
int p;
int q;
int j;
xyz 𐕂 1;
p 𐕂 6;
q 𐕂 8;
𐔸(p 𐕟 q)
{
ans 𐕂 1;
𐔱;
}
𐕎
{
};
𐔸((q 𐕙 p) 𐕛 5)
{
ans 𐕂 0;
𐔱;
}
𐕎
{
};
j 𐕂 (p 𐕐 1);
𐕕(j 𐔷 q)
{
xyz 𐕂 ((xyz 𐕊 (j 𐕖 10)) 𐕖 10);
j 𐕂 (j 𐕐 1);
};
ans 𐕂 (xyz 𐕖 10);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>15</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>5</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 0,
"q": 0,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 0,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int j;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": 0,
"q": 0,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 1,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "p 𐕂 6;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": 6,
"q": 8,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 1,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (p 𐕟 q)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": 6,
"q": 8,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 1,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 15",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((q 𐕙 p) 𐕛 5)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 7,
"k": null,
"m": null,
"p": 6,
"q": 8,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 7,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "j 𐕂 (j 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 8,
"k": null,
"m": null,
"p": 6,
"q": 8,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 7,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (j 𐔷 q)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 8,
"k": null,
"m": null,
"p": 6,
"q": 8,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 7,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 5",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "xyz 𐕂 ((xyz 𐕊 (j 𐕖 10)) 𐕖 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 9,
"k": null,
"m": null,
"p": 6,
"q": 8,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 6,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (j 𐔷 q)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 9,
"k": null,
"m": null,
"p": 6,
"q": 8,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 6,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (xyz 𐕖 10);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_479.imp
|
int ans;
int n;
n = 456;
while(n > 0)
{
ans = (n % 10);
n = (n / 10);
};
|
mbpp_479.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
n 𐕂 456;
𐕕(n 𐕃 0)
{
ans 𐕂 (n 𐕖 10);
n 𐕂 (n 𐕏 10);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"bx1": null,
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"left": null,
"right": null,
"oh": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 456;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": null,
"b": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"x": null,
"j": null,
"k": null,
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"first": null,
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"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
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"x2": null,
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"n2": null,
"l2": null,
"r2": null,
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"ay1": null,
"ay2": null,
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"bx2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
"X": null,
"B": null,
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"i": null,
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"left": null,
"right": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (n 𐕖 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 4,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_483.imp
|
int ans;
int x;
int y;
int i;
x = 15;
y = 1;
i = 1;
while(y < x)
{
y = (y * i);
i = (i + 1);
};
ans = i;
|
mbpp_483.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x;
int y;
int i;
x 𐕂 15;
y 𐕂 1;
i 𐕂 1;
𐕕(y 𐔳 x)
{
y 𐕂 (y 𐕊 i);
i 𐕂 (i 𐕐 1);
};
ans 𐕂 i;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
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"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int y;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"b": null,
"c": null,
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"y1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "y 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"p": null,
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"X": null,
"B": null,
"n": null,
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"t": null,
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"tk": null,
"y": 1,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"x7f": null,
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"z": null,
"n1": null,
"n2": null,
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"r2": null,
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"number": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (y 𐔳 x)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 15,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 6,
"T": null,
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"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
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"x2": null,
"y1": null,
"y2": null,
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"z": null,
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"n2": null,
"l2": null,
"r2": null,
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"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"j": null,
"k": null,
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"i": 4,
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"t": null,
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"tk": null,
"y": 6,
"T": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "y 𐕂 (y 𐕊 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
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"j": null,
"k": null,
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"p": null,
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"r": null,
"X": null,
"B": null,
"n": null,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 24,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (y 𐔳 x)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 15,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 24,
"T": null,
"aa": null,
"bb": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"ay2": null,
"bx1": null,
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"right": null,
"oh": null,
"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 i;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_5.imp
|
int n;
int i;
int ans;
n = 9;
i = 2;
while(i < n)
{
if((n % i) == 0)
{
ans = i;
halt;
}
else
{
};
i = (i + 1);
};
ans = (n - 1);
|
mbpp_5.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int n;
int i;
int ans;
n 𐕂 9;
i 𐕂 2;
𐕕(i 𐔳 n)
{
𐔸((n 𐕖 i) 𐕟 0)
{
ans 𐕂 i;
𐔱;
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
ans 𐕂 (n 𐕙 1);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>26</rule>
</answer>
</ans>
|
[
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"f": null,
"x": null,
"j": null,
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"B": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
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"r2x2": null,
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},
"rules": [
"Rule 21"
],
"cleaned_stmt": "i 𐕂 2;",
"control_stack": "ε"
},
{
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 9,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
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"x2": null,
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"bx1": null,
"bx2": null,
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"oh": null,
"ow": null,
"r1x1": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
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"j": null,
"k": null,
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"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"a": null,
"b": null,
"c": null,
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"j": null,
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"p": null,
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"X": null,
"B": null,
"n": 9,
"i": 3,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
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"left": null,
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"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"d": null,
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"j": null,
"k": null,
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"p": null,
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"r": null,
"X": null,
"B": null,
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"l": null,
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"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": null,
"b": null,
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"B": null,
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"aa": null,
"bb": null,
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"xyz": null,
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"l": null,
"h": null,
"count": null,
"x1": null,
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"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_501.imp
|
int ans;
int y;
int x;
x = 12;
y = 24;
while(y > 0)
{
if((x % y) == 0)
{
ans = (ans + 1);
}
else
{
};
y = (y - 1);
};
|
mbpp_501.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int y;
int x;
x 𐕂 12;
y 𐕂 24;
𐕕(y 𐕃 0)
{
𐔸((x 𐕖 y) 𐕟 0)
{
ans 𐕂 (ans 𐕐 1);
}
𐕎
{
};
y 𐕂 (y 𐕙 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"b": null,
"c": null,
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"x": null,
"j": null,
"k": null,
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"p": null,
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"X": null,
"B": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int y;",
"control_stack": "ε"
},
{
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"r2x1": null,
"r2x2": null,
"r2y1": null,
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},
"rules": [
"Rule 21"
],
"cleaned_stmt": "x 𐕂 12;",
"control_stack": "ε"
},
{
"line_number": 1,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((x 𐕖 y) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 12,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 15,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (y 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"x": 12,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 13,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
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"x2": null,
"y1": null,
"y2": null,
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"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "y 𐕂 (y 𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 3,
"T": null,
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"l2": null,
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"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((x 𐕖 y) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
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"a": null,
"b": null,
"c": null,
"d": null,
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"j": null,
"k": null,
"m": null,
"p": null,
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"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
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"y": 1,
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"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 12,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (y 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_502.imp
|
int i;
int j;
int ans;
int n;
int m;
n = 3;
m = 3;
while(i < n)
{
j = 0;
while(j < m)
{
if(i == j)
{
ans = (((n - i) - 1) % 2);
halt;
}
else
{
};
j = (j + 1);
};
i = (i + 1);
};
ans = 1;
|
mbpp_502.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int i;
int j;
int ans;
int n;
int m;
n 𐕂 3;
m 𐕂 3;
𐕕(i 𐔳 n)
{
j 𐕂 0;
𐕕(j 𐔳 m)
{
𐔸(i 𐕟 j)
{
ans 𐕂 (((n 𐕙 i) 𐕙 1) 𐕖 2);
𐔱;
}
𐕎
{
};
j 𐕂 (j 𐕐 1);
};
i 𐕂 (i 𐕐 1);
};
ans 𐕂 1;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>4</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": 0,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 3;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": 3,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": 3,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (i 𐕟 j)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": 3,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 4",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (((n 𐕙 i) 𐕙 1) 𐕖 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": 3,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_506.imp
|
int ans;
int i;
int k;
int n;
n = 10;
k = 3;
ans = 1;
while(i < k)
{
ans = (ans * (n - i));
i = (i + 1);
};
|
mbpp_506.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int k;
int n;
n 𐕂 10;
k 𐕂 3;
ans 𐕂 1;
𐕕(i 𐔳 k)
{
ans 𐕂 (ans 𐕊 (n 𐕙 i));
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 10,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 90,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔳 k)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 90,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕊 (n 𐕙 i));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 720,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔳 k)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_509.imp
|
int ans;
int i;
int n;
n = 11;
i = 1;
while(i <= n)
{
ans = (ans + i);
i = (i + 1);
};
ans = (ans / n);
|
mbpp_509.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
n 𐕂 11;
i 𐕂 1;
𐕕(i 𐔷 n)
{
ans 𐕂 (ans 𐕐 i);
i 𐕂 (i 𐕐 1);
};
ans 𐕂 (ans 𐕏 n);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 11;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 11,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 11,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 55,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 11,
"i": 11,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 66,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 11,
"i": 12,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 66,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 11,
"i": 12,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕏 n);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_51.imp
|
int ans;
int x;
int y;
int z;
x = 5;
y = 5;
z = 5;
if((x == y) && (y == z))
{
ans = 1;
halt;
}
else
{
};
ans = 0;
|
mbpp_51.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x;
int y;
int z;
x 𐕂 5;
y 𐕂 5;
z 𐕂 5;
𐔸((x 𐕟 y) 𐕜 (y 𐕟 z))
{
ans 𐕂 1;
𐔱;
}
𐕎
{
};
ans 𐕂 0;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>21</rule>
</answer>
<answer id="3">
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int y;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 5,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": 5,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((x 𐕟 y) 𐕜 (y 𐕟 z))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 5,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": 5,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 5,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 5,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": 5,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_511.imp
|
int ans;
int i;
int n;
i = 2;
n = 105;
while(n > 1)
{
if((n % i) == 0)
{
ans = (ans + i);
n = (n / i);
}
else
{
i = (i + 1);
};
};
|
mbpp_511.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
i 𐕂 2;
n 𐕂 105;
𐕕(n 𐕃 1)
{
𐔸((n 𐕖 i) 𐕟 0)
{
ans 𐕂 (ans 𐕐 i);
n 𐕂 (n 𐕏 i);
}
𐕎
{
i 𐕂 (i 𐕐 1);
};
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
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],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 i);",
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},
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 i);",
"control_stack": "ε"
},
{
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"r2x1": null,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
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"r2x2": null,
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"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 1)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"ble": 0,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"ble": 0,
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"y2": null,
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"number": null,
"ax1": null,
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"ay1": null,
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"bx1": null,
"bx2": null,
"by1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n 𐕃 1)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_518.imp
|
int ans;
int a;
int b;
int num;
int c;
num = 400;
a = 0;
b = num;
while(a <= b)
{
c = (a + ((b - a) / 2));
if((c * c) < num)
{
a = (c + 1);
}
else
{
b = (c - 1);
};
};
ans = a;
|
mbpp_518.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int a;
int b;
int num;
int c;
num 𐕂 400;
a 𐕂 0;
b 𐕂 num;
𐕕(a 𐔷 b)
{
c 𐕂 (a 𐕐 ((b 𐕙 a) 𐕏 2));
𐔸((c 𐕊 c) 𐔳 num)
{
a 𐕂 (c 𐕐 1);
}
𐕎
{
b 𐕂 (c 𐕙 1);
};
};
ans 𐕂 a;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>6</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="9">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"b": null,
"c": null,
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int b;",
"control_stack": "ε"
},
{
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},
"rules": [
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],
"cleaned_stmt": "num 𐕂 400;",
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},
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},
"rules": [
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"Rule 21"
],
"cleaned_stmt": "b 𐕂 num;",
"control_stack": "ε"
},
{
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"a": 0,
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"c": 200,
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"l": null,
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"y1": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((c 𐕊 c) 𐔳 num)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"a": 0,
"b": 199,
"c": 99,
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"x": null,
"j": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "b 𐕂 (c 𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 400,
"a": 0,
"b": 48,
"c": 49,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (a 𐔷 b)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 400,
"a": 12,
"b": 23,
"c": 17,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "a 𐕂 (c 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 400,
"a": 19,
"b": 19,
"c": 18,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 6",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "c 𐕂 (a 𐕐 ((b 𐕙 a) 𐕏 2));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 400,
"a": 19,
"b": 19,
"c": 19,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((c 𐕊 c) 𐔳 num)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 400,
"a": 20,
"b": 19,
"c": 19,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (a 𐔷 b)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_52.imp
|
int xyz;
int p;
int ans;
int q;
int r;
xyz = 0;
p = 0;
q = 15;
r = 20;
while(p < r)
{
xyz = (xyz + q);
p = (p + 1);
};
ans = xyz;
|
mbpp_52.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int xyz;
int p;
int ans;
int q;
int r;
xyz 𐕂 0;
p 𐕂 0;
q 𐕂 15;
r 𐕂 20;
𐕕(p 𐔳 r)
{
xyz 𐕂 (xyz 𐕐 q);
p 𐕂 (p 𐕐 1);
};
ans 𐕂 xyz;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 0,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 0,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int q;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 0,
"q": 15,
"r": 0,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 0,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "r 𐕂 20;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 1,
"q": 15,
"r": 20,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 30,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "p 𐕂 (p 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 5,
"q": 15,
"r": 20,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 75,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (p 𐔳 r)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 9,
"q": 15,
"r": 20,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 135,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "xyz 𐕂 (xyz 𐕐 q);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 20,
"q": 15,
"r": 20,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 300,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (p 𐔳 r)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 20,
"q": 15,
"r": 20,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 300,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 xyz;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_521.imp
|
int x;
int y;
int z;
int ans;
x = 6;
y = 15;
z = 20;
if(((z % y) != 0) && ((x % z) != 0))
{
ans = 1;
}
else
{
ans = 0;
};
|
mbpp_521.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int x;
int y;
int z;
int ans;
x 𐕂 6;
y 𐕂 15;
z 𐕂 20;
𐔸(((z 𐕖 y) 𐕀 0) 𐕜 ((x 𐕖 z) 𐕀 0))
{
ans 𐕂 1;
}
𐕎
{
ans 𐕂 0;
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int x;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 6,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 15,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": 0,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "z 𐕂 20;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 6,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 15,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": 20,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 17",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 17",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((z 𐕖 y) 𐕀 0) 𐕜 ((x 𐕖 z) 𐕀 0))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_547.imp
|
int ans;
int n;
n = 5;
while(n > 0)
{
ans = (ans + n);
n = (n / 2);
};
|
mbpp_547.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
n 𐕂 5;
𐕕(n 𐕃 0)
{
ans 𐕂 (ans 𐕐 n);
n 𐕂 (n 𐕏 2);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
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"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 5;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"right": null,
"oh": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 7,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 2,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 7,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
"X": null,
"B": null,
"n": 1,
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"s": null,
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"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
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"e": null,
"l": null,
"h": null,
"count": null,
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"x2": null,
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"bx2": null,
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"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 n);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 8,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_55.imp
|
int x;
int b;
int ans;
int c;
int d;
int e;
b = 1;
c = 2;
d = 6;
e = 3;
x = c;
while(b < d)
{
x = (x * e);
if(x < 0)
{
x = (x + 2);
}
else
{
};
b = (b + 1);
};
ans = x;
|
mbpp_55.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int x;
int b;
int ans;
int c;
int d;
int e;
b 𐕂 1;
c 𐕂 2;
d 𐕂 6;
e 𐕂 3;
x 𐕂 c;
𐕕(b 𐔳 d)
{
x 𐕂 (x 𐕊 e);
𐔸(x 𐔳 0)
{
x 𐕂 (x 𐕐 2);
}
𐕎
{
};
b 𐕂 (b 𐕐 1);
};
ans 𐕂 x;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int b;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 0,
"c": 0,
"d": 0,
"f": null,
"x": 0,
"j": null,
"k": null,
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"t": null,
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"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 0,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"number": null,
"ax1": null,
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"ay2": null,
"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "b 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 2,
"c": 2,
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"k": null,
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"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (b 𐔳 d)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 2,
"c": 2,
"d": 6,
"f": null,
"x": 18,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 3,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "b 𐕂 (b 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 3,
"c": 2,
"d": 6,
"f": null,
"x": 54,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 3,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (x 𐔳 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 4,
"c": 2,
"d": 6,
"f": null,
"x": 54,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 3,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "x 𐕂 (x 𐕊 e);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 6,
"c": 2,
"d": 6,
"f": null,
"x": 486,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 3,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (b 𐔳 d)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 6,
"c": 2,
"d": 6,
"f": null,
"x": 486,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 3,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 x;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_558.imp
|
int ans;
int n1;
int n2;
n1 = 123;
n2 = 256;
while(n1 > 0)
{
ans = (ans + ((n2 % 10) - (n1 % 10)));
n1 = (n1 / 10);
n2 = (n2 / 10);
};
|
mbpp_558.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n1;
int n2;
n1 𐕂 123;
n2 𐕂 256;
𐕕(n1 𐕃 0)
{
ans 𐕂 (ans 𐕐 ((n2 𐕖 10) 𐕙 (n1 𐕖 10)));
n1 𐕂 (n1 𐕏 10);
n2 𐕂 (n2 𐕏 10);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>1</rule>
<rule>8</rule>
<rule>4</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": 0,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": 123,
"n2": 0,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n2 𐕂 256;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": 12,
"n2": 25,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n1 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": 1,
"n2": 2,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 1",
"Rule 8",
"Rule 4",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 ((n2 𐕖 10) 𐕙 (n1 𐕖 10)));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 7,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": 0,
"n2": 2,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n2 𐕂 (n2 𐕏 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 7,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": 0,
"n2": 0,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n1 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_566.imp
|
int ans;
int n;
n = 97;
while(n > 0)
{
ans = (ans + (n % 10));
n = (n / 10);
};
|
mbpp_566.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
n 𐕂 97;
𐕕(n 𐕃 0)
{
ans 𐕂 (ans 𐕐 (n 𐕖 10));
n 𐕂 (n 𐕏 10);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 97;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 7,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 97,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 7,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 9,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 7,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 9,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 (n 𐕖 10));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 16,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_575.imp
|
int ans;
int n;
int a;
int c;
int i;
int l;
int r;
a = 3;
n = 6;
l = 4;
r = 20;
i = l;
while(i <= r)
{
if((i % a) != 0)
{
c = (c + 1);
}
else
{
};
if(c == n)
{
ans = i;
halt;
}
else
{
};
i = (i + 1);
};
ans = (- 1);
|
mbpp_575.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
int a;
int c;
int i;
int l;
int r;
a 𐕂 3;
n 𐕂 6;
l 𐕂 4;
r 𐕂 20;
i 𐕂 l;
𐕕(i 𐔷 r)
{
𐔸((i 𐕖 a) 𐕀 0)
{
c 𐕂 (c 𐕐 1);
}
𐕎
{
};
𐔸(c 𐕟 n)
{
ans 𐕂 i;
𐔱;
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
ans 𐕂 (𐕙 1);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="9">
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": null,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int l;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": null,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 0,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 0,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "a 𐕂 3;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3,
"b": null,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 20,
"X": null,
"B": null,
"n": 6,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 l;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3,
"b": null,
"c": 2,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 20,
"X": null,
"B": null,
"n": 6,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (c 𐕟 n)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3,
"b": null,
"c": 2,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 20,
"X": null,
"B": null,
"n": 6,
"i": 6,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 r)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3,
"b": null,
"c": 2,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 20,
"X": null,
"B": null,
"n": 6,
"i": 6,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 17",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((i 𐕖 a) 𐕀 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3,
"b": null,
"c": 2,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 20,
"X": null,
"B": null,
"n": 6,
"i": 7,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "c 𐕂 (c 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3,
"b": null,
"c": 3,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 20,
"X": null,
"B": null,
"n": 6,
"i": 8,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 17",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((i 𐕖 a) 𐕀 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3,
"b": null,
"c": 6,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 20,
"X": null,
"B": null,
"n": 6,
"i": 11,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (c 𐕟 n)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 11,
"num": null,
"a": 3,
"b": null,
"c": 6,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 20,
"X": null,
"B": null,
"n": 6,
"i": 11,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_59.imp
|
int ans;
int n;
n = 10;
ans = (((3 * n) * n) - (2 * n));
|
mbpp_59.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
n 𐕂 10;
ans 𐕂 (((3 𐕊 n) 𐕊 n) 𐕙 (2 𐕊 n));
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (((3 𐕊 n) 𐕊 n) 𐕙 (2 𐕊 n));",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_600.imp
|
int ans;
int n;
int b;
b = 1;
n = 2;
while(n > 0)
{
if((n % 2) == 0)
{
b = (b * 2);
n = (n / 2);
}
else
{
b = (b * 3);
n = (n / 3);
};
};
if((b % 2) == 0)
{
ans = 1;
}
else
{
};
|
mbpp_600.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
int b;
b 𐕂 1;
n 𐕂 2;
𐕕(n 𐕃 0)
{
𐔸((n 𐕖 2) 𐕟 0)
{
b 𐕂 (b 𐕊 2);
n 𐕂 (n 𐕏 2);
}
𐕎
{
b 𐕂 (b 𐕊 3);
n 𐕂 (n 𐕏 3);
};
};
𐔸((b 𐕖 2) 𐕟 0)
{
ans 𐕂 1;
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 1,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 1,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 2,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 2,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 2,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 2,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 2,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "b 𐕂 (b 𐕊 3);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 6,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 6,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((b 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_626.imp
|
int r;
int l;
int r2;
int l2;
int ans;
int f;
r = 2;
l = (r - 1);
r2 = (r * 2);
l2 = (l * 2);
f = 0;
while((l2 - l) > 1)
{
if((l % 2) == 0)
{
l = (l / 2);
}
else
{
l = (((l * 3) - r) + 1);
};
if(l2 > l)
{
ans = (- 1);
halt;
}
else
{
};
f = (l * (l + l2));
if(f > r2)
{
ans = f;
halt;
}
else
{
};
};
ans = r2;
|
mbpp_626.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int r;
int l;
int r2;
int l2;
int ans;
int f;
r 𐕂 2;
l 𐕂 (r 𐕙 1);
r2 𐕂 (r 𐕊 2);
l2 𐕂 (l 𐕊 2);
f 𐕂 0;
𐕕((l2 𐕙 l) 𐕃 1)
{
𐔸((l 𐕖 2) 𐕟 0)
{
l 𐕂 (l 𐕏 2);
}
𐕎
{
l 𐕂 (((l 𐕊 3) 𐕙 r) 𐕐 1);
};
𐔸(l2 𐕃 l)
{
ans 𐕂 (𐕙 1);
𐔱;
}
𐕎
{
};
f 𐕂 (l 𐕊 (l 𐕐 l2));
𐔸(f 𐕃 r2)
{
ans 𐕂 f;
𐔱;
}
𐕎
{
};
};
ans 𐕂 r2;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 0,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 0,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": 0,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int l2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": 0,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 0,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": 0,
"r2": 0,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "l 𐕂 (r 𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": 0,
"x": null,
"j": null,
"k": null,
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"X": null,
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"xyz": null,
"e": null,
"l": 1,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
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"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": 0,
"r2": 4,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "l2 𐕂 (l 𐕊 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": 0,
"x": null,
"j": null,
"k": null,
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"p": null,
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"i": null,
"s": null,
"t": null,
"first": null,
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"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 1,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"n2": null,
"l2": 2,
"r2": 4,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "f 𐕂 0;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": 0,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 1,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": 2,
"r2": 4,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 ((l2 𐕙 l) 𐕃 1)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": 0,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 1,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": 2,
"r2": 4,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 r2;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_634.imp
|
int n;
int i;
int j;
int ans;
i = 1;
n = 3;
while(i <= n)
{
j = (2 * i);
ans = (ans + (((j * j) * j) * j));
i = (i + 1);
};
|
mbpp_634.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int n;
int i;
int j;
int ans;
i 𐕂 1;
n 𐕂 3;
𐕕(i 𐔷 n)
{
j 𐕂 (2 𐕊 i);
ans 𐕂 (ans 𐕐 (((j 𐕊 j) 𐕊 j) 𐕊 j));
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int j;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 3;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "j 𐕂 (2 𐕊 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 2,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 (((j 𐕊 j) 𐕊 j) 𐕊 j));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 16,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 2,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 272,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 4,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1568,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 6,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_646.imp
|
int i;
int ans;
int l;
int j;
int k;
int n;
n = 5;
k = 2;
i = 0;
while(i < n)
{
j = 0;
while(j < n)
{
l = 0;
while(l < n)
{
if((((i + k) <= n) && ((j + k) <= n)) && ((l + k) <= n))
{
ans = (ans + 1);
}
else
{
};
l = (l + 1);
};
j = (j + 1);
};
i = (i + 1);
};
|
mbpp_646.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int i;
int ans;
int l;
int j;
int k;
int n;
n 𐕂 5;
k 𐕂 2;
i 𐕂 0;
𐕕(i 𐔳 n)
{
j 𐕂 0;
𐕕(j 𐔳 n)
{
l 𐕂 0;
𐕕(l 𐔳 n)
{
𐔸((((i 𐕐 k) 𐔷 n) 𐕜 ((j 𐕐 k) 𐔷 n)) 𐕜 ((l 𐕐 k) 𐔷 n))
{
ans 𐕂 (ans 𐕐 1);
}
𐕎
{
};
l 𐕂 (l 𐕐 1);
};
j 𐕂 (j 𐕐 1);
};
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>13</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>13</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"cnt": null,
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"z": null,
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"ay1": null,
"ay2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 48,
"num": null,
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"c": null,
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"oh": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (l 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
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"b": null,
"c": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 13",
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((((i 𐕐 k) 𐔷 n) 𐕜 ((j 𐕐 k) 𐔷 n)) 𐕜 ((l 𐕐 k) 𐔷 n))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 64,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 3,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "l 𐕂 (l 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 64,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 4,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
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"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 13",
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((((i 𐕐 k) 𐔷 n) 𐕜 ((j 𐕐 k) 𐔷 n)) 𐕜 ((l 𐕐 k) 𐔷 n))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 64,
"num": null,
"a": null,
"b": null,
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"x": null,
"j": 1,
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"X": null,
"B": null,
"n": 5,
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"t": null,
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"y": null,
"T": null,
"aa": null,
"bb": null,
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"xyz": null,
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"count": null,
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"bx2": null,
"by1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "l 𐕂 0;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 64,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 5,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 4,
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"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 5,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
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"ay2": null,
"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (j 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_663.imp
|
int ans;
int i;
int n;
int x;
int y;
i = 1;
n = 187;
x = 10;
y = 5;
while(i <= n)
{
if((i % x) == y)
{
ans = i;
}
else
{
};
i = (i + 1);
};
|
mbpp_663.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
int x;
int y;
i 𐕂 1;
n 𐕂 187;
x 𐕂 10;
y 𐕂 5;
𐕕(i 𐔷 n)
{
𐔸((i 𐕖 x) 𐕟 y)
{
ans 𐕂 i;
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int x;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 1,
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"t": null,
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"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
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"z": null,
"n1": null,
"n2": null,
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"r2": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 187;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 15,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"x": 10,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
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"t": null,
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"tk": null,
"y": 5,
"T": null,
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"bb": null,
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"e": null,
"l": null,
"h": null,
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"x2": null,
"y1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 55,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 187,
"i": 64,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 5,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 135,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 187,
"i": 145,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 5,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
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"r2": null,
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"number": null,
"ax1": null,
"ax2": null,
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"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 155,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 187,
"i": 165,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 5,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((i 𐕖 x) 𐕟 y)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 165,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 187,
"i": 170,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 5,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((i 𐕖 x) 𐕟 y)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 185,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 187,
"i": 188,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 5,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_672.imp
|
int a;
int b;
int c;
int p;
int q;
int ans;
a = 55;
b = 47;
c = 39;
if(a > b)
{
p = a;
q = b;
}
else
{
p = b;
q = a;
};
if(p > c)
{
ans = p;
halt;
}
else
{
};
if(q > c)
{
ans = q;
halt;
}
else
{
};
|
mbpp_672.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int b;
int c;
int p;
int q;
int ans;
a 𐕂 55;
b 𐕂 47;
c 𐕂 39;
𐔸(a 𐕃 b)
{
p 𐕂 a;
q 𐕂 b;
}
𐕎
{
p 𐕂 b;
q 𐕂 a;
};
𐔸(p 𐕃 c)
{
ans 𐕂 p;
𐔱;
}
𐕎
{
};
𐔸(q 𐕃 c)
{
ans 𐕂 q;
𐔱;
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int a;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 55,
"b": 47,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 0,
"q": 0,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
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"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "c 𐕂 39;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 55,
"b": 47,
"c": 39,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 0,
"q": 0,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
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"e": null,
"l": null,
"h": null,
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"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"k9m": null,
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"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"n3": null,
"number": null,
"ax1": null,
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"ay1": null,
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"bx1": null,
"bx2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (a 𐕃 b)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 55,
"b": 47,
"c": 39,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 0,
"q": 0,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "p 𐕂 a;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 55,
"num": null,
"a": 55,
"b": 47,
"c": 39,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 55,
"q": 47,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_675.imp
|
int ans;
int x;
int y;
int m;
int n;
x = 15;
y = 17;
m = 1;
n = 10;
ans = (x + y);
if((ans >= m) && (ans <= n))
{
ans = 20;
}
else
{
ans = 32;
};
|
mbpp_675.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x;
int y;
int m;
int n;
x 𐕂 15;
y 𐕂 17;
m 𐕂 1;
n 𐕂 10;
ans 𐕂 (x 𐕐 y);
𐔸((ans 𐕛 m) 𐕜 (ans 𐔷 n))
{
ans 𐕂 20;
}
𐕎
{
ans 𐕂 32;
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>15</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": 0,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 15,
"j": null,
"k": null,
"m": 1,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 17,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (x 𐕐 y);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 32,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 15,
"j": null,
"k": null,
"m": 1,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 17,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 15",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((ans 𐕛 m) 𐕜 (ans 𐔷 n))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 32,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 15,
"j": null,
"k": null,
"m": 1,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 17,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 32;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_681.imp
|
int ans;
int i;
int n;
n = 25;
ans = 2;
while(ans < n)
{
if((n % ans) == 0)
{
break;
}
else
{
};
ans = (ans + 1);
};
|
mbpp_681.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
n 𐕂 25;
ans 𐕂 2;
𐕕(ans 𐔳 n)
{
𐔸((n 𐕖 ans) 𐕟 0)
{
𐔾;
}
𐕎
{
};
ans 𐕂 (ans 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>21</rule>
<rule>22</rule>
<rule>33</rule>
<rule>33</rule>
<rule>33</rule>
<rule>35</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 25,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 25,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (ans 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 25,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 4,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 25,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 ans) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 25,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 ans) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 25,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 21",
"Rule 22",
"Rule 33",
"Rule 33",
"Rule 33",
"Rule 35"
],
"cleaned_stmt": "𐕕 (ble 𐕟 0)\n{\n ble 𐕂 1;\n 𐔸 (true)\n {\n 𐔾;\n }\n 𐕎\n {\n \n };\n ans 𐕂 (ans 𐕐 1);\n};",
"control_stack": "𐕕 (ble 𐕟 0)\n{\n ble 𐕂 1;\n 𐔸 (true)\n {\n 𐔾;\n }\n 𐕎\n {\n \n };\n ans 𐕂 (ans 𐕐 1);\n};"
}
] |
|
srp-mk-K-unseen-mbpp_692.imp
|
int a;
int n;
int ans;
a = 1;
n = 7;
while(n > 0)
{
a = (a * n);
n = (n - 1);
};
ans = (a % 100);
|
mbpp_692.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int n;
int ans;
a 𐕂 1;
n 𐕂 7;
𐕕(n 𐕃 0)
{
a 𐕂 (a 𐕊 n);
n 𐕂 (n 𐕙 1);
};
ans 𐕂 (a 𐕖 100);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": 0,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 1,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 7;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 1,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 7,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "a 𐕂 (a 𐕊 n);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 840,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5040,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5040,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (n 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5040,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (a 𐕖 100);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_714.imp
|
int ans;
int i;
int n;
n = 24;
i = 2;
while((i * i) <= n)
{
if((n % i) == 0)
{
ans = (ans + 1);
}
else
{
};
i = (i + 1);
};
|
mbpp_714.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
n 𐕂 24;
i 𐕂 2;
𐕕((i 𐕊 i) 𐔷 n)
{
𐔸((n 𐕖 i) 𐕟 0)
{
ans 𐕂 (ans 𐕐 1);
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"x": null,
"j": null,
"k": null,
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"p": null,
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"B": null,
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"i": null,
"s": null,
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"T": null,
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"xyz": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 24;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 24,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
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"e": null,
"l": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 ((i 𐕊 i) 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 24,
"i": 4,
"s": null,
"t": null,
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"tk": null,
"y": null,
"T": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
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"ay1": null,
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"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 24,
"i": 5,
"s": null,
"t": null,
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"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"left": null,
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"oh": null,
"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 ((i 𐕊 i) 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_72.imp
|
int ans;
int n;
n = 10;
if((n % 4) != 2)
{
ans = 1;
halt;
}
else
{
};
ans = 0;
|
mbpp_72.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
n 𐕂 10;
𐔸((n 𐕖 4) 𐕀 2)
{
ans 𐕂 1;
𐔱;
}
𐕎
{
};
ans 𐕂 0;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 17",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 4) 𐕀 2)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 0;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_76.imp
|
int ans;
int n;
int m;
int temp;
m = 4;
n = 3;
if(n < m)
{
temp = m;
m = n;
n = temp;
}
else
{
};
ans = ((((m * (m + 1)) * ((2 * m) + 1)) / 6) + ((((n - m) * m) * (m + 1)) / 2));
|
mbpp_76.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
int m;
int temp;
m 𐕂 4;
n 𐕂 3;
𐔸(n 𐔳 m)
{
temp 𐕂 m;
m 𐕂 n;
n 𐕂 temp;
}
𐕎
{
};
ans 𐕂 ((((m 𐕊 (m 𐕐 1)) 𐕊 ((2 𐕊 m) 𐕐 1)) 𐕏 6) 𐕐 ((((n 𐕙 m) 𐕊 m) 𐕊 (m 𐕐 1)) 𐕏 2));
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>5</rule>
<rule>6</rule>
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>3</rule>
<rule>5</rule>
<rule>6</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 0,
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"i": null,
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"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"n2": null,
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"r2": null,
"temp": 0,
"n3": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "m 𐕂 4;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 4,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
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"bb": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
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"n3": null,
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"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (n 𐔳 m)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 4,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
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"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 0,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "temp 𐕂 m;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 3,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 4,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 5",
"Rule 6",
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 3",
"Rule 5",
"Rule 6",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 ((((m 𐕊 (m 𐕐 1)) 𐕊 ((2 𐕊 m) 𐕐 1)) 𐕏 6) 𐕐 ((((n 𐕙 m) 𐕊 m) 𐕊 (m 𐕐 1)) 𐕏 2));",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_770.imp
|
int ans;
int i;
int n;
int j;
n = 3;
i = 1;
while(i <= n)
{
j = ((2 * i) - 1);
ans = (ans + (((j * j) * j) * j));
i = (i + 1);
};
|
mbpp_770.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
int j;
n 𐕂 3;
i 𐕂 1;
𐕕(i 𐔷 n)
{
j 𐕂 ((2 𐕊 i) 𐕙 1);
ans 𐕂 (ans 𐕐 (((j 𐕊 j) 𐕊 j) 𐕊 j));
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>5</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 3;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "j 𐕂 ((2 𐕊 i) 𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 1,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 (((j 𐕊 j) 𐕊 j) 𐕊 j));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 82,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 3,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 82,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 3,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 707,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 5,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_78.imp
|
int a;
int b;
int ans;
int c;
c = 15;
a = 0;
b = 0;
while(b < c)
{
if((b % 2) == 0)
{
a = (a + 1);
}
else
{
};
b = (b + 1);
};
ans = a;
|
mbpp_78.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int b;
int ans;
int c;
c 𐕂 15;
a 𐕂 0;
b 𐕂 0;
𐕕(b 𐔳 c)
{
𐔸((b 𐕖 2) 𐕟 0)
{
a 𐕂 (a 𐕐 1);
}
𐕎
{
};
b 𐕂 (b 𐕐 1);
};
ans 𐕂 a;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 21"
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"cleaned_stmt": "a 𐕂 0;",
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},
{
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"r2y1": null,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (b 𐔳 c)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"ble": 0,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((b 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"ble": 0,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((b 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "b 𐕂 (b 𐕐 1);",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (b 𐔳 c)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"r2x1": null,
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},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 a;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_837.imp
|
int ans;
int i;
int n;
n = 4;
while(i < n)
{
ans = (ans + ((((2 * i) + 1) * ((2 * i) + 1)) * ((2 * i) + 1)));
i = (i + 1);
};
|
mbpp_837.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
n 𐕂 4;
𐕕(i 𐔳 n)
{
ans 𐕂 (ans 𐕐 ((((2 𐕊 i) 𐕐 1) 𐕊 ((2 𐕊 i) 𐕐 1)) 𐕊 ((2 𐕊 i) 𐕐 1)));
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"r1y1": null,
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
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],
"cleaned_stmt": "int i;",
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},
{
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},
"rules": [
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"cleaned_stmt": "n 𐕂 4;",
"control_stack": "ε"
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{
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},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
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"num": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 153,
"num": null,
"a": null,
"b": null,
"c": null,
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"k": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 ((((2 𐕊 i) 𐕐 1) 𐕊 ((2 𐕊 i) 𐕐 1)) 𐕊 ((2 𐕊 i) 𐕐 1)));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 496,
"num": null,
"a": null,
"b": null,
"c": null,
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"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": 4,
"s": null,
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"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔳 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_844.imp
|
int n;
int k;
int m;
int i;
int j;
int ans;
int p;
int q;
n = 8;
k = 5;
m = (n % k);
i = (n / k);
j = ((i + 1) / k);
p = 1;
q = 2;
while((p < m) && (q < k))
{
if(((p * j) % 2) == 0)
{
ans = 2;
halt;
}
else
{
};
p = (p + 2);
q = (q + 2);
};
p = 1;
q = ((i - 1) / k);
while((p >= 1) && (q >= 1))
{
if((((p * j) - 1) % 2) == 0)
{
ans = 3;
halt;
}
else
{
};
p = (p - 2);
q = (q - 2);
};
ans = 3;
|
mbpp_844.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int n;
int k;
int m;
int i;
int j;
int ans;
int p;
int q;
n 𐕂 8;
k 𐕂 5;
m 𐕂 (n 𐕖 k);
i 𐕂 (n 𐕏 k);
j 𐕂 ((i 𐕐 1) 𐕏 k);
p 𐕂 1;
q 𐕂 2;
𐕕((p 𐔳 m) 𐕜 (q 𐔳 k))
{
𐔸(((p 𐕊 j) 𐕖 2) 𐕟 0)
{
ans 𐕂 2;
𐔱;
}
𐕎
{
};
p 𐕂 (p 𐕐 2);
q 𐕂 (q 𐕐 2);
};
p 𐕂 1;
q 𐕂 ((i 𐕙 1) 𐕏 k);
𐕕((p 𐕛 1) 𐕜 (q 𐕛 1))
{
𐔸((((p 𐕊 j) 𐕙 1) 𐕖 2) 𐕟 0)
{
ans 𐕂 3;
𐔱;
}
𐕎
{
};
p 𐕂 (p 𐕙 2);
q 𐕂 (q 𐕙 2);
};
ans 𐕂 3;
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>26</rule>
</answer>
</ans>
|
[
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"c": null,
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"f": null,
"x": null,
"j": 0,
"k": 0,
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"B": null,
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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
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"r2x2": null,
"r2y1": null,
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},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 8;",
"control_stack": "ε"
},
{
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "m 𐕂 (n 𐕖 k);",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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"X": null,
"B": null,
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"i": 0,
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"t": null,
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"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
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"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"z": null,
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"n2": null,
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"r2": null,
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"bx2": null,
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"right": null,
"oh": null,
"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (n 𐕏 k);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"x": null,
"j": 0,
"k": 5,
"m": 3,
"p": 0,
"q": 0,
"r": null,
"X": null,
"B": null,
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"i": 1,
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"y": null,
"T": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"oh": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "j 𐕂 ((i 𐕐 1) 𐕏 k);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": 5,
"m": 3,
"p": 1,
"q": 2,
"r": null,
"X": null,
"B": null,
"n": 8,
"i": 1,
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"h": null,
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"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 ((p 𐔳 m) 𐕜 (q 𐔳 k))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"p": 1,
"q": 2,
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"B": null,
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"ay2": null,
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"bx2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((p 𐕊 j) 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": 0,
"k": 5,
"m": 3,
"p": 1,
"q": 2,
"r": null,
"X": null,
"B": null,
"n": 8,
"i": 1,
"s": null,
"t": null,
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"tk": null,
"y": null,
"T": null,
"aa": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_849.imp
|
int ans;
int i;
int n;
n = 39;
i = 2;
while(i <= n)
{
if((n % i) == 0)
{
ans = (ans + i);
while((n % i) == 0)
{
n = (n / i);
};
}
else
{
};
i = (i + 1);
};
|
mbpp_849.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
n 𐕂 39;
i 𐕂 2;
𐕕(i 𐔷 n)
{
𐔸((n 𐕖 i) 𐕟 0)
{
ans 𐕂 (ans 𐕐 i);
𐕕((n 𐕖 i) 𐕟 0)
{
n 𐕂 (n 𐕏 i);
};
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>21</rule>
</answer>
<answer id="1">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="9">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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},
"rules": [
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"cleaned_stmt": "n 𐕂 39;",
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{
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},
"rules": [
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"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
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},
{
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},
"rules": [
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},
{
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},
"rules": [
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"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 i);",
"control_stack": "ε"
},
{
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},
"rules": [
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"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n 𐕂 (n 𐕏 i);",
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},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
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"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 13,
"i": 9,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
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"y1": null,
"y2": null,
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"k9m": null,
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"cnt": null,
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"n2": null,
"l2": null,
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"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 16,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 13,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 16,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": 14,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_850.imp
|
int ans;
int n1;
int b;
int a;
int n2;
int c;
int n3;
a = 150;
b = 30;
c = 70;
n1 = (b - a);
n2 = (c - b);
n3 = (c - a);
if(((n1 * n2) * n3) <= (((a * a) + (b * b)) + (c * c)))
{
ans = 1;
}
else
{
};
|
mbpp_850.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n1;
int b;
int a;
int n2;
int c;
int n3;
a 𐕂 150;
b 𐕂 30;
c 𐕂 70;
n1 𐕂 (b 𐕙 a);
n2 𐕂 (c 𐕙 b);
n3 𐕂 (c 𐕙 a);
𐔸(((n1 𐕊 n2) 𐕊 n3) 𐔷 (((a 𐕊 a) 𐕐 (b 𐕊 b)) 𐕐 (c 𐕊 c)))
{
ans 𐕂 1;
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>13</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
</ans>
|
[
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"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 150,
"b": 30,
"c": 0,
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"f": null,
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"k": null,
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"p": null,
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"i": null,
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"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": 0,
"n2": 0,
"l2": null,
"r2": null,
"temp": null,
"n3": 0,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "c 𐕂 70;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 150,
"b": 30,
"c": 70,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "n1 𐕂 (b 𐕙 a);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 150,
"b": 30,
"c": 70,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": -120,
"n2": 40,
"l2": null,
"r2": null,
"temp": null,
"n3": -80,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 13",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((n1 𐕊 n2) 𐕊 n3) 𐔷 (((a 𐕊 a) 𐕐 (b 𐕊 b)) 𐕐 (c 𐕊 c)))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_853.imp
|
int ans;
int i;
int n;
i = 1;
n = 30;
while(i <= n)
{
if((n % i) == 0)
{
ans = (ans + i);
}
else
{
};
i = (i + 2);
};
|
mbpp_853.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
i 𐕂 1;
n 𐕂 30;
𐕕(i 𐔷 n)
{
𐔸((n 𐕖 i) 𐕟 0)
{
ans 𐕂 (ans 𐕐 i);
}
𐕎
{
};
i 𐕂 (i 𐕐 2);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "i 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 30,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 9,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 30,
"i": 7,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 9,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 30,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 9,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 30,
"i": 15,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 24,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 30,
"i": 15,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 24,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 30,
"i": 31,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_855.imp
|
int x;
int ans;
x = 10;
if(x < 0)
{
if(x < 0)
{
ans = 1;
halt;
}
else
{
halt;
};
}
else
{
if((x % 2) == 0)
{
ans = 1;
halt;
}
else
{
halt;
};
};
|
mbpp_855.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int x;
int ans;
x 𐕂 10;
𐔸(x 𐔳 0)
{
𐔸(x 𐔳 0)
{
ans 𐕂 1;
𐔱;
}
𐕎
{
𐔱;
};
}
𐕎
{
𐔸((x 𐕖 2) 𐕟 0)
{
ans 𐕂 1;
𐔱;
}
𐕎
{
𐔱;
};
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int x;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "x 𐕂 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": null,
"m": null,
"p": null,
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"oh": null,
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"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (x 𐔳 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((x 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 10,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_86.imp
|
int ans;
int n;
n = 10;
ans = (((3 * n) * (n - 1)) + 1);
|
mbpp_86.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
n 𐕂 10;
ans 𐕂 (((3 𐕊 n) 𐕊 (n 𐕙 1)) 𐕐 1);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>4</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 4",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (((3 𐕊 n) 𐕊 (n 𐕙 1)) 𐕐 1);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_876.imp
|
int ans;
int a;
int b;
int c;
int d;
int e;
b = 15;
c = 17;
if(b > c)
{
a = b;
b = c;
c = a;
}
else
{
};
d = 1;
e = 1;
while((e <= b) && (e <= c))
{
if(((b % e) == 0) && ((c % e) == 0))
{
d = e;
}
else
{
};
e = (e + 1);
};
ans = ((b * c) / d);
|
mbpp_876.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int a;
int b;
int c;
int d;
int e;
b 𐕂 15;
c 𐕂 17;
𐔸(b 𐕃 c)
{
a 𐕂 b;
b 𐕂 c;
c 𐕂 a;
}
𐕎
{
};
d 𐕂 1;
e 𐕂 1;
𐕕((e 𐔷 b) 𐕜 (e 𐔷 c))
{
𐔸(((b 𐕖 e) 𐕟 0) 𐕜 ((c 𐕖 e) 𐕟 0))
{
d 𐕂 e;
}
𐕎
{
};
e 𐕂 (e 𐕐 1);
};
ans 𐕂 ((b 𐕊 c) 𐕏 d);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="9">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"r1y1": null,
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"r2x1": null,
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"r2y1": null,
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},
"rules": [
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],
"cleaned_stmt": "int a;",
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},
{
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},
"rules": [
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],
"cleaned_stmt": "c 𐕂 17;",
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},
{
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"r1y1": null,
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"r2x1": null,
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"r2y1": null,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (b 𐕃 c)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"r1y1": null,
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"r2x1": null,
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"r2y1": null,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((b 𐕖 e) 𐕟 0) 𐕜 ((c 𐕖 e) 𐕟 0))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
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"ans": 0,
"num": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "d 𐕂 e;",
"control_stack": "ε"
},
{
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"r2x1": null,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 ((e 𐔷 b) 𐕜 (e 𐔷 c))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "e 𐕂 (e 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 15,
"c": 17,
"d": 1,
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"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((b 𐕖 e) 𐕟 0) 𐕜 ((c 𐕖 e) 𐕟 0))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 15,
"c": 17,
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"bx2": null,
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"ow": null,
"r1x1": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 ((e 𐔷 b) 𐕜 (e 𐔷 c))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 15,
"c": 17,
"d": 1,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 ((b 𐕊 c) 𐕏 d);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_882.imp
|
int ans;
int h;
int b;
h = 8;
b = 9;
ans = ((2 * h) * b);
|
mbpp_882.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int h;
int b;
h 𐕂 8;
b 𐕂 9;
ans 𐕂 ((2 𐕊 h) 𐕊 b);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"e": null,
"l": null,
"h": 0,
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"x2": null,
"y1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int b;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 0,
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"T": null,
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"h": 8,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "b 𐕂 9;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 ((2 𐕊 h) 𐕊 b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_884.imp
|
int ans;
int l;
int n;
int r;
n = 10;
l = 2;
r = 1;
if(((l <= n) && (r <= n)) && ((n % l) == 0))
{
ans = 1;
}
else
{
};
|
mbpp_884.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int l;
int n;
int r;
n 𐕂 10;
l 𐕂 2;
r 𐕂 1;
𐔸(((l 𐔷 n) 𐕜 (r 𐔷 n)) 𐕜 ((n 𐕖 l) 𐕟 0))
{
ans 𐕂 1;
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>19</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 0,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 1,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 2,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((l 𐔷 n) 𐕜 (r 𐔷 n)) 𐕜 ((n 𐕖 l) 𐕟 0))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 1,
"X": null,
"B": null,
"n": 10,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 2,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 1;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_901.imp
|
int n;
int ans;
int a;
int i;
n = 8;
i = (n * 2);
while(1 > 0)
{
a = 1;
while(a < n)
{
if((i % a) != 0)
{
i = (i + n);
break;
}
else
{
};
if((a == (n - 1)) && ((i % a) == 0))
{
ans = i;
halt;
}
else
{
};
a = (a + 1);
};
};
|
mbpp_901.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int n;
int ans;
int a;
int i;
n 𐕂 8;
i 𐕂 (n 𐕊 2);
𐕕(1 𐕃 0)
{
a 𐕂 1;
𐕕(a 𐔳 n)
{
𐔸((i 𐕖 a) 𐕀 0)
{
i 𐕂 (i 𐕐 n);
𐔾;
}
𐕎
{
};
𐔸((a 𐕟 (n 𐕙 1)) 𐕜 ((i 𐕖 a) 𐕟 0))
{
ans 𐕂 i;
𐔱;
}
𐕎
{
};
a 𐕂 (a 𐕐 1);
};
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>21</rule>
<rule>22</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
<rule>33</rule>
<rule>33</rule>
<rule>33</rule>
<rule>33</rule>
<rule>35</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="9">
<rule>26</rule>
</answer>
</ans>
|
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},
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],
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},
{
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],
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},
"rules": [
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"Rule 1",
"Rule 8",
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],
"cleaned_stmt": "𐔸 ((i 𐕖 a) 𐕀 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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},
"rules": [
"Rule 1",
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"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 n);",
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},
{
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},
"rules": [
"Rule 24",
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"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (a 𐔳 n)\n{\n 𐔱;\n};",
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},
{
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},
"rules": [
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],
"cleaned_stmt": "𐕕 (1 𐕃 0)\n{\n 𐔱;\n};",
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},
{
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},
"rules": [
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"Rule 16",
"Rule 22",
"Rule 21",
"Rule 22",
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21",
"Rule 33",
"Rule 33",
"Rule 33",
"Rule 33",
"Rule 35"
],
"cleaned_stmt": "𐕕 (ble 𐕟 0)\n{\n ble 𐕂 1;\n 𐔸 (true)\n {\n i 𐕂 (i 𐕐 n);\n 𐔾;\n }\n 𐕎\n {\n \n };\n 𐔸 (true)\n {\n ans 𐕂 i;\n 𐔱;\n }\n 𐕎\n {\n \n };\n a 𐕂 (a 𐕐 1);\n};",
"control_stack": "𐕕 (ble 𐕟 0)\n{\n ble 𐕂 1;\n 𐔸 (true)\n {\n i 𐕂 (i 𐕐 n);\n 𐔾;\n }\n 𐕎\n {\n \n };\n 𐔸 (true)\n {\n ans 𐕂 i;\n 𐔱;\n }\n 𐕎\n {\n \n };\n a 𐕂 (a 𐕐 1);\n};"
},
{
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((a 𐕟 (n 𐕙 1)) 𐕜 ((i 𐕖 a) 𐕟 0))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 7,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 8,
"i": 840,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 840,
"num": null,
"a": 7,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 8,
"i": 840,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_903.imp
|
int i;
int n;
int temp;
int ans;
n = 14;
i = 1;
while(i <= n)
{
temp = i;
while(temp != 0)
{
if((temp % 2) == 0)
{
ans = (ans + 1);
}
else
{
};
temp = (temp / 2);
};
i = (i + 1);
};
|
mbpp_903.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int i;
int n;
int temp;
int ans;
n 𐕂 14;
i 𐕂 1;
𐕕(i 𐔷 n)
{
temp 𐕂 i;
𐕕(temp 𐕀 0)
{
𐔸((temp 𐕖 2) 𐕟 0)
{
ans 𐕂 (ans 𐕐 1);
}
𐕎
{
};
temp 𐕂 (temp 𐕏 2);
};
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="9">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 14,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 0,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "i 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 14,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 0,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "temp 𐕂 i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 14,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 0,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 4,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 14,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 1,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((temp 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 14,
"i": 6,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 3,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "temp 𐕂 (temp 𐕏 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 8,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 14,
"i": 9,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 0,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 8,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 14,
"i": 9,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 4,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((temp 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 15,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 14,
"i": 13,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 13,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 17",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (temp 𐕀 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 17,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 14,
"i": 15,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": 0,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_905.imp
|
int ans;
int i;
int n;
ans = 1;
n = 5;
i = (n + 1);
while(i <= (n * 2))
{
ans = (ans * i);
i = (i + 1);
};
i = 1;
while(i <= n)
{
ans = (ans / i);
i = (i + 1);
};
|
mbpp_905.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int n;
ans 𐕂 1;
n 𐕂 5;
i 𐕂 (n 𐕐 1);
𐕕(i 𐔷 (n 𐕊 2))
{
ans 𐕂 (ans 𐕊 i);
i 𐕂 (i 𐕐 1);
};
i 𐕂 1;
𐕕(i 𐔷 n)
{
ans 𐕂 (ans 𐕏 i);
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="4">
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
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"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
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"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
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"k": null,
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"y1": null,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 (n 𐕊 2))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 336,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 9,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕊 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 30240,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 11,
"s": null,
"t": null,
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"aa": null,
"bb": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 (n 𐕊 2))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 30240,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 11,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
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"y1": null,
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"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "i 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 15120,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
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"h": null,
"count": null,
"x1": null,
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"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 15120,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
"X": null,
"B": null,
"n": 5,
"i": 3,
"s": null,
"t": null,
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"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
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"x1": null,
"x2": null,
"y1": null,
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"oh": null,
"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕏 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5040,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
"X": null,
"B": null,
"n": 5,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
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"y1": null,
"y2": null,
"sum": null,
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"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 252,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 6,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_93.imp
|
int ans;
int i;
int a;
int b;
i = 2;
a = 3;
b = 4;
ans = a;
while(i <= b)
{
ans = (ans * a);
i = (i + 1);
};
|
mbpp_93.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int a;
int b;
i 𐕂 2;
a 𐕂 3;
b 𐕂 4;
ans 𐕂 a;
𐕕(i 𐔷 b)
{
ans 𐕂 (ans 𐕊 a);
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
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"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 0,
"c": null,
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"x": null,
"j": null,
"k": null,
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"n": null,
"i": 0,
"s": null,
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"xyz": null,
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"count": null,
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"x2": null,
"y1": null,
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"cnt": null,
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"z": null,
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"l2": null,
"r2": null,
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"number": null,
"ax1": null,
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"bx1": null,
"bx2": null,
"by1": null,
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"left": null,
"right": null,
"oh": null,
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"r1x1": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "i 𐕂 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3,
"b": 4,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
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"n2": null,
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"ay1": null,
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"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 a;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 9,
"num": null,
"a": 3,
"b": 4,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 9,
"num": null,
"a": 3,
"b": 4,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"number": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕊 a);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 27,
"num": null,
"a": 3,
"b": 4,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 b)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 81,
"num": null,
"a": 3,
"b": 4,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 b)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_935.imp
|
int ans;
int i;
int number;
number = 7;
i = 1;
while(i <= number)
{
ans = (ans + (i * i));
i = (i + 1);
};
|
mbpp_935.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int number;
number 𐕂 7;
i 𐕂 1;
𐕕(i 𐔷 number)
{
ans 𐕂 (ans 𐕐 (i 𐕊 i));
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
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"B": null,
"n": null,
"i": 0,
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"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": 0,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "number 𐕂 7;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": 7,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 (i 𐕊 i));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 30,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": 7,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 number)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 140,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 7,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": 7,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 140,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 8,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": 7,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 number)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_952.imp
|
int ans;
int n;
int i;
int r;
int p;
ans = 1;
n = 11;
r = 3;
p = 14;
i = 1;
while(i <= r)
{
ans = ((ans * ((n - i) + 1)) / i);
i = (i + 1);
};
ans = (((ans - 1) % p) + 1);
|
mbpp_952.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
int i;
int r;
int p;
ans 𐕂 1;
n 𐕂 11;
r 𐕂 3;
p 𐕂 14;
i 𐕂 1;
𐕕(i 𐔷 r)
{
ans 𐕂 ((ans 𐕊 ((n 𐕙 i) 𐕐 1)) 𐕏 i);
i 𐕂 (i 𐕐 1);
};
ans 𐕂 (((ans 𐕙 1) 𐕖 p) 𐕐 1);
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>3</rule>
<rule>5</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>4</rule>
<rule>1</rule>
<rule>8</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int r;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 0,
"q": null,
"r": 3,
"X": null,
"B": null,
"n": 11,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "p 𐕂 14;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 55,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 14,
"q": null,
"r": 3,
"X": null,
"B": null,
"n": 11,
"i": 2,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 55,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 14,
"q": null,
"r": 3,
"X": null,
"B": null,
"n": 11,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 r)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 55,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 14,
"q": null,
"r": 3,
"X": null,
"B": null,
"n": 11,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 3",
"Rule 5",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 ((ans 𐕊 ((n 𐕙 i) 𐕐 1)) 𐕏 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 165,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 14,
"q": null,
"r": 3,
"X": null,
"B": null,
"n": 11,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 r)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 165,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 14,
"q": null,
"r": 3,
"X": null,
"B": null,
"n": 11,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 1",
"Rule 8",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (((ans 𐕙 1) 𐕖 p) 𐕐 1);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_957.imp
|
int ans;
int y;
int x;
x = 16;
while(x > 0)
{
y = (x % 2);
ans = (ans + 1);
x = (x / 2);
if(y == 1)
{
break;
}
else
{
};
};
|
mbpp_957.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int y;
int x;
x 𐕂 16;
𐕕(x 𐕃 0)
{
y 𐕂 (x 𐕖 2);
ans 𐕂 (ans 𐕐 1);
x 𐕂 (x 𐕏 2);
𐔸(y 𐕟 1)
{
𐔾;
}
𐕎
{
};
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>21</rule>
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
<rule>22</rule>
<rule>33</rule>
<rule>33</rule>
<rule>35</rule>
</answer>
</ans>
|
[
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"r2y1": null,
"r2y2": null
},
"rules": [
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"cleaned_stmt": "int y;",
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},
{
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},
"rules": [
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],
"cleaned_stmt": "x 𐕂 16;",
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},
{
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"r2x2": null,
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},
"rules": [
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "y 𐕂 (x 𐕖 2);",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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"num": null,
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"right": null,
"oh": null,
"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (y 𐕟 1)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"ans": 3,
"num": null,
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"j": null,
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"r1y1": null,
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"r2x1": null,
"r2x2": null,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "x 𐕂 (x 𐕏 2);",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 3,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 2,
"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
"X": null,
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"y": 0,
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"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
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"cnt": null,
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"z": null,
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"ay2": null,
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"bx2": null,
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"ow": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (x 𐕃 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"B": null,
"n": null,
"i": null,
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"t": null,
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"y": 0,
"T": null,
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"l": null,
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"x1": null,
"x2": null,
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"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 1,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (y 𐕟 1)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 1,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 21",
"Rule 1",
"Rule 8",
"Rule 21",
"Rule 1",
"Rule 3",
"Rule 21",
"Rule 1",
"Rule 6",
"Rule 21",
"Rule 22",
"Rule 33",
"Rule 33",
"Rule 35"
],
"cleaned_stmt": "𐕕 (ble 𐕟 0)\n{\n ble 𐕂 1;\n y 𐕂 (x 𐕖 2);\n ans 𐕂 (ans 𐕐 1);\n x 𐕂 (x 𐕏 2);\n 𐔸 (true)\n {\n 𐔾;\n }\n 𐕎\n {\n \n };\n};",
"control_stack": "𐕕 (ble 𐕟 0)\n{\n ble 𐕂 1;\n y 𐕂 (x 𐕖 2);\n ans 𐕂 (ans 𐕐 1);\n x 𐕂 (x 𐕏 2);\n 𐔸 (true)\n {\n 𐔾;\n }\n 𐕎\n {\n \n };\n};"
}
] |
|
srp-mk-K-unseen-mbpp_960.imp
|
int n;
int ans;
n = 4;
ans = (- 1);
if(n == 4)
{
ans = 3;
}
else
{
};
if(n == 3)
{
ans = 2;
}
else
{
};
if(n == 5)
{
ans = 5;
}
else
{
};
|
mbpp_960.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int n;
int ans;
n 𐕂 4;
ans 𐕂 (𐕙 1);
𐔸(n 𐕟 4)
{
ans 𐕂 3;
}
𐕎
{
};
𐔸(n 𐕟 3)
{
ans 𐕂 2;
}
𐕎
{
};
𐔸(n 𐕟 5)
{
ans 𐕂 5;
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>11</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"x": null,
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"r": null,
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"B": null,
"n": 0,
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"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
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"number": null,
"ax1": null,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 4;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
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"tk": null,
"y": null,
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"bb": null,
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"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 11",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": -1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (n 𐕟 4)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (n 𐕟 3)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_962.imp
|
int ans;
int i;
int l;
int r;
l = 3;
r = 8;
i = l;
while(i <= r)
{
if((i % 2) == 0)
{
ans = (ans + i);
}
else
{
};
i = (i + 1);
};
|
mbpp_962.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int i;
int l;
int r;
l 𐕂 3;
r 𐕂 8;
i 𐕂 l;
𐕕(i 𐔷 r)
{
𐔸((i 𐕖 2) 𐕟 0)
{
ans 𐕂 (ans 𐕐 i);
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int l;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"p": null,
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"r": 0,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 3,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "r 𐕂 8;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"p": null,
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"B": null,
"n": null,
"i": 0,
"s": null,
"t": null,
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"T": null,
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"bb": null,
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"e": null,
"l": 3,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 l;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 8,
"X": null,
"B": null,
"n": null,
"i": 3,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 3,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((i 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 8,
"X": null,
"B": null,
"n": null,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 3,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
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"z": null,
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"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐔷 r)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 8,
"X": null,
"B": null,
"n": null,
"i": 4,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 3,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((i 𐕖 2) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 4,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 8,
"X": null,
"B": null,
"n": null,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 3,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 4,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 8,
"X": null,
"B": null,
"n": null,
"i": 6,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 3,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕐 i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 18,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 8,
"X": null,
"B": null,
"n": null,
"i": 9,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 3,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐔷 r)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_968.imp
|
int n;
int a;
int b;
int ans;
a = 5;
b = 7;
n = 4;
if(a >= b)
{
ans = n;
}
else
{
ans = ((n + a) - b);
};
|
mbpp_968.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int n;
int a;
int b;
int ans;
a 𐕂 5;
b 𐕂 7;
n 𐕂 4;
𐔸(a 𐕛 b)
{
ans 𐕂 n;
}
𐕎
{
ans 𐕂 ((n 𐕐 a) 𐕙 b);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>15</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": 0,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5,
"b": 7,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n 𐕂 4;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5,
"b": 7,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 15",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (a 𐕛 b)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 5,
"b": 7,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 ((n 𐕐 a) 𐕙 b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mbpp_970.imp
|
int ans;
int x;
int y;
x = 19;
y = 15;
if(x < y)
{
ans = x;
}
else
{
ans = y;
};
|
mbpp_970.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int x;
int y;
x 𐕂 19;
y 𐕂 15;
𐔸(x 𐔳 y)
{
ans 𐕂 x;
}
𐕎
{
ans 𐕂 y;
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int x;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 19,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "y 𐕂 15;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 19,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 15,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (x 𐔳 y)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 19,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 15,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 y;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-min_factorization.imp
|
int n;
int m;
int l;
int i;
int ans;
l = 1;
i = 9;
n = 48;
while(i >= 2)
{
if((n % i) == 0)
{
m = (m + (i * l));
l = (l * 10);
n = (n / i);
}
else
{
i = (i - 1);
};
};
if(n == 1)
{
ans = m;
}
else
{
ans = 0;
};
|
min_factorization.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int n;
int m;
int l;
int i;
int ans;
l 𐕂 1;
i 𐕂 9;
n 𐕂 48;
𐕕(i 𐕛 2)
{
𐔸((n 𐕖 i) 𐕟 0)
{
m 𐕂 (m 𐕐 (i 𐕊 l));
l 𐕂 (l 𐕊 10);
n 𐕂 (n 𐕏 i);
}
𐕎
{
i 𐕂 (i 𐕙 1);
};
};
𐔸(n 𐕟 1)
{
ans 𐕂 m;
}
𐕎
{
ans 𐕂 0;
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>15</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>15</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="9">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"prior_state": {
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"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
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"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
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"xyz": null,
"e": null,
"l": null,
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"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 0,
"p": null,
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"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
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"number": null,
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"ay1": null,
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"bx1": null,
"bx2": null,
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"r1x1": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "l 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
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"X": null,
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"bx2": null,
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"left": null,
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"oh": null,
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"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 8,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 48,
"i": 8,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 1,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "l 𐕂 (l 𐕊 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 8,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 6,
"i": 7,
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"tmp": null,
"xyz": null,
"e": null,
"l": 10,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"k9m": null,
"x7f": null,
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"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
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"n3": null,
"number": null,
"ax1": null,
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"ay1": null,
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"bx1": null,
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"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "i 𐕂 (i 𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 68,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": 5,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 100,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
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"bx1": null,
"bx2": null,
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"left": null,
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"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 15",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (i 𐕛 2)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"x": null,
"j": null,
"k": null,
"m": 68,
"p": null,
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"X": null,
"B": null,
"n": 1,
"i": 2,
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"aa": null,
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"tmp": null,
"xyz": null,
"e": null,
"l": 100,
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"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((n 𐕖 i) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 68,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 100,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 15",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (i 𐕛 2)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 68,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 100,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (n 𐕟 1)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": 68,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 1,
"i": 1,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": 100,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 m;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-mirror_reflection.imp
|
int x;
int y;
int r;
int s;
int ans;
int t;
int k;
int i;
int j;
int h;
r = 2;
s = 1;
x = r;
y = s;
while(y != 0)
{
t = (x % y);
x = y;
y = t;
};
h = x;
k = ((r * s) / h);
i = (k / r);
j = (k / s);
if(((i % 2) == 0) && ((j % 2) == 1))
{
ans = 0;
}
else
{
};
if(((i % 2) == 1) && ((j % 2) == 1))
{
ans = 1;
halt;
}
else
{
};
if(((i % 2) == 1) && ((j % 2) == 0))
{
ans = 2;
}
else
{
};
|
mirror_reflection.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int x;
int y;
int r;
int s;
int ans;
int t;
int k;
int i;
int j;
int h;
r 𐕂 2;
s 𐕂 1;
x 𐕂 r;
y 𐕂 s;
𐕕(y 𐕀 0)
{
t 𐕂 (x 𐕖 y);
x 𐕂 y;
y 𐕂 t;
};
h 𐕂 x;
k 𐕂 ((r 𐕊 s) 𐕏 h);
i 𐕂 (k 𐕏 r);
j 𐕂 (k 𐕏 s);
𐔸(((i 𐕖 2) 𐕟 0) 𐕜 ((j 𐕖 2) 𐕟 1))
{
ans 𐕂 0;
}
𐕎
{
};
𐔸(((i 𐕖 2) 𐕟 1) 𐕜 ((j 𐕖 2) 𐕟 1))
{
ans 𐕂 1;
𐔱;
}
𐕎
{
};
𐔸(((i 𐕖 2) 𐕟 1) 𐕜 ((j 𐕖 2) 𐕟 0))
{
ans 𐕂 2;
}
𐕎
{
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>17</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="9">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 0,
"X": null,
"B": null,
"n": null,
"i": null,
"s": 0,
"t": null,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int t;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": 0,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": 0,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": 0,
"t": 0,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": 0,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "r 𐕂 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 2,
"j": 0,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": 1,
"t": 0,
"first": null,
"tk": null,
"y": 1,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": 0,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
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"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 17",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (y 𐕀 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 2,
"j": 0,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": 1,
"t": 0,
"first": null,
"tk": null,
"y": 1,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": 0,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "t 𐕂 (x 𐕖 y);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 1,
"j": 0,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": 1,
"t": 0,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": 0,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 17",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (y 𐕀 0)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 1,
"j": 0,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": 1,
"t": 0,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": 0,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "h 𐕂 x;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 1,
"j": 0,
"k": 0,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": 0,
"s": 1,
"t": 0,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": 1,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "k 𐕂 ((r 𐕊 s) 𐕏 h);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 1,
"j": 0,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": 1,
"s": 1,
"t": 0,
"first": null,
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"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": 1,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
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"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"number": null,
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"ay1": null,
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"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "j 𐕂 (k 𐕏 s);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 1,
"j": 2,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": 1,
"s": 1,
"t": 0,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": 1,
"count": null,
"x1": null,
"x2": null,
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"z": null,
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"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((i 𐕖 2) 𐕟 0) 𐕜 ((j 𐕖 2) 𐕟 1))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 1,
"j": 2,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": 2,
"X": null,
"B": null,
"n": null,
"i": 1,
"s": 1,
"t": 0,
"first": null,
"tk": null,
"y": 0,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": 1,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (((i 𐕖 2) 𐕟 1) 𐕜 ((j 𐕖 2) 𐕟 0))\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-n_digit.imp
|
int a;
int b;
int c;
int x;
int y;
int ans;
int z;
int q;
int r;
a = 1;
b = 10;
c = 1;
x = 12;
y = 1;
while(y <= x)
{
if(y == b)
{
b = (b * 10);
c = (c + 1);
}
else
{
};
if(a == x)
{
z = y;
q = b;
r = (a + c);
while(y > 0)
{
if(a == x)
{
ans = (z / (q / 10));
halt;
}
else
{
};
a = (a + 1);
z = (z % q);
y = (y / 10);
q = (q / 10);
};
}
else
{
};
if((x > a) && (x < (a + c)))
{
z = y;
q = b;
r = (a + c);
while(y > 0)
{
if(a == x)
{
ans = (z / (q / 10));
halt;
}
else
{
};
a = (a + 1);
z = (z % (q / 10));
y = (y / 10);
q = (q / 10);
};
}
else
{
};
a = (a + c);
y = (y + 1);
};
|
n_digit.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int b;
int c;
int x;
int y;
int ans;
int z;
int q;
int r;
a 𐕂 1;
b 𐕂 10;
c 𐕂 1;
x 𐕂 12;
y 𐕂 1;
𐕕(y 𐔷 x)
{
𐔸(y 𐕟 b)
{
b 𐕂 (b 𐕊 10);
c 𐕂 (c 𐕐 1);
}
𐕎
{
};
𐔸(a 𐕟 x)
{
z 𐕂 y;
q 𐕂 b;
r 𐕂 (a 𐕐 c);
𐕕(y 𐕃 0)
{
𐔸(a 𐕟 x)
{
ans 𐕂 (z 𐕏 (q 𐕏 10));
𐔱;
}
𐕎
{
};
a 𐕂 (a 𐕐 1);
z 𐕂 (z 𐕖 q);
y 𐕂 (y 𐕏 10);
q 𐕂 (q 𐕏 10);
};
}
𐕎
{
};
𐔸((x 𐕃 a) 𐕜 (x 𐔳 (a 𐕐 c)))
{
z 𐕂 y;
q 𐕂 b;
r 𐕂 (a 𐕐 c);
𐕕(y 𐕃 0)
{
𐔸(a 𐕟 x)
{
ans 𐕂 (z 𐕏 (q 𐕏 10));
𐔱;
}
𐕎
{
};
a 𐕂 (a 𐕐 1);
z 𐕂 (z 𐕖 (q 𐕏 10));
y 𐕂 (y 𐕏 10);
q 𐕂 (q 𐕏 10);
};
}
𐕎
{
};
a 𐕂 (a 𐕐 c);
y 𐕂 (y 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>12</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="9">
<rule>26</rule>
</answer>
</ans>
|
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},
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},
"rules": [
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"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
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},
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"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": 11,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 6",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (z 𐕏 (q 𐕏 10));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": 12,
"b": 100,
"c": 2,
"d": null,
"f": null,
"x": 12,
"j": null,
"k": null,
"m": null,
"p": null,
"q": 100,
"r": 14,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": 11,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": 11,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-num_days.imp
|
int a;
int b;
int ans;
a = 2000;
b = 2;
if(b == 2)
{
if((a % 100) == 0)
{
if((a % 400) == 0)
{
ans = 29;
halt;
}
else
{
ans = 28;
halt;
};
}
else
{
if((a % 4) == 0)
{
ans = 29;
halt;
}
else
{
ans = 28;
halt;
};
};
}
else
{
};
b = (b - 1);
if(((b % 7) % 2) == 0)
{
ans = 31;
halt;
}
else
{
ans = 30;
halt;
};
|
num_days.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int a;
int b;
int ans;
a 𐕂 2000;
b 𐕂 2;
𐔸(b 𐕟 2)
{
𐔸((a 𐕖 100) 𐕟 0)
{
𐔸((a 𐕖 400) 𐕟 0)
{
ans 𐕂 29;
𐔱;
}
𐕎
{
ans 𐕂 28;
𐔱;
};
}
𐕎
{
𐔸((a 𐕖 4) 𐕟 0)
{
ans 𐕂 29;
𐔱;
}
𐕎
{
ans 𐕂 28;
𐔱;
};
};
}
𐕎
{
};
b 𐕂 (b 𐕙 1);
𐔸(((b 𐕖 7) 𐕖 2) 𐕟 0)
{
ans 𐕂 31;
𐔱;
}
𐕎
{
ans 𐕂 30;
𐔱;
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int a;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 2000,
"b": 0,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "b 𐕂 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 2000,
"b": 2,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 (b 𐕟 2)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 2000,
"b": 2,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐔸 ((a 𐕖 400) 𐕟 0)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 29,
"num": null,
"a": 2000,
"b": 2,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "𐔱;",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-pattern.imp
|
int r;
int c;
int n;
int ans;
n = 5;
r = 1;
c = 0;
ans = n;
while(r <= n)
{
c = 1;
while(c < ans)
{
c = (c + 1);
};
ans = (ans - 1);
c = 1;
while(c <= ((2 * r) - 1))
{
c = (c + 1);
};
r = (r + 1);
};
|
pattern.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int r;
int c;
int n;
int ans;
n 𐕂 5;
r 𐕂 1;
c 𐕂 0;
ans 𐕂 n;
𐕕(r 𐔷 n)
{
c 𐕂 1;
𐕕(c 𐔳 ans)
{
c 𐕂 (c 𐕐 1);
};
ans 𐕂 (ans 𐕙 1);
c 𐕂 1;
𐕕(c 𐔷 ((2 𐕊 r) 𐕙 1))
{
c 𐕂 (c 𐕐 1);
};
r 𐕂 (r 𐕐 1);
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>4</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>21</rule>
</answer>
<answer id="8">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>4</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="9">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 0,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int c;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 1,
"X": null,
"B": null,
"n": 5,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 n;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 1,
"X": null,
"B": null,
"n": 5,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (r 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": 1,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 1,
"X": null,
"B": null,
"n": 5,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (c 𐔳 ans)\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
"a": null,
"b": null,
"c": 5,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 1,
"X": null,
"B": null,
"n": 5,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "ans 𐕂 (ans 𐕙 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": null,
"b": null,
"c": 6,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 3,
"X": null,
"B": null,
"n": 5,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 4",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (c 𐔷 ((2 𐕊 r) 𐕙 1))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": 6,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 4,
"X": null,
"B": null,
"n": 5,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "c 𐕂 (c 𐕐 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": 8,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 5,
"X": null,
"B": null,
"n": 5,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "c 𐕂 1;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": 1,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 5,
"X": null,
"B": null,
"n": 5,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 4",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "𐕕 (c 𐔷 ((2 𐕊 r) 𐕙 1))\n{\n 𐔱;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": 10,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 6,
"X": null,
"B": null,
"n": 5,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"right": null,
"oh": null,
"ow": null,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "𐕕 (r 𐔷 n)\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-unseen-perfect_num.imp
|
int ans;
int n;
int i;
int p;
int s;
s = 1;
i = 2;
n = 7;
while((i * i) <= n)
{
if((n % i) == 0)
{
s = (s + i);
p = (n / i);
if(i != p)
{
s = (s + p);
}
else
{
};
}
else
{
};
i = (i + 1);
};
if(s == n)
{
ans = 1;
}
else
{
ans = 0;
};
|
perfect_num.imp
|
K
|
module IMP_K_UNSEEN-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "𐕐" AExp [strict]
| "𐕙" AExp [strict]
> left:
AExp "𐕏" AExp [strict]
| AExp "𐕊" AExp [strict]
| AExp "𐕖" AExp [strict]
> left:
AExp "𐕐" AExp [strict]
| AExp "𐕙" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "𐔰" BExp [strict]
> left:
AExp "𐔳" AExp [seqstrict]
| AExp "𐔷" AExp [seqstrict]
| AExp "𐕃" AExp [seqstrict]
| AExp "𐕛" AExp [seqstrict]
| AExp "𐕟" AExp [seqstrict]
| AExp "𐕀" AExp [seqstrict]
> left:
BExp "𐕜" BExp [seqstrict]
| BExp "𐔻" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "𐕕" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "𐕂" AExp ";" [strict(2)]
| "𐔸" "(" BExp ")" Block "𐕎" Block ";" [strict(1)]
| WhileStmt
| "𐕕1" "(" BExp ")" Block
| "𐔱" ";"
| "𐔾" ";"
| "𐔲" ";"
| "int" Id ";"
syntax Stmt ::= Block
| CompStmt
| ContMark
| "Empty"
> Stmt Stmt [left]
syntax Log ::= "printLine" "(" Int ")" ";"
| "printLine2" "(" Int ")" ";"
| "printStmt" "(" CompStmt ")" ";"
| "printState" ";"
| "emptyRules" ";"
| "printStackTop" ";"
syntax WhileStmt [locations]
syntax CompStmt [locations]
syntax Pgm ::= Stmt
endmodule
module IMP_K_UNSEEN-AUXILIARY
imports IMP_K_UNSEEN-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "𐕞"
syntax Bool ::= isContmark(Stmt) [function]
rule isContmark(S:ContMark) => true
rule isContmark(_) => false [owise]
syntax KItem ::= push(Int)
syntax KItem ::= "pop"
syntax KItem ::= pushStmt(Stmt)
syntax KItem ::= "popStmt"
configuration <T>
<k> $PGM:Pgm </k>
<state> $STATE:Map </state>
<lines> .List </lines>
<states> .List </states>
<stmts> .List </stmts>
<rules> .List </rules>
<currentLine> 0 </currentLine>
<whileStack> .List </whileStack>
<whileStmtStack> .List </whileStmtStack>
<whileLine> 0 </whileLine>
</T>
rule <k> push(X:Int) => . ... </k>
<whileStack> S:List => ListItem(X) S </whileStack>
rule <k> pop => . ... </k>
<whileStack> ListItem(X:Int) S:List => S </whileStack>
rule <k> pushStmt(S:Stmt) => . ... </k>
<whileStmtStack> L:List => ListItem(S) L </whileStmtStack>
rule <k> popStmt => . ... </k>
<whileStmtStack> ListItem(S:Stmt) L:List => L </whileStmtStack>
rule #location(S:CompStmt, File, StartLine, _, _, _) => printLine(StartLine); ~> printStmt(S); ~> printState; ~> printStackTop; ~> S
rule #location(S:WhileStmt, File, StartLine, _, _, _) => printLine2(StartLine); ~> S
rule {} => .
rule {S} => S
rule S1:Stmt S2:Stmt => S1 ~> S2
rule <k> parenthesizedA(P:AExp) => P ... </k>
rule <k> parenthesizedB(P:BExp) => P ... </k>
rule <k> 𐕞 ~> _ => .</k>
rule <k> printStmt(A:CompStmt) ; => . ...</k>
<stmts> OUT => OUT ListItem(A)</stmts>
rule <k> printLine(A:Int) ; => . ...</k>
<lines> OUT => OUT ListItem(A)</lines>
<currentLine> _ => A </currentLine>
rule <k> printLine2(A:Int) ; => . ...</k>
<currentLine> _ => A </currentLine>
rule <k> printState; => . ...</k>
<state> ST </state>
<states> OUT => OUT ListItem(ST)</states>
<rules> L => L ListItem("BREAK") </rules>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> ListItem(S:Stmt) L:List</whileStmtStack>
rule <k> printStackTop; => . ...</k>
<whileStmtStack> .List</whileStmtStack>
endmodule
module IMP_K_UNSEEN
imports IMP_K_UNSEEN-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => 𐕞 </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 𐕐 I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 𐕙 I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 𐕊 I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 𐕏 I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 𐕏 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 𐕖 I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 𐕖 I2 => 𐕞 ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> 𐕐 I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> 𐕙 I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 𐔳 I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 𐔷 I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 𐕃 I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 𐕛 I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 𐕟 I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 𐕀 I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> 𐔰 B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 𐕜 B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 𐔻 B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X 𐕂 I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> 𐔸 (true) S 𐕎 _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> 𐔸 (false) _ 𐕎 S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (𐕕 (B) S ;) => push(R) ~> pushStmt((𐕕 (B) S ;)) ~> (𐕕1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> 𐕕1 (B) S => printLine(X); ~> printStmt((𐕕 (B) S ;)); ~> printState; ~> printStackTop; ~> 𐔸 (B) {S continueMarker (𐕕1 (B) S)} 𐕎 {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> 𐔱; ~> _ => .</k>
<rules> L => L ListItem("Rule 26") </rules>
rule [27]:
<k> breakMarker => . ... </k>
<rules> L => L ListItem("Rule 27") </rules>
rule [28]:
<k> S:ContMark => . ... </k>
<rules> L => L ListItem("Rule 28") </rules>
rule [29]:
<k> 𐔲; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> 𐔲; ~> S:Stmt => 𐔲; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> 𐔲; => 𐕞 </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> 𐔲; ~> breakMarker => 𐔲; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> 𐔾; ~> S:Stmt => 𐔾; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> 𐔾; => 𐕞 </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> 𐔾; ~> breakMarker => . ...</k>
<rules> L => L ListItem("Rule 35") </rules>
rule [36]:
<k> int X; => . ... </k>
<state> Rho:Map (.Map => X|->0) </state>
<rules> L => L ListItem("Rule 36") </rules>
endmodule
|
IMP
|
int ans;
int n;
int i;
int p;
int s;
s 𐕂 1;
i 𐕂 2;
n 𐕂 7;
𐕕((i 𐕊 i) 𐔷 n)
{
𐔸((n 𐕖 i) 𐕟 0)
{
s 𐕂 (s 𐕐 i);
p 𐕂 (n 𐕏 i);
𐔸(i 𐕀 p)
{
s 𐕂 (s 𐕐 p);
}
𐕎
{
};
}
𐕎
{
};
i 𐕂 (i 𐕐 1);
};
𐔸(s 𐕟 n)
{
ans 𐕂 1;
}
𐕎
{
ans 𐕂 0;
};
| true |
KeywordObf
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
</ans>
|
[
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": null,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
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{
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"Rule 1",
"Rule 1",
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"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
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{
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"rules": [
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"cleaned_stmt": "𐔸 (s 𐕟 n)\n{\n 𐔱;\n}\n𐕎\n{\n 𐔱;\n};",
"control_stack": "ε"
}
] |
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