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values | language
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stringlengths 37
1.08k
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|---|---|---|---|---|---|---|---|---|---|---|---|---|
srp-mk-K-addSub_mulDiv_negateRelation-add_digits.imp
|
int num;
int ans;
num = 38;
if((num % 9) == 0)
{
ans = 9;
}
else
{
ans = (num % 9);
};
|
add_digits.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 num;
int ans;
num = 38;
if((num % 9) != 0)
{
ans = 9;
}
else
{
ans = (num % 9);
};
| true |
KeywordSwap
| 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>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<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 num;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 0,
"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,
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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 21"
],
"cleaned_stmt": "num = 38;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 38,
"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 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((num % 9) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 38,
"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 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans = (num % 9);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-adding_fractions.imp
|
int a;
int b;
int c;
int d;
int ans;
int f;
a = 1;
b = 1;
c = 13;
d = 19;
if(c == d)
{
ans = (a + b);
f = c;
}
else
{
ans = ((a * d) + (b * c));
f = (c * d);
};
|
adding_fractions.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 f;
a = 1;
b = 1;
c = 13;
d = 19;
if(c != d)
{
ans = (a - b);
f = c;
}
else
{
ans = ((a / d) - (b / c));
f = (c / d);
};
| true |
KeywordSwap
| 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>5</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<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 b;",
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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
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},
"rules": [
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],
"cleaned_stmt": "b = 1;",
"control_stack": "ε"
},
{
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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 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (c != d)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
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"ans": 0,
"num": null,
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"k": null,
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"i": null,
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"y": null,
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"x2": null,
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"n2": null,
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"bx2": 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 5",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = ((a / d) - (b / c));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 32,
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"r2y2": null
},
"rules": [
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"Rule 5",
"Rule 21"
],
"cleaned_stmt": "f = (c / d);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-addition.imp
|
int a;
int b;
int ans;
a = 3045;
b = 1078;
ans = (a + b);
|
addition.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 3045;
b = 1078;
ans = (a - b);
| true |
KeywordSwap
| 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>
</ans>
|
[
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},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int a;",
"control_stack": "ε"
},
{
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "a = 3045;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3045,
"b": 1078,
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"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 3",
"Rule 21"
],
"cleaned_stmt": "ans = (a - b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-area_square.imp
|
int ans;
int a;
a = 156;
ans = (a * a);
|
area_square.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 156;
ans = (a / a);
| true |
KeywordSwap
| 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>
</ans>
|
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"x": null,
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"k": null,
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"p": null,
"q": null,
"r": null,
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"B": null,
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"s": null,
"t": null,
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"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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"by2": null,
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"right": 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 21"
],
"cleaned_stmt": "a = 156;",
"control_stack": "ε"
},
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"line_number": 1,
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"ble": 0,
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"l": null,
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"x2": null,
"y1": null,
"y2": 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 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans = (a / a);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-armstrong_num.imp
|
int x;
int p;
int q;
int r;
int m;
int k;
int j;
int ans;
x = 153;
q = x;
while(q > 0)
{
p = (p + 1);
q = (q / 10);
};
r = 0;
q = x;
while(x > 0)
{
m = (x % 10);
k = 1;
j = 0;
while(j < p)
{
k = (k * m);
j = (j + 1);
};
r = (r + k);
x = (x / 10);
};
if(r == q)
{
ans = 1;
}
else
{
};
|
armstrong_num.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 q;
int r;
int m;
int k;
int j;
int ans;
x = 153;
q = x;
while(q < 0)
{
p = (p - 1);
q = (q * 10);
};
r = 0;
q = x;
while(x < 0)
{
m = (x % 10);
k = 1;
j = 0;
while(j > p)
{
k = (k / m);
j = (j - 1);
};
r = (r - k);
x = (x * 10);
};
if(r != q)
{
ans = 1;
}
else
{
};
| true |
KeywordSwap
| 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>8</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>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<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>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</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>
<answer id="9">
<rule>1</rule>
<rule>1</rule>
<rule>16</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": 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": 153,
"j": 0,
"k": 0,
"m": 0,
"p": 0,
"q": 0,
"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 1",
"Rule 21"
],
"cleaned_stmt": "q = 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": 153,
"j": 0,
"k": 0,
"m": 0,
"p": 3,
"q": 153,
"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 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "m = (x % 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": 153,
"j": 2,
"k": 9,
"m": 3,
"p": 3,
"q": 153,
"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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (j > p)\n{\n halt;\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": 153,
"j": 2,
"k": 27,
"m": 3,
"p": 3,
"q": 153,
"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 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "j = (j - 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": 153,
"j": 3,
"k": 27,
"m": 3,
"p": 3,
"q": 153,
"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 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "r = (r - 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": 15,
"j": 3,
"k": 125,
"m": 5,
"p": 3,
"q": 153,
"r": 27,
"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": "while (j > p)\n{\n halt;\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": 3,
"k": 125,
"m": 5,
"p": 3,
"q": 153,
"r": 152,
"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 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (x < 0)\n{\n halt;\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": 0,
"j": 3,
"k": 1,
"m": 1,
"p": 3,
"q": 153,
"r": 153,
"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 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (x < 0)\n{\n halt;\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": 0,
"j": 3,
"k": 1,
"m": 1,
"p": 3,
"q": 153,
"r": 153,
"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 22",
"Rule 26"
],
"cleaned_stmt": "if (r != q)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-arrange_coins.imp
|
int X;
int ans;
int B;
X = 8;
B = 1;
if((X == 1) || (X == 2))
{
ans = 1;
halt;
}
else
{
};
while(X != 0)
{
if(X >= B)
{
X = (X - B);
ans = (ans + 1);
B = (B + 1);
}
else
{
break;
};
};
|
arrange_coins.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 B;
X = 8;
B = 1;
if((X != 1) && (X != 2))
{
ans = 1;
halt;
}
else
{
};
while(X == 0)
{
if(X <= B)
{
X = (X + B);
ans = (ans - 1);
B = (B - 1);
}
else
{
break;
};
};
| true |
KeywordSwap
| 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>1</rule>
<rule>16</rule>
<rule>20</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>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>15</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>15</rule>
<rule>23</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>23</rule>
<rule>33</rule>
<rule>33</rule>
<rule>35</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": 0,
"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": 0,
"B": 0,
"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": "X = 8;",
"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": 8,
"B": 1,
"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 1",
"Rule 16",
"Rule 20",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((X != 1) && (X != 2))\n{\n halt;\n}\nelse\n{\n halt;\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": 7,
"B": 1,
"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": "ans = (ans - 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": 7,
"B": 2,
"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 4",
"Rule 21"
],
"cleaned_stmt": "X = (X + B);",
"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": 5,
"B": 3,
"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 17",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (X == 0)\n{\n halt;\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": 5,
"B": 3,
"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 15",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (X <= B)\n{\n halt;\n}\nelse\n{\n halt;\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": 2,
"B": 4,
"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 15",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (X <= B)\n{\n halt;\n}\nelse\n{\n halt;\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": 2,
"B": 4,
"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 16",
"Rule 22",
"Rule 21",
"Rule 23",
"Rule 33",
"Rule 33",
"Rule 35"
],
"cleaned_stmt": "while (ble != 0)\n{\n ble = 1;\n if (false)\n {\n X = (X + B);\n ans = (ans - 1);\n B = (B - 1);\n }\n else\n {\n break;\n };\n};",
"control_stack": "while (ble != 0)\n{\n ble = 1;\n if (false)\n {\n X = (X + B);\n ans = (ans - 1);\n B = (B - 1);\n }\n else\n {\n break;\n };\n};"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-base_seven.imp
|
int n;
int m;
int num;
int ans;
n = 0;
m = 1;
num = (- 7);
while(num != 0)
{
n = (n + (m * (num % 7)));
num = (num / 7);
m = (m * 10);
};
ans = n;
|
base_seven.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 num;
int ans;
n = 0;
m = 1;
num = (+ 7);
while(num == 0)
{
n = (n - (m / (num % 7)));
num = (num * 7);
m = (m / 10);
};
ans = n;
| true |
KeywordSwap
| 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>1</rule>
<rule>1</rule>
<rule>8</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>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>17</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
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"Rule 1",
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"Rule 1",
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"rules": [
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"cleaned_stmt": "ans = n;",
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}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-bulb_switch.imp
|
int i;
int ans;
int n;
i = 1;
n = 10;
while((i * i) <= n)
{
i = (i + 1);
ans = (ans + 1);
};
|
bulb_switch.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 1;
n = 10;
while((i / i) >= n)
{
i = (i - 1);
ans = (ans - 1);
};
| true |
KeywordSwap
| 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>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>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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"r": null,
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"t": null,
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"xyz": null,
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"oh": 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 i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"number": null,
"ax1": 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": "i = 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": 10,
"i": 1,
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"t": 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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while ((i / i) >= n)\n{\n halt;\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": null,
"j": null,
"k": null,
"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 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - 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": 10,
"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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"n2": 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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while ((i / i) >= n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-bulb_switch_2.imp
|
int n;
int k;
int ans;
n = 3;
k = 1;
if(k == 0)
{
ans = 1;
halt;
}
else
{
};
if(n == 1)
{
ans = 2;
halt;
}
else
{
};
if((n == 2) && (k == 1))
{
ans = 3;
halt;
}
else
{
};
if((n == 2) || (k == 1))
{
ans = 4;
halt;
}
else
{
};
if(k == 2)
{
ans = 7;
halt;
}
else
{
};
ans = 8;
|
bulb_switch_2.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 ans;
n = 3;
k = 1;
if(k != 0)
{
ans = 1;
halt;
}
else
{
};
if(n != 1)
{
ans = 2;
halt;
}
else
{
};
if((n != 2) || (k != 1))
{
ans = 3;
halt;
}
else
{
};
if((n != 2) && (k != 1))
{
ans = 4;
halt;
}
else
{
};
if(k != 2)
{
ans = 7;
halt;
}
else
{
};
ans = 8;
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>16</rule>
<rule>1</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>16</rule>
<rule>1</rule>
<rule>16</rule>
<rule>20</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>21</rule>
</answer>
<answer id="5">
<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": 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,
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"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,
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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 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,
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"T": null,
"aa": null,
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"xyz": null,
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"l": null,
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"count": null,
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"x2": null,
"y1": null,
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"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,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (n != 1)\n{\n halt;\n}\nelse\n{\n halt;\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": 1,
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"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 3,
"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,
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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 1",
"Rule 16",
"Rule 1",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((n != 2) || (k != 1))\n{\n halt;\n}\nelse\n{\n halt;\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": 1,
"m": null,
"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,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 1",
"Rule 16",
"Rule 20",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((n != 2) && (k != 1))\n{\n halt;\n}\nelse\n{\n halt;\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": 1,
"m": null,
"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,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = 4;",
"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": 1,
"m": null,
"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,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-clumsy_fac.imp
|
int ans;
int s;
int i;
int n;
int t;
n = 10;
s = 1;
i = n;
while(i > 0)
{
t = i;
if((i - 1) > 0)
{
t = (t * (i - 1));
}
else
{
};
if((i - 2) > 0)
{
t = (t / (i - 2));
}
else
{
};
ans = (ans + (s * t));
if((i - 3) > 0)
{
ans = ((ans + i) - 3);
}
else
{
};
s = (- 1);
i = (i - 4);
};
|
clumsy_fac.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 s;
int i;
int n;
int t;
n = 10;
s = 1;
i = n;
while(i < 0)
{
t = i;
if((i + 1) < 0)
{
t = (t / (i + 1));
}
else
{
};
if((i + 2) < 0)
{
t = (t * (i + 2));
}
else
{
};
ans = (ans - (s / t));
if((i + 3) < 0)
{
ans = ((ans - i) + 3);
}
else
{
};
s = (+ 1);
i = (i + 4);
};
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>21</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="2">
<rule>11</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>4</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>3</rule>
<rule>4</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>4</rule>
<rule>21</rule>
</answer>
<answer id="9">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"k": null,
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"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": 0,
"t": 0,
"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,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - (s / t));",
"control_stack": "ε"
},
{
"line_number": 1,
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},
"rules": [
"Rule 11",
"Rule 21"
],
"cleaned_stmt": "s = (+ 1);",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
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"y": null,
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"l": null,
"h": null,
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"x1": null,
"x2": 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": "t = i;",
"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 4",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "t = (t / (i + 1));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
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"y1": 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 4",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((i + 2) < 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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 3",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "ans = ((ans - i) + 3);",
"control_stack": "ε"
},
{
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"prior_state": {
"ble": 0,
"ans": 14,
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"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
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"i": 2,
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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": "while (i < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"count": null,
"x1": null,
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"ay1": 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 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "i = (i + 4);",
"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": 10,
"i": -2,
"s": -1,
"t": 2,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (i < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-codecontest_1581.imp
|
int t;
int n;
int m;
int k;
int s;
int first;
int tk;
int ans;
t = 5;
n = 4;
m = 5;
k = 3;
while(t > 0)
{
t = (t - 1);
s = (((n - 1) * n) / 2);
first = (n - 1);
if((m > s) || (m < first))
{
ans = 0;
continue;
}
else
{
};
if(m >= s)
{
tk = 1;
}
else
{
tk = 2;
};
if((n == 1) && (m == 0))
{
tk = 0;
}
else
{
};
if((k - 1) > tk)
{
ans = 1;
}
else
{
ans = 0;
};
};
|
codecontest_1581.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 t;
int n;
int m;
int k;
int s;
int first;
int tk;
int ans;
t = 5;
n = 4;
m = 5;
k = 3;
while(t < 0)
{
t = (t + 1);
s = (((n + 1) / n) * 2);
first = (n + 1);
if((m < s) && (m > first))
{
ans = 0;
continue;
}
else
{
};
if(m <= s)
{
tk = 1;
}
else
{
tk = 2;
};
if((n != 1) || (m != 0))
{
tk = 0;
}
else
{
};
if((k + 1) < tk)
{
ans = 1;
}
else
{
ans = 0;
};
};
| true |
KeywordSwap
| 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>14</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>20</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>4</rule>
<rule>1</rule>
<rule>5</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>15</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>16</rule>
<rule>1</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>4</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="9">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
[
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"a": null,
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"c": null,
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"f": null,
"x": null,
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"k": 0,
"m": 0,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
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"t": 0,
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"tk": null,
"y": null,
"T": 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 s;",
"control_stack": "ε"
},
{
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"ans": 0,
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"b": null,
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"r2x1": null,
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},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n = 4;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ans": 0,
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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": "while (t < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"x": null,
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"m": 5,
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"q": null,
"r": null,
"X": null,
"B": null,
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"i": null,
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"tk": 2,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 1",
"Rule 1",
"Rule 12",
"Rule 20",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((m < s) && (m > first))\n{\n halt;\n}\nelse\n{\n halt;\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": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": 6,
"t": 2,
"first": 3,
"tk": 2,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
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"x2": null,
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"y2": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 1",
"Rule 5",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "s = (((n + 1) / n) * 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": 3,
"m": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": 6,
"t": 1,
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"tk": 2,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "if (m <= s)\n{\n halt;\n}\nelse\n{\n halt;\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": null,
"j": null,
"k": 3,
"m": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": 6,
"t": 1,
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"tk": 2,
"y": null,
"T": null,
"aa": null,
"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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"p2d": null,
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"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 1",
"Rule 16",
"Rule 1",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((n != 1) || (m != 0))\n{\n halt;\n}\nelse\n{\n halt;\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": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": 6,
"t": 1,
"first": 3,
"tk": 2,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 14",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((k + 1) < tk)\n{\n halt;\n}\nelse\n{\n halt;\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": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": 6,
"t": 0,
"first": 3,
"tk": 2,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "first = (n + 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": 3,
"m": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 4,
"i": null,
"s": 6,
"t": 0,
"first": 3,
"tk": 2,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (t < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-codecontest_1586.imp
|
int n;
int k;
int ans;
int x;
int y;
int i;
int j;
n = 5;
k = 3;
x = (n - 1);
while(x > 0)
{
x = (x / k);
ans = (ans + 1);
};
i = 1;
while(i < n)
{
j = (i + 1);
while(j <= n)
{
x = (i - 1);
y = (j - 1);
while(x != y)
{
x = (x / k);
y = (y / k);
ans = (ans + 1);
};
j = (j + 1);
};
i = (i + 1);
};
|
codecontest_1586.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 ans;
int x;
int y;
int i;
int j;
n = 5;
k = 3;
x = (n + 1);
while(x < 0)
{
x = (x * k);
ans = (ans - 1);
};
i = 1;
while(i > n)
{
j = (i - 1);
while(j >= n)
{
x = (i + 1);
y = (j + 1);
while(x == y)
{
x = (x * k);
y = (y * k);
ans = (ans - 1);
};
j = (j - 1);
};
i = (i - 1);
};
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="1">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>27</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>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</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>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>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": 4,
"j": 0,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"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 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (x < 0)\n{\n halt;\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": 0,
"j": 0,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"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 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (x < 0)\n{\n halt;\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": 0,
"j": 0,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 1,
"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 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\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": 0,
"j": 2,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 1,
"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 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - 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": 0,
"j": 4,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 1,
"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 1",
"Rule 17",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (x == y)\n{\n halt;\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": 0,
"j": 5,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 1,
"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 4",
"Rule 21"
],
"cleaned_stmt": "x = (i + 1);",
"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": 0,
"j": 5,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 2,
"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 6",
"Rule 21"
],
"cleaned_stmt": "y = (y * k);",
"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": 0,
"j": 5,
"k": 3,
"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": 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,
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"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
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"number": 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 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (j >= n)\n{\n halt;\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": 3,
"j": 5,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 4,
"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,
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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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (x == y)\n{\n halt;\n};",
"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": 1,
"j": 6,
"k": 3,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 5,
"i": 5,
"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 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-codecontest_1594.imp
|
int T;
int ans;
int s;
int n;
int k;
T = 4;
s = 100;
n = 50;
k = 200;
while(T > 0)
{
T = (T - 1);
if(((k > s) || (((((n / k) * 2) * k) + (n % k)) <= s)) && (k != s))
{
ans = 0;
}
else
{
ans = 1;
};
};
|
codecontest_1594.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 T;
int ans;
int s;
int n;
int k;
T = 4;
s = 100;
n = 50;
k = 200;
while(T < 0)
{
T = (T + 1);
if(((k < s) && (((((n * k) / 2) / k) - (n % k)) >= s)) || (k == s))
{
ans = 0;
}
else
{
ans = 1;
};
};
| true |
KeywordSwap
| 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>4</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>3</rule>
<rule>1</rule>
<rule>13</rule>
<rule>20</rule>
<rule>1</rule>
<rule>1</rule>
<rule>17</rule>
<rule>19</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>
</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": 0,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": 0,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
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"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": 0,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": 0,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": 4,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"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 21"
],
"cleaned_stmt": "s = 100;",
"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": 200,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 50,
"i": null,
"s": 100,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": 1,
"aa": null,
"bb": null,
"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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"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (T < 0)\n{\n halt;\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": 200,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 50,
"i": null,
"s": 100,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": 1,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "T = (T + 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": 200,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 50,
"i": null,
"s": 100,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": 0,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 1",
"Rule 1",
"Rule 6",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 3",
"Rule 1",
"Rule 13",
"Rule 20",
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (((k < s) && (((((n * k) / 2) / k) - (n % k)) >= s)) || (k == s))\n{\n halt;\n}\nelse\n{\n halt;\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": 200,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 50,
"i": null,
"s": 100,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": 0,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (T < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-codecontest_1604_D.imp
|
int t;
int x;
int y;
int ans;
t = 1;
while(t > 0)
{
t = (t - 1);
x = 4;
y = 8;
if(x > y)
{
ans = (x + y);
continue;
}
else
{
};
ans = ((y + ((y / x) * x)) / 2);
};
|
codecontest_1604_D.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 t;
int x;
int y;
int ans;
t = 1;
while(t < 0)
{
t = (t + 1);
x = 4;
y = 8;
if(x < y)
{
ans = (x - y);
continue;
}
else
{
};
ans = ((y - ((y * x) / x)) * 2);
};
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>4</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>1</rule>
<rule>6</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</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>
</ans>
|
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"rules": [
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"cleaned_stmt": "int t;",
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{
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"Rule 1",
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],
"cleaned_stmt": "while (t < 0)\n{\n halt;\n};",
"control_stack": "ε"
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{
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},
"rules": [
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],
"cleaned_stmt": "t = (t + 1);",
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},
{
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"B": null,
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"y": 0,
"T": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "y = 8;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 0,
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"j": null,
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},
"rules": [
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"Rule 14",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (x < y)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"t": 0,
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"r2x1": null,
"r2x2": null,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 6",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans = ((y - ((y * x) / x)) * 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 8,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (t < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-codecontest_1606_B.imp
|
int a;
int b;
int ans;
int c;
a = 8;
b = 3;
c = 1;
while(c < b)
{
c = (c * 2);
ans = (ans + 1);
};
if(c < a)
{
ans = ((((a - c) + b) - 1) / b);
}
else
{
};
|
codecontest_1606_B.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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;
a = 8;
b = 3;
c = 1;
while(c > b)
{
c = (c / 2);
ans = (ans - 1);
};
if(c > a)
{
ans = ((((a + c) - b) + 1) * b);
}
else
{
};
| true |
KeywordSwap
| 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>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>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>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>1</rule>
<rule>3</rule>
<rule>4</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
</ans>
|
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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": "while (c > b)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - 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": "while (c > b)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (c > a)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 1",
"Rule 3",
"Rule 4",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans = ((((a + c) - b) + 1) * b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-codecontest_1607_B.imp
|
int n;
int ans;
ans = 10;
n = 99;
if((ans % 2) != 0)
{
if((n % 2) != 0)
{
if(((n / 2) % 2) != 0)
{
ans = ((ans - n) - 1);
}
else
{
ans = (ans + n);
};
}
else
{
if(((n / 2) % 2) != 0)
{
ans = (ans - 1);
}
else
{
};
};
}
else
{
if((n % 2) != 0)
{
if(((n / 2) % 2) != 0)
{
ans = ((ans + n) + 1);
}
else
{
ans = (ans - n);
};
}
else
{
if(((n / 2) % 2) != 0)
{
ans = (ans + 1);
}
else
{
};
};
};
|
codecontest_1607_B.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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;
ans = 10;
n = 99;
if((ans % 2) == 0)
{
if((n % 2) == 0)
{
if(((n * 2) % 2) == 0)
{
ans = ((ans + n) + 1);
}
else
{
ans = (ans - n);
};
}
else
{
if(((n * 2) % 2) == 0)
{
ans = (ans + 1);
}
else
{
};
};
}
else
{
if((n % 2) == 0)
{
if(((n * 2) % 2) == 0)
{
ans = ((ans - n) - 1);
}
else
{
ans = (ans + n);
};
}
else
{
if(((n * 2) % 2) == 0)
{
ans = (ans - 1);
}
else
{
};
};
};
| true |
KeywordSwap
| 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>17</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>6</rule>
<rule>8</rule>
<rule>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>3</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 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": "ans = 10;",
"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": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 99,
"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": "if ((ans % 2) == 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 99,
"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": "if ((n % 2) == 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 99,
"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 8",
"Rule 17",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (((n * 2) % 2) == 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 99,
"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 3",
"Rule 21"
],
"cleaned_stmt": "ans = ((ans - n) - 1);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-confusing_number.imp
|
int a;
int b;
int c;
int ans;
int d;
a = 89;
c = a;
while(a != 0)
{
d = (a % 10);
if(((((d == 2) || (d == 3)) || (d == 4)) || (d == 5)) || (d == 7))
{
ans = 0;
halt;
}
else
{
};
if(d == 6)
{
b = ((b * 10) + 9);
}
else
{
if(d == 9)
{
b = ((b * 10) + 6);
}
else
{
b = ((b * 10) + d);
};
};
a = (a / 10);
};
if(b != c)
{
ans = 1;
}
else
{
};
|
confusing_number.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 ans;
int d;
a = 89;
c = a;
while(a == 0)
{
d = (a % 10);
if(((((d != 2) && (d != 3)) && (d != 4)) && (d != 5)) && (d != 7))
{
ans = 0;
halt;
}
else
{
};
if(d != 6)
{
b = ((b / 10) - 9);
}
else
{
if(d != 9)
{
b = ((b / 10) - 6);
}
else
{
b = ((b / 10) - d);
};
};
a = (a * 10);
};
if(b == c)
{
ans = 1;
}
else
{
};
| true |
KeywordSwap
| 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>1</rule>
<rule>16</rule>
<rule>20</rule>
<rule>1</rule>
<rule>16</rule>
<rule>20</rule>
<rule>1</rule>
<rule>16</rule>
<rule>20</rule>
<rule>1</rule>
<rule>16</rule>
<rule>20</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="8">
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="9">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>17</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
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"Rule 1",
"Rule 16",
"Rule 20",
"Rule 1",
"Rule 16",
"Rule 20",
"Rule 1",
"Rule 16",
"Rule 20",
"Rule 1",
"Rule 16",
"Rule 20",
"Rule 23",
"Rule 26"
],
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},
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},
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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": [
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"Rule 3",
"Rule 21"
],
"cleaned_stmt": "b = ((b / 10) - 6);",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 17",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (a == 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "b = ((b / 10) - d);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 68,
"c": 89,
"d": 8,
"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 17",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (a == 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-divide_two_int.imp
|
int a;
int b;
int aa;
int bb;
int tmp;
int m;
int ans;
a = 10;
b = 3;
if(a < 0)
{
aa = ((- 1) * a);
}
else
{
aa = a;
};
if(b < 0)
{
bb = ((- 1) * b);
}
else
{
bb = b;
};
while(bb <= aa)
{
m = bb;
tmp = 1;
while(m <= (aa - m))
{
m = (m + m);
tmp = (tmp + tmp);
};
ans = (ans + tmp);
aa = (aa - m);
};
if((((a < 0) && (b > 0)) || (a > 0)) && (b < 0))
{
ans = (ans * (- 1));
}
else
{
};
|
divide_two_int.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 aa;
int bb;
int tmp;
int m;
int ans;
a = 10;
b = 3;
if(a > 0)
{
aa = ((+ 1) / a);
}
else
{
aa = a;
};
if(b > 0)
{
bb = ((+ 1) / b);
}
else
{
bb = b;
};
while(bb >= aa)
{
m = bb;
tmp = 1;
while(m >= (aa + m))
{
m = (m - m);
tmp = (tmp - tmp);
};
ans = (ans - tmp);
aa = (aa + m);
};
if((((a > 0) || (b < 0)) && (a < 0)) || (b > 0))
{
ans = (ans / (+ 1));
}
else
{
};
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>21</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>26</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>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>13</rule>
<rule>22</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>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>4</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>
<answer id="9">
<rule>1</rule>
<rule>12</rule>
<rule>1</rule>
<rule>14</rule>
<rule>19</rule>
<rule>1</rule>
<rule>14</rule>
<rule>20</rule>
<rule>1</rule>
<rule>12</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
</ans>
|
[
{
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"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": 0,
"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": 0,
"bb": 0,
"tmp": 0,
"xyz": null,
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"l": null,
"h": null,
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"r2": 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": "a = 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 10,
"b": 3,
"c": null,
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"f": null,
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"k": null,
"m": 0,
"p": null,
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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (a > 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"y": null,
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"bb": 0,
"tmp": 0,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"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 1",
"Rule 21"
],
"cleaned_stmt": "bb = b;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 10,
"b": 3,
"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": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": 10,
"bb": 3,
"tmp": 0,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (bb >= aa)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 10,
"b": 3,
"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": null,
"i": null,
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"t": null,
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"tk": null,
"y": null,
"T": null,
"aa": 10,
"bb": 3,
"tmp": 1,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 4",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (m >= (aa + m))\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 10,
"b": 3,
"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": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": 10,
"bb": 3,
"tmp": 1,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "m = (m - m);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 10,
"b": 3,
"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": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": 10,
"bb": 3,
"tmp": 2,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 4",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (m >= (aa + m))\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
"a": 10,
"b": 3,
"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": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": 10,
"bb": 3,
"tmp": 2,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "aa = (aa + m);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": 10,
"b": 3,
"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": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": 1,
"bb": 3,
"tmp": 1,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (bb >= aa)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3,
"num": null,
"a": 10,
"b": 3,
"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": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": 1,
"bb": 3,
"tmp": 1,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 1",
"Rule 14",
"Rule 19",
"Rule 1",
"Rule 14",
"Rule 20",
"Rule 1",
"Rule 12",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((((a > 0) || (b < 0)) && (a < 0)) || (b > 0))\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-elimination_game.imp
|
int f;
int c;
int x;
int ans;
ans = 9;
c = 1;
x = ans;
while(x > 1)
{
if(f == 0)
{
if((x % 2) == 1)
{
ans = (ans - c);
}
else
{
};
}
else
{
ans = (ans - c);
};
x = (x / 2);
c = (c * 2);
f = (1 - f);
};
|
elimination_game.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 f;
int c;
int x;
int ans;
ans = 9;
c = 1;
x = ans;
while(x < 1)
{
if(f != 0)
{
if((x % 2) != 1)
{
ans = (ans + c);
}
else
{
};
}
else
{
ans = (ans + c);
};
x = (x * 2);
c = (c / 2);
f = (1 + f);
};
| true |
KeywordSwap
| 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>4</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>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>6</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>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="9">
<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": 0,
"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,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "ans = (ans + c);",
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},
{
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},
"rules": [
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"Rule 5",
"Rule 21"
],
"cleaned_stmt": "c = (c / 2);",
"control_stack": "ε"
},
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},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (f != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "x = (x * 2);",
"control_stack": "ε"
},
{
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},
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"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
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},
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},
"rules": [
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"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((x % 2) != 1)\n{\n halt;\n}\nelse\n{\n halt;\n};",
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},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (x < 1)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-factorial.imp
|
int n;
int i;
int ans;
n = 6;
i = 1;
ans = 1;
while(i <= n)
{
ans = (ans * i);
i = (i + 1);
};
|
factorial.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 6;
i = 1;
ans = 1;
while(i >= n)
{
ans = (ans / i);
i = (i - 1);
};
| true |
KeywordSwap
| 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>5</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>
</ans>
|
[
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"x": null,
"j": null,
"k": 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 n;",
"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 = 6;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
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"right": null,
"oh": null,
"ow": 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 = (i - 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": 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 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans = (ans / i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 120,
"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": 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,
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"number": null,
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"ax2": null,
"ay1": null,
"ay2": null,
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"left": null,
"right": null,
"oh": null,
"ow": 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 22",
"Rule 26"
],
"cleaned_stmt": "while (i >= n)\n{\n halt;\n};",
"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": null,
"m": null,
"p": null,
"q": null,
"r": null,
"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": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (i >= n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-factorial_trailing_zeros.imp
|
int ans;
int n;
int s;
n = 5;
s = 1;
while(n > 0)
{
n = (n / 5);
ans = (ans + n);
};
|
factorial_trailing_zeros.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 s;
n = 5;
s = 1;
while(n < 0)
{
n = (n * 5);
ans = (ans - n);
};
| true |
KeywordSwap
| 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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},
"rules": [
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],
"cleaned_stmt": "int n;",
"control_stack": "ε"
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},
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],
"cleaned_stmt": "s = 1;",
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},
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"r2x1": null,
"r2x2": null,
"r2y1": null,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
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"k": null,
"m": null,
"p": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n = (n * 5);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"c": null,
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"j": null,
"k": null,
"m": null,
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - n);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 0,
"i": null,
"s": 1,
"t": null,
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"x2": null,
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-fibonacci.imp
|
int n;
int a;
int b;
int i;
int ans;
n = 6;
a = 1;
b = 1;
i = 3;
if((n == 1) || (n == 2))
{
ans = 1;
}
else
{
while(i <= n)
{
ans = (a + b);
b = a;
a = ans;
i = (i + 1);
};
};
|
fibonacci.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 i;
int ans;
n = 6;
a = 1;
b = 1;
i = 3;
if((n != 1) && (n != 2))
{
ans = 1;
}
else
{
while(i >= n)
{
ans = (a - b);
b = a;
a = ans;
i = (i - 1);
};
};
| true |
KeywordSwap
| 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>1</rule>
<rule>16</rule>
<rule>20</rule>
<rule>23</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>3</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>3</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>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
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"Rule 1",
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"r2x1": null,
"r2x2": null,
"r2y1": null,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i >= n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"r2y1": null,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (a - b);",
"control_stack": "ε"
},
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},
"rules": [
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],
"cleaned_stmt": "i = (i - 1);",
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},
{
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},
"rules": [
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"Rule 21"
],
"cleaned_stmt": "a = ans;",
"control_stack": "ε"
},
{
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"ble": 0,
"ans": 8,
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"y1": null,
"y2": null,
"sum": null,
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"oh": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
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"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (i >= n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-gross_salary.imp
|
int a;
int b;
int d;
int ans;
d = 100;
a = 20;
b = 20;
ans = ((b + a) * (1 + (d / 100)));
|
gross_salary.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 d;
int ans;
d = 100;
a = 20;
b = 20;
ans = ((b - a) / (1 - (d * 100)));
| true |
KeywordSwap
| 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>6</rule>
<rule>3</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int b;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 0,
"num": 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": "a = 20;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 20,
"b": 20,
"c": null,
"d": 100,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
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"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 3",
"Rule 1",
"Rule 6",
"Rule 3",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans = ((b - a) / (1 - (d * 100)));",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_102.imp
|
int ans;
int x;
int y;
x = 12;
y = 15;
if(y < x)
{
ans = (- 1);
halt;
}
else
{
};
if((y == x) && ((y % 2) == 1))
{
ans = (- 1);
halt;
}
else
{
};
if((y % 2) == 1)
{
ans = (y - 1);
halt;
}
else
{
};
ans = y;
|
humaneval_102.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 12;
y = 15;
if(y > x)
{
ans = (+ 1);
halt;
}
else
{
};
if((y != x) || ((y % 2) != 1))
{
ans = (+ 1);
halt;
}
else
{
};
if((y % 2) != 1)
{
ans = (y + 1);
halt;
}
else
{
};
ans = y;
| true |
KeywordSwap
| 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>16</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>19</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="6">
<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,
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"ay1": null,
"ay2": null,
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"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": 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": "x = 12;",
"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": 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,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "if (y > x)\n{\n halt;\n}\nelse\n{\n halt;\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": 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,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 8",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((y != x) || ((y % 2) != 1))\n{\n halt;\n}\nelse\n{\n halt;\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": 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,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "if ((y % 2) != 1)\n{\n halt;\n}\nelse\n{\n halt;\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": 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,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (y + 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 14,
"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,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_13.imp
|
int a;
int b;
int ans;
int m;
a = 10;
b = 15;
while(true)
{
if(a < b)
{
m = a;
a = b;
b = m;
}
else
{
};
a = (a % b);
if(a == 0)
{
ans = b;
halt;
}
else
{
};
};
|
humaneval_13.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 m;
a = 10;
b = 15;
while(true)
{
if(a > b)
{
m = a;
a = b;
b = m;
}
else
{
};
a = (a % b);
if(a != 0)
{
ans = b;
halt;
}
else
{
};
};
| true |
KeywordSwap
| 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>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>24</rule>
<rule>25</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</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>26</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": null,
"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
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},
"rules": [
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"cleaned_stmt": "a = 10;",
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},
{
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "a = (a % b);",
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},
{
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},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (a != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (true)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (a > b)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
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"Rule 21"
],
"cleaned_stmt": "m = a;",
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},
{
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},
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"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (a != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 26"
],
"cleaned_stmt": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_138.imp
|
int ans;
int n;
n = 8;
if(((n % 2) == 0) && (n >= 8))
{
ans = 1;
halt;
}
else
{
};
ans = 0;
|
humaneval_138.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 8;
if(((n % 2) != 0) || (n <= 8))
{
ans = 1;
halt;
}
else
{
};
ans = 0;
| true |
KeywordSwap
| 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>1</rule>
<rule>15</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="3">
<rule>26</rule>
</answer>
</ans>
|
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},
"rules": [
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],
"cleaned_stmt": "int n;",
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},
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n = 8;",
"control_stack": "ε"
},
{
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 15",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (((n % 2) != 0) || (n <= 8))\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"p": null,
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"B": null,
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"i": null,
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"t": 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 26"
],
"cleaned_stmt": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_139.imp
|
int xyz;
int ans;
int p;
int q;
p = 5;
xyz = 1;
ans = 1;
q = 1;
while(q <= p)
{
xyz = (xyz * q);
ans = (ans * xyz);
q = (q + 1);
};
ans = ans;
|
humaneval_139.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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;
p = 5;
xyz = 1;
ans = 1;
q = 1;
while(q >= p)
{
xyz = (xyz / q);
ans = (ans / xyz);
q = (q - 1);
};
ans = ans;
| true |
KeywordSwap
| 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>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>23</rule>
<rule>27</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"prior_state": {
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"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,
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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 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": 5,
"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": "ans = 1;",
"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": 5,
"q": 4,
"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 22",
"Rule 26"
],
"cleaned_stmt": "while (q >= p)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 288,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 5,
"q": 4,
"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": 24,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "q = (q - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 288,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 5,
"q": 5,
"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": 24,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "xyz = (xyz / q);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 34560,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 5,
"q": 6,
"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": 120,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (q >= p)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 34560,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": 5,
"q": 6,
"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": 120,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = ans;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_24.imp
|
int ans;
int i;
int n;
i = 2;
n = 10;
while((i * i) <= n)
{
if((n % i) == 0)
{
ans = (n / i);
halt;
}
else
{
};
i = (i + 1);
};
ans = 1;
|
humaneval_24.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 2;
n = 10;
while((i / i) >= n)
{
if((n % i) != 0)
{
ans = (n * i);
halt;
}
else
{
};
i = (i - 1);
};
ans = 1;
| true |
KeywordSwap
| 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>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>6</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": 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": 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 = 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": 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 5",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while ((i / i) >= n)\n{\n halt;\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": 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 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((n % i) != 0)\n{\n halt;\n}\nelse\n{\n halt;\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": 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 6",
"Rule 21"
],
"cleaned_stmt": "ans = (n * i);",
"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": 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 26"
],
"cleaned_stmt": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_31.imp
|
int ans;
int n;
int i;
n = 61;
if(n < 2)
{
ans = 0;
halt;
}
else
{
};
i = 2;
while((i * i) <= n)
{
if((n % i) == 0)
{
ans = 1;
halt;
}
else
{
};
i = (i + 1);
};
ans = 1;
|
humaneval_31.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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;
n = 61;
if(n > 2)
{
ans = 0;
halt;
}
else
{
};
i = 2;
while((i / i) >= n)
{
if((n % i) != 0)
{
ans = 1;
halt;
}
else
{
};
i = (i - 1);
};
ans = 1;
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>26</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>5</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>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>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": 61,
"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 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (n > 2)\n{\n halt;\n}\nelse\n{\n halt;\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": 61,
"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 = (i - 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": 61,
"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 5",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while ((i / i) >= n)\n{\n halt;\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": 61,
"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 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((n % i) != 0)\n{\n halt;\n}\nelse\n{\n halt;\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": 61,
"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 5",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while ((i / i) >= n)\n{\n halt;\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": 61,
"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 21"
],
"cleaned_stmt": "ans = 1;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_36.imp
|
int ans;
int i;
int n;
int q;
ans = 0;
i = 0;
n = 100;
while(i < n)
{
if(((i % 11) == 0) || ((i % 13) == 0))
{
q = i;
while(q > 0)
{
if((q % 10) == 7)
{
ans = (ans + 1);
}
else
{
};
q = (q / 10);
};
}
else
{
};
i = (i + 1);
};
|
humaneval_36.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 q;
ans = 0;
i = 0;
n = 100;
while(i > n)
{
if(((i % 11) != 0) && ((i % 13) != 0))
{
q = i;
while(q < 0)
{
if((q % 10) != 7)
{
ans = (ans - 1);
}
else
{
};
q = (q * 10);
};
}
else
{
};
i = (i - 1);
};
| true |
KeywordSwap
| 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>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>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>20</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>23</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>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>8</rule>
<rule>16</rule>
<rule>20</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="9">
<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": 0,
"num": null,
"a": null,
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"Rule 1",
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"Rule 25",
"Rule 1",
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"Rule 22",
"Rule 26"
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"cleaned_stmt": "while (q < 0)\n{\n halt;\n};",
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"Rule 16",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 20",
"Rule 23",
"Rule 26"
],
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"control_stack": "ε"
},
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"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((q % 10) != 7)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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],
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},
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"Rule 16",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 20",
"Rule 22",
"Rule 26"
],
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},
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"rules": [
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"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_39.imp
|
int x;
int y;
int a;
int b;
int c;
int d;
int ans;
int e;
x = 1;
y = 2;
e = 5;
d = 0;
while(d < e)
{
x = (x + y);
a = x;
x = y;
y = a;
b = 1;
c = 2;
while((c * c) <= x)
{
if((x % c) == 0)
{
b = 0;
}
else
{
};
c = (c + 1);
};
if(b == 1)
{
d = (d + 1);
}
else
{
};
if(d == e)
{
ans = x;
halt;
}
else
{
};
};
|
humaneval_39.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 a;
int b;
int c;
int d;
int ans;
int e;
x = 1;
y = 2;
e = 5;
d = 0;
while(d > e)
{
x = (x - y);
a = x;
x = y;
y = a;
b = 1;
c = 2;
while((c / c) >= x)
{
if((x % c) != 0)
{
b = 0;
}
else
{
};
c = (c - 1);
};
if(b != 1)
{
d = (d - 1);
}
else
{
};
if(d != e)
{
ans = x;
halt;
}
else
{
};
};
| true |
KeywordSwap
| 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>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>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>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>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>3</rule>
<rule>21</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>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
</ans>
|
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},
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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 22",
"Rule 26"
],
"cleaned_stmt": "if (b != 1)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 144,
"b": 1,
"c": 10,
"d": 5,
"f": null,
"x": 89,
"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": 144,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": 5,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "if (d != e)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_41.imp
|
int ans;
int n;
n = 4;
ans = (n * n);
|
humaneval_41.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 4;
ans = (n / n);
| true |
KeywordSwap
| 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>
</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 = 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,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (n / n);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_49.imp
|
int ans;
int n;
int p;
int i;
n = 3;
p = 11;
ans = 1;
i = 0;
while(i < n)
{
ans = (ans * 2);
ans = (ans % p);
i = (i + 1);
};
|
humaneval_49.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 p;
int i;
n = 3;
p = 11;
ans = 1;
i = 0;
while(i > n)
{
ans = (ans / 2);
ans = (ans % p);
i = (i - 1);
};
| true |
KeywordSwap
| 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>5</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>8</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>
</ans>
|
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},
"rules": [
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],
"cleaned_stmt": "int p;",
"control_stack": "ε"
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans = (ans / 2);",
"control_stack": "ε"
},
{
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans = (ans % p);",
"control_stack": "ε"
},
{
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"prior_state": {
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"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_59.imp
|
int ans;
int n;
int i;
n = 13195;
i = 2;
while((i * i) <= n)
{
while(((n % i) == 0) && (n > i))
{
n = (n / i);
};
i = (i + 1);
};
ans = n;
|
humaneval_59.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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;
n = 13195;
i = 2;
while((i / i) >= n)
{
while(((n % i) != 0) || (n < i))
{
n = (n * i);
};
i = (i - 1);
};
ans = n;
| true |
KeywordSwap
| 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>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>19</rule>
<rule>23</rule>
<rule>27</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>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>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="6">
<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="7">
<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="8">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
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"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 14",
"Rule 19",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (((n % i) != 0) || (n < i))\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"r2x1": null,
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},
"rules": [
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"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
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},
"rules": [
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"Rule 6",
"Rule 21"
],
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},
{
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"Rule 1",
"Rule 8",
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"Rule 1",
"Rule 1",
"Rule 14",
"Rule 19",
"Rule 22",
"Rule 26"
],
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},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while ((i / i) >= n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"ans": 0,
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"B": 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 5",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while ((i / i) >= n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"ans": 0,
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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 1",
"Rule 21"
],
"cleaned_stmt": "ans = n;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_60.imp
|
int ans;
int n;
n = 30;
ans = ((n * (n + 1)) / 2);
|
humaneval_60.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 30;
ans = ((n / (n - 1)) * 2);
| true |
KeywordSwap
| 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>6</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 = 30;",
"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": 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 5",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans = ((n / (n - 1)) * 2);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_75.imp
|
int num;
int ans;
int a;
int i;
num = 0;
a = 125;
i = 2;
while((i * i) <= a)
{
while(((a % i) == 0) && (a > i))
{
a = (a / i);
num = (num + 1);
};
i = (i + 1);
};
if(num == 2)
{
ans = 1;
halt;
}
else
{
};
ans = 0;
|
humaneval_75.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 num;
int ans;
int a;
int i;
num = 0;
a = 125;
i = 2;
while((i / i) >= a)
{
while(((a % i) != 0) || (a < i))
{
a = (a * i);
num = (num - 1);
};
i = (i - 1);
};
if(num != 2)
{
ans = 1;
halt;
}
else
{
};
ans = 0;
| true |
KeywordSwap
| 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>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<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>14</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<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>8</rule>
<rule>16</rule>
<rule>1</rule>
<rule>1</rule>
<rule>14</rule>
<rule>19</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<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="8">
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="9">
<rule>26</rule>
</answer>
</ans>
|
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],
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},
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"k": null,
"m": null,
"p": null,
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"r2x1": null,
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},
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"Rule 21"
],
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},
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},
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"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 14",
"Rule 19",
"Rule 22",
"Rule 26"
],
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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 25",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 14",
"Rule 19",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (((a % i) != 0) || (a < i))\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"r2x1": null,
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"r2y2": null
},
"rules": [
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"Rule 25",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while ((i / i) >= a)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (num != 2)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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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,
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 26"
],
"cleaned_stmt": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_76.imp
|
int a;
int b;
int ans;
int c;
int d;
a = 1;
b = 0;
c = 8;
d = 2;
while((a <= c) && (b < 100))
{
if(a == c)
{
ans = 1;
halt;
}
else
{
};
a = (a * d);
b = (b + 1);
};
ans = 0;
|
humaneval_76.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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;
int d;
a = 1;
b = 0;
c = 8;
d = 2;
while((a >= c) || (b > 100))
{
if(a != c)
{
ans = 1;
halt;
}
else
{
};
a = (a / d);
b = (b - 1);
};
ans = 0;
| true |
KeywordSwap
| 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>1</rule>
<rule>12</rule>
<rule>19</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>26</rule>
</answer>
</ans>
|
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},
"rules": [
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"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 1",
"Rule 12",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while ((a >= c) || (b > 100))\n{\n halt;\n};",
"control_stack": "ε"
},
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},
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"Rule 5",
"Rule 21"
],
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},
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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 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (a != c)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 8,
"b": 3,
"c": 8,
"d": 2,
"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 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (a != c)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": 8,
"b": 3,
"c": 8,
"d": 2,
"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": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-humaneval_83.imp
|
int ans;
int n;
int i;
n = 3;
if(n < 1)
{
ans = 0;
halt;
}
else
{
};
if(n == 1)
{
ans = 1;
halt;
}
else
{
};
ans = 18;
i = 2;
while(i < n)
{
ans = (ans * 10);
i = (i + 1);
};
|
humaneval_83.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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;
n = 3;
if(n > 1)
{
ans = 0;
halt;
}
else
{
};
if(n != 1)
{
ans = 1;
halt;
}
else
{
};
ans = 18;
i = 2;
while(i > n)
{
ans = (ans / 10);
i = (i - 1);
};
| true |
KeywordSwap
| 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>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>12</rule>
<rule>22</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>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>
|
[
{
"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 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": 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 = 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": 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": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "if (n > 1)\n{\n halt;\n}\nelse\n{\n halt;\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": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "if (n != 1)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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": 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,
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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,
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"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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"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,
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"r": null,
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"B": null,
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"h": null,
"count": null,
"x1": 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,
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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 5",
"Rule 21"
],
"cleaned_stmt": "ans = (ans / 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 180,
"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,
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"B": null,
"n": 3,
"i": 2,
"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,
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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 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 180,
"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": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"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 23",
"Rule 27"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
| true |
KeywordSwap
| 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>1</rule>
<rule>8</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>16</rule>
<rule>22</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>5</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>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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"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,
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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 c;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 0,
"c": 0,
"d": null,
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"k": null,
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"p": null,
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"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,
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"z": null,
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"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 21"
],
"cleaned_stmt": "n = 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
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"Rule 22",
"Rule 26"
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},
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"Rule 22",
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],
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},
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"cleaned_stmt": "ans = (ans / b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-mbpp_112.imp
|
int ans;
int x;
int y;
x = 2;
y = 4;
ans = (2 * (y + x));
|
mbpp_112.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 2;
y = 4;
ans = (2 / (y - x));
| true |
KeywordSwap
| 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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"r1y1": null,
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"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,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "y = 4;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"k": 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 5",
"Rule 21"
],
"cleaned_stmt": "ans = (2 / (y - x));",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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;
| true |
KeywordSwap
| 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>8</rule>
<rule>16</rule>
<rule>23</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>3</rule>
<rule>21</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>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="9">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
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"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,
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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 36"
],
"cleaned_stmt": "int d;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 2,
"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": 0,
"l": null,
"h": null,
"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,
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"n3": null,
"number": null,
"ax1": null,
"ax2": null,
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"ay2": null,
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"bx2": null,
"by1": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "c = 0;",
"control_stack": "ε"
},
{
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "e = (e - 1);",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (b >= f)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((b % e) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"e": 4,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (e > b)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"ble": 0,
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"a": 0,
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "c = (c - e);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
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"num": null,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((c % e) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
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"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (b >= f)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
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],
"cleaned_stmt": "ans = a;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 1;
a = 10;
b = 15;
while((i >= a) || (i >= b))
{
if(((a % i) != 0) || ((b % i) != 0))
{
ans = (ans - i);
}
else
{
};
i = (i - 1);
};
| true |
KeywordSwap
| 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>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>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>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="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": {
"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": 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 b;",
"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": 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 21"
],
"cleaned_stmt": "a = 10;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 10,
"b": 15,
"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,
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"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 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (((a % i) != 0) || ((b % i) != 0))\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 10,
"b": 15,
"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 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": 10,
"b": 15,
"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 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": 10,
"b": 15,
"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 1",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while ((i >= a) || (i >= b))\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": 10,
"b": 15,
"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": 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 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (((a % i) != 0) || ((b % i) != 0))\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": 10,
"b": 15,
"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": 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 1",
"Rule 1",
"Rule 13",
"Rule 19",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while ((i >= a) || (i >= b))\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 10;
b = 8;
h = 6;
ans = (((l / b) / h) * 2);
| true |
KeywordSwap
| 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>
|
[
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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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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "b = 8;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"r2": null,
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"n3": null,
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"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (((l / b) / h) * 2);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
| true |
KeywordSwap
| 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>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>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>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>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"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": 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,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 3",
"Rule 21"
],
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"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "x = (x * 10);",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "x = (y + a);",
"control_stack": "ε"
},
{
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},
"rules": [
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"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (x < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
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},
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},
"rules": [
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"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (a - b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 6;
i = n;
while(i < 0)
{
ans = (ans - i);
i = (i + 2);
};
| true |
KeywordSwap
| 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>4</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<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>23</rule>
<rule>27</rule>
</answer>
</ans>
|
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"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
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},
"rules": [
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],
"cleaned_stmt": "n = 6;",
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{
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},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "i = n;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 6,
"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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"l": null,
"h": null,
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"x2": null,
"y1": null,
"y2": null,
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"number": 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": "while (i < 0)\n{\n halt;\n};",
"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": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
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"i": 4,
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"t": null,
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"y": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 4",
"Rule 21"
],
"cleaned_stmt": "i = (i + 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 10,
"num": null,
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"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": 6,
"i": 2,
"s": null,
"t": null,
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"tk": null,
"y": null,
"T": 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 21"
],
"cleaned_stmt": "ans = (ans - i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 12,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"x": null,
"j": null,
"k": null,
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"i": 0,
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"right": 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": "while (i < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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;
};
| true |
KeywordSwap
| 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>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="5">
<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="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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"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": [
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],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
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},
"rules": [
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],
"cleaned_stmt": "a = e;",
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},
{
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"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": "if (((a % c) != 0) || ((b % c) != 0))\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"a": 36,
"b": 57,
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"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": 36,
"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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"bx2": 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 3",
"Rule 21"
],
"cleaned_stmt": "c = (c - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
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"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": 36,
"l": null,
"h": null,
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"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": 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 1",
"Rule 3",
"Rule 6",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (c >= ((a - b) * 2))\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"c": 39,
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"j": null,
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"r": null,
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"i": 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 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (((a % c) != 0) || ((b % c) != 0))\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 36,
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"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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 6",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (c >= ((a - b) * 2))\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 36,
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"d": 1,
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"j": null,
"k": null,
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"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,
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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 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (d != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 36,
"b": 57,
"c": 47,
"d": 1,
"f": 57,
"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": 36,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = 0;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-mbpp_17.imp
|
int ans;
int a;
a = 10;
ans = (4 * a);
|
mbpp_17.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 10;
ans = (4 / a);
| true |
KeywordSwap
| 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": 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": 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 = 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 = (4 / a);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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;
| true |
KeywordSwap
| 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>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="4">
<rule>1</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>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>
|
[
{
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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": 0,
"x1": 0,
"x2": 0,
"y1": 0,
"y2": 0,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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,
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"b": null,
"c": null,
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"bb": null,
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"xyz": null,
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"l": null,
"h": null,
"count": 0,
"x1": 0,
"x2": 0,
"y1": 0,
"y2": 0,
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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,
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"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 21"
],
"cleaned_stmt": "x1 = 4;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"x": null,
"j": 0,
"k": null,
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"p": null,
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"r": null,
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"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,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 0,
"x1": 4,
"x2": 6,
"y1": 2,
"y2": 4,
"sum": null,
"k9m": null,
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"cnt": null,
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"z": null,
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"n2": null,
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"r2": null,
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"ax2": null,
"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 1",
"Rule 16",
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((x1 != x2) || (y1 != y2))\n{\n halt;\n}\nelse\n{\n halt;\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": 2,
"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": 0,
"x1": 4,
"x2": 6,
"y1": 2,
"y2": 4,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 17",
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((i == x1) || (j == y1))\n{\n halt;\n}\nelse\n{\n halt;\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": 4,
"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": 0,
"x1": 4,
"x2": 6,
"y1": 2,
"y2": 4,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "j = y1;",
"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": 3,
"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": 0,
"x1": 4,
"x2": 6,
"y1": 2,
"y2": 4,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (j > y2)\n{\n halt;\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": 3,
"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": 0,
"x1": 4,
"x2": 6,
"y1": 2,
"y2": 4,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
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"z": null,
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"n2": null,
"l2": null,
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"number": null,
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"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 17",
"Rule 1",
"Rule 1",
"Rule 17",
"Rule 19",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((i == x1) || (j == y1))\n{\n halt;\n}\nelse\n{\n halt;\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": 3,
"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": 1,
"x1": 4,
"x2": 6,
"y1": 2,
"y2": 4,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (j - 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": 4,
"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": 1,
"x1": 4,
"x2": 6,
"y1": 2,
"y2": 4,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (j > y2)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 1;
n = 10;
while(n < 1)
{
i = (i / 2);
n = (n * 2);
};
ans = i;
| true |
KeywordSwap
| 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>5</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>21</rule>
</answer>
</ans>
|
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
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},
"rules": [
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],
"cleaned_stmt": "n = 10;",
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},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (n < 1)\n{\n halt;\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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"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
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"X": null,
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"i": 2,
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"t": null,
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"y": null,
"T": null,
"aa": null,
"bb": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
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"x2": null,
"y1": 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 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "i = (i / 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"j": null,
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"m": null,
"p": null,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n = (n * 2);",
"control_stack": "ε"
},
{
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"prior_state": {
"ble": 0,
"ans": 0,
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"b": null,
"c": null,
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"j": null,
"k": null,
"m": null,
"p": null,
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"r": null,
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"B": null,
"n": 1,
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"y": null,
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"e": null,
"l": null,
"h": null,
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"x2": 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 23",
"Rule 27"
],
"cleaned_stmt": "while (n < 1)\n{\n halt;\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": 1,
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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,
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"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 1",
"Rule 21"
],
"cleaned_stmt": "ans = i;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>16</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>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>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>
|
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},
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"r2x1": null,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
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},
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"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
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"control_stack": "ε"
},
{
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},
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"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((n % i) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
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"r2x1": null,
"r2x2": null,
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"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"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 = (n + 1);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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;
| true |
KeywordSwap
| 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>3</rule>
<rule>21</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</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>6</rule>
<rule>21</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": 0,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
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"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
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"i": null,
"s": null,
"t": null,
"first": null,
"tk": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int p;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 0,
"num": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((x % 2) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (x != 1)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 384,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
"f": null,
"x": 192,
"j": null,
"k": null,
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"p": 0,
"q": null,
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"B": null,
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"y1": null,
"y2": null,
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"x7f": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"n3": null,
"number": null,
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"ax2": null,
"ay1": null,
"ay2": null,
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"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (p - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 192,
"num": null,
"a": null,
"b": null,
"c": null,
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"x": 96,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans = x;",
"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": 4,
"q": null,
"r": null,
"X": null,
"B": null,
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"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,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"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 1",
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (p != x)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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": 4,
"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 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while ((x % 2) != 0)\n{\n halt;\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": 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,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (x * 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": 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,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = 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,
"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": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 0;
i = 0;
n = 3;
while(i > n)
{
if((i % 2) != 0)
{
count = (count - 1);
}
else
{
};
i = (i - 1);
};
ans = count;
| true |
KeywordSwap
| 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>8</rule>
<rule>16</rule>
<rule>23</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>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": 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 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": 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 = 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,
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"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": 0,
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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,
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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": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"b": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
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"prior_state": {
"ble": 0,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((i % 2) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((i % 2) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
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"e": null,
"l": null,
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"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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\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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"k": null,
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"z": null,
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"number": 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 1",
"Rule 21"
],
"cleaned_stmt": "ans = count;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = (+ 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;
};
};
| true |
KeywordSwap
| 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": 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": 0,
"b": 0,
"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": 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 11",
"Rule 21"
],
"cleaned_stmt": "a = (+ 10);",
"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 1",
"Rule 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (b > c)\n{\n halt;\n}\nelse\n{\n halt;\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 = 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,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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
{
};
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<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="2">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</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>21</rule>
</answer>
<answer id="8">
<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": 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": 0,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": 6,
"X": null,
"B": null,
"n": 39,
"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": 4,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": 683,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 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": "if (((((i == j) || (i == 0)) || (j == 0)) || (i == 1)) || (j == 1))\n{\n halt;\n}\nelse\n{\n halt;\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": 4,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 6,
"X": null,
"B": null,
"n": 39,
"i": 24,
"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": 21603,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (j > l)\n{\n halt;\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": 3,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 6,
"X": null,
"B": null,
"n": 39,
"i": 28,
"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": 31717,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 1",
"Rule 4",
"Rule 5",
"Rule 1",
"Rule 4",
"Rule 5",
"Rule 1",
"Rule 4",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "sum = (sum - ((((i + 1) / (j + 1)) / (i + 1)) / (j + 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": 6,
"X": null,
"B": null,
"n": 39,
"i": 29,
"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": 34633,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (j > l)\n{\n halt;\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": 3,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 6,
"X": null,
"B": null,
"n": 39,
"i": 34,
"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": 58272,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 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": "if (((((i == j) || (i == 0)) || (j == 0)) || (i == 1)) || (j == 1))\n{\n halt;\n}\nelse\n{\n halt;\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": 3,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 6,
"X": null,
"B": null,
"n": 39,
"i": 36,
"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": 74533,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (j - 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": 4,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 6,
"X": null,
"B": null,
"n": 39,
"i": 37,
"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": 74533,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = 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": 4,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 6,
"X": null,
"B": null,
"n": 39,
"i": 39,
"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": 87858,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "if (sum != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
};
| true |
KeywordSwap
| 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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"r2y1": null,
"r2y2": null
},
"rules": [
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],
"cleaned_stmt": "int b;",
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{
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},
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],
"cleaned_stmt": "n = 4;",
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{
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (n > k)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"y": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
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},
"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 = ((((n + k) - 1) / ((n + k) - 2)) * 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
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"r2x2": null,
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"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 = ((((n + (2 / k)) - 1) / ((n + (2 / k)) - 2)) * 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"a": 6,
"b": 1,
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"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (a - b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 1;
ans = 0;
k9m = 1101101;
p2d = 0;
while(k9m < 0)
{
p2d = (p2d - ((k9m % 10) / x7f));
x7f = (x7f / 2);
k9m = (k9m * 10);
};
ans = p2d;
| true |
KeywordSwap
| 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>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>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>14</rule>
<rule>22</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>21</rule>
</answer>
</ans>
|
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int p2d;",
"control_stack": "ε"
},
{
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},
"rules": [
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],
"cleaned_stmt": "x7f = 1;",
"control_stack": "ε"
},
{
"line_number": 1,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "k9m = (k9m * 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"p": null,
"q": null,
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"n": null,
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"t": null,
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"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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"right": null,
"oh": null,
"ow": null,
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"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 = (p2d - ((k9m % 10) / 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,
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"l": null,
"h": 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": "while (k9m < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"a": null,
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"e": null,
"l": null,
"h": null,
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"x1": null,
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"y1": null,
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"k9m": 1,
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"right": null,
"oh": null,
"ow": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "x7f = (x7f / 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 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 23",
"Rule 27"
],
"cleaned_stmt": "while (k9m < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"y": null,
"T": null,
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"bb": 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,
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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 21"
],
"cleaned_stmt": "ans = p2d;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 35;
if(n >= 3)
{
ans = 4;
halt;
}
else
{
};
m = 2;
while((m / m) >= n)
{
m = (m - 1);
};
ans = (m / m);
| true |
KeywordSwap
| 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>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>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</rule>
</answer>
</ans>
|
[
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"x": null,
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"tk": null,
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"aa": 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 n;",
"control_stack": "ε"
},
{
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"r2y1": null,
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},
"rules": [
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (n >= 3)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "m = 2;",
"control_stack": "ε"
},
{
"line_number": 1,
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"ble": 0,
"ans": 0,
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"k": null,
"m": 5,
"p": null,
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"r": null,
"X": null,
"B": null,
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"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,
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"x7f": null,
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"z": null,
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"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
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"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while ((m / m) >= n)\n{\n halt;\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": 5,
"p": null,
"q": null,
"r": null,
"X": null,
"B": 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": "m = (m - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 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 1",
"Rule 5",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while ((m / m) >= n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"j": null,
"k": null,
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"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
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"p2d": 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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"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 1",
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans = (m / m);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 1;
n = 3;
while(i >= n)
{
j = (2 / i);
ans = (ans - ((((j / j) / j) / j) / j));
i = (i - 1);
};
| true |
KeywordSwap
| 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>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="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>
|
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},
"rules": [
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],
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{
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},
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"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i >= n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"k": null,
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"p": null,
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"tk": null,
"y": null,
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"l": null,
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"left": 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 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - ((((j / j) / j) / j) / j));",
"control_stack": "ε"
},
{
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"ble": 0,
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},
"rules": [
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],
"cleaned_stmt": "j = (2 / i);",
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},
{
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},
"rules": [
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"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
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},
{
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"ble": 0,
"ans": 8832,
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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 23",
"Rule 27"
],
"cleaned_stmt": "while (i >= n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 51241;
while(n < 0)
{
cnt = (cnt - (n % 10));
n = (n * 10);
};
if((cnt % 2) != 0)
{
ans = 1;
}
else
{
};
| true |
KeywordSwap
| 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>
<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": 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": 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 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": 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 = 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": 51241,
"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": 1,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (n * 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": 512,
"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": 5,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (n < 0)\n{\n halt;\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 = (cnt - (n % 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": "while (n < 0)\n{\n halt;\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": "if ((cnt % 2) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 1;
n = 12;
while(i > n)
{
if((n % i) != 0)
{
ans = (ans - i);
}
else
{
};
i = (i - 1);
};
| true |
KeywordSwap
| 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>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>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>1</rule>
<rule>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
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},
"rules": [
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],
"cleaned_stmt": "ans = (ans - i);",
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},
"rules": [
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"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
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},
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"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
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"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((n % i) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((n % i) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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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,
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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 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
};
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>1</rule>
<rule>21</rule>
</answer>
<answer id="1">
<rule>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</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>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>3</rule>
<rule>1</rule>
<rule>3</rule>
<rule>1</rule>
<rule>14</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>21</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>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="8">
<rule>21</rule>
</answer>
<answer id="9">
<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>3</rule>
<rule>21</rule>
<rule>30</rule>
<rule>30</rule>
<rule>30</rule>
<rule>29</rule>
<rule>25</rule>
<rule>1</rule>
<rule>16</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": 1,
"k": 1,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 1,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 1,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = vol;",
"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": 3,
"k": 9,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 1,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 12,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (k >= s)\n{\n halt;\n};",
"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": 5,
"k": 1,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 2,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 10,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "if (vol < ans)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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": 8,
"k": 1,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 3,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 12,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (k >= s)\n{\n halt;\n};",
"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": 1,
"k": 2,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 5,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 5,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 3",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (((i - j) - k) < s)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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": 2,
"k": 1,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 5,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 10,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 21"
],
"cleaned_stmt": "vol = ((i / j) / k);",
"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": 6,
"k": 4,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 5,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 10,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 3",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (((i - j) - k) < s)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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": 3,
"k": 7,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 6,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 6,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (k - 1);",
"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": 6,
"k": 9,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 6,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 6,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = 1;",
"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": 1,
"k": 4,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": 8,
"s": 8,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": 6,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 1",
"Rule 3",
"Rule 21",
"Rule 30",
"Rule 30",
"Rule 30",
"Rule 29",
"Rule 25",
"Rule 1",
"Rule 16",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (ble != 0)\n{\n ble = 1;\n if (true)\n {\n k = (k - 1);\n continue;\n }\n else\n {\n \n };\n vol = ((i / j) / k);\n if (true)\n {\n ans = vol;\n }\n else\n {\n \n };\n k = (k - 1);\n};",
"control_stack": "while (ble != 0)\n{\n ble = 1;\n if (true)\n {\n k = (k - 1);\n continue;\n }\n else\n {\n \n };\n vol = ((i / j) / k);\n if (true)\n {\n ans = vol;\n }\n else\n {\n \n };\n k = (k - 1);\n};"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 2;
x = 3;
k = 15;
while(x > k)
{
if((k % x) != 0)
{
if(x < p)
{
p = x;
}
else
{
};
}
else
{
};
x = (x - 1);
};
ans = p;
| true |
KeywordSwap
| 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>14</rule>
<rule>22</rule>
<rule>26</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>
<answer id="8">
<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 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": 0,
"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 21"
],
"cleaned_stmt": "x = 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": 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": "if ((k % x) != 0)\n{\n halt;\n}\nelse\n{\n halt;\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": "if (x < p)\n{\n halt;\n}\nelse\n{\n halt;\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": 7,
"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 22",
"Rule 26"
],
"cleaned_stmt": "while (x > k)\n{\n halt;\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": 13,
"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 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((k % x) != 0)\n{\n halt;\n}\nelse\n{\n halt;\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": 14,
"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 = (x - 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": "while (x > k)\n{\n halt;\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": 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 21"
],
"cleaned_stmt": "ans = p;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
| true |
KeywordSwap
| 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>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>24</rule>
<rule>25</rule>
<rule>1</rule>
<rule>1</rule>
<rule>13</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>3</rule>
<rule>21</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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"cleaned_stmt": "ans = ((a / a) + b);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 6;
y = 16;
z = 20;
if(((x == y) && ((z == z) || (x == x))) && ((y == z) || (y == y)))
{
halt;
}
else
{
};
ans = 1;
| true |
KeywordSwap
| 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>
|
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},
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},
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"r2x1": null,
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},
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"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": "if (((x == y) && ((z == z) || (x == x))) && ((y == z) || (y == y)))\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
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"B": null,
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"i": null,
"s": null,
"t": null,
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"tk": null,
"y": 16,
"T": null,
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"tmp": null,
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"e": null,
"l": null,
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"count": null,
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"y2": null,
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"n1": null,
"n2": null,
"l2": null,
"r2": null,
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"ay2": null,
"bx1": 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 26"
],
"cleaned_stmt": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 7;
b = 10;
c = 5;
if((((a - b) < c) || ((b - c) < a)) || ((a - c) < b))
{
ans = 1;
}
else
{
};
| true |
KeywordSwap
| 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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"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
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"i": null,
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"T": 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 36"
],
"cleaned_stmt": "int a;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": 0,
"c": 0,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 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,
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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": "a = 7;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 7,
"b": 10,
"c": 5,
"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,
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"z": null,
"n1": null,
"n2": null,
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"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": 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,
"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": "if ((((a - b) < c) || ((b - c) < a)) || ((a - c) < b))\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 5;
y = 10;
if(x != y)
{
ans = x;
halt;
}
else
{
i = 1;
while(((x % i) != 0) || ((y % i) != 0))
{
i = (i - 1);
};
ans = i;
};
| true |
KeywordSwap
| 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>
|
[
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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,
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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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"ble": 0,
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"oh": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "x = 5;",
"control_stack": "ε"
},
{
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"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": "if (x != y)\n{\n halt;\n}\nelse\n{\n halt;\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": "while (((x % i) != 0) || ((y % i) != 0))\n{\n halt;\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 = (i - 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": "while (((x % i) != 0) || ((y % i) != 0))\n{\n halt;\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 = i;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
};
};
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>21</rule>
</answer>
<answer id="1">
<rule>1</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>6</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>4</rule>
<rule>21</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>23</rule>
<rule>26</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>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": 0,
"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 = 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": 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": "if (k != 0)\n{\n halt;\n}\nelse\n{\n halt;\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,
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"tk": null,
"y": null,
"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,
"sum": null,
"k9m": 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 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n = (n * 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": 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 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - 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": null,
"j": null,
"k": 2,
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"p": null,
"q": null,
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"first": null,
"tk": null,
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"tmp": null,
"xyz": null,
"e": null,
"l": null,
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"count": null,
"x1": null,
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"y1": null,
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"sum": 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 4",
"Rule 21"
],
"cleaned_stmt": "k = (k + 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 2,
"num": null,
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"right": null,
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"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": "if ((n % 2) == 0)\n{\n halt;\n}\nelse\n{\n halt;\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": 1,
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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 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (n < 0)\n{\n halt;\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": 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,
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"sum": null,
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"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,
"by2": null,
"left": null,
"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": "if ((n % 2) == 0)\n{\n halt;\n}\nelse\n{\n halt;\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,
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"cnt": null,
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"z": null,
"n1": null,
"n2": null,
"l2": null,
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"n3": null,
"number": null,
"ax1": null,
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"bx1": null,
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"left": 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 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (k != 0)\n{\n halt;\n}\nelse\n{\n halt;\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,
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"cnt": null,
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"z": null,
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"r2": null,
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"number": 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": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-mbpp_35.imp
|
int ans;
int n;
n = 6;
ans = (n * (n + 1));
|
mbpp_35.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 6;
ans = (n / (n - 1));
| true |
KeywordSwap
| 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,
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"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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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n = 6;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "ans = (n / (n - 1));",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 2;
n = 6;
d = 4;
while(i > n)
{
ans = (a - (i / d));
i = (i - 1);
};
| true |
KeywordSwap
| 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>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>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
</ans>
|
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"i": 1,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (a - (i / d));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 14,
"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": 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 = (i - 1);",
"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,
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"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,
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"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
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"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": 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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 2;
while(x > ((y / y) / y))
{
ans = (ans - 1);
x = (x - 1);
};
| true |
KeywordSwap
| 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>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>5</rule>
<rule>12</rule>
<rule>22</rule>
<rule>26</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>
|
[
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"x": 0,
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"number": null,
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"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 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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"r2y1": null,
"r2y2": null
},
"rules": [
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],
"cleaned_stmt": "y = 2;",
"control_stack": "ε"
},
{
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"prior_state": {
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"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - 1);",
"control_stack": "ε"
},
{
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"prior_state": {
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"ans": 7,
"num": null,
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"c": null,
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"n": null,
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"t": null,
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"tk": null,
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"T": null,
"aa": null,
"bb": null,
"tmp": null,
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"e": null,
"l": null,
"h": null,
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"x2": null,
"y1": null,
"y2": null,
"sum": 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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"right": 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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (x > ((y / y) / y))\n{\n halt;\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": 8,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
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"first": null,
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"y": 2,
"T": null,
"aa": null,
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"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": "while (x > ((y / y) / y))\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 45;
b = 95;
ans = ((a - b) % 180);
if(ans < 90)
{
ans = (180 + ans);
}
else
{
};
| true |
KeywordSwap
| 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>
|
[
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"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,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "a = 45;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 45,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans = ((a - b) % 180);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 140,
"num": null,
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"b": 95,
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"t": null,
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"y": null,
"T": 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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"z": null,
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"n2": null,
"l2": null,
"r2": null,
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"number": null,
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"right": 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 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (ans < 90)\n{\n halt;\n}\nelse\n{\n halt;\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,
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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,
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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": "ans = (180 + ans);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 0;
k = 5;
m = 6;
i = 5;
while(i < 0)
{
i = (i + 1);
k = (k / 10);
x = (k * m);
k = (k % m);
};
ans = x;
| true |
KeywordSwap
| 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>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>1</rule>
<rule>1</rule>
<rule>6</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>4</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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"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
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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": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"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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"left": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans = x;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 11223305;
while(n < 0)
{
n = (n * 10);
ans = (ans - 1);
};
| true |
KeywordSwap
| 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>
|
[
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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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"r2y1": null,
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},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n = 11223305;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n = (n * 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": null,
"b": null,
"c": 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,
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"z": null,
"n1": null,
"n2": null,
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"r2": 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,
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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": "while (n < 0)\n{\n halt;\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": 11,
"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,
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"ay1": null,
"ay2": 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 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - 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": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 1111;
m = 5;
while(i > m)
{
ans = (ans - (n * m));
i = (i - 1);
};
| true |
KeywordSwap
| 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>1</rule>
<rule>6</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>1</rule>
<rule>1</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": 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": 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 = 1111;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 222,
"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": 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 = (i - 1);",
"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 1",
"Rule 1",
"Rule 1",
"Rule 6",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - (n * m));",
"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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i > m)\n{\n halt;\n};",
"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": "while (i > m)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 15;
r = 12;
p = 43;
ans = 1;
i = 1;
while(i >= r)
{
ans = ((ans / ((n + i) - 1)) * i);
i = (i - 1);
};
ans = (ans % p);
| true |
KeywordSwap
| 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>
|
[
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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": 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": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"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,
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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 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": null,
"j": null,
"k": null,
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"n": 0,
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"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,
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"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,
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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 = 15;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 3003,
"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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"i": 6,
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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": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
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"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 1",
"Rule 1",
"Rule 1",
"Rule 4",
"Rule 3",
"Rule 5",
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "ans = ((ans / ((n + i) - 1)) * i);",
"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": 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": "while (i >= r)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1365,
"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": 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,
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"p2d": null,
"cnt": null,
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"z": null,
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"n2": null,
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"number": 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 = (i - 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,
"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,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (i >= r)\n{\n halt;\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,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (ans % p);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 4;
i = 1;
while(i >= n)
{
ans = (ans - (((2 / i) / (2 / i)) / (2 / i)));
i = (i - 1);
};
| true |
KeywordSwap
| 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>
|
[
{
"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,
"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": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = 4;",
"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": 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": "while (i >= n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 288,
"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": 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 5",
"Rule 1",
"Rule 5",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - (((2 / i) / (2 / i)) / (2 / i)));",
"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": 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 = (i - 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": "while (i >= n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
};
};
| true |
KeywordSwap
| 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": 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": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": 5,
"b": 3,
"c": 0,
"d": null,
"f": null,
"x": 0,
"j": null,
"k": null,
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"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
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"t": null,
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"tk": null,
"y": 0,
"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,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = 2;",
"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,
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"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,
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"k9m": 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 4",
"Rule 21"
],
"cleaned_stmt": "y = (c + 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": "if (x < y)\n{\n halt;\n}\nelse\n{\n halt;\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": "if (x > y)\n{\n halt;\n}\nelse\n{\n halt;\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 = (+ 198);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 1;
a = 33;
while(a < 0)
{
ans = (ans - ((a % 8) / i));
a = (a * 8);
i = (i / 10);
};
| true |
KeywordSwap
| 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,
"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 21"
],
"cleaned_stmt": "a = 33;",
"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 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (a < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1,
"num": null,
"a": 4,
"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 1",
"Rule 8",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - ((a % 8) / i));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 41,
"num": null,
"a": 4,
"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 6",
"Rule 21"
],
"cleaned_stmt": "a = (a * 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 = (i / 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": "while (a < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
| true |
KeywordSwap
| 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>
|
[
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"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,
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"k9m": 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 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,
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"t": null,
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"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,
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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 21"
],
"cleaned_stmt": "p = 6;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"j": 0,
"k": null,
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"p": 6,
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"r": null,
"X": null,
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"i": null,
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"T": null,
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"bb": null,
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"xyz": 1,
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"h": 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 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (p != q)\n{\n halt;\n}\nelse\n{\n halt;\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": "if ((q + p) <= 5)\n{\n halt;\n}\nelse\n{\n halt;\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,
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"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
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"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,
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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": "j = (p - 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": "while (j >= q)\n{\n halt;\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 = ((xyz / (j % 10)) % 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": "while (j >= q)\n{\n halt;\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,
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"B": null,
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"t": null,
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"tk": null,
"y": null,
"T": null,
"aa": null,
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"tmp": null,
"xyz": 6,
"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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"number": null,
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"bx1": null,
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"right": 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 8",
"Rule 21"
],
"cleaned_stmt": "ans = (xyz % 10);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 456;
while(n < 0)
{
ans = (n % 10);
n = (n * 10);
};
| true |
KeywordSwap
| 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>6</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>
</ans>
|
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
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"prior_state": {
"ble": 0,
"ans": 0,
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},
"rules": [
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],
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},
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},
"rules": [
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"Rule 8",
"Rule 21"
],
"cleaned_stmt": "ans = (n % 10);",
"control_stack": "ε"
},
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"y2": null,
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"z": null,
"n1": null,
"n2": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n = (n * 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 5,
"num": null,
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"b": null,
"c": null,
"d": null,
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"k": null,
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"r": null,
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"B": null,
"n": 4,
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"T": null,
"aa": null,
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"xyz": null,
"e": null,
"l": null,
"h": null,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"ble": 0,
"ans": 4,
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"b": null,
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"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,
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"x1": null,
"x2": null,
"y1": null,
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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,
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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 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 15;
y = 1;
i = 1;
while(y > x)
{
y = (y / i);
i = (i - 1);
};
ans = i;
| true |
KeywordSwap
| 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>5</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>
<answer id="6">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
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"rules": [
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],
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (y > x)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"ans": 0,
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"k": null,
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"p": null,
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"n": null,
"i": 4,
"s": null,
"t": 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 21"
],
"cleaned_stmt": "y = (y / i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
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},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
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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": "while (y > x)\n{\n halt;\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,
"tmp": null,
"xyz": null,
"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,
"l2": null,
"r2": null,
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"number": 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,
"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": "ans = i;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 9;
i = 2;
while(i > n)
{
if((n % i) != 0)
{
ans = i;
halt;
}
else
{
};
i = (i - 1);
};
ans = (n + 1);
| true |
KeywordSwap
| 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>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>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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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
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"ble": 0,
"ans": 0,
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},
"rules": [
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],
"cleaned_stmt": "i = 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
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"ans": 0,
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"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i > n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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"b": null,
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"k": null,
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"B": null,
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"i": 2,
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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 1",
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((n % i) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"x": null,
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"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
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"i": 2,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
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"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "if ((n % i) != 0)\n{\n halt;\n}\nelse\n{\n halt;\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": 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 21"
],
"cleaned_stmt": "ans = i;",
"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,
"q": null,
"r": null,
"X": null,
"B": 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,
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"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,
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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": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 12;
y = 24;
while(y < 0)
{
if((x % y) != 0)
{
ans = (ans - 1);
}
else
{
};
y = (y + 1);
};
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>4</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>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>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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"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": 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 x;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"count": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "y = 24;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"tk": null,
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"right": null,
"oh": null,
"ow": 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": "y = (y + 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": 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": 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": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (y < 0)\n{\n halt;\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": 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": 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 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((x % y) != 0)\n{\n halt;\n}\nelse\n{\n halt;\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": 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": 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 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((x % y) != 0)\n{\n halt;\n}\nelse\n{\n halt;\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": 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": 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 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - 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": "while (y < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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;
| true |
KeywordSwap
| 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": null,
"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 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": 0,
"k": null,
"m": 0,
"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 21"
],
"cleaned_stmt": "m = 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,
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"x7f": 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 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (j > m)\n{\n halt;\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,
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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 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (i != j)\n{\n halt;\n}\nelse\n{\n halt;\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 = (((n + i) + 1) % 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,
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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 26"
],
"cleaned_stmt": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 10;
k = 3;
ans = 1;
while(i > k)
{
ans = (ans / (n + i));
i = (i - 1);
};
| true |
KeywordSwap
| 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>4</rule>
<rule>5</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>
|
[
{
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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,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": 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,
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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 21"
],
"cleaned_stmt": "n = 10;",
"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,
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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,
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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": "while (i > k)\n{\n halt;\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 = (ans / (n + 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": 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 = (i - 1);",
"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": "while (i > k)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 11;
i = 1;
while(i >= n)
{
ans = (ans - i);
i = (i - 1);
};
ans = (ans * n);
| true |
KeywordSwap
| 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>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>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,
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"x": null,
"j": null,
"k": null,
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"p": null,
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"r": null,
"X": null,
"B": null,
"n": 0,
"i": 0,
"s": null,
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"aa": 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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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n = 11;",
"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": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 11,
"i": 5,
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"count": null,
"x1": null,
"x2": null,
"y1": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - i);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 28,
"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": 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": "while (i >= n)\n{\n halt;\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": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": 11,
"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 = (i - 1);",
"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": "while (i >= n)\n{\n halt;\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 = (ans * n);",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 5;
y = 5;
z = 5;
if((x != y) || (y != z))
{
ans = 1;
halt;
}
else
{
};
ans = 0;
| true |
KeywordSwap
| 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>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": 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": 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": 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 = 5;",
"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": "if ((x != y) || (y != z))\n{\n halt;\n}\nelse\n{\n halt;\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": 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": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 2;
n = 105;
while(n < 1)
{
if((n % i) != 0)
{
ans = (ans - i);
n = (n * i);
}
else
{
i = (i - 1);
};
};
| true |
KeywordSwap
| 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>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>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</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>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>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,
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"y": null,
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"number": null,
"ax1": null,
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"ay1": null,
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"bx1": null,
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"left": null,
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"oh": null,
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"r1x1": 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"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "n = 105;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
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"k": null,
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"r2x1": null,
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"r2y1": null,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (n < 1)\n{\n halt;\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,
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"i": 3,
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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": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (ans - i);",
"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": 105,
"i": 3,
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"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,
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"x7f": null,
"p2d": null,
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"z": 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 6",
"Rule 21"
],
"cleaned_stmt": "n = (n * i);",
"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": 35,
"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,
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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 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 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,
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"r": null,
"X": null,
"B": null,
"n": 35,
"i": 5,
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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": "if ((n % i) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 8,
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"b": null,
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"left": 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 23",
"Rule 26"
],
"cleaned_stmt": "if ((n % i) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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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"j": null,
"k": null,
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"B": null,
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"t": null,
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"aa": null,
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"tmp": null,
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"x1": null,
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"y1": null,
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (n < 1)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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;
| true |
KeywordSwap
| 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>1</rule>
<rule>13</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="4">
<rule>1</rule>
<rule>1</rule>
<rule>5</rule>
<rule>1</rule>
<rule>12</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>1</rule>
<rule>1</rule>
<rule>4</rule>
<rule>6</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="7">
<rule>1</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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},
"rules": [
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],
"cleaned_stmt": "int a;",
"control_stack": "ε"
},
{
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"num": 400,
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},
"rules": [
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],
"cleaned_stmt": "a = 0;",
"control_stack": "ε"
},
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "b = num;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
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"ans": 0,
"num": 400,
"a": 0,
"b": 400,
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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 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (a >= b)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 400,
"a": 0,
"b": 48,
"c": 24,
"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 23",
"Rule 26"
],
"cleaned_stmt": "if ((c / c) > num)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 400,
"a": 0,
"b": 48,
"c": 24,
"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,
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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 4",
"Rule 21"
],
"cleaned_stmt": "b = (c + 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 400,
"a": 0,
"b": 23,
"c": 24,
"d": null,
"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
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"i": null,
"s": null,
"t": null,
"first": null,
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"aa": null,
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"tmp": null,
"xyz": null,
"e": null,
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"z": null,
"n1": null,
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"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (a - ((b + a) * 2));",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": 400,
"a": 18,
"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,
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"vol": null,
"z": null,
"n1": null,
"n2": null,
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"r2": null,
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"number": null,
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"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = (c - 1);",
"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": "if ((c / c) > num)\n{\n halt;\n}\nelse\n{\n halt;\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,
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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": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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": "while (a >= b)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 0;
p = 0;
q = 15;
r = 20;
while(p > r)
{
xyz = (xyz - q);
p = (p - 1);
};
ans = xyz;
| true |
KeywordSwap
| 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>12</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>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": 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 xyz;",
"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": 0,
"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,
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"bx1": 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": "q = 15;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": null,
"c": null,
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"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
"xyz": 45,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
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"bx1": null,
"bx2": null,
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"left": null,
"right": null,
"oh": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "p = (p - 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": 3,
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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 3",
"Rule 21"
],
"cleaned_stmt": "xyz = (xyz - q);",
"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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"aa": null,
"bb": null,
"tmp": null,
"xyz": 225,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
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"x7f": 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": "while (p > r)\n{\n halt;\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,
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"r": 20,
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"n": null,
"i": null,
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"tk": null,
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"xyz": 300,
"e": null,
"l": null,
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"count": null,
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"x2": null,
"y1": null,
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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,
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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,
"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": "while (p > r)\n{\n halt;\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,
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"j": null,
"k": null,
"m": null,
"p": 20,
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"r": 20,
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"B": null,
"n": null,
"i": null,
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"tk": null,
"y": null,
"T": null,
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"bb": null,
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"xyz": 300,
"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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"cnt": null,
"vol": null,
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"n1": null,
"n2": null,
"l2": null,
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"number": null,
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"bx1": 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 = xyz;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 6;
y = 15;
z = 20;
if(((z % y) == 0) || ((x % z) == 0))
{
ans = 1;
}
else
{
ans = 0;
};
| true |
KeywordSwap
| 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,
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"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,
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"r1y1": null,
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"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "x = 6;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
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"num": null,
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},
"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": "if (((z % y) == 0) || ((x % z) == 0))\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 5;
while(n < 0)
{
ans = (ans - n);
n = (n * 2);
};
| true |
KeywordSwap
| 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>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>
|
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},
"rules": [
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],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
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"rules": [
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"Rule 1",
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"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - n);",
"control_stack": "ε"
},
{
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"num": null,
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"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": null,
"s": null,
"t": null,
"first": null,
"tk": null,
"y": null,
"T": null,
"aa": null,
"bb": null,
"tmp": null,
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"z": 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 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n = (n * 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,
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"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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;
| true |
KeywordSwap
| 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>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>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>12</rule>
<rule>23</rule>
<rule>27</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>21</rule>
</answer>
</ans>
|
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int d;",
"control_stack": "ε"
},
{
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},
"rules": [
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],
"cleaned_stmt": "c = 2;",
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},
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"rules": [
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],
"cleaned_stmt": "if (x > 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 12",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (b > d)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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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 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "x = (x / e);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 5,
"c": 2,
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"x": 486,
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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 3",
"Rule 21"
],
"cleaned_stmt": "b = (b - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 6,
"c": 2,
"d": 6,
"f": null,
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"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
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"B": null,
"n": null,
"i": null,
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"t": null,
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"tk": null,
"y": null,
"T": null,
"aa": null,
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"tmp": null,
"xyz": null,
"e": 3,
"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,
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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 23",
"Rule 27"
],
"cleaned_stmt": "while (b > d)\n{\n halt;\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,
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"j": null,
"k": null,
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"xyz": null,
"e": 3,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
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"l2": null,
"r2": null,
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"number": 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,
"r1x1": null,
"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "ans = x;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 123;
n2 = 256;
while(n1 < 0)
{
ans = (ans - ((n2 % 10) + (n1 % 10)));
n1 = (n1 * 10);
n2 = (n2 * 10);
};
| true |
KeywordSwap
| 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>1</rule>
<rule>8</rule>
<rule>4</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,
"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,
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"cnt": null,
"vol": null,
"z": null,
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"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 n1;",
"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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"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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"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,
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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 21"
],
"cleaned_stmt": "n1 = 123;",
"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,
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"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
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"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": 123,
"n2": 256,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 6",
"Rule 21"
],
"cleaned_stmt": "n1 = (n1 * 10);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 6,
"num": null,
"a": null,
"b": null,
"c": null,
"d": null,
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"j": null,
"k": null,
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"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 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (n1 < 0)\n{\n halt;\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 = (ans - ((n2 % 10) + (n1 % 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": "while (n1 < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 97;
while(n < 0)
{
ans = (ans - (n % 10));
n = (n * 10);
};
| true |
KeywordSwap
| 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>
</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,
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"number": 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 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,
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"n": 0,
"i": 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,
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"number": null,
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"bx1": 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 21"
],
"cleaned_stmt": "n = 97;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"h": null,
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"n2": 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": "while (n < 0)\n{\n halt;\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": 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 1",
"Rule 8",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - (n % 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": 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 = (n * 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,
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"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
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"left": null,
"right": null,
"oh": 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 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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);
| true |
KeywordSwap
| 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>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>17</rule>
<rule>22</rule>
<rule>26</rule>
</answer>
<answer id="5">
<rule>1</rule>
<rule>3</rule>
<rule>21</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>1</rule>
<rule>8</rule>
<rule>17</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="7">
<rule>1</rule>
<rule>1</rule>
<rule>16</rule>
<rule>23</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>
|
[
{
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"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": null,
"c": 0,
"d": null,
"f": null,
"x": null,
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"k": null,
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"p": null,
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"X": null,
"B": null,
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"y": null,
"T": null,
"aa": null,
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"tmp": null,
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"count": null,
"x1": null,
"x2": null,
"y1": 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 36"
],
"cleaned_stmt": "int i;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 0,
"b": null,
"c": 0,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "a = 3;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 21"
],
"cleaned_stmt": "i = l;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": 3,
"b": null,
"c": 0,
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"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": 20,
"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": 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": "while (i >= r)\n{\n halt;\n};",
"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,
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"r": 20,
"X": null,
"B": null,
"n": 6,
"i": 8,
"s": null,
"t": null,
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"y": null,
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"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 17",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((i % a) == 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "c = (c - 1);",
"control_stack": "ε"
},
{
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 1",
"Rule 8",
"Rule 17",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((i % a) == 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"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 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if (c != n)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if (c != n)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
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},
"rules": [
"Rule 26"
],
"cleaned_stmt": "halt;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-mbpp_59.imp
|
int ans;
int n;
n = 10;
ans = (((3 * n) * n) - (2 * n));
|
mbpp_59.imp
|
K
|
module IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 10;
ans = (((3 / n) / n) + (2 / n));
| true |
KeywordSwap
| 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>
|
[
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"f": null,
"x": null,
"j": null,
"k": null,
"m": null,
"p": null,
"q": null,
"r": null,
"X": null,
"B": null,
"n": null,
"i": null,
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"t": null,
"first": null,
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"tmp": 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 36"
],
"cleaned_stmt": "int ans;",
"control_stack": "ε"
},
{
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"prior_state": {
"ble": 0,
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"h": null,
"count": null,
"x1": null,
"x2": null,
"y1": null,
"y2": null,
"sum": null,
"k9m": null,
"x7f": null,
"p2d": null,
"cnt": null,
"vol": null,
"z": null,
"n1": null,
"n2": null,
"l2": null,
"r2": null,
"temp": null,
"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
"ay2": null,
"bx1": null,
"bx2": null,
"by1": null,
"by2": null,
"left": null,
"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 = 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 = (((3 / n) / n) + (2 / n));",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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
{
};
| true |
KeywordSwap
| 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>8</rule>
<rule>16</rule>
<rule>22</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>8</rule>
<rule>16</rule>
<rule>23</rule>
<rule>26</rule>
</answer>
<answer id="6">
<rule>1</rule>
<rule>5</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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"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,
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"n3": null,
"number": null,
"ax1": null,
"ax2": null,
"ay1": null,
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"bx1": null,
"bx2": null,
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"left": 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 36"
],
"cleaned_stmt": "int b;",
"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 = 2;",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
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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": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 1,
"c": null,
"d": null,
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"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 8",
"Rule 16",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "if ((n % 2) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 2,
"c": 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": "n = (n * 2);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 2,
"c": null,
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"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 8",
"Rule 16",
"Rule 23",
"Rule 26"
],
"cleaned_stmt": "if ((n % 2) != 0)\n{\n halt;\n}\nelse\n{\n halt;\n};",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
"a": null,
"b": 2,
"c": null,
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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "b = (b / 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,
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"aa": null,
"bb": null,
"tmp": null,
"xyz": null,
"e": null,
"l": null,
"h": null,
"count": null,
"x1": null,
"x2": 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 24",
"Rule 25",
"Rule 1",
"Rule 14",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (n < 0)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 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;
| true |
KeywordSwap
| true |
<ans>
<answer id="0">
<rule>36</rule>
</answer>
<answer id="1">
<rule>21</rule>
</answer>
<answer id="2">
<rule>1</rule>
<rule>4</rule>
<rule>21</rule>
</answer>
<answer id="3">
<rule>1</rule>
<rule>5</rule>
<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>
|
[
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"b": null,
"c": null,
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"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,
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"l2": 0,
"r2": 0,
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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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"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 21"
],
"cleaned_stmt": "r = 2;",
"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 4",
"Rule 21"
],
"cleaned_stmt": "l = (r + 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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"b": null,
"c": null,
"d": null,
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"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,
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"cnt": null,
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"z": null,
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"l2": 0,
"r2": 4,
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"right": null,
"oh": null,
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"r1x2": null,
"r1y1": null,
"r1y2": null,
"r2x1": null,
"r2x2": null,
"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "l2 = (l / 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,
"m": null,
"p": null,
"q": null,
"r": 2,
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"B": null,
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"i": null,
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"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": 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": "while ((l2 + l) < 1)\n{\n halt;\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,
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"e": null,
"l": 1,
"h": null,
"count": null,
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"x2": null,
"y1": null,
"y2": 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 = r2;",
"control_stack": "ε"
}
] |
|
srp-mk-K-addSub_mulDiv_negateRelation-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_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
imports INT
imports BOOL
imports LIST
imports MAP
imports ID
imports STRING
imports K-LOCATIONS
syntax AExp ::= Int | Id
| "-" AExp [strict]
| "+" AExp [strict]
> left:
AExp "*" AExp [strict]
| AExp "/" AExp [strict]
| AExp "%" AExp [strict]
> left:
AExp "-" AExp [strict]
| AExp "+" AExp [strict]
> PAExp
syntax PAExp ::= "(" AExp ")" [klabel(parenthesizedA), symbol]
syntax BExp ::= Bool
> "!" BExp [strict]
> left:
AExp ">" AExp [seqstrict]
| AExp ">=" AExp [seqstrict]
| AExp "<" AExp [seqstrict]
| AExp "<=" AExp [seqstrict]
| AExp "!=" AExp [seqstrict]
| AExp "==" AExp [seqstrict]
> left:
BExp "||" BExp [seqstrict]
| BExp "&&" BExp [seqstrict]
> PBExp
syntax PBExp ::= "(" BExp ")" [klabel(parenthesizedB), symbol]
syntax Block ::= "{" "}"
| "{" Stmt "}"
syntax ContMark ::= "continueMarker"
syntax WhileStmt ::= "while" "(" BExp ")" Block ";"
syntax CompStmt ::= Id "=" AExp ";" [strict(2)]
| "if" "(" BExp ")" Block "else" Block ";" [strict(1)]
| WhileStmt
| "while1" "(" BExp ")" Block
| "halt" ";"
| "break" ";"
| "continue" ";"
| "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_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-SYNTAX
syntax KResult ::= Int | Bool
syntax KItem ::= "breakMarker"
syntax KItem ::= "ERROR"
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> ERROR ~> _ => .</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_ADDSUB_MULDIV_NEGATERELATION
imports IMP_K_ADDSUB_MULDIV_NEGATERELATION-AUXILIARY
rule [1]:
<k> X:Id => I ...</k>
<state>... X |-> I ...</state>
<rules> L => L ListItem("Rule 1") </rules>
rule [2]:
<k> X:Id => ERROR </k>
<state> Rho:Map </state>
<rules> L => L ListItem("Rule 2") </rules>
requires notBool (X in_keys(Rho))
rule [3]:
<k> I1 - I2 => I1 +Int I2 ... </k>
<rules> L => L ListItem("Rule 3") </rules>
rule [4]:
<k> I1 + I2 => I1 -Int I2 ... </k>
<rules> L => L ListItem("Rule 4") </rules>
rule [5]:
<k> I1 / I2 => I1 *Int I2 ... </k>
<rules> L => L ListItem("Rule 5") </rules>
rule [6]:
<k> I1 * I2 => I1 /Int I2 ... </k>
<rules> L => L ListItem("Rule 6") </rules>
requires I2 =/=Int 0
rule [7]:
<k> I1 * I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 7") </rules>
requires I2 ==Int 0
rule [8]:
<k> I1 % I2 => I1 %Int I2 ... </k>
<rules> L => L ListItem("Rule 8") </rules>
requires I2 =/=Int 0
rule [9]:
<k> I1 % I2 => ERROR ... </k>
<rules> L => L ListItem("Rule 9") </rules>
requires I2 ==Int 0
rule [10]:
<k> - I1 => 0 +Int I1 ... </k>
<rules> L => L ListItem("Rule 10") </rules>
rule [11]:
<k> + I1 => 0 -Int I1 ... </k>
<rules> L => L ListItem("Rule 11") </rules>
rule [12]:
<k> I1 > I2 => I1 <Int I2 ... </k>
<rules> L => L ListItem("Rule 12") </rules>
rule [13]:
<k> I1 >= I2 => I1 <=Int I2 ... </k>
<rules> L => L ListItem("Rule 13") </rules>
rule [14]:
<k> I1 < I2 => I1 >Int I2 ... </k>
<rules> L => L ListItem("Rule 14") </rules>
rule [15]:
<k> I1 <= I2 => I1 >=Int I2 ... </k>
<rules> L => L ListItem("Rule 15") </rules>
rule [16]:
<k> I1 != I2 => I1 ==Int I2 ... </k>
<rules> L => L ListItem("Rule 16") </rules>
rule [17]:
<k> I1 == I2 => I1 =/=Int I2 ... </k>
<rules> L => L ListItem("Rule 17") </rules>
rule [18]:
<k> ! B1 => notBool B1 ... </k>
<rules> L => L ListItem("Rule 18") </rules>
rule [19]:
<k> B1 || B2 => B1 andBool B2 ... </k>
<rules> L => L ListItem("Rule 19") </rules>
rule [20]:
<k> B1 && B2 => B1 orBool B2 ... </k>
<rules> L => L ListItem("Rule 20") </rules>
rule [21]:
<k> X = I:Int; => . ...</k>
<state>... X |-> (_ => I) ...</state>
<rules> L => L ListItem("Rule 21") </rules>
rule [22]:
<k> if (true) S else _ ; => S ... </k>
<rules> L => L ListItem("Rule 22") </rules>
rule [23]:
<k> if (false) _ else S ; => S ... </k>
<rules> L => L ListItem("Rule 23") </rules>
rule [24]:
<k> (while (B) S ;) => push(R) ~> pushStmt((while (B) S ;)) ~> (while1 (B) S) ~> breakMarker ~> pop ~> popStmt ... </k>
<currentLine> R:Int </currentLine>
<rules> L => L ListItem("Rule 24") </rules>
rule [25]:
<k> while1 (B) S => printLine(X); ~> printStmt((while (B) S ;)); ~> printState; ~> printStackTop; ~> if (B) {S continueMarker (while1 (B) S)} else {}; ...</k>
<whileStack> ListItem(X:Int) S1:List</whileStack>
<whileLine> _ => X </whileLine>
<rules> L => L ListItem("Rule 25") </rules>
rule [26]:
<k> halt; ~> _ => .</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> continue; ~> S:ContMark => . ...</k>
<rules> L => L ListItem("Rule 29") </rules>
rule [30]:
<k> continue; ~> S:Stmt => continue; ...</k>
<rules> L => L ListItem("Rule 30") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
requires notBool isContmark(S)
rule [31]:
<k> continue; => ERROR </k>
<rules> L => L ListItem("Rule 31") </rules>
<whileStack> .List </whileStack>
rule [32]:
<k> continue; ~> breakMarker => continue; ...</k>
<rules> L => L ListItem("Rule 32") </rules>
rule [33]:
<k> break; ~> S:Stmt => break; ...</k>
<rules> L => L ListItem("Rule 33") </rules>
<whileStack> ListItem(_) REST:List </whileStack>
rule [34]:
<k> break; => ERROR </k>
<rules> L => L ListItem("Rule 34") </rules>
<whileStack> .List </whileStack>
rule [35]:
<k> break; ~> 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 = 1;
n = 3;
while(i >= n)
{
j = (2 / i);
ans = (ans - (((j / j) / j) / j));
i = (i - 1);
};
| true |
KeywordSwap
| 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>5</rule>
<rule>21</rule>
</answer>
<answer id="4">
<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="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>
|
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"i": null,
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"t": null,
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"r2x1": null,
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"r2y1": null,
"r2y2": null
},
"rules": [
"Rule 36"
],
"cleaned_stmt": "int n;",
"control_stack": "ε"
},
{
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"prior_state": {
"ble": 0,
"ans": 0,
"num": null,
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},
"rules": [
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],
"cleaned_stmt": "i = 1;",
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},
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"ans": 16,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 22",
"Rule 26"
],
"cleaned_stmt": "while (i >= n)\n{\n halt;\n};",
"control_stack": "ε"
},
{
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"prior_state": {
"ble": 0,
"ans": 272,
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"b": null,
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"x": null,
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"k": null,
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},
"rules": [
"Rule 1",
"Rule 5",
"Rule 21"
],
"cleaned_stmt": "j = (2 / i);",
"control_stack": "ε"
},
{
"line_number": 1,
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"num": null,
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},
"rules": [
"Rule 1",
"Rule 1",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 1",
"Rule 5",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "ans = (ans - (((j / j) / j) / j));",
"control_stack": "ε"
},
{
"line_number": 1,
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},
"rules": [
"Rule 1",
"Rule 3",
"Rule 21"
],
"cleaned_stmt": "i = (i - 1);",
"control_stack": "ε"
},
{
"line_number": 1,
"prior_state": {
"ble": 0,
"ans": 1568,
"num": null,
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},
"rules": [
"Rule 24",
"Rule 25",
"Rule 1",
"Rule 1",
"Rule 13",
"Rule 23",
"Rule 27"
],
"cleaned_stmt": "while (i >= n)\n{\n halt;\n};",
"control_stack": "ε"
}
] |
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