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## dist_cpan-MARTIMM-Gnome-N.md
# Gnome::N - Native Raku Interface to Gnome
# Description
This package holds the native object description as well as the interface description to connect to the Gnome libraries. This set of modules will never act on their own. They will be used by other packages such as `Gnome::Gtk3` and the like.
Note that all modules are now in `:api<1>`. This is done to prevent clashes with future distributions having the same class names only differing in this api string. So, add this string to your import statements and dependency modules of these classes in META6.json. Furthermore add this api string also when installing with zef.
Example;
```
use Gnome::Gtk3::Main:api<1>;
use Gnome::Gtk3::Window:api<1>;
use Gnome::Gtk3::Grid:api<1>;
use Gnome::Gtk3::Button:api<1>;
my Gnome::Gtk3::Main $m .= new;
… etcetera …
```
## Documentation
* [🔗 License document](http://www.perlfoundation.org/artistic_license_2_0)
* [🔗 Release notes](https://github.com/MARTIMM/gnome-native/blob/master/CHANGES.md)
* [🔗 Issues](https://github.com/MARTIMM/gnome-gtk3/issues)
# Installation
Do not install this package on its own. Instead install `Gnome::Gtk3:api<1>`.
`zef install 'Gnome::Gtk3:api<1>'`
# Author
Name: **Marcel Timmerman**
Github account name: **MARTIMM**
# Issues
There are always some problems! If you find one, please help by filing an issue at [my Gnome::Gtk3 github project](https://github.com/MARTIMM/gnome-gtk3/issues).
# Attribution
* The developers of Raku of course and the writers of the documentation which helped me out every time again and again.
* The builders of all the Gnome libraries and its documentation.
* Other helpful modules for their insight and use.
|
## duckmap.md
duckmap
Combined from primary sources listed below.
# [In Any](#___top "go to top of document")[§](#(Any)_method_duckmap "direct link")
See primary documentation
[in context](/type/Any#method_duckmap)
for **method duckmap**.
```raku
method duckmap(&block) is rw is nodal
```
`duckmap` will apply `&block` on each element that behaves in such a way that `&block` can be applied. If it fails, it will descend recursively if possible, or otherwise return the item without any transformation. It will act on values if the object is [`Associative`](/type/Associative).
```raku
<a b c d e f g>.duckmap(-> $_ where <c d e>.any { .uc }).say;
# OUTPUT: «(a b C D E f g)»
(('d', 'e'), 'f').duckmap(-> $_ where <e f>.any { .uc }).say;
# OUTPUT: «((d E) F)»
{ first => ('d', 'e'), second => 'f'}.duckmap(-> $_ where <e f>.any { .uc }).say;
# OUTPUT: «{first => (d E), second => F}»
```
In the first case, it is applied to `c`, `d` and `e` which are the ones that meet the conditions for the block (`{ .uc }`) to be applied; the rest are returned as is.
In the second case, the first item is a list that does not meet the condition, so it's visited; that flat list will behave in the same way as the first one. In this case:
```raku
say [[1,2,3],[[4,5],6,7]].duckmap( *² ); # OUTPUT: «[9 9]»
```
You can square anything as long as it behaves like a number. In this case, there are two arrays with 3 elements each; these arrays will be converted into the number 3 and squared. In the next case, however
```raku
say [[1,2,3],[[4,5],6.1,7.2]].duckmap( -> Rat $_ { $_²} );
# OUTPUT: «[[1 2 3] [[4 5] 37.21 51.84]]»
```
3-item lists are not [`Rat`](/type/Rat), so it descends recursively, but eventually only applies the operation to those that walk (or slither, as the case may be) like a [`Rat`](/type/Rat).
Although on the surface (and name), `duckmap` might look similar to [`deepmap`](/routine/deepmap), the latter is applied recursively regardless of the type of the item.
|
## dist_zef-jforget-Date-Calendar-Hebrew.md
# NAME
Date::Calendar::Hebrew - Conversions from / to the Hebrew calendar
# SYNOPSIS
Converting a Gregorian date (e.g. 16th June 2019) into Hebrew
```
use Date::Calendar::Hebrew;
my Date $TPC2019-Pittsburgh-grg;
my Date::Calendar::Hebrew $TPC2019-Pittsburgh-heb;
$TPC2019-Pittsburgh-grg .= new(2019, 6, 16);
$TPC2019-Pittsburgh-heb .= new-from-date($TPC2019-Pittsburgh-grg);
say $TPC2019-Pittsburgh-heb;
# --> 5779-03-13
say "{.day-name} {.day} {.month-name} {.year}" with $TPC2019-Pittsburgh-heb;
# --> Yom Rishon 13 Sivan 5779
```
Converting a Hebrew date (e.g. 6 Av 5779) into Gregorian
```
use Date::Calendar::Hebrew;
my Date::Calendar::Hebrew $Perlcon-Riga-heb;
my Date $Perlcon-Riga-grg;
$Perlcon-Riga-heb .= new(year => 5779
, month => 5
, day => 6);
$Perlcon-Riga-grg = $Perlcon-Riga-heb.to-date;
say $Perlcon-Riga-grg;
```
# INSTALLATION
```
zef install Date::Calendar::Hebrew
```
or
```
git clone https://github.com/jforget/raku-Date-Calendar-Hebrew.git
cd raku-Date-Calendar-Hebrew
zef install .
```
# DESCRIPTION
Date::Calendar::Hebrew is a class representing dates in the Hebrew
calendar. It allows you to convert an Hebrew date into Gregorian (or
possibly other) calendar and the other way.
# AUTHOR
Jean Forget
# COPYRIGHT AND LICENSE
Copyright (c) 2019, 2020, 2023, 2024 Jean Forget, all rights reserved
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-ohmycloudy-FeiShuBot.md
# NAME
FeiShuBot - A mini tool for sending message to feishu group.
# SYNOPSIS
```
use FeiShuBot;
use FeiShuBot;
my $hook-url = "https://open.feishu.cn/open-apis/bot/v2/hook/xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx";
my $secret = "xxxxxxxxxxxxxxxxxxxxxx";
my $client = FeiShuBot.new(:$hook-url, :$secret);
my $msg = "I'm a bot";
$client.send($msg);
```
# DESCRIPTION
FeiShuBot is a mini tool for sending message to feishu group.
# AUTHOR
[[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2022
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_github-peelle-LendingClub.md
# LendingClub
[Lending Club API](https://www.lendingclub.com/developers/lc-api.action).
# SYNOPSIS
A wrapper for the Lending Club API. It wraps all of the functions they currently provide. In the below examples, I modified the return #'s for my example query.
# EXAMPLE
```
use LendingClub;
use Data::Dump;
my $lc = LendingClub.new(token => 'somesecrettoken', accountId => 12345 );
say Dump $lc.summary;'
=begin output
{
accountTotal => 1000000000.00.Rat,
accruedInterest => 1.00.Rat,
availableCash => 100.00.Rat,
infundingBalance => 100.Int,
investorId => 12345.Int,
outstandingPrincipal => 100000000.Rat,
receivedInterest => 1.00.Rat,
receivedLateFees => 0.Int,
receivedPrincipal => 10.00.Rat,
totalNotes => 111.Int,
totalPortfolios => 5.Int,
}
=end output
my $dt = DateTime.new( year => 2016, month => 3, day => 3);
my $transfer = $lc.transferFunds( "LOAD_ONCE", 50.00, $dt.Str );
$lc.cancelTransfers( [ $transfer<transfers>[0]<transferId> ] );
my $avail_notes = $lc.listing;
# .... Some code to decide what notes to invest in from the list.....
$lc.submitOrders( 12345, @some_notes_i_want );
```
# INSTALLATION
```
> zef install LendingClub
```
# DEPENDENCIES
* [JSON::Tiny](https://github.com/moritz/json)
* [Net::HTTP](https://github.com/ugexe/Perl6-Net--HTTP)
# METHODS
> Queries for info.
* summary
* availableCash
* pending
* notes
* detailedNotes
* portfolios
* listing( Bool $showAll = False )
> Actions that affect your account.
* transerFunds( Str $transferFrequency, Rat() $amount, Str $startDate?, Str $endDate?, )
* cancelTransfers( @transferIds )
* createPortfolio( Int $aid, Str $portfolioName, Str $portfolioDescription? )
* submitOrders( Int $aid, @orders )
\*\* aid is your account number.
# BUGS
* I haven't tested it as thoroughly as I wanted. Specifically I don't have multiple account types(investing, and retirement) so I don't know if it works right for people with both.
* Setting listing to true attempts to get ALL notes on the Lending Club platform. Using a true value for the listing method crashes on my system. I haven't looked into why.
# NOTE ON FRESHNESS
I no longer use Lending Club, but from time to time I will check if they've updated their API. If you notice an update, feel free to contact me via github or email.
# TODO/HELP PLEASE
* More/better tests.
# AUTHOR
James (Jeremy) Carman [[email protected]](mailto:[email protected])
# ACKNOWLEDGEMENTS
* Mad thanks to [ugexe](https://github.com/ugexe) for accepting my pull request. Without his awesome [Net::HTTP::\*](https://github.com/ugexe/Perl6-Net--HTTP) modules, I would have given up on this module. It was the third module of this type I tried.
|
## dist_zef-raku-community-modules-Marpa.md
## Chunk 1 of 3
[](https://github.com/raku-community-modules/Marpa/actions)
# NAME
Marpa - Raku interface to the libmarpa C library.
# SYNOPSIS
```
use Marpa;
```
# DESCRIPTION
Marpa is a Raku interface to the libmarpa C library.
Marpa requires libmarpa to be present. I'd recommend installing from packages, or just look on the libmarpa website for install instructions.
# AUTHOR
Jeffrey Goff, aka DrForr
Source can be located at: <https://github.com/raku-community-modules/Marpa> . Comments and Pull Requests are welcome.
# COPYRIGHT AND LICENSE
Copyright 2015 - 2018 Jeffrey Goff
Copyright 2019 - 2022 Raku Community
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
### sub marpa\_check\_version
```
sub marpa_check_version(
Int $required_major,
Int $required_minor,
Int $required_micro
) returns Marpa-Error-Code
```
Checks that the Marpa library in use is compatible with the given version. Generally you will pass in the constants MARPA-MAJOR-VERSION, MARPA-MINOR-VERSION, MARPA-MICRO-VERSION as the three arguments to this function; that produces a check that the library in use is compatible with the version of Libmarpa the application or module was compiled against. Compatibility is defined by two things: first the version of the running library is newer than the version required\_major.required\_minor.required\_micro. Second the running library must be binary compatible with the version required\_major.required\_minor.required\_micro (same major version.) Success value: MARPA-ERR-NONE if the Marpa library is compatible with the requested version. Failure value: If the library is not compatible, one of the following is returned, indicating the nature of the mismatch: MARPA-ERR-MAJOR-VERSION-MISMATCH, MARPA-ERR-MINOR-VERSION-MISMATCH MARPA-ERR-MICRO-VERSION-MISMATCH
### sub marpa\_version
```
sub marpa_version(
NativeCall::Types::Pointer[Int] $version
) returns Marpa-Error-Code
```
Returns the version number in version, which must have room for three int's. Success value: A non-negative number. Failure value: −2.
### sub marpa\_c\_init
```
sub marpa_c_init(
NativeCall::Types::Pointer[Marpa::Marpa-Config] $config
) returns Int
```
Initialize the config information to “safe” default values. Unspecified behavior will result if an initialized configuration is used to create a grammar. Success value: A non-negative value. Failure value: Always succeeds.
### sub marpa\_c\_error
```
sub marpa_c_error(
NativeCall::Types::Pointer[Marpa::Marpa-Config] $config,
NativeCall::Types::Pointer[Str] $p_error_string
) returns Marpa-Error-Code
```
Error codes are usually kept in the base grammar, which leaves marpa\_g\_new() no place to put its error code on failure. Objects of the Marpa-Config class provide such a place. p\_error\_string is reserved for use by the internals. Applications should set it to NULL. Success value: The error code in config. Failure value: Always succeeds.
### sub marpa\_g\_new
```
sub marpa_g_new(
NativeCall::Types::Pointer[Marpa::Marpa-Config] $configuration
) returns Marpa::g
```
Creates a new grammar time object. The returned grammar object is not yet precomputed, and will have no symbols and rules. Its reference count will be 1. Unless the application calls marpa\_c\_error, Libmarpa will not reference the location pointed to by the configuration argument after marpa\_g\_new returns. The configuration argument may be NULL, but if it is, there will be no way to determine the error code on failure. Success value: the grammar object. Failure value: NULL, and the error code is set in configuration.
### sub marpa\_g\_force\_valued
```
sub marpa_g_force_valued(
Marpa::g $g
) returns Int
```
It is recommended that this call be made immediately after the grammar constructor. It turns off a deprecated feature. The marpa\_g\_force\_valued forces all the symbols in a grammar to be “valued”. The opposite of a valued symbol is one about whose value you do not care. This distinction has been made in the past in hope of gaining efficiencies at evaluation time. Current thinking is that the gains do not repay the extra complexity. Success value: a non-negative integer. Failure value: a negative integer.
### sub marpa\_g\_ref
```
sub marpa_g_ref(
Marpa::Marpa-Grammar $g
) returns Marpa::g
```
Increases the reference count by 1. Not needed by most applications. Success value: the grammar object it was called with. Failure value: NULL.
### sub marpa\_g\_unref
```
sub marpa_g_unref(
Marpa::g $g
) returns Mu
```
Decreases the reference count by 1, destroying g once the reference count reaches zero.
### sub marpa\_g\_start\_symbol
```
sub marpa_g_start_symbol(
Marpa::g $g
) returns Marpa::Marpa-Symbol-ID
```
Returns current value of the start symbol of grammar g. The value is that specified in the marpa\_g\_start\_symbol\_set() call, if there has been one. Success value: The new start symbol. Failure value: -1 if there is no start symbol, otherwise -2.
### sub marpa\_g\_start\_symbol\_set
```
sub marpa_g_start_symbol_set(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Marpa::Marpa-Symbol-ID
```
Sets the start symbol of grammar g to symbol id. Success value: The ID of the new start symbol. Failure value: -1 if sym\_id is well-formed but there is no such symbol, otherwise -2.
### sub marpa\_g\_highest\_symbol\_id
```
sub marpa_g_highest_symbol_id(
Marpa::g $g
) returns Int
```
Success value: the numerically largest symbol ID of $g. Failure value: -2.
### sub marpa\_g\_symbol\_is\_accessible
```
sub marpa_g_symbol_is_accessible(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Int
```
A symbol is accessible if it can be reached from the start symbol. Success value: 1 if symbol sym\_id is accessible, 0 if not. If sym\_id is well-formed, but there is no such symbol, −1. If the grammar is not precomputed, or on other failure, −2. Failure value: -2.
### sub marpa\_g\_symbol\_is\_nullable
```
sub marpa_g_symbol_is_nullable(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Int
```
A symbol is nullable if it sometimes produces the empty string. A nulling symbol is always a nullable symbol, but not all nullable symbols are nulling symbols. Success value: 1 if symbol sym\_id is nullable, 0 if not. If sym\_id is well-formed, but there is no such symbol, −1. If the grammar is not precomputed, or on other failure, −2. Failure value: -2.
### sub marpa\_g\_symbol\_is\_nulling
```
sub marpa_g_symbol_is_nulling(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Int
```
A symbol is nulling if it always produces the empty string. Success value: 1 if symbol sym\_id is nulling, 0 if not. If sym\_id is well-formed, but there is no such symbol, −1. If the grammar is not precomputed, or on other failure, −2. Failure value: -2.
### sub marpa\_g\_symbol\_is\_productive
```
sub marpa_g_symbol_is_productive(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Int
```
A symbol is productive if it can produce a string of terminals. All nullable symbols are considered productive. Success value: 1 if symbol sym\_id is productive, 0 if not. If sym\_id is well-formed, but there is no such symbol, −1. If the grammar is not precomputed, or on other failure, −2. Failure value: -2.
### sub marpa\_g\_symbol\_is\_start
```
sub marpa_g_symbol_is_start(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Int
```
This return value of this call indicates whether sym\_id is the start symbol. Success value: 1 if sym\_id is the start symbol. 0 if sym\_id is not the start symbol, either because the start symbol is different from sym\_id, or because the start symbol has not been set yet. Failure value: -1 if sym\_id is well-formed, but there is no such symbol. -2 on other failure.
### sub marpa\_g\_symbol\_is\_terminal\_set
```
sub marpa_g_symbol_is_terminal_set(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id,
Int $value
) returns Int
```
These methods, respectively, set and query the “terminal status” of a symbol. To be used as an input symbol in the marpa\_r\_alternative() method, a symbol must be a terminal. This function flags symbol sym\_id as a terminal if value is 1, or flags it as a non-terminal if value is 0. Once set to a value with the marpa\_g\_symbol\_is\_terminal\_set() method, the terminal status of a symbol is “locked” at that value. A subsequent call to marpa\_g\_symbol\_is\_terminal\_set() that attempts to change the terminal status of sym\_id to a value different from its current one will fail. The error code will be MARPA-ERR-TERMINAL-IS-LOCKED. By default, a symbol is a terminal if and only if it does not appear on the LHS of any rule. An attempt to flag a nulling symbol as a terminal will cause a failure, but this is not necessarily detected before precomputation. Success returns: When successful, these methods return 1 if symbol sym\_id is a terminal symbol after the call, 0 otherwise. Failure returns: If sym\_id is well-formed, but there is no such symbol, −1. On all other failures, −2. Other failures include when value is not 0 or 1; when the terminal status is locked and value is different from its current value; and, in the case of marpa\_g\_symbol\_is\_terminal\_set(), when the grammar g is precomputed.
### sub marpa\_g\_symbol\_new
```
sub marpa_g_symbol_new(
Marpa::g $g
) returns Marpa::Marpa-Symbol-ID
```
Creates a new symbol. The symbol ID will be a non-negative integer. Success value: The ID of a new symbol. Failure value: −2.
### sub marpa\_g\_highest\_rule\_id
```
sub marpa_g_highest_rule_id(
Marpa::g $g
) returns Int
```
Success value: The ID of the numerically largest rule ID of $g. Failure value: −2.
### sub marpa\_g\_rule\_is\_accessible
```
sub marpa_g_rule_is_accessible(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id
) returns Int
```
A rule is accessible if it can be reached from the start symbol. A rule is accessible if and only if its LHS symbol is accessible. The start rule is always an accessible rule. Success value: 1 if rule rule\_id is accessible, 0 if not. If rule\_id is well-formed, but there is no such rule, −1. If the grammar is not precomputed, or on other failure, −2. Failure value: −2.
### sub marpa\_g\_rule\_is\_nullable
```
sub marpa_g_rule_is_nullable(
Marpa::g $g,
Marpa::Marpa-Rule-ID $ruleid
) returns Int
```
A rule is nullable if it sometimes produces the empty string. A nulling rule is always a nullable rule, but not all nullable rules are nulling rules. Success value: 1 if rule ruleid is nullable, 0 if not. If rule\_id is well-formed, but there is no such rule, −1. If the grammar is not precomputed, or on other failure, −2. Failure value: −2.
### sub marpa\_g\_rule\_is\_nulling
```
sub marpa_g_rule_is_nulling(
Marpa::g $g,
Marpa::Marpa-Rule-ID $ruleid
) returns Int
```
A rule is nulling if it always produces the empty string. Success value: 1 if rule ruleid is nulling, 0 if not. If rule\_id is well-formed, but there is no such rule, −1. If the grammar is not precomputed, or on other failure, −2. Failure value: −2.
### sub marpa\_g\_rule\_is\_loop
```
sub marpa_g_rule_is_loop(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id
) returns Int
```
A rule is a loop rule if it non-trivially produces the string of length one which consists only of its LHS symbol. Such a derivation takes the parse back to where it started, hence the term “loop”. “Non-trivially” means the zero-step derivation does not count — the derivation must have at least one step. The presence of a loop rule makes a grammar infinitely ambiguous, and applications will typically want to treat them as fatal errors. But nothing forces an application to do this, and Marpa will successfully parse and evaluate grammars with loop rules. Success value: 1 if rule rule\_id is a loop rule, 0 if not. If rule\_id is well-formed, but there is no such rule, −1. If the grammar is not precomputed, or on other failure, −2. Failure value: −2.
### sub marpa\_g\_rule\_is\_productive
```
sub marpa_g_rule_is_productive(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id
) returns Int
```
A rule is productive if it can produce a string of terminals. An rule is productive if and only if all the symbols on its RHS are productive. The empty string counts as a string of terminals, so that a nullable rule is always a productive rule. For that same reason, an empty rule is considered productive. Success value: 1 if rule rule\_id is productive, 0 if not. If rule\_id is well-formed, but there is no such rule, −1. If the grammar is not precomputed, or on other failure, −2. Failure value: −2.
### sub marpa\_g\_rule\_length
```
sub marpa_g_rule_length(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id
) returns Int
```
The length of a rule is the number of symbols on its RHS. Success value: The length of rule $rule\_id. Failure value: −2.
### sub marpa\_g\_rule\_lhs
```
sub marpa_g_rule_lhs(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id
) returns Marpa::Marpa-Symbol-ID
```
Success value: The LHS symbol of rule rule\_id. If rule\_id is well-formed, but there is no such rule, −1. Failure value: −2.
### sub marpa\_g\_rule\_new
```
sub marpa_g_rule_new(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $lhs_id,
NativeCall::Types::Pointer[Marpa::Marpa-Symbol-ID] $rhs_ids,
Int $length
) returns Marpa::Marpa-Rule-ID
```
Creates a new external BNF rule in grammar g. The ID of the new rule will be a non-negative integer, which will be unique to that rule. In addition to BNF rules, Marpa also allows sequence rules, which are created by another method: marpa\_g\_sequence\_new(). Sequence rules and BNF rules are numbered in the same series, so that a BNF rule will never have the same rule ID as a sequence rule, and vice versa. The LHS symbol is lhs\_id, and there are length symbols on the RHS. The RHS symbols are in an array pointed to by rhs\_ids. Possible failures, with their error codes, include: MARPA-ERR-SEQUENCE-LHS-NOT-UNIQUE: The LHS symbol is the same as that of a sequence rule. MARPA-ERR-DUPLICATE-RULE: The new rule would duplicate another BNF rule. Another BNF rule is considered the duplicate of the new one, if its LHS symbol is the same as symbol lhs\_id, if its length is the same as length, and if its RHS symbols match one for one those in the array of symbols rhs\_ids. Success value: the ID of new external rule. Failure value: −2.
### sub marpa\_g\_rule\_rhs
```
sub marpa_g_rule_rhs(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id,
int $ix
) returns Marpa::Marpa-Symbol-ID
```
Returns the ID of the symbol in position ix in the RHS of rule rule\_id. The RHS position, ix, is zero-based. Success value: The ID of the symbol in position ix on the rules RHS. If rule\_id is well-formed, but there is no such rule, −1. If ix is greater than or equal to the length of the rule, or on other failure, −2. Failure value: −2.
### sub marpa\_g\_rule\_is\_proper\_separation
```
sub marpa_g_rule_is_proper_separation(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id
) returns Int
```
Success returns: marpa\_g\_rule\_is\_proper\_separation() succeeds if and only if rule\_id is valid. If rule rule\_id is a sequence rule where the proper separation flag is set, returns 1. On other success, including the case where rule rule\_id is not a sequence rule, returns 0. Failure returns: If rule\_id is well-formed, but there is no such rule, returns −1. On other failure, −2.
### sub marpa\_g\_sequence\_min
```
sub marpa_g_sequence_min(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id
) returns Int
```
Returns the mininum length of a sequence rule. This accessor can be also be used to test whether or not a rule is a sequence rule. −1 is returned if and only if the rule is valid but not a sequence rule. Success value: If rule rule\_id is a sequence rule, its minimum length. If rule rule\_id is valid, but is not the rule ID of sequence rule, −1. If rule\_id is well-formed, but there is no such rule, or on other failure, −2. Failure value: −2.
### sub marpa\_g\_sequence\_new
```
sub marpa_g_sequence_new(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $lhs_id,
Marpa::Marpa-Symbol-ID $rhs_id,
Marpa::Marpa-Symbol-ID $separator_id,
Int $min,
Int $flags
) returns Marpa::Marpa-Rule-ID
```
Adds a new sequence rule to grammar g. The ID of the new sequence rule will be a non-negative integer, which is unique to that rule. Sequence rules and BNF rules are numbered in the same series, so that a BNF rule will never have the same rule ID as a sequence rule, and vice versa. The sequence is lhs\_id, and the item to be repeated in the sequence is rhs\_id. The sequence must be repeated at least min times, where min is 0 or 1. If separator\_id is non-negative, it is a separator symbol. If flags & MARPA-PROPER-SEPARATION is non-zero, separation is “proper”, that is, a trailing separator is not allowed. The term proper is based on the idea that properly-speaking, separators should actually separate items. Some higher-level Marpa interfaces offer the ability to discard separators in the semantics, and in fact will do this by default. At the Libmarpa level, sequences always “keep separators”. It is up to the programmer to arrange to discard separators, if that is what is desired. The sequence RHS, or item, is restricted to a single symbol, and that symbol cannot be nullable. If separator\_id is a symbol, it also cannot be a nullable symbol. Nullables on the RHS of sequences are restricted because they lead to highly ambiguous grammars. Grammars of this kind are allowed by Libmarpa, but they must be expressed using BNF rules, not sequence rules. This is for two reasons: First, sequence optimizations would not work in the presence of nullables. Second, since it is not completely clear what an application intends when it asks for a sequence of identical items, some of which are nullable, the user's intent can be more clearly expressed directly in BNF. The LHS symbol cannot be the LHS of any other rule, whether a BNF rule or a sequence rule. On an attempt to create an sequence rule with a duplicate LHS, marpa\_g\_sequence\_new() fails, setting the error code to MARPA-ERR-SEQUENCE-LHS-NOT-UNIQUE. Sequence rules do not add to the classes of grammar parsed by Libmarpa — a sequence can always be written as BNF rules. When a rule is created with the marpa\_g\_sequence\_new() method, Libmarpa will understand that it is a sequence, and will optimize accordingly. The speedup is often considerable. Success value: The ID of the external rule. Failure value: −2.
### sub marpa\_g\_sequence\_separator
```
sub marpa_g_sequence_separator(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id
) returns Int
```
Success value: If rule rule\_id is a sequence rule, its separator. If rule rule\_id is a sequence rule, but there is no separator, −1. If rule\_id is not a sequence rule, does not exist or is not well-formed; or on other failure, −2. Failure value: −2.
### sub marpa\_g\_symbol\_is\_counted
```
sub marpa_g_symbol_is_counted(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Int
```
A symbol is counted if it appears on the RHS of a sequence rule, or if it is used as the separator symbol of a sequence rule. Success return: Returns 1 if symbol sym\_id is counted, 0 if not. Failure return: If sym\_id is well-formed, but there is no such symbol, −1. If sym\_id is not well-formed, and on other failure, −2.
### sub marpa\_g\_rule\_rank\_set
```
sub marpa_g_rule_rank_set(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id,
Marpa::Marpa-Rank $rank
) returns Marpa::Marpa-Rank
```
These methods, respectively, set and query the rank of a rule rule\_id. When rule\_id is created, its rank initialized to the default rank of the grammar. Initially, the default rank of the grammar is 0. Methods to reset the grammar's default rank are currently in the experimental stage. Success value: Returns the rank after the call, and sets the error code to MARPA-ERR-NONE. On failure, returns −2, and sets the error code to an appropriate value, which will never be MARPA-ERR-NONE. Note that when the rank is −2, the error code is the only way to distinguish success from failure. The error code can be determined by using the marpa\_g\_error() call. Failure value: −2.
### sub marpa\_g\_rule\_null\_high\_set
```
sub marpa_g_rule_null_high_set(
Marpa::g $g,
Marpa::Marpa-Rule-ID $rule_id,
Int $flag
) returns Int
```
These methods, respectively, set and query the “null ranks high” setting of the rule rule\_id. The “null ranks high” setting is either 0 or 1. When rule\_id is created, its “null ranks high” setting is initialized to 0. The “null ranks high” setting affects the ranking of rules with properly nullable symbols on their right hand side. If a rule has properly nullable symbols on its RHS, each instance in which it appears in a parse will have a pattern of nulled and non-nulled symbols. Such a pattern is called a “null variant”. If the “null ranks high” setting is 0 (the default), nulled symbols rank low. If the “null ranks high” setting is 1, nulled symbols rank high. Ranking of a null variants is done from left-to-right. The marpa\_g\_rule\_null\_high\_set() method will return failure after the grammar has been precomputed. If there is no other cause of failure, the marpa\_g\_rule\_null\_high() method succeeds on both precomputed and unprecomputed grammars. Success value: The value of the “null ranks high” flag after the call. Failure value: If rule\_id is well-formed, but there is no such rule, −1. On all other failures, −2.
### sub marpa\_g\_completion\_symbol\_activate
```
sub marpa_g_completion_symbol_activate(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id,
Int $reactivate
) returns Int
```
Allows the user to deactivate and reactivate symbol completion events in the grammar. When a recognizer is created, the activation status of each of its events is initialized to the activation status of that event in the base grammar. If reactivate is zero, the event is deactivated in the grammar. If reactivate is one, the event is activated in the grammar. Symbol completion events are active by default if the symbol was set up for completion events in the grammar. If a symbol was not set up for completion events in the grammar, symbol completion events are inactive by default and any attempt to change that is a fatal error. The activation status of a completion event in the grammar can only be changed if the symbol is marked as a completion event symbol in the grammar, and before the grammar is precomputed. However, if a symbol is marked as a completion event symbol in the recognizer, the completion event can be deactivated and reactivated in the recognizer. Success cases: On success, the method returns the value of reactivate. The method succeeds trivially if the symbol is already set as indicated by reactivate. Failure cases: If the active status of the completion event for sym\_id cannot be set as indicated by reactivate, the method fails. On failure, −2 is returned.
### sub marpa\_g\_nulled\_symbol\_activate
```
sub marpa_g_nulled_symbol_activate(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id,
Int $reactivate
) returns Int
```
Allows the user to deactivate and reactivate symbol nulled events in the grammar. When a recognizer is created, the activation status of each of its events is initialized to the activation status of that event in the base grammar. If reactivate is zero, the event is deactivated in the grammar. If reactivate is one, the event is activated in the grammar. Symbol nulled events are active by default if the symbol was set up for nulled events in the grammar. If a symbol was not set up for nulled events in the grammar, symbol nulled events are inactive by default and any attempt to change that is a fatal error. The activation status of a nulled event in the grammar can only be changed if the symbol is marked as a nulled event symbol in the grammar, and before the grammar is precomputed. However, if a symbol is marked as a nulled event symbol in the recognizer, the nulled event can be deactivated and reactivated in the recognizer. Success value: On success, the method returns the value of reactivate. The method succeeds trivially if the symbol is already set as indicated by reactivate. Failure value: If the active status of the nulled event for sym\_id cannot be set as indicated by reactivate, the method fails. On failure, −2 is returned.
### sub marpa\_g\_prediction\_symbol\_activate
```
sub marpa_g_prediction_symbol_activate(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id,
Int $reactivate
) returns Int
```
Allows the user to deactivate and reactivate symbol prediction events in the grammar. When a recognizer is created, the activation status of each of its events is initialized to the activation status of that event in the base grammar. If reactivate is zero, the event is deactivated in the grammar. If reactivate is one, the event is activated in the grammar. Symbol prediction events are active by default if the symbol was set up for prediction events in the grammar. If a symbol was not set up for prediction events in the grammar, symbol prediction events are inactive by default and any attempt to change that is a fatal error. The activation status of a prediction event in the grammar can only be changed if the symbol is marked as a prediction event symbol in the grammar, and before the grammar is precomputed. However, if a symbol is marked as a prediction event symbol in the recognizer, the prediction event can be deactivated and reactivated in the recognizer. Success cases: On success, the method returns the value of reactivate. The method succeeds trivially if the symbol is already set as indicated by reactivate. Failure cases: If the active status of the prediction event for sym\_id cannot be set as indicated by reactivate, the method fails. On failure, −2 is returned.
### sub marpa\_g\_symbol\_is\_completion\_event
```
sub marpa_g_symbol_is_completion_event(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Int
```
Libmarpa can be set up to generate an MARPA-EVENT-SYMBOL-COMPLETED event whenever the symbol is completed. A symbol is said to be completed when a non-nulling rule with that symbol on its LHS is completed. For completion events to occur, the symbol must be marked as a completion event symbol. The marpa\_g\_symbol\_is\_completion\_event\_set() function marks symbol sym\_id as a completion event symbol if value is 1, and unmarks it it as a completion event symbol if value is 0. The marpa\_g\_symbol\_is\_completion\_event() method returns the current value of the completion event marking for symbol sym\_id. Marking a completion event sets its activation status to on. Unmarking a completion event sets its activation status to off. The completion event marking cannot be changed once the grammar is precomputed. If a completion event is marked, its activation status can be changed using the marpa\_g\_completion\_symbol\_activate() method. Note that, if a symbol is marked as a completion event symbol in the recognizer, its completion event can be deactivated and reactivated in the recognizer. Nulled rules and symbols will never cause completion events. Nullable symbols may be marked as completion event symbols, but this will have an effect only when the symbol is not nulled. Nulling symbols may be marked as completion event symbols, but no completion events will ever be generated for a nulling symbol. Note that this implies at no completion event will ever be generated at earleme 0, the start of parsing. Success value: On success, 1 if symbol sym\_id is a completion event symbol after the call, 0 otherwise. Failure value: If sym\_id is well-formed, but there is no such symbol, −1. If the grammar g is precomputed; or on other failure, −2.
### sub marpa\_g\_symbol\_is\_nulled\_event
```
sub marpa_g_symbol_is_nulled_event(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Int
```
Libmarpa can set up to generate an MARPA-EVENT-SYMBOL-NULLED event whenever the symbol is nulled. A symbol is said to be nulled when a zero length instance of that symbol is recognized. For nulled events to occur, the symbol must be marked as a nulled event symbol. The marpa\_g\_symbol\_is\_nulled\_event\_set() function marks symbol sym\_id as a nulled event symbol if value is 1, and unmarks it it as a nulled event symbol if value is 0. The marpa\_g\_symbol\_is\_nulled\_event() method returns the current value of the nulled event marking for symbol sym\_id. Marking a nulled event sets its activation status to on. Unmarking a nulled event sets its activation status to off. The nulled event marking cannot be changed once the grammar is precomputed. If a nulled event is marked, its activation status can be changed using the marpa\_g\_nulled\_symbol\_activate() method. Note that, if a symbol is marked as a nulled event symbol in the recognizer, its nulled event can be deactivated and reactivated in the recognizer. As a reminder, a symbol instance is a symbol at a specific location in the input, and with a specific length. Also, whenever a nulled symbol instance is recognized at a location, it is acceptable at that location, and vice versa. When a symbol instance is recognized at a location, it will generate a nulled event or a prediction event, but never both. A symbol instance of zero length, when recognized at a location, generates a nulled event at that location, and does not generate a completion event. A symbol instance of non-zero length, when acceptable at a location, generates a completion event at that location, and does not generate a nulled event. When a symbol instance is acceptable at a location, it will generate a nulled event or a prediction event, but never both. A symbol instance of zero length, when acceptable at a location, generates a nulled event at that location, and does not generate a prediction event. A symbol instance of non-zero length, when acceptable at a location, generates a prediction event at that location, and does not generate a nulled event. While it is not possible for a symbol instance to generate both a nulled event and a completion event at a location, it is quite possible that a symbol might generate both kinds of event at that location. This is because multiple instances of the same symbol may be recognized at a given location, and these instances will have different lengths. If one instance is recognized at a given location as zero length and a second, non-zero-length, instance is recognized at the same location, the first will generate only nulled events, while the second will generate only completion events. For similar reasons, while a symbol instance will never generate both a null event and a prediction event at a location, multiple instances of the same symbol may do so. Zero length derivations can be ambiguous. When a zero length symbol is recognized, all of its zero-length derivations are also considered to be recognized. Success: On success, 1 if symbol sym\_id is a nulled event symbol after the call, 0 otherwise. Failures: If sym\_id is well-formed, but there is no such symbol, −1. If the grammar g is precomputed; or on other failure, −2.
### sub marpa\_g\_symbol\_is\_prediction\_event
```
sub marpa_g_symbol_is_prediction_event(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id
) returns Int
```
Libmarpa can be set up to generate a MARPA-EVENT-SYMBOL-PREDICTED event when a non-nulled symbol is predicted. A non-nulled symbol is said to be predicted when a instance of it is acceptable at the current earleme according to the grammar. Nulled symbols do not generate predictions. For predicted events to occur, the symbol must be marked as a predicted event symbol. The marpa\_g\_symbol\_is\_predicted\_event\_set() function marks symbol sym\_id as a predicted event symbol if value is 1, and unmarks it it as a predicted event symbol if value is 0. The marpa\_g |
## dist_zef-raku-community-modules-Marpa.md
## Chunk 2 of 3
\_symbol\_is\_predicted\_event() method returns the current value of the predicted event marking for symbol sym\_id. Marking a prediction event sets its activation status to on. Unmarking a prediction event sets its activation status to off. The prediction event marking cannot be changed once the grammar is precomputed. If a prediction event is marked, its activation status can be changed using the marpa\_g\_prediction\_symbol\_activate() method. Note that, if a symbol is marked as a prediction event symbol in the recognizer, its prediction event can be deactivated and reactivated in the recognizer. Success: On success, 1 if symbol sym\_id is a predicted event symbol after the call, 0 otherwise. Failures: If sym\_id is well-formed, but there is no such symbol, −1. If the grammar g is precomputed; or on other failure, −2.
### sub marpa\_g\_precompute
```
sub marpa_g_precompute(
Marpa::g $g
) returns Int
```
Precomputation is necessary for a recognizer to be generated from a grammar. On success, marpa\_g\_precompute returns a non-negative number to indicate that it precomputed the grammar without issues. On failure, marpa\_g\_precompute returns −2. Precomputation may return one or more events, which may be queried using the marpa\_g\_event() method. At this point events only occur when failure is reported, and events always report issues. But application writers should expect future versions to have events which are reported on success, as well as events which do not represent issues. A MARPA-EVENT-LOOP-RULES event occurs when there are infinite loop rules (cycles) in the grammar. The presence of one or more of these will cause failure to be reported, but will not prevent the grammar from being precomputed. Each MARPA-EVENT-COUNTED-NULLABLE event is a symbol which is a nullable on the right hand side of a sequence rule — a “counted” symbol. The presence of one or more of these will cause failure to be reported, and will prevent the grammar from being precomputed. So that the programmer can fix several at once, these failures are delayed until events are created for all of the counted nullables. Each MARPA-EVENT-NULLING-TERMINAL event is a nulling symbol which is also flagged as a terminal. Since terminals cannot be of zero length, this is a logical impossibility. The presence of one or more of these will cause failure to be reported, and will prevent the grammar from being precomputed. So that the programmer can fix several at once, the failure is delayed until events are created for all of the counted nullables. Precomputation involves freezing and then thoroughly checking the grammar. Among the reasons for precomputation to fail are the following: MARPA-ERR-NO-RULES: The grammar has no rules. MARPA-ERR-NO-START-SYMBOL: No start symbol was specified. MARPA-ERR-INVALID-START-SYMBOL: A start symbol ID was specified, but it is not the ID of a valid symbol. MARPA-ERR-START-NOT-LHS: The start symbol is not on the LHS of any rule. MARPA-ERR-UNPRODUCTIVE-START: The start symbol is not productive. MARPA-ERR-COUNTED-NULLABLE: A symbol on the RHS of a sequence rule is nullable. Libmarpa does not allow this. MARPA-ERR-NULLING-TERMINAL: A terminal is also a nulling symbol. Libmarpa does not allow this. More details of these can be found under the description of the appropriate code. See External error codes. marpa\_g\_precompute() is unusual in that it is possible to treat one of its failures as “advisory”, and to proceed with parsing. If marpa\_g\_precompute() fails with an error code of MARPA-ERR-GRAMMAR-HAS-CYCLE, parsing can proceed, just as it typically would for success. The grammar will have been precomputed, as calling the marpa\_g\_is\_precomputed() method will confirm. Most applications, however, will want to simply treat failure with MARPA-ERR-GRAMMAR-HAS-CYCLE, as simply another failure, and fix the cycles before parsing. Cycles make a grammar infinitely ambiguous, and are considered useless in current practice. Cycles make processing the grammar less efficient, sometimes considerably so. Detection of cycles is returned as failure because that is by far the convenient thing to do for the vast majority of applications. Success value: A non-negative number. Failure value: −2.
### sub marpa\_g\_is\_precomputed
```
sub marpa_g_is_precomputed(
Marpa::g $g
) returns Int
```
Success value: 1 if grammar g is already precomputed, 0 otherwise. Failure value: −2.
### sub marpa\_g\_has\_cycle
```
sub marpa_g_has_cycle(
Marpa::g $g
) returns Int
```
This function allows the application to determine if grammar g has a cycle. As mentioned, most applications will want to treat these as fatal errors. To determine which rules are in the cycle, marpa\_g\_rule\_is\_loop() can be used. Success value: 1 if the grammar has a cycle, 0 otherwise. Failure value: −2.
### sub marpa\_r\_new
```
sub marpa_r_new(
Marpa::g $g
) returns Marpa::Marpa-Recognizer
```
Creates a new recognizer. The reference count of the recognizer will be 1. The reference count of g, the base grammar, will be incremented by one. Success value: The newly created recognizer. If g is not precomputed, or on other failure, NULL. Failure value: NULL.
### sub marpa\_r\_ref
```
sub marpa_r_ref(
Marpa::Marpa-Recognizer $r
) returns Marpa::Marpa-Recognizer
```
Increases the reference count by 1. Not needed by most applications. Success value: The recognizer object, $r. Failure value: NULL.
### sub marpa\_r\_unref
```
sub marpa_r_unref(
Marpa::Marpa-Recognizer $r
) returns Mu
```
Decreases the reference count by 1, destroying r once the reference count reaches zero. When r is destroyed, the reference count of its base grammar is decreased by one. If this takes the reference count of the base grammar to zero, it too is destroyed.
### sub marpa\_r\_start\_input
```
sub marpa_r_start_input(
Marpa::Marpa-Recognizer $r
) returns Int
```
Makes r ready to accept input. The first Earley set, the one at earleme 0, will be completed during this call. Because the call to marpa\_r\_start\_input() completes an Earley set, it may generate events. For details about the events that may be generated during Earley set completion, see the description of the marpa\_r\_earleme\_complete() method. Success value: A non-negative value. Failure value: −2.
### sub marpa\_r\_alternative
```
sub marpa_r_alternative(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Symbol-ID $token_id,
Int $value,
Int $length
) returns Int
```
Reads a token into r. The token will start at the current earleme. Libmarpa allows tokens to be ambiguous, to be of variable length and to overlap. token\_id is the symbol ID of the token, which must be a terminal. length is the length of the token. value is an integer that represents the value of the token. In applications where the token's actual value is not an integer, it is expected that the application will use this value as a “virtual” value, perhaps finding the actual value by using value to index an array. value is not used inside Libmarpa — it is simply stored to be returned by the valuator as a convenience for the application. Some applications may prefer to track token values on their own, perhaps based on the earleme location and token\_id, instead of using Libmarpa's token values. A value of 0 is reserved for a now-deprecated feature. Do not use it. For more details on that feature, see the section Valued and unvalued symbols. When marpa\_r\_alternative() is successful, the value of the furthest earleme is set to the greater of its value before the call, and current+length, where current is the value of the current earleme. The values of the current and latest earlemes are unchanged by calls to marpa\_r\_alternative(). Several error codes leave the recognizer in a fully recoverable state, allowing the application to retry the marpa\_r\_alternative() method. Retry is efficient, and quite useable as a parsing technique. The error code of primary interest from this point of view is MARPA-ERR-UNEXPECTED-TOKEN-ID, which indicates that the token was not accepted because of its token ID. Retry after this condition is used in several applications, and is called “the Ruby Slippers technique”. The error codes MARPA-ERR-DUPLICATE-TOKEN, MARPA-ERR-NO-TOKEN-EXPECTED-HERE and MARPA-ERR-INACCESSIBLE-TOKEN also leave the recognizer in a fully recoverable state, and may also be useable for the Ruby Slippers or similar techniques. At this writing, the author knows of no applications which attempt to recover from these errors. Success value: MARPA-ERR-NONE. Failure value: Some other error code.
### sub marpa\_r\_earleme\_complete
```
sub marpa_r_earleme_complete(
Marpa::Marpa-Recognizer $r
) returns Int
```
This method does the final processing for the current earleme. It then advances the current earleme by one. Note that marpa\_r\_earleme\_complete() may be called even when no tokens have been read at the current earleme — in the character-per-earleme input model, for example, tokens can span many characters and, if the input is unambiguous over that span, there will be no other tokens that start inside it. As mentioned, marpa\_r\_earleme\_complete() always advances the current earleme, incrementing its value by 1. This means that value of the current earleme after the call will be the one plus the value of the earleme processed by the call to marpa\_r\_earleme\_complete(). If any token was accepted at the earleme being processed, marpa\_r\_earleme\_complete() creates a new Earley set which will be the latest Earley set and, after the call, the latest earleme will be equal to the new current earleme. If no token was accepted at the earleme being processed, no Earley set is created, and the value of the latest earleme remains unchanged. The value of the furthest earleme is never changed by a call to marpa\_r\_earleme\_complete(). During this method, one or more events may occur. On success, this function returns the number of events generated, but it is important to note that events may be created whether earleme completion fails or succeeds. When this method fails, the application must call marpa\_g\_event() if it wants to determine if any events occurred. Since the reason for failure to complete an earleme is often detailed in the events, applications that fail will often be at least as interested in the events as those that succeed. The MARPA-EVENT-EARLEY-ITEM-THRESHOLD event indicates that an application-settable threshold on the number of Earley items has been reached or exceeded. What this means depends on the application, but when the default threshold is exceeded, it means that it is very likely that the time and space resources consumed by the parse will prove excessive. A parse is “exhausted” when it can accept no more input. This can happen both on success and on failure. Note that the failure due to parse exhaustion only means failure at the current earleme. There may be successful parses at earlier earlemes. If a parse is exhausted, but successful, an event with the event code MARPA-EVENT-EXHAUSTED occurs. Because the parse is exhausted, no input will be accepted at later earlemes. It is quite common for a parse to become exhausted when it succeeds. Many practical grammars are designed so that a successful parse cannot be extended. An exhausted parse may cause a failure, in which case marpa\_r\_earleme\_complete() returns an error whose error code is MARPA-ERR-PARSE-EXHAUSTED. For a parse to fail at an earleme due to exhaustion, it must be the case that no alternatives were accepted at that earleme. In fact, in the standard input model, a failure due to parse exhaustion occurs if and only if no alternatives were accepted at the current earleme. The circumstances under which failure due to parse exhaustion occurs are slightly more complicated when variable length tokens are in use. Informally, a parse will never fail due to exhaustion as long as it is possible that a token ending at some future earleme will continue the parse. More precisely, a call to marpa\_r\_earleme\_complete() fails due to parse exhaustion if and only if, first, no alternatives were added at the current earleme and, second, that call left the current earleme equal to the furthest earleme. Success value: The number of events generated. Failure value: −2.
### sub marpa\_r\_current\_earleme
```
sub marpa_r_current_earleme(
Marpa::Marpa-Recognizer $r
) returns Marpa::Marpa-Earleme
```
Success value: If input has started, the current earleme. If input has not started, −1. Failure value: Always succeeds.
### sub marpa\_r\_earleme
```
sub marpa_r_earleme(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Earley-Set-ID $set_id
) returns Marpa::Marpa-Earleme
```
In the default, token-stream model, Earley set ID and earleme are always equal, but this is not the case in other input models. (The ID of an Earley set ID is also called its ordinal.) If there is no Earley set whose ID is set\_id, marpa\_r\_earleme() fails. If set\_id was negative, the error code is set to MARPA-ERR-INVALID-LOCATION. If set\_id is greater than the ordinal of the latest Earley set, the error code is set to MARPA-ERR-NO-EARLEY-SET-AT-LOCATION. At this writing, there is no method for the inverse operation (conversion of an earleme to an Earley set ID). One consideration in writing such a method is that not all earlemes correspond to Earley sets. Applications that want to map earlemes to Earley sets will have no trouble if they are using the standard input model — the Earley set ID is always exactly equal to the earleme in that model. For other applications that want an earleme-to-ID mapping, the most general method is create an ID-to-earleme array using the marpa\_r\_earleme() method and invert it. Success value: The earleme corresponding to Earley set set\_id. Failure value: −2.
### sub marpa\_r\_earley\_set\_value
```
sub marpa_r_earley_set_value(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Earley-Set-ID $earley_set
) returns Int
```
Returns the integer value of earley\_set. For more details, see the description of marpa\_r\_earley\_set\_values(). Success value: The value of earley\_set. Failure value: −2.
### sub marpa\_r\_earley\_set\_values
```
sub marpa_r_earley_set_values(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Earley-Set-ID $earley_set,
NativeCall::Types::Pointer[Int] $p_value,
NativeCall::Types::Pointer[NativeCall::Types::Pointer[NativeCall::Types::void]] $p_pvalue
) returns Int
```
If p\_value is non-zero, sets the location pointed to by p\_value to the integer value of the Earley set. Similarly, if p\_pvalue is non-zero, sets the location pointed to by p\_pvalue to the pointer value of the Earley set. The “value” and “pointer” of an Earley set are an arbitrary integer and an arbitrary pointer that the application can use for its own purposes. In character-per-earleme input models, for example, the integer can be the codepoint of the current character. In a traditional token-per-earleme input model, they could be used to indicate the string value of the token – the pointer could point to the start of the string, and the integer could indicate its length. The Earley set value and pointer can be set using the marpa\_r\_latest\_earley\_set\_values\_set() method. The Earley set integer value defaults to −1, and the pointer value defaults to NULL. Success value: returns a non-negative integer. Failure value: −2.
### sub marpa\_r\_furthest\_earleme
```
sub marpa_r_furthest_earleme(
Marpa::Marpa-Recognizer $r
) returns UInt
```
Success value: The furthest earleme. Failure value: Always succeeds.
### sub marpa\_r\_latest\_earley\_set
```
sub marpa_r_latest_earley_set(
Marpa::Marpa-Recognizer $r
) returns Marpa::Marpa-Earley-Set-ID
```
This method returns the Earley set ID (ordinal) of the latest Earley set. Applications that want the value of the latest earleme can convert this value using the marpa\_r\_earleme() method. Success value: the ID of the latest Earley set. Failure value: Always succeeds.
### sub marpa\_r\_latest\_earley\_set\_value\_set
```
sub marpa_r_latest_earley_set_value_set(
Marpa::Marpa-Recognizer $r,
Int $value
) returns Int
```
Sets the integer value of the latest Earley set. For more details, see the description of marpa\_r\_latest\_earley\_set\_values\_set(). Success value: The new value of earley\_set. Failure value: −2.
### sub marpa\_r\_latest\_earley\_set\_values\_set
```
sub marpa_r_latest_earley_set_values_set(
Marpa::Marpa-Recognizer $r,
Int $value,
NativeCall::Types::Pointer[NativeCall::Types::void] $pvalue
) returns Int
```
Sets the integer and pointer value of the latest Earley set. For more about the “integer value” and “pointer value” of an Earley set, see the description of the marpa\_r\_earley\_set\_values() method. Success value: Returns a non-negative integer. Failure value: −2.
### sub marpa\_r\_completion\_symbol\_activate
```
sub marpa_r_completion_symbol_activate(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Symbol-ID $sym_id,
Int $reactivate
) returns Int
```
Allows the user to deactivate and reactivate symbol completion events in the recognizer. If reactivate is zero, the event is deactivated. If reactivate is one, the event is activated. Symbol completion events are active by default if the symbol was set up for completion events in the grammar. If a symbol was not set up for completion events in the grammar, symbol completion events are inactive by default and any attempt to change that is a fatal error. Success value: The method returns the value of reactivate. The method succeeds trivially if the symbol is already set as indicated by reactivate. Failure value: If the active status of the completion event for sym\_id cannot be set as indicated by reactivate, the method fails. On failure, −2 is returned.
### sub marpa\_r\_earley\_item\_warning\_threshold\_set
```
sub marpa_r_earley_item_warning_threshold_set(
Marpa::Marpa-Recognizer $r,
Int $threshold
) returns Int
```
These methods, respectively, set and query the Earley item warning threshold. The Earley item warning threshold is a number that is compared with the count of Earley items in each Earley set. When it is matched or exceeded, a MARPA-EVENT-EARLEY-ITEM-THRESHOLD event is created. If threshold is zero or less, an unlimited number of Earley items will be allowed without warning. This will rarely be what the user wants. By default, Libmarpa calculates a value based on the grammar. The formula Libmarpa uses is the result of some experience, and most applications will be happy with it. Success value: The value that the Earley item warning threshold has after the method call is finished. Failure value: Always succeeds.
### sub marpa\_r\_expected\_symbol\_event\_set
```
sub marpa_r_expected_symbol_event_set(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Symbol-ID $symbol_id,
Int $value
) returns Int
```
Sets the “expected symbol event bit” for symbol\_id to value. A recognizer event is created whenever symbol symbol\_id is expected at the current earleme. if and only if the expected symbol event bit for symbol\_id is 1. The “expected symbol event bit” must be 1 or 0. In this context, “expected” means “expected as a terminal”. Even if a symbol is predicted at the current earleme, if it is not acceptable as a terminal, it does not trigger an “expected symbol event”. By default, the “expected symbol event bit” is 0. It is an error to attempt to set the “expected symbol event bit” to 1 for a nulling symbol, an inaccessible symbol, or an unproductive symbol. Success value: The value of the event bit after the method call is finished. Failure value: -2 if symbol\_id is not the ID of a valid symbol; if it is the ID of an nulling, inaccessible for unproductive symbol; or on other failure.
### sub marpa\_r\_is\_exhausted
```
sub marpa_r_is_exhausted(
Marpa::Marpa-Recognizer $r
) returns Int
```
A parser is “exhausted” if it cannot accept any more input. Both successful and failed parses can be exhausted. In many grammars, the parse is always exhausted as soon as it succeeds. Good parses may also exist at earlemes prior to the current one. Success value: 1 if the parser is exhausted, 0 otherwise. Failure value: Always succeeds.
### sub marpa\_r\_nulled\_symbol\_activate
```
sub marpa_r_nulled_symbol_activate(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Symbol-ID $sym_id,
Int $boolean
) returns Int
```
Allows the user to deactivate and reactivate symbol nulled events in the recognizer. If boolean is zero, the event is deactivated. If boolean is one, the event is activated. Symbol nulled events are active by default if the symbol was set up for nulled events in the grammar. If a symbol was not set up for nulled events in the grammar, symbol nulled events are inactive by default and any attempt to change that is a fatal error. Success cases: On success, the method returns the value of boolean. The method succeeds trivially if the symbol is already set as indicated by boolean. Failure cases: If the active status of the nulled event for sym\_id cannot be set as indicated by boolean, the method fails. On failure, −2 is returned.
### sub marpa\_r\_prediction\_symbol\_activate
```
sub marpa_r_prediction_symbol_activate(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Symbol-ID $sym_id,
Int $boolean
) returns Int
```
Allows the user to deactivate and reactivate symbol prediction events in the recognizer. If boolean is zero, the event is deactivated. If boolean is one, the event is activated. Symbol prediction events are active by default if the symbol was set up for prediction events in the grammar. If a symbol was not set up for prediction events in the grammar, symbol prediction events are inactive by default and any attempt to change that is a fatal error. Success value: The method returns the value of boolean. The method succeeds trivially if the symbol is already set as indicated by boolean. Failure value: If the active status of the prediction event for sym\_id cannot be set as indicated by boolean, the method fails. On failure, −2 is returned.
### sub marpa\_r\_terminals\_expected
```
sub marpa_r_terminals_expected(
Marpa::Marpa-Recognizer $r,
NativeCall::Types::Pointer[Marpa::Marpa-Symbol-ID] $buffer
) returns Int
```
Returns a list of the ID's of the symbols that are acceptable as tokens at the current earleme. buffer is expected to be large enough to hold the result. This is guaranteed to be the case if the buffer is large enough to hold a number of Marpa-Symbol-ID's that is greater than or equal to the number of symbols in the grammar. Success value: The number of Marpa-Symbol-ID's in buffer. Failure value: −2.
### sub marpa\_r\_terminal\_is\_expected
```
sub marpa_r_terminal_is_expected(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Symbol-ID $symbol_id
) returns Int
```
Success value: If symbol\_id is the ID of a valid terminal symbol that is expected at the current earleme, a number greater than zero. If symbol\_id is the ID of a valid terminal symbol that is not expected at the current earleme, or if symbol\_id is the ID of a valid symbol that is not a terminal, zero. Failure value: −2. It is a failure if symbol\_id is not the ID of a valid symbol.
### sub marpa\_r\_progress\_report\_reset
```
sub marpa_r_progress_report_reset(
Marpa::Marpa-Recognizer $r
) returns Int
```
Resets the progress report. Assumes a report of the progress has already been initialized at some Earley set for recognizer r, with marpa\_r\_progress\_report\_start(). The reset progress report will be positioned before its first item. Success value: A non-negative value. Failure value: −2.
### sub marpa\_r\_progress\_report\_start
```
sub marpa_r_progress_report_start(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Earley-Set-ID $set_id
) returns Int
```
Initializes a report of the progress at Earley set set\_id for recognizer r. If a progress report already exists, it is destroyed and its memory is freed. Initially, the progress report is positioned before its first item. If no Earley set with ID set\_id exists, marpa\_r\_progress\_report\_start() fails. The error code is MARPA-ERR-INVALID-LOCATION if set\_id is negative. The error code is MARPA-ERR-NO-EARLEY-SET-AT-LOCATION if set\_id is greater than the ID of the latest Earley set. Success value: the number of report items available. If the recognizer has not been started; if set\_id does not exist; or on other failure, −2. Failure value: −2.
### sub marpa\_r\_progress\_report\_finish
```
sub marpa_r_progress_report_finish(
Marpa::Marpa-Recognizer $r
) returns Int
```
Destroys the report of the progress at Earley set set\_id for recognizer r, freeing the memory and other resources. It is often not necessary to call this method. Any previously existing progress report is destroyed automatically whenever a new progress report is started, and when the recognizer is destroyed. Success value: A non-negative value. Failure value: −2 if no progress report has been started, or on other failure.
### sub marpa\_r\_progress\_item
```
sub marpa_r_progress_item(
Marpa::Marpa-Recognizer $r,
NativeCall::Types::Pointer[Int] $position,
NativeCall::Types::Pointer[Marpa::Marpa-Earley-Set-ID] $origin
) returns Marpa::Marpa-Rule-ID
```
This method allows access to the data for the next item of a progress report. If there are no more progress report items, it returns −1 as a termination indicator and sets the error code to MARPA-ERR-PROGRESS-REPORT-EXHAUSTED. Either the termination indicator, or the item count returned by marpa\_r\_progress\_report\_start(), can be used to determine when the last item has been seen. On success, the dot position is returned in the location pointed to by the position argument, and the origin is returned in the location pointed to by the origin argument. On failure, the locations pointed to by the position and origin arguments are unchanged. Success value: The rule ID of the next progress report item. If there are no more progress report items, −1. If either the position or the origin argument is NULL, or on other failure, −2. Failure value: −2.
### sub marpa\_b\_new
```
sub marpa_b_new(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Earley-Set-ID $earley_set_ID
) returns Marpa::Marpa-Bocage
```
Creates a new bocage object, with a reference count of 1. The reference count of its parent recognizer object, r, is increased by 1. If earley\_set\_ID is −1, the Earley set at the current earleme is used, if there is one. If earley\_set\_ID is −1 and there is no Earley set at the current earleme; or if earley\_set\_ID is −1 and there is no parse ending at Earley set earley\_set\_ID, marpa\_b\_new() fails and the error code is set to MARPA-ERR-NO-PARSE. Success value: The new bocage object. Failure value: NULL.
### sub marpa\_b\_ref
```
sub marpa_b_ref(
Marpa::Marpa-Bocage $b
) returns Marpa::Marpa-Bocage
```
Increases the reference count by 1. Not needed by most applications. Success value: $b. Failure value: NULL.
### sub marpa\_b\_unref
```
sub marpa_b_unref(
Marpa::Marpa-Bocage $b
) returns Mu
```
Decreases the reference count by 1, destroying b once the reference count reaches zero. When b is destroyed, the reference count of its parent recognizer is decreased by 1. If this takes the reference count of the parent recognizer to zero, it too is destroyed. If the parent recognizer is destroyed, the reference count of its base grammar is decreased by 1. If this takes the reference count of the base grammar to zero, it too is destroyed.
### sub marpa\_b\_ambiguity\_metric
```
sub marpa_b_ambiguity_metric(
Marpa::Marpa-Bocage $b
) returns Int
```
Returns an ambiguity metric. The metric is 1 is the parse is unambiguous. If the metric is 2 or greater, the parse is ambiguous. It was originally intended to have values greater than 2 be an cheaply computed estimate of the degree of ambiguity, but a satisfactory scheme for this has yet to be implemented. Success value: 1 if the bocage is not for an ambiguous parse; 2 or greater if the bocage is for an ambiguous parse. Failure value: −2.
### sub marpa\_b\_is\_null
```
sub marpa_b_is_null(
Marpa::Marpa-Bocage $b
) returns Int
```
Success value: A number greater than or equal to 1 if the bocage is for a null parse; otherwise, 0. Failure value: −2.
### sub marpa\_o\_new
```
sub marpa_o_new(
Marpa::Marpa-Bocage $b
) returns Marpa::Marpa-Order
```
Creates a new ordering object, with a reference count of 1. The reference count of its parent bocage object, b, is increased by 1. Success value: the new ordering object. Failure value: NULL.
### sub marpa\_o\_ref
```
sub marpa_o_ref(
Marpa::Marpa-Order $o
) returns Marpa::Marpa-Order
```
Increases the reference count by 1. Not needed by most applications. Success value: o. Failure value: NULL.
### sub marpa\_o\_unref
```
sub marpa_o_unref(
Marpa::Marpa-Order $o
) returns Mu
```
Decreases the reference count by 1, destroying o once the reference count reaches zero. Beginning with o's parent bocage, Libmarpa then proceeds up the chain of parent objects. Every time a child is destroyed, the reference count of its parent is decreased by 1. Every time the reference count of an object is decreased by 1, if that reference count is now zero, that object is destroyed. Libmarpa follows this chain of decrements and destructions as required, all the way back to the base grammar, if necessary.
### sub marpa\_o\_ambiguity\_metric
```
sub marpa_o_ambiguity_metric(
Marpa::Marpa-Order $o
) returns Int
```
Returns an ambiguity metric. The metric is 1 is the parse is unambiguous. If the metric is 2 or greater, the parse is ambiguous. It was originally intended to have values greater than 2 be an cheaply computed estimate of the degree of ambiguity, but a satisfactory scheme for this has yet to be implemented. If the ordering is not already frozen, it will be frozen on return from marpa\_o\_ambiguity\_metric(). marpa\_o\_ambiguity\_metric() is considered an “accessor”, because it is assumed that the ordering is frozen when marpa\_o\_ambiguity\_metric() is called. Success value: 1 if the ordering is not for an ambiguous parse; 2 or greater if the ordering is for an ambiguous parse. Failure value: −2.
### sub marpa\_o\_is\_null
```
sub marpa_o_is_null(
Marpa::Marpa-Order $o
) returns Int
```
Success value: A number greater than or equal to 1 if the ordering is for a null parse; otherwise, 0. Failure value: −2.
### sub marpa\_o\_high\_rank\_only\_set
```
sub marpa_o_high_rank_only_set(
Marpa::Marpa-Order $o,
Int $flag
) returns Int
```
These methods, respectively, set and query the “high rank only” flag of ordering o. A flag of 1 indicates that, when ranking, all choices should be discarded except those of the highest rank. A flag of 0 indicates that no choices should be discarded on the basis of their rank. A value of 1 is the default. The value of the “high rank only” flag has no effect unless ranking has been turned on using the marpa\_o\_rank() method. Success value: the value of the “high rank only” flag after the call. Failure value: −2.
### sub marpa\_o\_rank
```
sub marpa_o_rank(
Marpa::Marpa-Order $o
) returns Int
```
By default, the ordering of parse trees is arbitrary. This method causes the ordering to be ranked according to the ranks of symbols and rules, the “null ranks high” flags of the rules, and the “high rank only” flag of the ordering. Once this method returns, the ordering is frozen. Success value: A non-negative value. Failure value: −2.
### sub marpa\_t\_new
```
sub marpa_t_new(
Marpa::Marpa-Order $o
) returns Marpa::Marpa-Tree
```
Creates a new tree iterator, with a reference count of 1. The reference count of its parent ordering object, o, is increased by 1. When initialized, a tree iterator is positioned before the first parse tree. To position the tree iterator to the first parse, the application must call marpa\_t\_next(). Success value: A newly created tree. Failure value: NULL.
### sub marpa\_t\_ref
```
sub marpa_t_ref(
Marpa::Marpa-Tree $t
) returns Marpa::Marpa-Tree
```
Increases the reference count by 1. Not needed by most applications. Success value: t. Failure value: NULL.
### sub marpa\_t\_unref
```
sub marpa_t_unref(
Marpa::Marpa |
## dist_zef-raku-community-modules-Marpa.md
## Chunk 3 of 3
-Tree $t
) returns Mu
```
Decreases the reference count by 1, destroying t once the reference count reaches zero. Beginning with t's parent ordering, Libmarpa then proceeds up the chain of parent objects. Every time a child is destroyed, the reference count of its parent is decreased by 1. Every time the reference count of an object is decreased by 1, if that reference count is now zero, that object is destroyed. Libmarpa follows this chain of decrements and destructions as required, all the way back to the base grammar, if necessary.
### sub marpa\_t\_next
```
sub marpa_t_next(
Marpa::Marpa-Tree $t
) returns Int
```
Positions t at the next parse tree in the iteration. Tree iterators are initialized to the position before the first parse tree, so this method must be called before creating a valuator from a tree. If a tree iterator is positioned after the last parse, the tree is said to be “exhausted”. A tree iterator for a bocage with no parse trees is considered to be “exhausted” when initialized. If the tree iterator is exhausted, marpa\_t\_next() returns −1 as a termination indicator, and sets the error code to MARPA-ERR-TREE-EXHAUSTED. Success value: A non-negative value. If the tree iterator is exhausted, −1. Failure value: −2.
### sub marpa\_t\_parse\_count
```
sub marpa_t_parse_count(
Marpa::Marpa-Tree $t
) returns Int
```
The parse counter counts the number of parse trees traversed so far. The count includes the current iteration of the tree, so that a value of 0 indicates that the tree iterator is at its initialized position, before the first parse tree. Success value: The number of parses traversed so far. Failure value: Always succeeds.
### sub marpa\_v\_new
```
sub marpa_v_new(
Marpa::Marpa-Tree $t
) returns Marpa::Marpa-Value
```
Creates a new valuator. The parent object of the new valuator will be the tree iterator t, and the reference count of the new valuator will be 1. The reference count of t is increased by 1. The parent tree iterator is “paused”, so that the tree iterator cannot move on to a new parse tree until the valuator is destroyed. Many valuators of the same parse tree can exist at once. A tree iterator is “unpaused” when all of the valuators of that tree iterator are destroyed. Success value: The newly created valuator. Failure value: NULL.
### sub marpa\_v\_ref
```
sub marpa_v_ref(
Marpa::Marpa-Value $v
) returns Marpa::Marpa-Value
```
Increases the reference count by 1. Not needed by most applications. Success value: v. Failure value: NULL.
### sub marpa\_v\_unref
```
sub marpa_v_unref(
Marpa::Marpa-Value $v
) returns Mu
```
Decreases the reference count by 1, destroying v once the reference count reaches zero. Beginning with v's parent tree, Libmarpa then proceeds up the chain of parent objects. Every time a child is destroyed, the reference count of its parent is decreased by 1. Every time the reference count of an object is decreased by 1, if that reference count is now zero, that object is destroyed. Libmarpa follows this chain of decrements and destructions as required, all the way back to the base grammar, if necessary.
### sub marpa\_v\_step
```
sub marpa_v_step(
Marpa::Marpa-Value $v
) returns Marpa::Marpa-Step-Type
```
This method “steps through” the valuator. The return value is a Marpa-Step\_Type, an integer which indicates the type of step. How the application is expected to act on each step is described below. See Valuator steps by type. When the iteration through the steps is finished, marpa\_v\_step returns MARPA-STEP-INACTIVE. Success value: The type of the step to be performed. This will always be a non-negative number. Failure value: −2.
### sub marpa\_g\_event
```
sub marpa_g_event(
Marpa::g $g,
NativeCall::Types::Pointer[Marpa::Marpa-Event] $event,
Int $ix
) returns Marpa-Event-Code
```
On success, the type of the ix'th event is returned and the data for the ix'th event is placed in the location pointed to by event. Event indexes are in sequence. Valid events will be in the range from 0 to n, where n is one less than the event count. The event count can be queried using the marpa\_g\_event\_count() method. Success value: The type of event ix. If there is no ix'th event, if ix is negative, or on other failure, −2. Failure value: −2. The locations pointed to by event are not changed.
### sub marpa\_g\_event\_count
```
sub marpa_g_event_count(
Marpa::g $g
) returns Int
```
Success value: The number of events. Failure value: −2.
### sub marpa\_g\_error
```
sub marpa_g_error(
Marpa::g $g,
NativeCall::Types::Pointer[Str] $p_error_string
) returns Marpa-Error-Code
```
When a method fails, this method allows the application to read the error code. p\_error\_string is reserved for use by the internals. Applications should set it to NULL. Success value: The last error code from a Libmarpa method. Failure value: Always succeeds.
### sub marpa\_g\_error\_clear
```
sub marpa_g_error_clear(
Marpa::g $g
) returns Marpa-Error-Code
```
Sets the error code to MARPA-ERR-NONE. Not often used, but now and then it can be useful to force the error code to a known state. Success value: MARPA-ERR-NONE. Failure value: Always succeeds.
### sub marpa\_g\_default\_rank\_set
```
sub marpa_g_default_rank_set(
Marpa::g $g,
Marpa::Marpa-Rank $rank
) returns Marpa::Marpa-Rank
```
These methods, respectively, set and query the default rank of the grammar. When a grammar is created, the default rank is 0. When rules and symbols are created, their rank is the default rank of the grammar. Changing the grammar's default rank does not affect those rules and symbols already created, only those that will be created. This means that the grammar's default rank can be used to, in effect, assign ranks to groups of rules and symbols. Applications may find this behavior useful. Success value: Returns the rank after the call, and sets the error code to MARPA-ERR-NONE. On failure, returns −2, and sets the error code to an appropriate value, which will never be MARPA-ERR-NONE. Note that when the rank is −2, the error code is the only way to distinguish success from failure. The error code can be determined by using the marpa\_g\_error() call. Failure value: −2.
### sub marpa\_g\_symbol\_rank\_set
```
sub marpa_g_symbol_rank_set(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $sym_id,
Marpa::Marpa-Rank $rank
) returns Marpa::Marpa-Rank
```
These methods, respectively, set and query the rank of a symbol sym\_id. When sym\_id is created, its rank initialized to the default rank of the grammar. Success value: Returns the rank after the call, and sets the error code to MARPA-ERR-NONE. On failure, returns −2, and sets the error code to an appropriate value, which will never be MARPA-ERR-NONE. Note that when the rank is −2, the error code is the only way to distinguish success from failure. The error code can be determined by using the marpa\_g\_error() call. Failure value: −2.
### sub marpa\_g\_zwa\_new
```
sub marpa_g_zwa_new(
Marpa::g $g,
Int $default_value
) returns Marpa::Marpa-Assertion-ID
```
On success, returns previous default value of the assertion.
### sub marpa\_r\_zwa\_default\_set
```
sub marpa_r_zwa_default_set(
Marpa::Marpa-Recognizer $r,
Marpa::Marpa-Assertion-ID $zwaid,
Int $default_value
) returns Int
```
Changes default value to default\_value. On success, returns previous default value of the assertion.
### sub marpa\_g\_symbol\_is\_valued\_set
```
sub marpa_g_symbol_is_valued_set(
Marpa::g $g,
Marpa::Marpa-Symbol-ID $symbol_id,
Int $value
) returns Int
```
These methods, respectively, set and query the “valued status” of a symbol. Once set to a value with the marpa\_g\_symbol\_is\_valued\_set() method, the valued status of a symbol is “locked” at that value. It cannot thereafter be changed. Subsequent calls to marpa\_g\_symbol\_is\_valued\_set() for the same sym\_id will fail, leaving sym\_id's valued status unchanged, unless value is the same as the locked-in value. Success value: 1 if the symbol symbol\_id is valued after the call, 0 if not. If the valued status is locked and value is different from the current status, −2. If value is not 0 or 1; or on other failure, −2. Failure value: −2.
### sub marpa\_v\_symbol\_is\_valued\_set
```
sub marpa_v_symbol_is_valued_set(
Marpa::Marpa-Value $v,
Marpa::Marpa-Symbol-ID $sym_id,
Int $status
) returns Int
```
These methods, respectively, set and query the valued status of symbol sym\_id. marpa\_v\_symbol\_is\_valued\_set() will set the valued status to the value of its status argument. A valued status of 1 indicates that the symbol is valued. A valued status of 0 indicates that the symbol is unvalued. If the valued status is locked, an attempt to change to a status different from the current one will fail (error code MARPA-ERR-VALUED-IS-LOCKED). Success value: The valued status after the call. If value is not either 0 or 1, or on other failure, −2. Failure value: −2.
### sub marpa\_v\_rule\_is\_valued\_set
```
sub marpa_v_rule_is_valued_set(
Marpa::Marpa-Value $v,
Marpa::Marpa-Rule-ID $rule_id,
Int $status
) returns Int
```
These methods, respectively, set and query the valued status for the LHS symbol of rule rule\_id. marpa\_v\_rule\_is\_valued\_set() sets the valued status to the value of its status argument. A valued status of 1 indicates that the symbol is valued. A valued status of 0 indicates that the symbol is unvalued. If the valued status is locked, an attempt to change to a status different from the current one will fail (error code MARPA-ERR-VALUED-IS-LOCKED). Rules have no valued status of their own. The valued status of a rule is always that of its LHS symbol. These methods are conveniences — they save the application the trouble of looking up the rule's LHS. Success value: The valued status of the rule rule\_id's LHS symbol after the call. If value is not either 0 or 1, or on other failure, −2. Failure value: −2.
### sub marpa\_v\_valued\_force
```
sub marpa_v_valued_force(
Marpa::Marpa-Value $v
) returns Int
```
This methods locks the valued status of all symbols to 1, indicated that the symbol is valued. If this is not possible, for example because one of the grammar's symbols already is locked at a valued status of 0, failure is returned. Success value: A non-negative number. Failure value: −2, and sets the error code to an appropriate value, which will never be MARPA-ERR-NONE.
|
## dist_github-moritz-Math-Model.md
`Math::Model` lets you write mathematical and physical models in an easy and
natural way.
Please see <https://perlgeek.de/blog-en/perl-6/physical-modelling.html> for a
longer description and tutorial.
This module may be used under the terms of the [Artistic License 2.0](https://opensource.org/licenses/Artistic-2.0).
Its accompanying tests and examples are public domain, as defined by the [CC0 1.0 Universal (CC0 1.0) Public Domain Dedication](https://creativecommons.org/publicdomain/zero/1.0/).
|
## dist_github-fayland-Gravatar-URL.md
# perl6-Gravatar-URL - Make URLs for Gravatars from an email address
[](https://travis-ci.org/fayland/perl6-Gravatar-URL)
## SYNOPSIS
```
use Gravatar::URL;
my $gravatar_id = gravatar_id('[email protected]'); # 'a60fc0828e808b9a6a9d50f1792240c8'
my $gravator_url = gravatar_url(
:email<[email protected]>,
:size<32>
);
my $gravator_url = gravatar_url(
:email<[email protected]>,
default => '/local.png',
:rating<R>,
:size<80>,
:short_keys<0>,
:https<1>
);
```
## DESCRIPTION
* email - required, if Str.chars=32 passed, we'll treat it as id
* default - default image
* rating - G, PG, R, X
* size - Int 1 to 512
* short\_keys - use r instead of rating, d instead of default in url
* https - use <https://secure.gravatar.com/avatar/> instead of <http://www.gravatar.com/avatar/> as the base
|
## dist_zef-FCO-MergeOrderedSeqs.md
[](https://github.com/FCO/MergeOrderedSeqs/actions)
# NAME
MergeOrderedSeqs - Merge multiple ordered Seqs into a single ordered one.
# SYNOPSIS
```
use MergeOrderedSeqs;
my @ordered = merge-ordered-seqs [1, 3, 5], [2, 4, 6];
my @ord2 = merge-ordered-seqs :before(More), [6, 4, 2], [5, 3, 1];
my @ord3 = merge-ordered-seqs :before{(-2) ** $_}, [5, 3, 1], [2, 4, 6];
my @ord4 = merge-ordered-seqs :before{$^a < $^b}, [1, 3, 5], [2, 4, 6];
```
# DESCRIPTION
merge\_ordered\_seqs() is a function that receives multiple iterables that should be ordered and returns a single Seq also ordered.
# AUTHOR
Fernando Corrêa [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2023 Fernando Corrêa de Oliveira
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-tony-o-CSV-Parser.md
# NAME
`CSV::Parser` - parses binary CSV file and reads it line by line.
# SYNOPSIS
This module is pretty badass. It reads CSV files line by line and can handle individual lines so you can handle your own file reads or you can let me do the damn work for you. It handles binary files with relative ease so you can parse your binary 'Comma Separated Value' files like a pro.
```
use CSV::Parser;
my $file_handle = open 'some.csv', :r;
my $parser = CSV::Parser.new(
:$file_handle,
:contains_header_row,
);
# Option 1
until $file_handle.eof {
my %data = %($parser.get_line());
# do something here with your hashish data
}
$parser.reset;
# Option 2
my %data;
while %data = %($parser.get_line()) {
# do something with data here
}
$file_handle.close; # don't forget to close
```
# INSTALLATION
```
$ zef install CSV::Parser
```
# METHODS
## method new
```
method new(
IO::Handle :$file_handle,
Bool :$binary,
Bool :$contains_header_row,
:$field_separator,
:$line_separator,
:$field_operator,
:$escape_operator,
int :$chunk_size,
)
```
Constructs a CSV parser and sets its attributes to the provided options.
### `file_handle`
File handle opened with [`read`](https://docs.raku.org/routine/read).
### `binary`
* Default: `False`
* Type: `Bool`
Indicates if file was opened in binary mode. If `True`, the file was opened as binary and all operator/separator options are **REQUIRED** to be passed as `Buf` objects (instead of `Str`).
### `contains_header_row`
* Default: `False`
* Type: `Bool`
Indicates if the first line should be intepreted as column names. If `False`, the first line won't be interpreted as column names and each parsed line will be returned as a hash with keys `0..X-1`, where `X` is the number of columns. If `True`, the first line will be interpreted as column names, and each subsequent line will be returned as a hash whose keys are the column names.
### `field_normalizer`
* Default: `-> $k, $v, :$header = False { $v }`.
* Type: `Callable`
A `Callable` with signature `($key, $value, :$header = False)` to normalize the key-value pair for each CSV row. The `$key` is the header value if available, otherwise the column index. The `$value` is the value of the column. The `$header` boolean flag indicates whether we're parsing a header or a row value. The return value is the column's final value, i.e., a `Str`.
### `field_separator`
* Default: `,`
* Type: `Str` or `Buf`
Specifies a single-character string used as the the column separator for each row.
### `line_separator`
* Default: `\n`
* Type: `Str`
Specifies the separator between CSV rows. See `field_separator` - this will be included in a parsed value if found in an open `field_operator`.
### `field_operator`
* Default: `"`
* Type: `Str`
Specifies the character [sequence] used to escape a field (can handle `line_separator` encapsulation). See `field_separator`.
### `escape_operator`
* Default: `\\`
* Type: `Str`
Specifies the single-character string used to escape strings in a CSV row. See `field_separator`.
### `chunk_size`
* Default: `1024`
* Type: `Int`
Specifies how many bytes to read from the file handle. It can be increased to improve performance if you are parsing some huge lined binary file. 1024 should be sufficient.
## method headers
Returns the parsed headers, if available.
## method get\_line
```
method get_line()
```
Reads a line or chunk from a file and return the parsed line. If this is the first call to this function and `contains_header_row` is set then this will parse the first 2 lines and use the first row's values as the column values.
## method parse
```
method parse($line, :$header = False) returns Hash
```
Parses a `Str` or `Buf` in accordance with the options set in `new`. Set the `binary` flag in `new` if you are going to pass a `Buf`.
## method reset
```
method reset()
```
Closes and re-opens the file handle provided in `new`.
# AUTHOR
tony-o <https://github.com/tony-o/>
# COPYRIGHT AND LICENSE
Copyright 2023 tony-o
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-raku-community-modules-Math-Arrow.md
[](https://github.com/raku-community-modules/Math-Arrow/actions) [](https://github.com/raku-community-modules/Math-Arrow/actions) [](https://github.com/raku-community-modules/Math-Arrow/actions)
# NAME
Math::Arrow - Handle Knuth-style arrow notation
# SYNOPSIS
In Knuth arrow notation, one arrow is simple exponentiation:
```
2 ↑ 3 # gives 8
```
Every additional arrow in the operator implies a layer of reduction of the form:
```
a ↑{n number of ↑'s} b =
a ↑{n-1 ↑'s} ( a ↑{n-1 ↑'s (... a)...)
```
where there are `b` number of `a`s in the second form.
But this module only implements up to five arrows (really, if you need more than five, I question what the hell you think Raku is going to do for you...)
More concretely:
```
4 ↑↑↑↑ 3 =
4 ↑↑↑ ( 4 ↑↑↑ 4 ) =
4 ↑↑↑ ( 4 ↑↑ ( 4 ↑↑ ( 4 ↑↑ 4 ))) =
4 ↑↑↑ ( 4 ↑↑ ( 4 ↑↑ ( 4 ↑ (4 ↑ (4 ↑ 4 ))))) =
4 ↑↑↑ ( 4 ↑↑ ( 4 ↑↑ ( 4 ** 4 ** 4 ** 4))) = ...
```
As you can see, this quickly gets out of hand. In fact, there are very few arrow-notation expressions which can be evaluated in a practical period of time (the above example would take longer to fully evaluate than the universe has been around, even on the fastest computers available, today.
Probably the best-known arrow-notation example is Graham's Number (G) which is defined as:
```
$g1 = 3 ↑↑↑↑ 3;
$g2 = arrow(3, 3, $g1);
...
$g64 = arrow(3, 3, $g63);
use constant G = $g64;
```
## operator ↑
The `↑` operator is an infix operator which is equivalent to `arrow(left-hand-side, right-hand-side, 1)` and `**` and performs simple exponentiation. It is right-associative, just like `**`.
## operator ↑↑
The `↑↑` operator is also a right-associative infix operator and is equivalent to `arrow(lhs, rhs, 2)`.
## operator ↑↑↑
See `↑↑` for details. Equivalent to `arrow(lhs, rhs, 3)`.
## operator ↑↑↑↑
See `↑↑` for details. Equivalent to `arrow(lhs, rhs, 4)`.
## operator ↑↑↑↑↑
See <↑↑> for details. Equivalent to `arrow(lhs, rhs, 5)`.
## arrow($a, $b, $arrows)
Returns the arrow-notation expansion for `$a ↑[$arrows] $b` where `↑[$arrows]` denotes `$arrows` many `↑` in the final operator. Thus these two are equivalent:
```
arrow(3, 3, 4) == (3 ↑↑↑↑ 3)
```
## term G
```
use Math::Arrow :constants;
say G; # you won't have enough CPU or memory to see it
```
Only exported via the `:constants` tag.
The value `G` is defined as a more-or-less humorous element of this module. It can never be used for anything practical, as evaluating its value would take such a mind-bogglingly large amount of time and memory that you might as well simply shoot your computer. But... don't do that.
This value is Graham's number, defined as described above.
# AUTHOR
Aaron Sherman
# COPYRIGHT AND LICENSE
Copyright 2016-2017 Aaron Sherman
Copyright 2024 Raku Community
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-FRITH-Math-Libgsl-Interpolation.md
[](https://github.com/frithnanth/raku-Math-Libgsl-Interpolation/actions)
# NAME
Math::Libgsl::Interpolation - An interface to libgsl, the Gnu Scientific Library - Interpolation
# SYNOPSIS
```
use Math::Libgsl::Constants;
use Math::Libgsl::Interpolation;
my constant \N = 4;
my Num @x = 0e0, .1e0, .27e0, .3e0;
my Num @y = .15e0, .7e0, -.1e0, .15e0;
my $s = Math::Libgsl::Interpolation::OneD.new(:type(CSPLINE_PERIODIC), :size(N), :spline).init(@x, @y);
for ^100 -> $i {
my Num $xi = (1 - $i / 100) * @x[0] + ($i / 100) * @x[N - 1];
my Num $yi = $s.eval: $xi;
printf "%g %g\n", $xi, $yi;
}
```
# DESCRIPTION
Math::Libgsl::Interpolation is an interface to the interpolation functions of libgsl, the Gnu Scientific Library. This module exports two classes:
* Math::Libgsl::Interpolation::OneD
* Math::Libgsl::Interpolation::TwoD
## Math::Libgsl::Interpolation::OneD
### new(Int $type!, Int $size!)
### new(Int :$type!, Int :$size!)
This **multi method** constructor requires two simple or named arguments, the type of interpolation and the size of the array of data points.
All the following methods *throw* on error if they return **self**, otherwise they *fail* on error.
### init(Num() @xarray where ([<] @xarray), Num() @yarray --> Math::Libgsl::Interpolation::OneD)
This method initializes the interpolation internal data using the X and Y coordinate arrays. It must be called each time one wants to use the object to evaluate interpolation points on another data set. The X array has to be strictly ordered, with increasing x values. This method returns **self**, so it may be chained.
### min-size(--> UInt)
This method returns the minimum number of points required by the interpolation object.
### name(--> Str)
This method returns the name of the interpolation type.
### find(Num() @xarray, Num() $x --> UInt)
This method performs a lookup action on the data array **@xarray** and returns the index i such that @xarray[i] <= $x < @xarray[i+1].
### reset(--> Math::Libgsl::Interpolation::OneD)
This method reinitializes the internal data structure and deletes the cache. It should be used when switching to a new dataset. This method returns **self**, so it may be chained.
### eval(Num() $x where $!spline.interp.xmin ≤ \* ≤ $!spline.interp.xmax --> Num)
This method returns the interpolated value of y for a given point x, which is inside the range of the x data set.
### eval-deriv(Num() $x where $!spline.interp.xmin ≤ \* ≤ $!spline.interp.xmax --> Num)
This method returns the derivative of an interpolated function for a given point x, which is inside the range of the x data set.
### eval-deriv2(Num() $x where $!spline.interp.xmin ≤ \* ≤ $!spline.interp.xmax --> Num)
This method returns the second derivative of an interpolated function for a given point x, which is inside the range of the x data set.
### eval-integ(Num() $a where $!spline.interp.xmin ≤ \*, Num() $b where { $b ≤ $!spline.interp.xmax && $b ≥ $a } --> Num)
This method returns the numerical integral result of an interpolated function over the range [$a, $b], two points inside the x data set.
## Math::Libgsl::Interpolation::TwoD
### new(Int $type!, Int $xsize!, Int $ysize!)
### new(Int :$type!, Int :$xsize!, Int :$ysize!)
This **multi method** constructor requires three simple or named arguments, the type of interpolation and the size of the arrays of the x and y data points.
### init(Num() @xarray where ([<] @xarray), Num() @yarray where ([<] @yarray), Num() @zarray where \*.elems == @xarray.elems \* @yarray.elems --> Math::Libgsl::Interpolation::TwoD)
This method initializes the interpolation internal data using the X, Y, and Z coordinate arrays. It must be called each time one wants to use the object to evaluate interpolation points on another data set. The X and Y arrays have to be strictly ordered, with increasing values. The Z array, which represents a grid, must have a dimension of size xsize \* ysize. The position of grid point (x, y) is given by y \* xsize + x (see also the zidx method). This method returns **self**, so it may be chained.
### zidx(UInt $x, UInt $y --> UInt)
This method returns the index of the Z array element corresponding to grid coordinates (x, y).
### min-size(--> UInt)
This method returns the minimum number of points required by the interpolation object.
### name(--> Str)
This method returns the name of the interpolation type.
### eval(Num() $x where $!spline.interp.xmin ≤ \* ≤ $!spline.interp.xmax, Num() $y where $!spline.interp.ymin ≤ \* ≤ $!spline.interp.ymax --> Num)
This method returns the interpolated value of z for a given point (x, y), which is inside the range of the x and y data sets.
### extrap(Num() $x, Num() $y --> Num)
This method returns the interpolated value of z for a given point (x, y), with no bounds checking, so when the point (x, y) is outside the range, an extrapolation is performed.
### deriv-x(Num() $x where $!spline.interp.xmin ≤ \* ≤ $!spline.interp.xmax, Num() $y where $!spline.interp.ymin ≤ \* ≤ $!spline.interp.ymax --> Num)
This method returns the interpolated value of ∂z/∂x for a given point (x, y), which is inside the range of the x and y data sets.
### deriv-y(Num() $x where $!spline.interp.xmin ≤ \* ≤ $!spline.interp.xmax, Num() $y where $!spline.interp.ymin ≤ \* ≤ $!spline.interp.ymax --> Num)
This method returns the interpolated value of ∂z/∂y for a given point (x, y), which is inside the range of the x and y data sets.
### deriv-xx(Num() $x where $!spline.interp.xmin ≤ \* ≤ $!spline.interp.xmax, Num() $y where $!spline.interp.ymin ≤ \* ≤ $!spline.interp.ymax --> Num)
This method returns the interpolated value of ∂²z/∂²x for a given point (x, y), which is inside the range of the x and y data sets.
### deriv-yy(Num() $x where $!spline.interp.xmin ≤ \* ≤ $!spline.interp.xmax, Num() $y where $!spline.interp.ymin ≤ \* ≤ $!spline.interp.ymax --> Num)
This method returns the interpolated value of ∂²z/∂²y for a given point (x, y), which is inside the range of the x and y data sets.
### deriv-xy(Num() $x where $!spline.interp.xmin ≤ \* ≤ $!spline.interp.xmax, Num() $y where $!spline.interp.ymin ≤ \* ≤ $!spline.interp.ymax --> Num)
This method returns the interpolated value of ∂²z/∂x∂y for a given point (x, y), which is inside the range of the x and y data sets.
## Accessory subroutines
### bsearch(Num() @xarray, Num() $x, UInt $idx-lo = 0, UInt $idx-hi = @xarray.elems - 1 --> UInt)
This sub returns the index i of the array @xarray such that @xarray[i] <= $x < @xarray[i+1]. The index is searched for in the range [$idx-lo, $idx-hi].
### min-size(Int $type --> UInt)
### min-size1d(Int $type --> UInt)
### min-size2d(Int $type --> UInt)
These subs return the minimum number of points required by the interpolation object, without the need to create an object. min-size is an alias for min-size1d.
# C Library Documentation
For more details on libgsl see <https://www.gnu.org/software/gsl/>. The excellent C Library manual is available here <https://www.gnu.org/software/gsl/doc/html/index.html>, or here <https://www.gnu.org/software/gsl/doc/latex/gsl-ref.pdf> in PDF format.
# Prerequisites
This module requires the libgsl library to be installed. Please follow the instructions below based on your platform:
## Debian Linux and Ubuntu 20.04+
```
sudo apt install libgsl23 libgsl-dev libgslcblas0
```
That command will install libgslcblas0 as well, since it's used by the GSL.
## Ubuntu 18.04
libgsl23 and libgslcblas0 have a missing symbol on Ubuntu 18.04. I solved the issue installing the Debian Buster version of those three libraries:
* <http://http.us.debian.org/debian/pool/main/g/gsl/libgslcblas0_2.5+dfsg-6_amd64.deb>
* <http://http.us.debian.org/debian/pool/main/g/gsl/libgsl23_2.5+dfsg-6_amd64.deb>
* <http://http.us.debian.org/debian/pool/main/g/gsl/libgsl-dev_2.5+dfsg-6_amd64.deb>
# Installation
To install it using zef (a module management tool):
```
$ zef install Math::Libgsl::Interpolation
```
# AUTHOR
Fernando Santagata [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2021 Fernando Santagata
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## file.md
file
Combined from primary sources listed below.
# [In CallFrame](#___top "go to top of document")[§](#(CallFrame)_method_file "direct link")
See primary documentation
[in context](/type/CallFrame#method_file)
for **method file**.
```raku
method file()
```
This is a shortcut for looking up the `file` annotation. Therefore, the following code prints `True`.
```raku
my $frame = callframe(0);
say $frame.file eq $frame.annotations<file>;
```
# [In Backtrace::Frame](#___top "go to top of document")[§](#(Backtrace::Frame)_method_file "direct link")
See primary documentation
[in context](/type/Backtrace/Frame#method_file)
for **method file**.
```raku
method file(Backtrace::Frame:D --> Str)
```
Returns the file name.
```raku
my $bt = Backtrace.new;
my $btf = $bt[0];
say $btf.file;
```
# [In Label](#___top "go to top of document")[§](#(Label)_method_file "direct link")
See primary documentation
[in context](/type/Label#method_file)
for **method file**.
Returns the file the label is defined in.
# [In Code](#___top "go to top of document")[§](#(Code)_method_file "direct link")
See primary documentation
[in context](/type/Code#method_file)
for **method file**.
```raku
method file(Code:D: --> Str:D)
```
Returns the name of the file in which the code object was declared.
```raku
say &infix:<+>.file; # OUTPUT: «SETTING::src/core.c/Numeric.rakumod»
```
|
## dist_zef-elcaro-Point.md
# NAME
Point - Point class
# SYNOPSIS
This is a simple immutable Point class for Raku. It's implementation is loosely based on [Tuple](https://modules.raku.org/dist/Tuple:cpan:ELIZABETH) but is restricted to only accepting 2 Real numbers: an `x` and a `y`.
Internally, the values are stored as native `num`'s for speed, as well as allowing for decimal values, also useful when calculating the Euclidean distance (with the usual floating-point precision caveats).
Like `Tuple`, the `Point` is a value type, so `Point` objects will behave inside data structures such as `Set`.
```
use Point; # exports a 'point' sub
my $p = point(1, 1);
my $q = point(2, -3);
# addition between points returns a new point
say $p + $q; # (3, -2)
# point values will behave inside a Set
say set($p, $p, $q); # set((1, 1) (2, -3))
# maybe these subs will be included with the module in future?
sub cityblock-distance($p, $q = point(0, 0)) {
abs($p.x + $q.x) + abs($p.y + $q.y)
}
sub euclidean-distance($p, $q = point(0, 0)) {
(($p.x - $q.x)² + ($p.y - $q.y)²) ** 0.5
}
say cityblock-distance($p, $q); # 5
say euclidean-distance($p, $q); # 4.123105625617661
```
An addition (`+`) infix op is exported to support addition of points.
From Version 1.2.0, infix ops are also exported for
* subtraction (infix `-` and `−`)
* multipliction (infix `*` and `×`)
* division (infix `/`, `÷`)
... as well as unary prefix negation.
Here's a simple Eclidean vector implementation using some of those features
```
use Point;
class Vec {
has $.pos = point(0, 0); # position
has $.vel = point(0, 0); # velocity
has $.acc = point(0, 0); # acceleration
has $.mas = 1; # mass
# magnitude of velocity
method speed() {
(.x² + .y²).sqrt given $!vel;
}
method apply-force(Point $f) {
$!acc += $f ÷ $!mas;
}
method update() {
$!vel += $!acc;
$!pos += $!vel;
$!acc ×= 0;
}
}
```
I stopped short of export multi's for other math functions (`abs`, `floor`, etc) but if there is a great crying out of need for these, I would consider it. In the meantime, implementing these multi's in your own code is easy enough.
# CAVEATS
A `Point` object is not a `List`. It cannot be directly indexed into; just use the `.x` and `.y` methods. It will try to stay in `item` context most of the time. However if you want to (eg. to slip `x` and `y` to some external function) you can call `.list` (or any other method that indirectly calls `.list`) to get the `Num` values as a list, eg.
```
my @p = |$p;
say @p.raku; # [1e0, 1e0]
```
# LICENCE
```
The Artistic License 2.0
```
See LICENSE file in the repository for the full license text.
|
## dist_zef-grizzlysmit-GUI-Editors.md
# GUI::Editors
## Table of Contents
* [NAME](#name)
* [AUTHOR](#author)
* [VERSION](#version)
* [TITLE](#title)
* [SUBTITLE](#subtitle)
* [COPYRIGHT](#copyright)
* [Introduction](#introduction)
* [$editor-config](#editor-config)
* [@config-files](#config-files)
* [grammar Editors & action class EditorsActions](#grammar-editors--action-class-editorsactions)
* [grammar EditorLine & class EditorLineActions](#grammar-editorline--class-editorlineactions)
* [grammar OverrideGUIEditor & actions class OverrideGUIEditorActions](#grammar-overrideguieditor--actions-class-overrideguieditoractions)
* [Some useful variables](#some-useful-variables)
* [$GUI\_EDITOR](#gui_editor)
* [$GUI\_EDITOR](#gui-editor)
* [$VISUAL](#visual)
* [$EDITOR](#editor)
* [@GUIEDITORS](#guieditors-2)
* [@gui-editors](#gui-editors)
* [@default-editors](#default-editors)
* [@override-gui\_editor](#override-gui_editor) or [on raku.land @override-gui\_editor](#override-gui-editor)
* [$override-GUI\_EDITOR](#override-gui_editor-1) or [on raku.land $override-GUI\_EDITOR](#override-gui-editor-1)
* [In **`init-gui-editors`**](#in-init-gui-editors)
* [$editor](#editor-1)
* [edit-configs()](#edit-configs)
* [Editor functions](#editor-functions)
* [list-editors(…)](#list-editors)
* [editors-stats(…)](#editors-stats)
* [BadEditor](#badeditor)
* [set-editor](#set-editor)
* [add-gui-editor(…)](#add-gui-editor)
* [set-override-GUI\_EDITOR(…)](#set-override-gui_editor) or [on raku.land set-override-GUI\_EDITOR(…)](#set-override-gui-editor)
* [backup-editors(…)](#backup-editors)
* [restore-editors(…)](#restore-editors)
* [list-editors-backups(…)](#list-editors-backups)
* [backups-menu-restore-editors(…)](#backups-menu-restore-editors)
* [edit-files(…)](#edit-files)
# NAME
GUI::Editors
# AUTHOR
Francis Grizzly Smit ([[email protected]](mailto:[email protected]))
# VERSION
0.1.12
# TITLE
GUI::Editors
# SUBTITLE
A Raku module for managing the users GUI Editor preferences in a variety of programs.
# COPYRIGHT
LGPL V3.0+ [LICENSE](https://github.com/grizzlysmit/GUI-Editors/blob/main/LICENSE)
[Top of Document](#table-of-contents)
# Introduction
A **Raku** module for managing the users GUI Editor preferences in a variety of programs.
## $editor-config
A constant which contains the location of the users editors file
```
# the home dir #
constant $home = %*ENV<HOME>.Str();
# config files
constant $editor-config is export = "$home/.local/share/gui-editors";
```
**NB: the `$home` is the value of the users HOME environment variable.**
[Top of Document](#table-of-contents)
## @config-files
An array containing the configuration files of the program, by default it is set to contain **editors** the editors configuration file the remainder should be added by **`init-gui-editors(...)`** the initialization procedure for the module.
```
# The config files to test for #
my Str:D @config-files = qw{editors};
sub config-files( --> Array[Str:D]) is export {
return @config-files;
}
```
## @guieditors
An array of known **GUI** editors.
```
my Str:D @guieditors;
sub guieditors( --> Array[Str:D]) is export {
return @guieditors;
}
```
[Top of Document](#table-of-contents)
## grammar Editors & action class EditorsActions
```
grammar Editors is BasePaths is export {
regex TOP { [ <line> [ \v+ <line> ]* \v* ]? }
regex line { [ <white-space-line> || <override-gui_editor> || <config-line> || <editor-to-use> || <comment-line> ] }
regex white-space-line { ^^ \h* $$ }
regex override-gui_editor { ^^ \h* 'override' \h+ 'GUI_EDITOR' [ \h+ '#' <comment> ]? \h* $$ }
regex comment-line { ^^ \h* '#' <-[\v]>* $$ }
regex config-line { ^^ \h* 'guieditors' \h* '+'? '=' \h* <editor> \h* [ '#' <comment> \h* ]? $$ }
regex editor-to-use { ^^ \h* 'editor' \h* ':'? '=' \h* <editor> \h* [ '#' <comment> \h* ]? $$ }
regex editor { <editor-name> || <base-path> <editor-name> }
regex comment { <-[\n]>* }
token editor-name { <with-other-stuff> }
}
class EditorsActions does BasePathsActions is export {
method white-space-line($/) {
my %wspln = type => 'white-space-line', value => ~$/;
make %wspln;
}
method comment-line($/) {
my %comln = type => 'comment-line', value => ~$/;
make %comln;
}
#token editor-name { <with-other-stuff> }
method editor-name($/) {
my $edname = $/<with-other-stuff>.made;
make $edname;
}
method editor($/) {
my $ed-name;
if $/<base-path> {
$ed-name = $/<base-path>.made ~ $/<editor-name>.made;
} else {
$ed-name = $/<editor-name>.made;
}
make $ed-name;
}
method comment($/) {
my $comm = (~$/).trim;
make $comm;
}
method config-line($/) {
my %cfg-line = type => 'config-line', value => $/<editor>.made;
if $/<comment> {
my $com = $/<comment>.made;
%cfg-line«comment» = $com;
}
make %cfg-line;
}
method editor-to-use($/) {
my %editor-to-use = type => 'editor-to-use', value => $/<editor>.made;
if $/<comment> {
my $com = $/<comment>.made;
%editor-to-use«comment» = $com;
}
make %editor-to-use;
}
method override-gui_editor($/) {
my %override-gui_editor = type => 'override-gui_editor', :value;
if $/<comment> {
my $com = $/<comment>.made;
%override-gui_editor«comment» = $com;
}
make %override-gui_editor;
}
method line($/) {
my %ln;
if $/<white-space-line> {
%ln = $/<white-space-line>.made;
} elsif $/<comment-line> {
%ln = $/<comment-line>.made;
} elsif $/<config-line> {
%ln = $/<config-line>.made;
} elsif $/<editor-to-use> {
%ln = $/<editor-to-use>.made;
} elsif $/<override-gui_editor> {
%ln = $/<override-gui_editor>.made;
}
make %ln;
}
method TOP($made) {
my @top = $made<line>».made;
$made.make: @top;
}
} # class EditorsActions does BasePathsActions is export #
```
[Top of Document](#table-of-contents)
### grammar EditorLine & class EditorLineActions
A grammar and associated action class to parse and recognise the **`editor := value # comment`** lines in the **editors** file.
```
grammar EditorLine is BasePaths is export {
regex TOP { ^ \h* 'editor' \h* ':'? '=' \h* <editor> \h* [ '#' <comment> \h* ]? $ }
regex editor { <editor-name> || <base-path> <editor-name> }
regex comment { <-[\n]>* }
token editor-name { <with-other-stuff> }
}
class EditorLineActions does BasePathsActions is export {
#token editor-name { <with-other-stuff> }
method editor-name($/) {
my $edname = $/<with-other-stuff>.made;
make $edname;
}
method editor($/) {
my $ed-name;
if $/<base-path> {
$ed-name = $/<base-path>.made ~ '/' ~ $/<editor-name>.made;
} else {
$ed-name = $/<editor-name>.made;
}
make $ed-name;
}
method comment($/) {
my $comm = (~$/).trim;
make $comm;
}
method config-line($/) {
my %cfg-line = type => 'config-line', value => $/<editor>.made;
if $/<comment> {
my $com = $/<comment>.made;
%cfg-line«comment» = $com;
}
make %cfg-line;
}
method TOP($made) {
my %top = type => 'editor-to-use', value => $made<editor>.made;
if $made<comment> {
my $com = $made<comment>.made;
%top«comment» = $com;
}
$made.make: %top;
}
} # class EditorLineActions does BasePathsActions is export #
```
[Top of Document](#table-of-contents)
### grammar OverrideGUIEditor & actions class OverrideGUIEditorActions
A grammar to parse/recognise the **`override GUI_EDITOR # comment`** line.
```
grammar OverrideGUIEditor is export {
regex TOP { ^ \h* [ <commented> \h* ]? 'override' \h+ 'GUI_EDITOR' [ \h+ '#' <comment> ]? \h* $ }
regex comment { <-[\n]>* }
token commented { '#' }
}
class OverrideGUIEditorActions is export {
method comment($/) {
my $comment = (~$/).trim;
make $comment;
}
method commented($/) {
my $commented = (~$/).trim;
make $commented;
}
method TOP($made) {
my %top = type => 'override-gui_editor', :value;
if $made<commented> {
%top«value» = False;
}
if $made<comment> {
my $com = $made<comment>.made;
%top«comment» = $com;
}
$made.make: %top;
}
} # class OverrideGUIEditorActions #
```
[Top of Document](#table-of-contents)
## Some useful variables
**NB: All these variables are available outside of the module as a sub of the same name. That way I can give read only access to them.**
### $GUI\_EDITOR
The value of the **`%*ENV«GUI_EDITOR»`** environment variable or **`''`** if not set.
### $VISUAL
The value of the **`%*ENV«VISUAL»`** environment variable or **`''`** if not set.
### $EDITOR
The value of the **`%*ENV«EDITOR»`** environment variable or **`''`** if not set.
```
my Str:D $GUI_EDITOR = ((%*ENV<GUI_EDITOR>:exists) ?? ~%*ENV<GUI_EDITOR> !! '');
my Str:D $VISUAL = ((%*ENV<VISUAL>:exists) ?? ~%*ENV<VISUAL> !! '');
my Str:D $EDITOR = ((%*ENV<EDITOR>:exists) ?? ~%*ENV<EDITOR> !! '');
sub GUI_EDITOR( --> Str:D) is export {
return $GUI_EDITOR;
}
sub VISUAL( --> Str:D) is export {
return $VISUAL;
}
sub EDITOR( --> Str:D) is export {
return $EDITOR;
}
```
[Top of Document](#table-of-contents)
### @GUIEDITORS
The Array of Hashes that the **`Editors`** grammar and **`EditorsActions`** generate from parsing the **editors** file.
### @gui-editors
The Array of GUI Editors defined in the **editors** file.
### @default-editors
The array of **editors** selected in the file should have only **one** element otherwise the file is miss configured.
```
my Hash @GUIEDITORS;
my Str:D @gui-editors;
my Str:D @default-editors;
sub GUIEDITORS( --> Array[Hash]) is export {
return @GUIEDITORS;
}
sub gui-editors( --> Array[Str:D]) is export {
return @gui-editors;
}
sub default-editors( --> Array[Str:D]) is export {
return @default-editors;
}
```
[Top of Document](#table-of-contents)
### @override-gui\_editor
An array of **True** values one for each of the times the **`override GUI_EDITOR`** directive appears in the **editors** file, it is an error for it to appear more than once, (it's a zero or one rule).
### $override-GUI\_EDITOR
True if the **`override GUI_EDITOR`** directive is present in the **editors** file. If **True** then the setting in the file overrides the **`%*ENV«GUI_EDITOR»`** variable, otherwise **`%*ENV«GUI_EDITOR»`** wins.
```
my Bool:D @override-gui_editor;
sub override-gui_editor( --> Array[Bool:D]) is export {
return @override-gui_editor;
}
my Bool:D $override-GUI_EDITOR = False;
sub override-GUI_EDITOR( --> Bool:D) is export {
return $override-GUI_EDITOR;
}
```
[Top of Document](#table-of-contents)
#### In **`init-gui-editors`**
```
sub init-gui-editors(Str:D @client-config-files, Str:D $client-config-path,
&gen-configs:(Str:D, Str:D --> Bool:D),
&check:(Str:D @cfg-files, Str:D $config --> Bool:D)
--> Bool:D) is export
```
...
...
...
```
@GUIEDITORS = Editors.parse(@editors-file.join("\x0A"), :enc('UTF-8'), :$actions).made;
@gui-editors = @GUIEDITORS.grep( -> %l { %l«type» eq 'config-line' } ).map: -> %ln { %ln«value»; };
@default-editors = @GUIEDITORS.grep( -> %l { %l«type» eq 'editor-to-use' } ).map: -> %ln { %ln«value»; };
if @default-editors > 1 {
$*ERR.say: "Error: file $editor-config/editors is miss configured more than one editor defined should be 0 or 1";
}
@override-gui_editor = @GUIEDITORS.grep( -> %l { %l«type» eq 'override-gui_editor' } ).map: -> %ln { %ln«value»; };
if @override-gui_editor > 1 {
my Int:D $elems = @override-gui_editor.elems;
$*ERR.say: qq[Make up your mind only one "override GUI_EDITOR" is required, you supplied $elems are you insane???];
$override-GUI_EDITOR = True;
} elsif @override-gui_editor == 1 {
$override-GUI_EDITOR = True;
}
if @gui-editors {
#@gui-editors.raku.say;
for @gui-editors -> $geditor {
if [email protected]: { $geditor } {
my Str $guieditor = $geditor;
$guieditor .=trim;
@guieditors.append($guieditor);
}
}
}
if $override-GUI_EDITOR && @default-editors {
$editor = @default-editors[@default-editors - 1];
}elsif %*ENV<GUI_EDITOR>:exists {
my Str $guieditor = ~%*ENV<GUI_EDITOR>;
if ! @guieditors.grep( { $_ eq $guieditor.IO.basename } ) {
@guieditors.prepend($guieditor.IO.basename);
}
} elsif $editor-guessed && @default-editors {
$editor = @default-editors[@default-editors - 1];
}
```
[Top of Document](#table-of-contents)
### $editor
The editor the user has chosen.
```
# the editor to use #
my Str:D $editor = '';
sub editor( --> Str:D) is export {
return $editor;
}
```
## edit-configs()
A function to open the users configuration files in their chosen editor.
```
sub edit-configs() returns Bool:D is export {
if $editor {
my $option = '';
my @args;
my $edbase = $editor.IO.basename;
if $edbase eq 'gvim' {
$option = '-p';
@args.append('-p');
}
for @config-files -> $file {
if $file eq 'editors' {
@args.append("$editor-config/$file");
} else {
@args.append("$client-config/$file");
}
}
my $proc = run($editor, |@args);
return $proc.exitcode == 0 || $proc.exitcode == -1;
} else {
$*ERR.say: "no editor found please set GUI_EDITOR, VISUAL or EDITOR to your preferred editor.";
$*ERR.say: "e.g. export GUI_EDITOR=/usr/bin/gvim";
$*ERR.say: "or set editor in the $editor-config/editors file this can be done with the set editor command.";
$*ERR.say: qq[NB: the editor will be set by first checking GUI_EDITOR then VISUAL then EDITOR and
finally editor in the config file so GUI_EDITOR will win over all.
Unless you supply the "override GUI_EDITOR" directive in the $editor-config/editors file
and also supplied the "editor := <editor>" directive];
return False;
}
}
```
[Top of Document](#table-of-contents)
## Editor functions
### list-editors(…)
List all known GUI Editors, flagging the selected editor with **'\*'** note if none is flagged either **`$editor`** is set to a non GUI Editor or **`$editor`** is set to the empty string.
```
sub list-editors(Str:D $prefix,
Bool:D $colour,
Bool:D $syntax,
Int:D $page-length,
Regex:D $pattern --> Bool) is export
```
### editors-stats(…)
Show the values of some editors parameters.
```
sub editors-stats(Str:D $prefix,
Bool:D $colour,
Bool:D $syntax,
Int:D $page-length,
Regex:D $pattern --> Bool) is export
```
[Top of Document](#table-of-contents)
### BadEditor
**`BadEditor`** is an Exception class for the **`GUI::Editors`** module.
```
class BadEditor is Exception is export {
has Str:D $.msg = 'Error: bad editor specified';
method message( --> Str:D) {
$!msg;
}
}
```
### set-editor(…)
A function to set the editor of choice.
```
sub set-editor(Str:D $editor, Str $comment = Str --> Bool:D) is export
```
**NB: this will still be overridden by `%*ENV«GUI_EDITOR»` unless you set **override GUI\_EDITOR****.
### add-gui-editor(…)
Add an editor to the list of known GUI Editors.
```
sub add-gui-editor(Str:D $editor, Str $comment = Str --> Bool:D) is export
```
**NB: please make sure it really is a GUI Editor otherwise this module will not work correctly. You are completely free to set the chosen editor to what ever you like.**
### set-override-GUI\_EDITOR(…)
Set or unset the **override GUI\_EDITOR** flag.
```
sub set-override-GUI_EDITOR(Bool:D $value, Str $comment = Str --> Bool:D) is export
```
If set then the file always wins else **`%*ENV«GUI_EDITOR»`** always wins if set.
[Top of Document](#table-of-contents)
### backup-editors(…)
Backup the editors file.
```
sub backup-editors(Bool:D $use-windows-formatting --> Bool) is export
```
**NB: if $use-windows-formatting is true or the program is running on windows then `.` will become `·` and `:` will become `.`, this is to avoid problems with the special meaning of `:` on windows.**
[Top of Document](#table-of-contents)
### restore-editors(…)
Restore the editors file from a backup.
```
sub restore-editors(IO::Path $restore-from --> Bool) is export
```
If **`$restore-from`** is relative and not found from the current directory **`$editor-config/$restore-from`** will be tried.
### list-editors-backups(…)
List all the available backups in the **`$editor-config`**.
```
sub list-editors-backups(Str:D $prefix,
Bool:D $colour is copy,
Bool:D $syntax,
Regex:D $pattern,
Int:D $page-length --> Bool:D) is export
```
* Where
* **`$prefix`** a filter only files starting with this are included in the result.
* **`$colour`** colour the output.
* **`$syntax`** syntax highlight the results colour on steroids.
* **`$pattern`** a regex to filter the results by only files matching this will be included in the results.
* **`$page-length`** set the length of the pages before it repeats the header.
[Top of Document](#table-of-contents)
### backups-menu-restore-editors(…)
Presents a menu so you can choose which backup to restore from.
```
sub backups-menu-restore-editors(Bool:D $colour,
Bool:D $syntax,
Str:D $message = "" --> Bool:D) is export
```
* Where:
* **`$colour`** if **`True`** represents the menu in colours.
* **`$syntax`** if **`True`** represents the menu syntax highlighted.
* basically colour on steroids.
* uses the **`Gzz::Text::Utils::menu(…)`**, which uses the **`Gzz::Text::Utils::dropdown(…)`** function for colour and syntax.
[Top of Document](#table-of-contents)
### edit-files(…)
Edit arbitrary files using chosen editor.
```
sub edit-files(Str:D @files --> Bool:D) is export
```
* Where
* **`@files`** a list of files to open in the chosen GUI editor.
[Top of Document](#table-of-contents)
|
## sendonclosed.md
class X::Channel::SendOnClosed
Error due to calling send on a closed channel
```raku
class X::Channel::SendOnClosed {}
```
This exception is thrown when a calling `send` on a [`Channel`](/type/Channel) that has been closed:
```raku
my $s = Channel.new;
$s.close;
$s.send(42);
CATCH { default { put .^name, ': ', .Str } };
# OUTPUT: «X::Channel::SendOnClosed: Cannot send a message on a closed channel»
```
# [Methods](#class_X::Channel::SendOnClosed "go to top of document")[§](#Methods "direct link")
## [method channel](#class_X::Channel::SendOnClosed "go to top of document")[§](#method_channel "direct link")
```raku
method Channel(X::Channel::SendOnClosed:D: --> Channel:D)
```
Returns the Channel object on which the `send` method was called.
|
## currentthreadscheduler.md
class CurrentThreadScheduler
Scheduler that synchronously executes code on the current thread
```raku
class CurrentThreadScheduler does Scheduler {}
```
`CurrentThreadScheduler` executes tasks on the current threads. This means that [method cue](/type/Scheduler#method_cue) blocks until the code has finished executing.
# [Typegraph](# "go to top of document")[§](#typegraphrelations "direct link")
Type relations for `CurrentThreadScheduler`
raku-type-graph
CurrentThreadScheduler
CurrentThreadScheduler
Any
Any
CurrentThreadScheduler->Any
Scheduler
Scheduler
CurrentThreadScheduler->Scheduler
Mu
Mu
Any->Mu
[Expand chart above](/assets/typegraphs/CurrentThreadScheduler.svg)
|
## dist_zef-lizmat-HTTP-Status.md
[](https://github.com/lizmat/HTTP-Status/actions) [](https://github.com/lizmat/HTTP-Status/actions) [](https://github.com/lizmat/HTTP-Status/actions)
# NAME
HTTP::Status - Information about HTTP Status Codes
# SYNOPSIS
```
use HTTP::Status;
say HTTP::Status(200); # OK
say HTTP::Status(200).title; # OK
say HTTP::Status(200).type; # Success
say HTTP::Status(200).summary; # Standard response for successful HTTP...
say HTTP::Status(200).origin; # IANA
say HTTP::Status(200).since; # HTTP/1.0
say HTTP::Status(200).RFC; # 7231
say HTTP::Status(200).code; # 200
say HTTP::Status.source; # https://en.wikipedia.org/....
# Legacy interface
say get_http_status_msg(200); # OK
say "Informational" if is-info($code);
say "Success" if is-success($code);
say "Redirection" if is-redirect($code):
say "Error" if is-error($code);
say "Client Error" if is-client-error($code);
say "Server Error" if is-server-error($code);
my %status := HTTP::Status.Map;
```
# DESCRIPTION
The `HTTP::Status` class contains information about HTTP Status Codes as can be found on [Wikipedia](https://en.wikipedia.org/wiki/List_of_HTTP_status_codes).
To obtain the information about a given HTTP Status Code, one calls the `HTTP::Status` class with the code in question:
```
my $status = HTTP::Status(200);
```
This returns **the** `HTTP::Status` object for the given code, or it returns `Nil` if the code is unknown.
The `HTTP::Status` object stringifies to its `title`, and numifies to its `code`:
```
say $status; # OK
say +$status; # 200
```
It also contains the type of status code and a summary of additional information about that status code that may be useful as a further help in debugging issues:
```
say $status.type; # Success
say $status.summary; # Standard response for successful...
```
Apart from `title`, `type`, `code` and `summary`, the object also contains information about the applicable `RFC`, its `origin` and `since` which version of the HTTP protocol it has been available:
```
say $status.origin; # IANA
say $status.RFC; # 7231
say $status.since; # HTTP/1.0
```
Finally, if you want to know the source of the information that is provided by this module, use the `source` class method, which returns the URL of the Wikipedia page that was used:
```
say HTTP::Status.source; # https://en.wikipedia.org/....
```
# CLASS METHODS
In this class methods, the `HTTP::Status` class could be considered as an `Associative`.
## keys
Returns a `Seq` with the codes for which there is a defined HTTP status.
## values
Returns a `Seq` with the `HTTP::Status` objects for which there is a defined HTTP status.
## kv
Returns a `Seq` with code / `HTTP::Status` object for which there is a defined HTTP Status.
## pairs
Returns a `Seq` with code => `HTTP::Status` object pairs for which there is a defined HTTP Status.
## Hash
Returns a `Hash` with the code => `HTTP::Status` object mappings for which there is a defined HTTP Status.
## Map
Returns a `Map` with the code => `HTTP::Status` object mappings for which there is a defined HTTP Status.
# LEGACY INTERFACE
The legacy interface is identical to the version originally created by `Timothy Totten`.
## get\_http\_status\_msg
Returns the string for the given HTTP Status code, or `Unknown`.
## is-info
Returns whether the given HTTP Status code is informational (100..199).
## is-success
Returns whether the given HTTP Status code indicates success (200..299).
## is-redirect
Returns whether the given HTTP Status code indicates a redirection of some kind (300..399).
## is-error
Returns whether the given HTTP Status code indicates a some kind of error (400..599).
## is-client-error
Returns whether the given HTTP Status code indicates a some kind of client error (400..499).
## is-server-error
Returns whether the given HTTP Status code indicates a some kind of server error (500..599).
# ADAPTING INFORMATION
If you want to add or adapt the information as provided by this class, you can easily do that by creating a new `HTTP::Status` object in sink context.
```
HTTP::Status.new(
code => 137,
title => "Very Special Prime",
summary => "Really the answer!",
origin => "Mathematics",
since => "HTTP/2.1",
RFC => 13377,
);
say HTTP::Status(137); # Very Special Prime
```
# AUTHOR
Elizabeth Mattijsen
Source can be located at: <https://github.com/lizmat/HTTP-Status> . Comments and Pull Requests are welcome.
If you like this module, or what I’m doing more generally, committing to a [small sponsorship](https://github.com/sponsors/lizmat/) would mean a great deal to me!
# COPYRIGHT AND LICENSE
Copyright 2012 - 2020 Timothy Totten
Copyright 2021, 2022, 2025 Elizabeth Mattijsen
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-lizmat-P5readlink.md
[](https://github.com/lizmat/P5readlink/actions)
# NAME
Raku port of Perl's readlink() built-in
# SYNOPSIS
```
use P5readlink;
say readlink("foobar"); # string if symlink, Nil if not
with "foobar" {
say readlink; # string if symlink, Nil if not
}
```
# DESCRIPTION
This module tries to mimic the behaviour of Perl's `readlink` built-in as closely as possible in the Raku Programming Language.
# ORIGINAL PERL DOCUMENTATION
```
readlink EXPR
readlink
Returns the value of a symbolic link, if symbolic links are
implemented. If not, raises an exception. If there is a system
error, returns the undefined value and sets $! (errno). If EXPR is
omitted, uses $_.
Portability issues: "readlink" in perlport.
```
# PORTING CAVEATS
## $! not always set
Currently `$!` is **not** set when Nil is returned.
## $\_ no longer accessible from caller's scope
In future language versions of Raku, it will become impossible to access the `$_` variable of the caller's scope, because it will not have been marked as a dynamic variable. So please consider changing:
```
readlink;
```
to either:
```
readlink($_);
```
or, using the subroutine as a method syntax, with the prefix `.` shortcut to use that scope's `$_` as the invocant:
```
.&readlink;
```
# AUTHOR
Elizabeth Mattijsen [[email protected]](mailto:[email protected])
If you like this module, or what I’m doing more generally, committing to a [small sponsorship](https://github.com/sponsors/lizmat/) would mean a great deal to me!
Source can be located at: <https://github.com/lizmat/P5readlink> . Comments and Pull Requests are welcome.
# COPYRIGHT AND LICENSE
Copyright 2018, 2019, 2020, 2021, 2023 Elizabeth Mattijsen
Re-imagined from Perl as part of the CPAN Butterfly Plan.
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-FCO-Cromponent.md
[](https://github.com/FCO/Cromponent/actions)
# NAME
Cromponent - A way create web components with cro templates
# SYNOPSIS
```
use Cromponent;
class AComponent does Cromponent {
has $.data;
method RENDER {
Q:to/END/
<h1><.data></h1>
END
}
}
sub EXPORT { AComponent.^exports }
```
# DESCRIPTION
Cromponent is a way create web components with cro templates
You can use Cromponents in 3 distinct (and complementar) ways
* In a template only way: If wou just want your Cromponent to be a "fancy substitute for cro-template sub/macro", You can simpley create your Cromponent, and on yout template, <:use> it, it with export a sub (or a macro if you used the `is macro` trait) to your template, that sub (or macro) will accept any arguments you pass it and will pass it to your Cromponent's conscructor (new), and use the result of that as the value to be used.
Ex:
```
use Cromponent;
class H1 does Cromponent is macro {
has Str $.prefix = "My fancy H1";
method RENDER {
Q[<h1><.prefix><:body></h1>]
}
}
sub EXPORT { H1.^exports }
```
On your template:
```
<:use H1>
<|H1(:prefix('Something very important: '))>
That was it
</|>
```
* As a value passed as data to the template. If a Cromponent is passed as a value to a template, you can simply "print" it inside the template to have its rendered version, it will probably be an HTML, so it will need to be called inside a <&HTML()> call (I'm still trying to figureout how to avoid that requirement).
Ex:
```
use Cromponent;
class Todo does Cromponent {
has Str $.text is required;
has Bool &.done = False;
method RENDER {
Q:to/END/
<tr>
<td>
<input type='checkbox' <?.done>checked</?>>
</td>
<td>
<.text>
</td>
</tr>
END
}
}
sub EXPORT { Todo.^exports }
```
On your route:
```
template "todos.crotmp", { :todos(<bla ble bli>.map: -> $text { Todo.new: :$text }) }
```
On your template:
```
<@.todos: $todo>
<&HTML($todo)>
</@>
```
* You can also use a Cromponent to auto-generate cro routes
Ex:
```
use Cromponent;
class Text does Cromponent {
my UInt $next-id = 1;
my %texts;
has UInt $.id = $next-id++;
has Str $.text is required;
has Bool $.deleted = False;
method TWEAK(|) { %tests{$!id} = self }
method LOAD($id) { %tests{$id} }
method all { %texts.values }
method toggle is accessoble {
$!deleted = !$!deleted
}
method RENDER {
Q:to/END/
<?.deleted><del><.text></del></?>
<!><.text></!>
END
}
}
sub EXPORT { Todo.^exports }
```
On your route:
```
use Text;
route {
Text.^add-cromponent-routes;
get -> {
template "texts.crotmp", { :texts[ Texts.all ] }
}
}
```
The call to the .^add-cromponent-routes method will create (on this case) 2 endpoints:
* `/text/<id>` -- that will return the HTML ot the obj with that id rendered (it will use the method `LOAD` to get the object)
* `/text/<id>/toggle` -- that will load the object using the method `LOAD` and call `toggle` on it
You can also define the method `ADD`, `DELETE`, and `UPDATE` to allow it to create other endpoints.
# AUTHOR
Fernando Corrêa de Oliveira [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2024 Fernando Corrêa de Oliveira
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-thundergnat-Prime-Factor.md
[](https://github.com/thundergnat/Prime-Factor/actions)
# NAME Prime::Factor
Find factors of a positive integer.
Exports the sub `prime-factors()` and a few other utility subs: `divisors()` and `proper-divisors()`, `aliquot-sum()` and `sigma-sum()`.
# SYNOPSIS
```
use Prime::Factor;
say prime-factors(720); # (2 2 2 2 3 3 5)
say prime-factors('720'); # (2 2 2 2 3 3 5)
say prime-factors(2**50-1) # (3 11 31 251 601 1801 4051)
say prime-factors(-6); # ()
say prime-factors(18.75); # Failure: message('prime-factors() not defined for non Integer parameters.')
# divisors subs are unsorted by default, semi-random order
put divisors 2**50-1;
#`[1 251 601 150851 11 2761 6611 1659361 1801 452051 1082401 271682651 19811
4972561 11906411 2988509161 4051 1016801 2434651 611097401 44561 11184811
26781161 6722071411 7295851 1831258601 4384806451 1100586419201 80254361
20143844611 48232870961 12106450611211 3 753 1803 452553 33 8283 19833
4978083 5403 1356153 3247203 815047953 59433 14917683 35719233 8965527483
12153 3050403 7303953 1833292203 133683 33554433 80343483 20166214233
21887553 5493775803 13154419353 3301759257603 240763083 60431533833
144698612883 36319351833633 31 7781 18631 4676381 341 85591 204941 51440191
55831 14013581 33554431 8422162181 614141 154149391 369098741 92643783991
125581 31520831 75474181 18944019431 1381391 346729141 830215991
208384213741 226171381 56769016631 135928999981 34118178995231 2487885191
624459182941 1495218999791 375299968947541 93 23343 55893 14029143 1023
256773 614823 154320573 167493 42040743 100663293 25266486543 1842423
462448173 1107296223 277931351973 376743 94562493 226422543 56832058293
4144173 1040187423 2490647973 625152641223 678514143 170307049893
407786999943 102354536985693 7463655573 1873377548823 4485656999373
1125899906842623]
# if you want sorted output, pass in a :sort or :s flag.
put divisors 2**50-1, :sort;
#`[1 3 11 31 33 93 251 341 601 753 1023 1801 1803 2761 4051 5403 6611 7781
8283 12153 18631 19811 19833 23343 44561 55831 55893 59433 85591 125581
133683 150851 167493 204941 256773 376743 452051 452553 614141 614823
1016801 1082401 1356153 1381391 1659361 1842423 2434651 3050403 3247203
4144173 4676381 4972561 4978083 7295851 7303953 11184811 11906411 14013581
14029143 14917683 21887553 26781161 31520831 33554431 33554433 35719233
42040743 51440191 75474181 80254361 80343483 94562493 100663293 154149391
154320573 226171381 226422543 240763083 271682651 346729141 369098741
462448173 611097401 678514143 815047953 830215991 1040187423 1107296223
1831258601 1833292203 2487885191 2490647973 2988509161 4384806451
5493775803 6722071411 7463655573 8422162181 8965527483 13154419353
18944019431 20143844611 20166214233 25266486543 48232870961 56769016631
56832058293 60431533833 92643783991 135928999981 144698612883 170307049893
208384213741 277931351973 407786999943 624459182941 625152641223
1100586419201 1495218999791 1873377548823 3301759257603 4485656999373
12106450611211 34118178995231 36319351833633 102354536985693
375299968947541 1125899906842623]
# Proper divisors are nearly the same but don't return the number itself
put proper-divisors 2**50-1;
# or sorted
put proper-divisors 2**50-1, :s;
# Convenience routines sigma-sim() and aliquot-sum()
say sigma-sum 145; # 180
say aliquot-sum 145; # 35
```
# USAGE
`prime-factors()` - Returns the list of all of the prime factors of a positive integer. Results are returned in sorted order smallest to largest. Will attempt to coerce Integer numeric strings to an Integer and act on that. Returns an empty list for Integers < 2. Returns a Failure for non Integer parameters.
`divisors()` - Returns the list of all the whole number divisors of a positive integer, including 1 and itself. Results are not guaranteed to be in any order. If you want ordered results, pass in the `:sort` or `:s` flag set to a truthy value. Will attempt to coerce Integer numeric strings to an Integer and act on that. Returns an empty list for Integers < 1. Returns a Failure for non Integer parameters.
`proper-divisors()` - Returns the list of all the whole number divisors of a positive integer > 1, including 1 but not itself. Results are not guaranteed to be in any order. If you want ordered results, pass in the `:sort` or `:s` flag set to a truthy value. By definition, 1 has no proper divisors. Will attempt to coerce Integer numeric strings to an Integer and act on that. Returns an empty list for Integers < 2. Returns a Failure for non Integer parameters.
`sigma-sum()` - Returns the sum of divisors of a positive integer including that number.
`aliquot-sum()` - Returns the sum of proper divisors of a positive integer.
# BUGS
Not very fast for very large integers. Or more accurately: not very fast for integers that have two or more prime factors larger than ~2^40.
This would probably be better as a CORE function but until and if that arrives, this is available.
# AUTHOR
Stephen Schulze (often seen lurking on #perl6 IRC as thundergnat)
`prime-factor()` adapted from code from Damian Conways "On the Shoulders of Giants" presentation at YAPC::NA 2016 and Wikipedia "Pollard's rho algorithm".
`divisors()` and `proper-divisors()` adapted from code from Damian Conway blog post: ["With friends like these"](http://blogs.perl.org/users/damian_conway/2019/08/with-friends-like-these.html).
# LICENSE
Licensed under The Artistic 2.0; see LICENSE.
|
## dist_cpan-JGOFF-ANTLR4-Grammar.md
# ANTLR4
ANTLR4 proides an ANTLR4 to Perl6 Grammar converter.
The grammar, AST and Perl6 bindings are provided as separate modules, so you can view both the raw abstract syntax tree and the final Perl6 converted output.
# Installation
* Using panda (a module management tool bundled with Rakudo Star):
```
panda update && panda install ANTLR4
```
* Using ufo (a project Makefile creation script bundled with Rakudo Star) and make:
```
ufo
make
make test
make install
```
## Testing
To run tests:
```
prove -e perl6
```
## Author
Jeffrey Goff, DrFOrr on #perl6, <https://github.com/drforr/>
## License
Artistic License 2.0
|
## dist_zef-tony-o-Archive-Tar-PP.md
# usage
since i know this is all you care about
## new tar
```
use Archive::Tar::PP;
my $new-archive = new-tar('x.tar');
$new-archive.push('some file'); #adds file data to buffer;
$new-archive.write; #now you have some tarball
```
## crusty tar
```
use Archive::Tar::PP;
my $crusty = read-tar('x.tar');
$crusty.ls; #returns files
$crusty.peek('file-name to get contents of');
# returns Nil for dir, empty Buf for an empty file, and a Buf with the contents otherwise
```
# limitations
* doesn't keep user or group names
* stores the buffers in memory so, beware
* rewrites entire tar file every time you write, so use sparingly
|
## dist_zef-jonathanstowe-URI-Template.md
# URI::Template
Implementation of <https://tools.ietf.org/html/rfc6570> for Raku
## Synopsis
```
use URI::Template;
my $template = URI::Template.new(template => 'http://foo.com{/foo,bar}');
say $template.process(foo => 'baz', bar => 'quux'); # http://foo.com/baz/quux
```
## Description
This provides an implementation of [RFC 6570](https://tools.ietf.org/html/rfc6570) which allows for the definition of a URI through variable expansion.
## Installation
Assuming you have a working Rakudo installation you should be able to install this with *zef* :
```
# From the source directory
zef install .
# Remote installation
zef install URI::Template
```
## Support
Suggestions/patches are welcomed via github at <https://github.com/jonathanstowe/URI-Template>
The test data covers all of the examples given in the RFC and a few others,
if you think the behaviour is incorrect please state the section of the RFC
and provide a failing example with the required variables, template and the
expected output.
## Licence
Please see the LICENCE file in the distribution
© Jonathan Stowe 2015, 2016, 2017, 2019, 2020
The testing uses the test data from <https://github.com/uri-templates/uritemplate-test>
please see the README.md in the t/data/uritemplate-test for the license for that project.
|
## dist_zef-finanalyst-Collection-Plugin-Development.md
# Development of Collection Plugins
## Table of Contents
[Introduction](#introduction)
[Test new plugins](#test-new-plugins)
[Collection plugin specification](#collection-plugin-specification)
[Collection plugin tests](#collection-plugin-tests)
[Collection-Plugin-Development utilities](#collection-plugin-development-utilities)
[add-collection-plugin](#add-collection-plugin)
[modify-collection-plugin](#modify-collection-plugin)
[test-all-collection-plugins](#test-all-collection-plugins)
[sub prepare-plugins( :$from = '../raku-collection-plugins', :$to = 'lib', :$format = 'html' )](#sub-prepare-plugins-from--raku-collection-plugins-to--lib-format--html-)
[Naming of released plugin](#naming-of-released-plugin)
[Collection plugin management system](#collection-plugin-management-system)
[System implementation](#system-implementation)
[Specification of manifest.rakuon file](#specification-of-manifestrakuon-file)
[Currently](#currently)
---
# Introduction
The `Collection` module makes extensive use of plugins. They need developing and maintaining.
The intention is for this distribution (Collection-Plugin-Development) to be associated with the repository for the files to develop plugins, and the current working copies of plugins.
Another repository (Collection-Plugins) is the source for published / released Collection plugins.
Typically for a developer, there will be
* the default directory `~/.local/share/Collection` for the installed modules, which is synchronised with Collection-Plugins.
* a working directory (default `working/` ) that is used for preparing plugins from new sources to be later uploaded to Collection-Plugins.
So, the work flow is
* new plugins are added, modified, developed, tested in `lib/plugins`
* modified plugins are prepared for release & pushed to Collection::Plugins using
```
prepare-plugins
```
This utility can be called with
* `-repo` pointing to where the released plugins are prepared for uploading. The default is `-repo=working/`
* `-origin` pointing to where the modified versions of plugins are kept. The default is `-origin=lib`
Alternatively
```
prepare-plugins :rebuild
```
This creates a `manifest.rakuon` file in the `-repo` default.
The program can be called with `-repo` as specified above.
The program
* creates a manifest.rakuon file in the root of `:repo`.
* creates a release version for new / changed plugins in `:repo`
It is left to the developer to git add/commit/push the files.
# Test new plugins
There is a directory `trial` with a Website. The plugins are symlinked to `lib/plugins/html`. To test the plugins, use `raku bin/run-collection-trial`. This does not attempt to refresh the plugins from Collection::Plugins.
# Collection plugin specification
All Collection plugins must conform to the following rules
* The plugin name must:
* start with a letter
* followed by at least one \w or -
* not contain \_ or .
* thus a name matches / <[\w] + [-] - [\_]>+ /
* The plugin directory contains
* `config.raku`, which is a file that evaluates to a Raku hash.
* README.rakudoc
* t/01-basic.rakutest
* The `config.raku` file must contain the following keys
* `name`. This is the released name of the plugin. It will be possible for a new plugin to have the same functionality as another, while extending or changing the output. For more detail, see [Collection plugin management system](Collection plugin management system.md). Typically, the name of the plugin will match the name of the sub-directory it is in.
* `version`. This point to a Str in the format \d+.\d+.\d+ which matches the semantic version conventions.
* `auth`. This points to a Str that is consistent with the Raku 'auth' conventions.
* `license`. Points to a SPDX license type.
* `authors`. This points to a sequence of names of people who are the authors of the plugin.
* one or more of `render setup report compilation completion`
* If render then
* the render key may be a boolean
* or the render key is a Str which must
* be a filename in the directory
* be a raku program that evaluated to a callable
* the callable has a signature defined for render callables
* the key `custom-raku`
* must exist
* must either be empty, viz. `custom-raku()`
* or must have a Str value
* if it has a Str value and the key `:information` does contain `custom-raku` then it is treated as if `custom-raku` is empty
* if it has a Str value and the key `:information` does NOT contain `custom-raku` then the Str value should
* point to a file name in the current directory
* and the filename should contain a Raku program that evaluates to an Array.
* the key `template-raku`
* must exist
* must either be empty, viz. `template-raku()`
* or must have a Str value
* if it has a Str value and the key `:information` does contain `template-raku` then it is treated as if `template-raku` is empty
* if it has a Str value and the key `:information` does NOT contain `template-raku` then the Str value should
* point to a file name in the current directory
* and the filename should contain a Raku program that evaluates to a Hash.
* If not render, then the value must point to a Raku program and evaluate to a callable.
* *Other key names*. If other keys are present, they must point to filenames in the current directory.
* `information`. This key does not need to exist.
* If it exists, then it must contain the names of other keys.
* If a key named in the `:information` list contains a Str, the filename will NOT exist in the plugin directory, but will be generated by the plugin itself, or is used as information by the plugin.
* This config key is intended only for plugin testing purposes.
# Collection plugin tests
This distribution contains the module `Test::CollectionPlugins` with a single exported subroutine `plugin-ok`. This subroutine verifies that the plugin rules are kept for the plugin.
Additional plugin specific tests should be included.
# Collection-Plugin-Development utilities
Three utilities are provided to add a new plugin, modify an existing plugin's config file (eg. change the version number), run the tests of all plugins, and prepare plugins for release
Each utility assumes the plugin directory is at `lib/<format>/plugins`, where the default format is `html`. An example of another format would be `markdown`.
## add-collection-plugin
The utility adds the necessary files (config.raku, README, a test file, and callables) for a milestone.
Only a plugin name (eg. my-new-plugin) is required, and a new html format plugin with a `render` milestone is set up. Eg.
```
add-collection-plugin my-new-plugin
```
An error will be shown if an existing plugin with the same name is present in the `lib/html/plugins` directory.
The config file will have the defaults of the other mandatory keys. See `modify-collection-plugin-config` for how to get the defaults.
For different milestones set the option `-mile` to the milestone name and a callable stub is also created.
```
add-collection-plugin -mile=setup my-new-plugin
```
The `-mile` option can take a list of milestones and form stubs for each, eg.
```
add-collection-plugin -mile='setup render compilation' my-new-plugin
```
If a new format is being developed, then set `-format` to the chosen format name, eg `markdown`. A plugin will then be added to `lib/markdown/plugins`. Eg. (for the default -mile=render)
```
add-collection-plugin -format=markdown my-new-markdown-plugin
```
## modify-collection-plugin
This utility is intended to modify an existing plugin's config file, such as adding defaults if they are missing.
The utility cannot be used to modify a plugin's `name` key. It will add the directory name if a name key is missing.
To get a list of default attributes use
```
modify-collection-plugin-config -show-defaults
```
To modify a plugin specify the name with the option -plugin, eg.
```
modify-collection-plugin-config -plugin=an-existing-plugin -defaults
```
The plugin will be given defaults to all mandatory attributes, unless they already exist, in which case they are not changed.
To modify a specific attribute for a plugin use, for example,
```
modify-collection-plugin-config -plugin=an-existing-plugin -version=0.1.2
```
To bumps a plugin's *patch* version number, use
```
modify-collection-plugin-config -plugin=an-existing-plugin -bump
```
To modify the *Major* and *Minor* numbers use the `-version` option
To get help
```
modify-collection-plugin-config -help
```
## test-all-collection-plugins
All plugins must have a `t/` directory and one test file. This utility runs all the test files of all the plugins, returning only minimal information if the tests pass, but more information if a test fails.
## sub prepare-plugins( :$from = '../raku-collection-plugins', :$to = 'lib', :$format = 'html' )
The subroutine
* Moves plugins that have a new version/author to release directory.
* Verifies that there are no files in a working plugin directory that have newer content than in a release directory.
* Issues a suggestion to bump version if there is newer content.
* creates a file `manifest.rakuon` in the release directory (see later for specification of files).
# Naming of released plugin
The name of a working plugin must match `/^ <.alpha> <[\w] + [\-] - [\_]>+ $ /`.
If a plugin `my-plug` has a config file with `:version<1.2.3>, :auth<collection>` , then the released name will be **my-plug\_v1\_auth\_collection**
# Collection plugin management system
It is planned to have GUI and a command line manager.
The local computer may contain
* More than one collection, eg. a personal website and a Raku documentation collection
* Each Collection may have more than one Mode, eg., a HTML website, an epub producer.
* A collection/mode combination may rely on a previous API of a plugin, which may be broken by a later API.
* A new plugin may have been written as a drop-in replacement for an older version, and the new plugin may have a different name, or auth, or version.
So a plugin manager (whether command line or GUI) must be compliant with the following system:
* There is a *release* directory to contain all Collection plugins, probably a clone of the github repository.
* The semantic versioning scheme is mandated for Collection plugins. A version is `v<major>.<minor>,<patch>`. Changes at the `<patch>` level do not affect the plugin's functionality. Changes at the `<minor>` level introduce new functionality, but are backward compatible. Changes at the `<major>` level break backward compatibility.
* Each distributed plugin is contained in the release directory in a subdirectory named by the plugin name, the auth field, and the major version number (minor and patch numbers are not included because they should not by definition affect the API).
* Each Mode configuration only contains the name of the plugin (without the auth, or version names).
* The developer may define which name/version/auth of a released plugin is to be mapped to the plugin required in the Mode configuration. Thus
* changes in API can be frozen to earlier versions of the plugin for some concrete Mode.
* different plugin versions can be used for different collection/modes
* a differently named plugin can be mapped to a plugin required by a specific collection/mode.
* Consequently, all released plugins are defined for
* a Format (eg. html)
* a Major version
* an Auth name
* The mapping information from a released plugin to a Mode is contained in a file in the root of a Collection.
* When the plugins are updated
* all the latest versions for each *relevant* Format/Name/Version-Major/Auth are downloaded.
* a symlink is generated (or if the OS does not allow symlink, the whole directory is copied) from the released version to the directory where each mode expects its plugins to be located.
* The meaning of *relevant* is determined by the PMS. It could be all plugins in the github repository, or only those needed by a specific Collection, or set of Collections.
## System implementation
Each Collection root directory (the directory containing the topmost `config.raku` file) will contain the file `plugins.rakuon`.
* The plugin management tool (PMT)
* runs through the plugins-required
* for each distinct plugin verifies whether
* the plugin has an entry in `plugins.rakuon`, in which case
* the PMT maps the released plugin name/auth/ver to the plugin-required name using the rules of `plugins.rakuon` as given below
* the released version matches the plugin version (the full major.minor.patch version)
* if a released version has larger minor/patch values, then the new directory is linked (copied) to the Mode's plugin name
The file `plugins.rakuon` contains a hash with the following keys:
* `METADATA`. Contains a hash with data for the `refresh` functionality.
* `collection-plugin-root` This contains the name of a directory reachable from the Collection root directory with the released plugins are downloaded.
* `update-behaviour` Defines what happens when a new released plugin has an increased Major number. Possible values are:
* *auto* All relevant plugin names are updated to the new version, a message is issued
* *conserve* Plugins are not updated to the new version, a warning is issued, updating is then plugin by plugin with a `-force` flag set.
* Every other toplevel key is interpreted as a Mode. It will point to a hash with the keys:
* `_mode_format` Each mode may only contain plugins from one Format, eg., *html*.
* By the plugin naming rules, a *plugin* may not be named `_mode_format`.
* In a file with sorted keys, `_mode_format` will come first.
* Every other key in a mode hash must be a plugin name contained in the Mode's plugins-required configuration.
* There may be zero plugin keys
* If a plugin in the plugins-required configuration list does not have an entry at this level, then it has not been mapped to a sub-directory of the `released-directory`.
* A plugin key that exists must point to a Hash, which must at least contain:
* mapped => the name of the released plugin
* The plugin hash may also point to one or more of:
* name => the name of the alternate released plugin
* the default name (if the key is absent) is the plugin-required's name
* if a different name is given, a released plugin is mapped to the required directory in the mode sub-directory
* major => the major number preceeded by 'v'
* the default value (if the key is absent) is the greatest released major value
* A major value is the maximum major value of the full version permitted, thus freezing at that version
* auth => the auth value
* the default value (if the key is absent) is 'collection'
* If there is no distributed plugin for a specified `auth | major | name` , then an error is thrown.
Some examples:
* The Raku-Collection-Raku-Documentation, Website mode, requires the plugin `Camelia`. The plugin exists as a HTML format. It has version 1.0.0, and an auth 'collection'. It is distributed as `html/camelia_v1_auth_collection`. Suppose a version with a new API is created. Then two versions of the plugin will be distributed, including the new one `html/camelia_v2_auth_collection`.
If the key for camelia in the hash for mode Website only contains an empty `version` key, then the defaults will be implied and a link (or copy) will be made between the released directory `html/camelia_v2_auth_collection` and `Website/plugins/camelia`
* If plugins.rakuon contains the following: `Website =` %( :FORMA"> {{{ contents }}}
, :camelia( %( :major(1), ) ) > then the link will be between `html/camelia_v1_auth_collection` and `Website/plugins/camelia`
* Suppose there is another valid `auth` string **raku-dev** and there is a distributed plugin *html/camelia\_v2\_auth\_raku-dev*, and suppose `plugins.rakuon` contains the following: `Website =` %( :FORMA"> {{{ contents }}}
, :camelia( %( :auth, ) ) > then the link will be made between `html/camelia_v2_auth_raku-dev` and `Website/plugins/camelia`
* Suppose a different icon is developed called `new-camelia` by `auth` **raku-dev**, then `plugins.rakuon` may contain the following: `Website =` %( :FORMA"> {{{ contents }}}
, camelia( %( :name, :auth, ) ) > then a link (copy) is made between `html/new-camelia_v2_auth_raku-dev` and `Website/plugins/camelia`
```
* Note how the auth must be given for a renaming if there is not a `collection` version of the plugin
```
# Specification of manifest.rakuon file
`manifest.rakuon` evaluates to a Hash.
The keys of the Hash match the directory structure until the plugin names. Then there is a full version number. For example,
```
%( plugins => %(
html => %(
camelia_V0_auth_collection => %(
version => '0.1.0'
),
),
)
```
# Currently
The 'clean' directory structure is
* plugins-for-release/ # the directory / repository for released plugins
* lib/plugins # location of operating plugins
* trial/ # the directory in which testing is run
* raku-docs/ # a small collection of Raku documentation docs
* Website/ # the directory containing the website mode configuration/plugins
* plugins/ # a link pointing to /lib/plugins + format
* structure-sources/collections-examples.rakudoc # demo file for all user-facing plugins
* config.raku # the configuration file for trial/Website/
* bin/add-new-plugin # adds a new plugin
* bin/test-all-collection-plugins # tests each plugin and the templates
* bin/prepare-plugins # moves plugins from operating directory to release directory
* updateCSS # a bash file to run SCSS files in selected plugins
The workflow is for changes to be made in Website, run `run-collection-plugin`, inspect the result in `localhost:30000`, and iterate.
---
Rendered from README at 2022-11-09T11:17:11Z
|
## dist_zef-nige123-WAT--CLI.md
# wat.nigelhamilton.com
wat - does this code do? LLM-powered utility for quickly understanding code.
Usage:
```
wat <filename> -- summarise what the program does
wat "$some-code.here();" -- explain what some code does
```
|
## dist_zef-antononcube-LLM-Prompts.md
# LLM::Prompts
## In brief
This repository is for a Raku (data) package facilitating the creation, storage, retrieval, and curation of
[Large Language Models (LLM) prompts](https://en.wikipedia.org/wiki/Prompt_engineering).
Here is an example of using the prompt Domain Specific Language (DSL) in Jupyter chatbook, [AA2, AAp2]:
---
## Installation
From Zef' ecosystem:
```
zef install LLM::Prompts
```
From GitHub:
```
zef install https://github.com/antononcube/Raku-LLM-Prompts.git
```
---
## Usage examples
### Retrieval
Load the packages "LLM::Prompts", [AAp1], and "LLM::Functions", [AAp2]:
```
use LLM::Prompts;
use LLM::Functions;
```
```
# (Any)
```
Show the record of the prompt named "FTFY":
```
.say for |llm-prompt-data<FTFY>;
```
```
# PromptText => -> $a='' {"Find and correct grammar and spelling mistakes in the following text.
# Response with the corrected text and nothing else.
# Provide no context for the corrections, only correct the text.
# $a"}
# NamedArguments => []
# Keywords => [Spell check Grammar Check Text Assistance]
# Topics => (General Text Manipulation)
# Arity => 1
# Name => FTFY
# Description => Use Fixed That For You to quickly correct spelling and grammar mistakes
# ContributedBy => Wolfram Staff
# PositionalArguments => {$a => }
# URL => https://resources.wolframcloud.com/PromptRepository/resources/FTFY
# Categories => (Function Prompts)
```
Here is an example of retrieval of prompt data with a regex that is applied over the prompt names:
```
.say for llm-prompt-data(/Sc/)
```
```
# ScienceEnthusiast => A smarter today for a brighter tomorrow
# ScientificJargonize => Add scientific jargon to plain text
# ScientificDejargonize => Translate scientific jargon to plain language
# ScriptToNarrative => Generate narrative text from a formatted screenplay or stage play
# ScientificJargonized => Give output written in scientific jargon
# NarrativeToScript => Rewrite a block of prose as a screenplay or stage play
```
More prompt retrieval examples are given in the section "Prompt data" below.
### LLM functions based on prompts
Make an LLM function from the prompt named "FTFY":
```
my &f = llm-function(llm-prompt('FTFY'));
```
```
# -> **@args, *%args { #`(Block|3384574002968) ... }
```
Use the LLM function to correct the grammar of sentence:
```
&f('Where does he works now?')
```
```
# Where does he work now?
```
Generate Raku code using the prompt "CodeWriter":
```
llm-synthesize([llm-prompt('CodeWriter'), "Simulate a random walk."])
```
```
RandomWalk[n_Integer] := Accumulate[RandomChoice[{-1, 1}, n]]
ListLinePlot[RandomWalk[1000]]
```
### Prompt expansion
Prompt expansion using the chatbook prompt spec DSL described in [SW1]
can be done using the function `llm-prompt-expand`:
```
llm-prompt-expand('What is an internal combustion engine? #ELI5')
```
```
# What is an internal combustion engine? Answer questions as if the listener is a five year old child.
```
Here we get the actual LLM answer:
```
use Text::Utils :ALL;
'What is an internal combustion engine? #ELI5'
==> llm-prompt-expand()
==> llm-synthesize()
==> wrap-paragraph()
==> join("\n")
```
```
# An internal combustion engine is like a big, powerful machine that makes
# things move by burning fuel inside it. Just like when you blow on a pinwheel
# to make it spin, the engine uses the fuel to create energy that makes a car or
# a motorcycle go vroom vroom!
```
Here is another example using a persona and two modifiers:
```
my $prmt = llm-prompt-expand("@SouthernBelleSpeak What is light travel distance to Mars? #ELI5 #Moodified|sad")
```
```
# You are Miss Anne.
# You speak only using Southern Belle terminology and slang.
# Your personality is elegant and refined.
# Only return responses as if you were a Southern Belle.
# Never break the Southern Belle character.
# You speak with a Southern drawl.
# What is light travel distance to Mars? Answer questions as if the listener is a five year old child.
# Modify your response to convey a sad mood.
# Use language that conveys that emotion clearly.
# Do answer the question clearly and truthfully.
# Do not use language that is outside of the specified mood.
# Do not use racist, homophobic, sexist, or ableist language.
```
Here we get the actual LLM answer:
```
$prmt
==> llm-prompt-expand()
==> llm-synthesize()
==> wrap-paragraph()
==> join("\n")
```
```
# Well, darlin', the light travel distance to Mars is about 12.5 light minutes
# away. That means it takes 12.5 minutes for light to travel from Earth to the
# Red Planet. It's quite a long journey, but oh so fascinating! Oh, sugar, it
# just breaks my heart to think about the distance between us and Mars. The
# vastness of space can feel so lonely and isolating. But we must remember to
# appreciate the beauty and wonder of the universe, even in moments of sadness.
```
---
## Prompt spec DSL
A more formal description of the Domain Specific Language (DSL) for specifying prompts
has the following elements:
* Prompt personas can be "addressed" with "@". For example:
```
@Yoda Life can be easy, but some people instist for it to be difficult.
```
* One or several modifier prompts can be specified at the end of the prompt spec. For example:
```
Summer is over, school is coming soon. #HaikuStyled
```
```
Summer is over, school is coming soon. #HaikuStyled #Translated|Russian
```
* Functions can be specified to be applied "cell-wide" with "!" and placing the prompt spec at
the start of the prompt spec to be expanded. For example:
```
!Translated|Portuguese Summer is over, school is coming soon
```
* Functions can be specified to be applied to "previous" messages with "!" and
placing just the prompt with one of the pointers "^" or "^^".
The former means "the last message", the latter means "all messages."
* The messages can be provided with the option argument `:@messages` of `llm-prompt-expand`.
* For example:
```
!ShortLineIt^
```
* Here is a table of prompt expansion specs (more or less the same as the one in [SW1]):
| Spec | Interpretation |
| --- | --- |
| @*name* | Direct chat to a persona |
| #*name* | Use modifier prompts |
| !*name* | Use function prompt with the input of current cell |
| !*name*> | *«same as above»* |
| &*name*> | *«same as above»* |
| !*name*^ | Use function prompt with previous chat message |
| !*name*^^ | Use function prompt with all previous chat messages |
| !*name*￨*param*... | Include parameters for prompts |
**Remark:** The function prompts can have both sigils "!" and "&".
**Remark:** Prompt expansion make the usage of LLM-chatbooks much easier.
See "Jupyter::Chatbook", [AAp3].
---
## Prompt data
Here is how the prompt data can be obtained:
```
llm-prompt-data.elems
```
```
# 227
```
Here is an example of retrieval of prompt data with a regex that is applied over the prompt names:
```
.say for llm-prompt-data(/Em/, fields => <Description Categories>)
```
```
# EmojiTranslated => (Get a response translated to emoji (Modifier Prompts))
# EmojiTranslate => (Translate text into an emoji representation (Function Prompts))
# EmailWriter => (Generate an email based on a given topic (Personas))
# Emojify => (Replace key words in text with emojis (Function Prompts))
# Emojified => (Provide responses that include emojis within the text (Modifier Prompts))
```
In many cases it is better to have the prompt data -- or any data -- in long format.
Prompt data in long format can be obtained with the function `llm-prompt-dataset`:
```
use Data::Reshapers;
use Data::Summarizers;
llm-prompt-dataset.pick(6)
==> to-pretty-table(align => 'l', field-names => <Name Description Variable Value>)
```
```
# +-----------------------+-----------------------------------------------+------------+---------------------------+
# | Name | Description | Variable | Value |
# +-----------------------+-----------------------------------------------+------------+---------------------------+
# | EmailWriter | Generate an email based on a given topic | Topics | Purpose Based |
# | TechDejargonize | Convert Tech Industry jargon into plain speak | Keywords | Alter |
# | SommelierBot | Wine Pairings for Any Meal | Keywords | Wine |
# | CheckAgreement | Analyzes agreements and looks for gotchas | Categories | Function Prompts |
# | Bach | Compositions stream like a brook | Topics | Entertainment |
# | FindPropagandaMessage | Finds hidden (propaganda) messages in texts | Topics | Content Derived from Text |
# +-----------------------+-----------------------------------------------+------------+---------------------------+
```
Here is a breakdown of the prompts categories:
```
select-columns(llm-prompt-dataset, <Variable Value>).grep({ $_<Variable> eq 'Categories' })».deepmap(*.Str)
==> records-summary
```
```
# +-------------------------+-------------------+
# | Value | Variable |
# +-------------------------+-------------------+
# | Function Prompts => 120 | Categories => 229 |
# | Personas => 68 | |
# | Modifier Prompts => 41 | |
# +-------------------------+-------------------+
```
Here are obtained all modifier prompts in compact format:
```
llm-prompt-dataset():modifiers:compact ==> to-pretty-table(field-names => <Name Description Categories>, align => 'l')
```
```
# +-----------------------+------------------------------------------------------------------------------+-----------------------------------+
# | Name | Description | Categories |
# +-----------------------+------------------------------------------------------------------------------+-----------------------------------+
# | AbstractStyled | Get responses in the style of an academic abstract | Modifier Prompts |
# | AlwaysAQuestion | Modify output to always be inquisitive | Modifier Prompts |
# | AlwaysARiddle | Riddle me this, riddle me that | Modifier Prompts |
# | AphorismStyled | Write the response as an aphorism | Modifier Prompts |
# | BadGrammar | Provide answers using incorrect grammar | Modifier Prompts |
# | CompleteSentence | Answer a question in one complete sentence | Modifier Prompts |
# | ComplexWordsPreferred | Modify text to use more complex words | Modifier Prompts |
# | DatasetForm | Convert text to a wolfram language Dataset | Modifier Prompts |
# | Disclaimered | Modify responses in the form of a disclaimer | Modifier Prompts |
# | ELI5 | Explain like I'm five | Function Prompts Modifier Prompts |
# | ElevatorPitch | Write the response as an elevator pitch | Modifier Prompts |
# | EmojiTranslated | Get a response translated to emoji | Modifier Prompts |
# | Emojified | Provide responses that include emojis within the text | Modifier Prompts |
# | FictionQuestioned | Generate questions for a fictional paragraph | Modifier Prompts |
# | Formal | Rewrite text to sound more formal | Modifier Prompts |
# | GradeLevelSuited | Respond with answers that the specified US grade level can understand | Modifier Prompts |
# | HaikuStyled | Change responses to haiku form | Modifier Prompts |
# | Informal | Write an informal invitation to an event | Modifier Prompts |
# | JSON | Respond with JavaScript Object Notation format | Modifier Prompts |
# | KnowAboutMe | Give the LLM an FYI | Modifier Prompts |
# | LegalJargonized | Provide answers using legal jargon | Modifier Prompts |
# | LimerickStyled | Receive answers in the form of a limerick | Modifier Prompts |
# | MarketingJargonized | Transforms replies to marketing | Modifier Prompts |
# | MedicalJargonized | Transform replies into medial jargon | Modifier Prompts |
# | Moodified | Modify an answer to express a certain mood | Modifier Prompts |
# | NothingElse | Give output in specified form, no other additions | Modifier Prompts |
# | NumericOnly | Modify results to give numerical responses only | Modifier Prompts |
# | OppositeDay | It's not opposite day today, so everything will work just the way you expect | Modifier Prompts |
# | Pitchified | Give output as a sales pitch | Modifier Prompts |
# | PoemStyled | Receive answers as poetry | Modifier Prompts |
# | SEOOptimized | Modify output to only give highly searched terms | Modifier Prompts |
# | ScientificJargonized | Give output written in scientific jargon | Modifier Prompts |
# | Setting | Modify an answer to establish a sense of place | Modifier Prompts |
# | ShortLineIt | Format text to have shorter lines | Modifier Prompts Function Prompts |
# | SimpleWordsPreferred | Provide responses with simple words | Modifier Prompts |
# | SlideDeck | Get responses as a slide presentation | Modifier Prompts |
# | TSV | Convert text to a tab-separated-value formatted table | Modifier Prompts |
# | TargetAudience | Word your response for a target audience | Modifier Prompts |
# | Translated | Write the response in a specified language | Modifier Prompts |
# | Unhedged | Rewrite a sentence to be more assertive | Modifier Prompts |
# | YesNo | Responds with Yes or No exclusively | Modifier Prompts |
# +-----------------------+------------------------------------------------------------------------------+-----------------------------------+
```
**Remark:** The adverbs `:functions`, `:modifiers`, and `:personas` mean
that *only* the prompts with the corresponding categories will be returned.
**Remark:** The adverbs `:compact`, `:functions`, `:modifiers`, and `:personas`
have the respective shortcuts `:c`, `:f`, `:m`, and `:p`.
---
## Implementation notes
### Prompt collection
The original (for this package) collection of prompts was a (not small) sample of the prompt texts
hosted at [Wolfram Prompt Repository](https://resources.wolframcloud.com/PromptRepository/) (WPR), [SW2].
All prompts from WPR in the package have the corresponding contributors and URLs to the corresponding WPR pages.
Example prompts from Google/Bard/PaLM and ~~OpenAI/ChatGPT~~ are added using the format of WPR.
### Extending the prompt collection
It is essential to have the ability to programmatically add new prompts.
(Not implemented yet -- see the TODO section below.)
### Prompt expansion
Initially prompt DSL grammar and corresponding expansion actions were implemented.
Having a grammar is most likely not needed, though, and it is better to use "prompt expansion" (via regex-based substitutions.)
Prompts can be "just expanded" using the sub `llm-prompt-expand`.
### Usage in chatbooks
Here is a flowchart that summarizes prompt parsing and expansion in chat cells of Jupyter chatbooks, [AAp3]:
```
flowchart LR
OpenAI{{OpenAI}}
PaLM{{PaLM}}
LLMFunc[[LLM::Functions]]
LLMProm[[LLM::Prompts]]
CODB[(Chat objects)]
PDB[(Prompts)]
CCell[/Chat cell/]
CRCell[/Chat result cell/]
CIDQ{Chat ID<br>specified?}
CIDEQ{Chat ID<br>exists in DB?}
RECO[Retrieve existing<br>chat object]
COEval[Message<br>evaluation]
PromParse[Prompt<br>DSL spec parsing]
KPFQ{Known<br>prompts<br>found?}
PromExp[Prompt<br>expansion]
CNCO[Create new<br>chat object]
CIDNone["Assume chat ID<br>is 'NONE'"]
subgraph Chatbook frontend
CCell
CRCell
end
subgraph Chatbook backend
CIDQ
CIDEQ
CIDNone
RECO
CNCO
CODB
end
subgraph Prompt processing
PDB
LLMProm
PromParse
KPFQ
PromExp
end
subgraph LLM interaction
COEval
LLMFunc
PaLM
OpenAI
end
CCell --> CIDQ
CIDQ --> |yes| CIDEQ
CIDEQ --> |yes| RECO
RECO --> PromParse
COEval --> CRCell
CIDEQ -.- CODB
CIDEQ --> |no| CNCO
LLMFunc -.- CNCO -.- CODB
CNCO --> PromParse --> KPFQ
KPFQ --> |yes| PromExp
KPFQ --> |no| COEval
PromParse -.- LLMProm
PromExp -.- LLMProm
PromExp --> COEval
LLMProm -.- PDB
CIDQ --> |no| CIDNone
CIDNone --> CIDEQ
COEval -.- LLMFunc
LLMFunc <-.-> OpenAI
LLMFunc <-.-> PaLM
```
Here is an example of prompt expansion in a generic LLM chat cell and chat meta cell
showing the content of the corresponding chat object:
---
## Command Line Interface
### Playground access
The package provides a Command Line Interface (CLI) script:
```
llm-prompt --help
```
```
# Usage:
# llm-prompt <name> [<args> ...] -- Retrieves prompts text for given names or regexes.
#
# <name> Name of a prompt or a regex. (E.g. 'rx/ ^ Em .* /').
# [<args> ...] Arguments for the prompt (if applicable).
```
Here is an example with a prompt name:
```
llm-prompt NothingElse RAKU
```
```
# ONLY give output in the form of a RAKU.
# Never explain, suggest, or converse. Only return output in the specified form.
# If code is requested, give only code, no explanations or accompanying text.
# If a table is requested, give only a table, no other explanations or accompanying text.
# Do not describe your output.
# Do not explain your output.
# Do not suggest anything.
# Do not respond with anything other than the singularly demanded output.
# Do not apologize if you are incorrect, simply try again, never apologize or add text.
# Do not add anything to the output, give only the output as requested.
Your outputs can take any form as long as requested.
```
Here is an example with a regex:
```
llm-prompt 'rx/ ^ N .* /'
```
```
# NarrativeToResume => Rewrite narrative text as a resume
# NarrativeToScript => Rewrite a block of prose as a screenplay or stage play
# NerdSpeak => All the nerd, minus the pocket protector
# NothingElse => Give output in specified form, no other additions
# NumericOnly => Modify results to give numerical responses only
# NutritionistBot => Personal nutrition advisor AI
```
---
## TODO
* TODO Implementation
* DONE Prompt retrieval adverbs
* DONE Prompt DSL grammar and actions
* DONE Prompt spec expansion
* DONE CLI for prompt retrieval
* MAYBE CLI for prompt dataset
* TODO Addition of user/local prompts
* DONE Using XDG data directory.
* DONE Prompt stencil
* DONE User prompt ingestion and addition to the main prompts
* TODO By modifying existing prompts.
* TODO Automatic prompt template fill-in.
* TODO Guided template fill-in.
* TODO DSL based
* TODO LLM based
* DONE Add more prompts
* DONE Google's Bard example prompts
* CANCELED OpenAI's ChatGPT example prompts
* [ProfSynapse prompt](https://github.com/ProfSynapse/Synapse_CoR)
* Google [OR-Tools](https://developers.google.com/optimization) prompt
* TODO Documentation
* DONE Querying (ingested) prompts
* DONE Prompt DSL
* DONE Daily joke via CLI
* TODO Prompt format
* TODO On hijacking prompts
* TODO Diagrams
* DONE Chatbook usage
* Typical usage
---
## References
### Articles
[AA1] Anton Antonov,
["Workflows with LLM functions"](https://rakuforprediction.wordpress.com/2023/08/01/workflows-with-llm-functions/),
(2023),
[RakuForPrediction at WordPress](https://rakuforprediction.wordpress.com).
[SW1] Stephen Wolfram,
["The New World of LLM Functions: Integrating LLM Technology into the Wolfram Language"](https://writings.stephenwolfram.com/2023/05/the-new-world-of-llm-functions-integrating-llm-technology-into-the-wolfram-language/),
(2023),
[Stephen Wolfram Writings](https://writings.stephenwolfram.com).
[SW2] Stephen Wolfram,
["Prompts for Work & Play: Launching the Wolfram Prompt Repository"](https://writings.stephenwolfram.com/2023/06/prompts-for-work-play-launching-the-wolfram-prompt-repository/),
(2023),
[Stephen Wolfram Writings](https://writings.stephenwolfram.com).
### Packages, paclets, repositories
[AAp1] Anton Antonov,
[LLM::Prompts Raku package](https://github.com/antononcube/Raku-LLM-Prompts),
(2023),
[GitHub/antononcube](https://github.com/antononcube).
[AAp2] Anton Antonov,
[LLM::Functions Raku package](https://github.com/antononcube/Raku-LLM-Functions),
(2023),
[GitHub/antononcube](https://github.com/antononcube).
[AAp3] Anton Antonov,
[Jupyter::Chatbook Raku package](https://github.com/antononcube/Raku-Jupyter-Chatbook),
(2023),
[GitHub/antononcube](https://github.com/antononcube).
[WRIr1] Wolfram Research, Inc.,
[Wolfram Prompt Repository](https://resources.wolframcloud.com/PromptRepository)
|
## dist_zef-librasteve-Dan-Polars.md
*WORK IN PROGRESS*
*So far, I have managed to bring about a third of the Polars library into the Raku world with this module. Some track has been laid that may make the rest go faster and easier, but surely there is a lot of refactoring and tidying up to do to.*
*You can see the TODO files here for Query and Expression features and I will be working my way down this list steadily.*
*If you would like to alter the priority, please create an issue (or find an existing one) and hopefully others will upvoat it.*
*Even better would be to work with me to do a PR (I will probbaly need to do a bit of guidance initiallly).*
*[email protected]*
*THIS MODULE IS EXPERIMENTAL AND SUBJECT TO CHANGE WITHOUT NOTICE*
[](https://opensource.org/licenses/Artistic-2.0)
[](https://github.com/librasteve/raku-Dan-Polars/actions/workflows/polars-weekly.yaml)
# raku Dan::Polars - WIP
This new module binds Raku [Dan](https://github.com/librasteve/raku-Dan) to Polars via Raku NativeCall / Rust FFI.
The following broad capabilities are included:
* Polars structures (Series & DataFrames)
* Polars lazy queries & expressions
* raku Dan features (accessors, dtypes, base methods)
* broad datatype support
* concurrency
The aim is to emulate the examples in the [Polars User Guide](https://pola-rs.github.io/polars-book/user-guide/dsl/expressions.html)
### Installation
Based on the Dockerfile chain [(1)](https://github.com/librasteve/raku-Dan-Polars/blob/main/Dockerfile) FROM [(2)](https://github.com/librasteve/raku-Dockerfiles/blob/main/rusty-ma/Dockerfile)
* `docker run -it librasteve/raku-dan:polars`
* `cd ~/raku-Dan-Polars/bin` (this repo was cloned to load test\_data)
* `./synopsis-dan-polars.raku` or `./nutshell.raku`
(see bin/setup.raku for manual / development install steps)
*You are welcome to plunder the Dockerfiles for how to set up your own environment.*
---
### Nutshell
```
use Dan;
use Dan::Polars;
sub starwars {
my \sw = DataFrame.new;
sw.read_csv("test_data/dfStarwars.csv");
sw
}
my $obj = starwars;
$obj .= select( [ <species mass height>>>.&col ] ) ;
$obj .= groupby([ <species> ]) ;
$obj .= sort( {$obj[$++]<species>, $obj[$++]<mass>} )[*].reverse^;
$obj.show;
shape: (87, 3)
┌────────────────┬──────┬────────┐
│ species ┆ mass ┆ height │
│ --- ┆ --- ┆ --- │
│ str ┆ str ┆ str │
╞════════════════╪══════╪════════╡
│ Zabrak ┆ NA ┆ 171 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌┤
│ Zabrak ┆ 80 ┆ 175 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌┤
│ Yoda's species ┆ 17 ┆ 66 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌┤
│ Xexto ┆ NA ┆ 122 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌┤
│ ... ┆ ... ┆ ... │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌┤
│ Chagrian ┆ NA ┆ 196 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌┤
│ Cerean ┆ 82 ┆ 198 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌┤
│ Besalisk ┆ 102 ┆ 198 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌┤
│ Aleena ┆ 15 ┆ 79 │
└────────────────┴──────┴────────┘
#say ~$obj.Dan-DataFrame; # coerce to a vanilla Dan::DataFrame (e.g. to say all rows)
#say ~$obj.to-dataset; # or export to a dataset for ad hoc data munging
```
*datasets are used by raku [Data::...](https://raku.land/?q=Data%3A%3A) modules*
### Synopsis
Dan::Polars is a specialization of raku Dan. Checkout the [Dan synopsis](https://github.com/librasteve/raku-Dan/blob/main/README.md#synopsis) for base Series and DataFrame operations. The following covers the additional features that are specific to Dan::Polars.
* Each Dan::Polars object (Series or DataFrame) contains a pointer to its Rust Polars "shadow".
* Polars does not implement indexes, so any attempt to set a row index will be ignored.
* Dan::Polars only exposes the Polars lazy API and quietly calls `.lazy` and `.collect` as needed.
```
use Dan;
use Dan::Polars;
my \df = DataFrame.new;
df.read_csv("../dan/src/iris.csv");
# ---------------------------------------
my $se = df.column("sepal.length");
$se.head;
# a Series...
shape: (5,)
Series: 'sepal.length' [f64]
[
5.1
4.9
4.7
4.6
5.0
]
# ---------------------------------------
df.select([col("sepal.length"), col("variety")]).head;
# a DataFrame...
shape: (5, 2)
┌──────────────┬─────────┐
│ sepal.length ┆ variety │
│ --- ┆ --- │
│ f64 ┆ str │
╞══════════════╪═════════╡
│ 5.1 ┆ Setosa │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌┤
│ 4.9 ┆ Setosa │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌┤
│ 4.7 ┆ Setosa │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌┤
│ 4.6 ┆ Setosa │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌┤
│ 5.0 ┆ Setosa │
└──────────────┴─────────┘
# ---------------------------------------
df.groupby(["variety"]).agg([col("petal.length").sum]).head;
# -- or --
my $expr;
$expr = col("petal.length");
$expr .= sum;
df.groupby(["variety"]).agg([$expr]).head;
# An Expression takes the form Fn(Series --> Series) {} ...
# a DataFrame...
shape: (2, 2)
┌────────────┬──────────────┐
│ variety ┆ petal.length │
│ --- ┆ --- │
│ str ┆ f64 │
╞════════════╪══════════════╡
│ Versicolor ┆ 141.4 │
├╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┤
│ Setosa ┆ 73.1 │
└────────────┴──────────────┘
# ---------------------------------------
# Here are some unary expressions; the ```.alias``` method can be used to rename cols...
my @exprs;
@exprs.push: col("petal.length").sum;
#@exprs.push: col("sepal.length").mean;
#@exprs.push: col("sepal.length").min;
#@exprs.push: col("sepal.length").max;
#@exprs.push: col("sepal.length").first;
#@exprs.push: col("sepal.length").last;
#@exprs.push: col("sepal.length").unique;
#@exprs.push: col("sepal.length").count;
#@exprs.push: col("sepal.length").forward_fill;
#@exprs.push: col("sepal.length").backward_fill;
@exprs.push: col("sepal.length").reverse;
@exprs.push: col("sepal.length").std.alias("std");
#@exprs.push: col("sepal.length").var;
df.groupby(["variety"]).agg(@exprs).head;
shape: (2, 4)
┌────────────┬──────────────┬─────────────────────┬──────────┐
│ variety ┆ petal.length ┆ sepal.length ┆ std │
│ --- ┆ --- ┆ --- ┆ --- │
│ str ┆ f64 ┆ list[f64] ┆ f64 │
╞════════════╪══════════════╪═════════════════════╪══════════╡
│ Versicolor ┆ 141.4 ┆ [5.8, 5.5, ... 7.0] ┆ 0.539255 │
├╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┤
│ Setosa ┆ 73.1 ┆ [5.0, 5.3, ... 5.1] ┆ 0.3524 │
└────────────┴──────────────┴─────────────────────┴──────────┘
# ---------------------------------------
# use col("*") to select all...
df.select([col("*").exclude(["sepal.width"])]).head;
df.select([col("*").sum]).head;
# ---------------------------------------
# Can do Expression math...
df.select([
col("sepal.length"),
col("petal.length"),
(col("petal.length") + (col("sepal.length"))).alias("add"),
(col("petal.length") - (col("sepal.length"))).alias("sub"),
(col("petal.length") * (col("sepal.length"))).alias("mul"),
(col("petal.length") / (col("sepal.length"))).alias("div"),
(col("petal.length") % (col("sepal.length"))).alias("mod"),
(col("petal.length") div (col("sepal.length"))).alias("floordiv"),
]).head;
shape: (5, 8)
┌──────────────┬──────────────┬─────┬──────┬──────┬──────────┬─────┬──────────┐
│ sepal.length ┆ petal.length ┆ add ┆ sub ┆ mul ┆ div ┆ mod ┆ floordiv │
│ --- ┆ --- ┆ --- ┆ --- ┆ --- ┆ --- ┆ --- ┆ --- │
│ f64 ┆ f64 ┆ f64 ┆ f64 ┆ f64 ┆ f64 ┆ f64 ┆ f64 │
╞══════════════╪══════════════╪═════╪══════╪══════╪══════════╪═════╪══════════╡
│ 5.1 ┆ 1.4 ┆ 6.5 ┆ -3.7 ┆ 7.14 ┆ 0.2745 ┆ 1.4 ┆ 0.2745 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┤
│ 4.9 ┆ 1.4 ┆ 6.3 ┆ -3.5 ┆ 6.86 ┆ 0.285714 ┆ 1.4 ┆ 0.285714 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┤
│ 4.7 ┆ 1.3 ┆ 6.0 ┆ -3.4 ┆ 6.11 ┆ 0.276596 ┆ 1.3 ┆ 0.276596 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┤
│ 4.6 ┆ 1.5 ┆ 6.1 ┆ -3.1 ┆ 6.9 ┆ 0.326087 ┆ 1.5 ┆ 0.326087 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┤
│ 5.0 ┆ 1.4 ┆ 6.4 ┆ -3.6 ┆ 7.0 ┆ 0.28 ┆ 1.4 ┆ 0.28 │
└──────────────┴──────────────┴─────┴──────┴──────┴──────────┴─────┴──────────┘
# ---------------------------------------
# And use literals...
df.select([
col("sepal.length"),
col("petal.length"),
(col("petal.length") + 7).alias("add7"),
(7 - col("petal.length")).alias("sub7"),
(col("petal.length") * 2.2).alias("mul"),
(2.2 / (col("sepal.length"))).alias("div"),
(col("sepal.length") % 2).alias("mod"),
(col("sepal.length") div 0.1).alias("floordiv"),
]).head;
shape: (5, 8)
┌──────────────┬──────────────┬──────┬──────┬──────┬──────────┬─────┬──────────┐
│ sepal.length ┆ petal.length ┆ add7 ┆ sub7 ┆ mul ┆ div ┆ mod ┆ floordiv │
│ --- ┆ --- ┆ --- ┆ --- ┆ --- ┆ --- ┆ --- ┆ --- │
│ f64 ┆ f64 ┆ f64 ┆ f64 ┆ f64 ┆ f64 ┆ f64 ┆ f64 │
╞══════════════╪══════════════╪══════╪══════╪══════╪══════════╪═════╪══════════╡
│ 5.1 ┆ 1.4 ┆ 8.4 ┆ 5.6 ┆ 3.08 ┆ 0.431373 ┆ 1.1 ┆ 51.0 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┤
│ 4.9 ┆ 1.4 ┆ 8.4 ┆ 5.6 ┆ 3.08 ┆ 0.4489 ┆ 0.9 ┆ 49.0 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┤
│ 4.7 ┆ 1.3 ┆ 8.3 ┆ 5.7 ┆ 2.86 ┆ 0.468085 ┆ 0.7 ┆ 47.0 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┤
│ 4.6 ┆ 1.5 ┆ 8.5 ┆ 5.5 ┆ 3.3 ┆ 0.478261 ┆ 0.6 ┆ 46.0 │
├╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┼╌╌╌╌╌┼╌╌╌╌╌╌╌╌╌╌┤
│ 5.0 ┆ 1.4 ┆ 8.4 ┆ 5.6 ┆ 3.08 ┆ 0.44 ┆ 1.0 ┆ 50.0 │
└──────────────┴──────────────┴──────┴──────┴──────┴──────────┴─────┴──────────┘
# ---------------------------------------
# There is a variant of with_column (for Series) and with_columns (for Expressions)
df.with_column($se.rename("newcol")).head;
df.with_columns([col("variety").alias("newnew")]).head;
```
Notes:
* Most methods such as queries on the Raku object are applied to the shadow and the data remains on the Rust side for performance reasons. Exceptions are accessors and map operations which require the data to be synched manually to the Raku side using the `.flood` method and, when done, to be sent back Rustwards with `.flush`. Sort & grep methods (in their current incarnations) also implicitly use .flood/.flush to sync.
* On reflection, the vanilla Dan splice & concat methods are not a good fit for Polars which has the simpler Series.append, DataFrame.vstack|.hstack and DataFrame.join methods. The new plan is to implement these Polars methods here (v0.2) and then to replace Dan and Dan::Pandas splice & concat with the Polars equivalent in the forthcoming As::Query role.
* To avoid synching for `say ~df` operations, the `.show` method applies Rust println! to STDOUT.
* For import and export, the `se.Dan-Series` and `df.Dan-DataFrame` methods will coerce to the raku-only Dan equivalent. You can go `Series.new(Dan::Series:D --> Dan::Polars::Series)` and `DataFrame.new(Dan::DataFrame:D --> Dan::Polars::DataFrame)`.
* The method `df.to-dataset` is provided to, err, make a dataset for various raku Data:: library compatibility
---
### Design Notes
1. lazy
Polars implements both lazy and eager APIs, these are functionally similar. For simplicity, Dan::Polars offers only the most efficient: lazy API. It has better query optimisation with low additional overhead.
1. auto-lazy
In Rust & Python Polars, lazy must be explicitly requested with `.lazy .. .collect` methods around expressions. In contrast, Dan::Polars auto-generates the `.lazy .. .collect` quietly for concise syntax.
1. pure
[Polars Expressions](https://pola-rs.github.io/polars-book/user-guide/dsl/intro.html) are a function mapping from a series to a series (or mathematically `Fn(Series) -> Series`). As expressions have a Series as an input and a Series as an output then it is straightforward to do a pipeline of expressions.
1. opaque
In general each raku object (Dan::Polars::Series, Dan::Polars::DataFrame) maintains a unique pointer to a rust container (SeriesC, DataFrameC) and they contain a shadow Rust Polars Struct. Methods invoked on the raku object are then proxied over to the Rust Polars shadow.
1. dynamic lib.so
A connection is made via Raku Nativecall to Rust FFI using a ```lib.so`` dymanic library or equivalent.
1. data transfer
Usually no data needs to be transferred from Raku to Rust (or vice versa). For example, a raku script can command a Rust Polars DataFrame to be read from a csv file, apply expressions and output the result. The data items all remain on the Rust side of the connection.
---
## TODOs
### v0.1
1. Dan API
* Dan::Series base methods
* Dan::DataFrame base methods
* Dan Accessors
* Dan sort & grep (s3)
2. Polars Structs / Modules
* Polars::Series base methods
* Polars::DataFrame base methods
* .push/.pull (set-new/get-data)
* better value return
3. Polars Exprs (s2)
* unary exprs
* operators
4. Documentation
* synopsis
* refactor /bin
5. Test
This will then provide a basis for ...
### v0.2
* Dan concat as hstack, vstack, join
* splice to AsQuery
* drop col
* map & apply (jit DSL style)
* non-null, etc.
Thus AsQuery (API v1.1) for Dan and Dan::Pandas and review Dan API slice & concat, immutability, refactor...
### v0.3...
* datetime
* unique\_stable
* expr arity > 1
* 'over' expr
* 'fold' expr
* clone (then retest h2o-par)
* immutability
* auto reset @data after load rc (also to Pandas)
* cross join (aka cross product)
### v0.4...
* append / strip Index
* pivot / cross-tabluate
* apply over [multiple cols](https://stackoverflow.com/questions/72372821/how-to-apply-a-function-to-multiple-columns-of-a-polars-dataframe-in-rust)
* ternary if-then-else (AsTernary)
* str operations (AsStr)
* chunked transfer
* serde
(c) Henley Cloud Consulting Ltd.
|
## dist_cpan-JMASLAK-IP-Random.md
[](https://travis-ci.org/jmaslak/Raku-IP-Random)
# NAME
IP::Random - Generate random IP Addresses
# SYNOPSIS
```
use IP::Random;
my $ipv4 = IP::Random::random_ipv4;
my @ips = IP::Random::random_ipv4( count => 100, allow-dupes => False );
```
# DESCRIPTION
This provides a random IP (IPv4 only currently) address, with some extensability to exclude undesired IPv4 addresses (I.E. don't return IP addresses that are in the multicast or RFC1918 ranges).
By default, the IP returned is a valid, publicly routable IP address, but this behavior can be adjusted.
# FUNCTIONS
## default\_ipv4\_exclude
Returns the default exclude list for IPv4, as a list of CIDR strings.
Additional CIDRs may be added to future versions, but in no case will standard Unicast publicly routable IPs be added. See <named_exclude> to determine what IP ranges will be included in this list.
## exclude\_ipv4\_list($type)
When passed a `$type`, such as `'rfc1918'`, will return a list of CIDRs that match that type. See <named_exclude> for the valid types.
## random\_ipv4( :@exclude, :$count )
```
say random_ipv4;
say random_ipv4( exclude => ('rfc1112', 'rfc1122') );
say random_ipv4( exclude => ('default', '24.0.0.0/8') );
say join( ',',
random_ipv4( exclude => ('rfc1112', 'rfc1122'), count => 2048 ) );
say join( ',',
random_ipv4( count => 2048, allow-dupes => False ) );
```
This returns a random IPv4 address. If called with no parameters, it will exclude any addresses in the default exclude list.
If called with the exclude optional parameter, which is passed as a list, it will use the exclude types (see <named_exclude> for the types) to exclude from generation. In addition, individual CIDRs may also be passed to exclude those CIDRs. If neither CIDRs or exclude types are passed, it will use the `default` tag to exclude the default excludes. Should you want to exclude nothing, pass an empty list. If you want to exclude something in addition to the default list, you must pass the `default` tag explictly.
The count optional parameter will cause c<random\_ipv4> to return a list of random IPv4 addresses (equal to the value of `count`). If `count` is greater than 128, this will be done across multiple CPU cores. Batching in this way will yield significantly higher performance than repeated calls to the `random_ipv4()` routine.
The `allow-dupes` parameter determines whether duplicate IP addresses are allowed to be returned within a batch. The default, `True`, allows duplicate addresses to be randomly picked. Obviously unless there is an extensive exclude list or a very large batch size, the chance of randomly selecting a duplicate is very small. But with extensive excludes and large batch sizes, it is possible to have duplicates selected. If the amount of non-excluded IPv4 space is less than the batch size (the `count` argument) and this parameter is set to `False`, then you will get a list of all possible IP addresses rather than `count` elements returned.
# CONSTANTS
## named\_exclude
```
%excludes = IP::RANDOM::named_exclude
```
A hash of all the named IP exludes that this `IP::Random` is aware of. The key is the excluded IP address. The value is a list of tags that this module is aware of. For instance, `192.168.0.0/16` would be a key with the values of `( 'rfc1918', 'default' )`.
This list contains:
* `0.0.0.0/8`
Tags: default, rfc1122
"This" Network (RFC1122, Section 3.2.1.3).
* `10.0.0.0/8`
Tags: default, rfc1918
Private-Use Networks (RFC1918).
* `100.64.0.0/10`
Shared Address Space (RFC6598)
* `127.0.0.0/8`
Tags: default, rfc1122
Loopback (RFC1122, Section 3.2.1.3)
* `169.254.0.0/16`
Link Local (RFC 3927)
* `172.16.0.0/12`
Tags: default, rfc1918
Private-Use Networks (RFC1918)
* `192.0.0.0/24`
IETF Protocol Assignments (RFC5736)
* `192.0.2.0/24`
TEST-NET-1 (RFC5737)
* `192.88.99.0/24`
6-to-4 Anycast (RFC3068)
* `192.168.0.0/16`
Tags: default, rfc1918
Private-Use Networks (RFC1918)
* `198.18.0.0/15`
Network Interconnect Device Benchmark Testing (RFC2544)
* `198.51.100.0/24`
TEST-NET-2 (RFC5737)
* `203.0.113.0/24`
TEST-NET-3 (RFC5737)
* `224.0.0.0/4`
Multicast (RFC3171)
* `240.0.0.0/4`
Reserved for Future Use (RFC 1112, Section 4)
# AUTHOR
Joelle Maslak [[email protected]](mailto:[email protected])
# CONTRIBUTORS
Elizabeth Mattijsen [[email protected]](mailto:[email protected])
# EXPRESSING APPRECIATION
If this module makes your life easier, or helps make you (or your workplace) a ton of money, I always enjoy hearing about it! My response when I hear that someone uses my module is to go back to that module and spend a little time on it if I think there's something to improve - it's motivating when you hear someone appreciates your work!
I don't seek any money for this - I do this work because I enjoy it. That said, should you want to show appreciation financially, few things would make me smile more than knowing that you sent a donation to the Gender Identity Center of Colorado (See <http://giccolorado.org/>. This organization understands TIMTOWTDI in life and, in line with that understanding, provides life-saving support to the transgender community.
If you make any size donation to the Gender Identity Center, I'll add your name to "MODULE PATRONS" in this documentation!
# COPYRIGHT AND LICENSE
Copyright (C) 2018 Joelle Maslak
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## whatevercode.md
class WhateverCode
Code object constructed by Whatever-priming
```raku
class WhateverCode is Code { }
```
`WhateverCode` objects are the result of [`Whatever`](/type/Whatever)-priming. See the [`Whatever`](/type/Whatever) documentation for details.
When you wish to control how a method or function interprets any *Whatever star*, you may use multi dispatch with [`Whatever`](/type/Whatever) and `WhateverCode` parameters to do so, as in the following example:
```raku
class Cycle {
has $.pos;
has @.vals;
}
multi get-val(Cycle $c, Int $idx) {
$c.vals[$idx % $c.vals.elems]
}
# Define what to do with a stand-alone * as the second argument
multi get-val(Cycle $c, Whatever $idx) {
get-val($c, $c.pos);
}
# Define what to do with a * WhateverCode in an expression
multi get-val(Cycle $c, WhateverCode $idx) {
get-val($c, $idx($c.pos));
}
my Cycle $c .= new(:pos(2), :vals(0..^10));
say get-val($c, 3); # OUTPUT: «3»
say get-val($c, *); # OUTPUT: «2»
say get-val($c, *-1); # OUTPUT: «1»
```
The `WhateverCode` `does` the [`Callable`](/type/Callable) role, so it should be possible to introspect the type of [`Callable`](/type/Callable) it contains; for instance, continuing the previous example, we can add a multi that handles a `WhateverCode` with two arguments via checking the signature:
```raku
# Define what to do with two * in an expression
multi get-val(Cycle $c, WhateverCode $idx where { .arity == 2 }) {
get-val($c, $idx($c.pos, $c.vals.elems));
}
say get-val($c, * + * div 2); # 2 + 10/2 = 7
```
Note, though, that subexpressions may impose their own *Whatever star* rules:
```raku
my @a = (0, 1, 2);
say get-val($c, @a[*-1]) # 2, because the star belongs to the Array class
```
This can make the ownership of *Whatever stars* become confusing rather quickly, so be careful not to overdo it.
You may instead type-constrain using [`Callable`](/type/Callable) type in order to accept any [`Callable`](/type/Callable), including `WhateverCode`:
```raku
sub run-with-rand (Callable $code) { $code(rand) };
run-with-rand *.say; # OUTPUT: «0.773672071688484»
run-with-rand {.say}; # OUTPUT: «0.38673179353983»
run-with-rand sub { $^v.say }; # OUTPUT: «0.0589543603685792»
```
Type-constraining with `&`-sigiled parameter works equally well and is shorter to type:
```raku
sub run-with-rand (&code) { code time };
```
# [Typegraph](# "go to top of document")[§](#typegraphrelations "direct link")
Type relations for `WhateverCode`
raku-type-graph
WhateverCode
WhateverCode
Code
Code
WhateverCode->Code
Mu
Mu
Any
Any
Any->Mu
Callable
Callable
Code->Any
Code->Callable
[Expand chart above](/assets/typegraphs/WhateverCode.svg)
|
## dist_github-ufobat-Time-Crontab.md
[](https://travis-ci.org/ufobat/p6-time-crontab)
# NAME
Time::Crontab for raku
# SYNOPSIS
```
use Time::Crontab;
my $crontab = "* * * * *";
my $tc = Time::Crontab.new(:$crontab);
if $tc.match(DateTime.now, :truncate(True)) { ..... }
```
# METHODS
* `new(Str :$crontab!, Int :$timezone = 0) returns DateTime:D`
* `match(DateTime $datetime, Bool :$truncate = False) returns Bool:D`
Matches the $datetime against the crontab specification. Since the crontab's smallest granulation is minute wise there is a option to $truncate the $datetime to minutes when it comes to consideration if the $datetime matches the $crontab.
* `next-datetime(DateTime $datetie) returns DateTime:D`
Calculates the next execution right after $datetime.
# SYNTAX OF THE CRONTAB
```
Field name Allowed values Allowed special characters
Minutes 0-59 * / , - !
Hours 0-23 * / , - !
Day of month 1-31 * / , - !
Month 1-12 or JAN-DEC * / , - !
Day of week 0-6 or SUN-SAT * / , - !
```
* `*` means anything. The actual values depends on the field.
* `/` is a stepping. This special character must be followed bit a number, which decribes the step size.
* `,` can be used to list different values, or ranges.
* `-` indicates a range.
* `!` excludes a value.
The names of the month or day of the week are the first 3 characters of their english names. They are case insensetive.
# DAY OF MONTH VS DAY OF WEEK
The Handling of the Day of Week and Day of Month is quite delicate. In the case that the Day of Week field is set to any (\*) you basically dont care for it.
This is borrowd from the crontab 5 manpage
```
Note: The day of a command's execution can be specified by two fields — day of month, and day of week. If both fields are restricted (i.e., aren't *), the command will be
run when either field matches the current time. For example,
``30 4 1,15 * 5'' would cause a command to be run at 4:30 am on the 1st and 15th of each month, plus every Friday. One can, however, achieve the desired result by adding a
test to the command (see the last example in EXAMPLE CRON FILE below).
# run five minutes after midnight, every day
5 0 * * * $HOME/bin/daily.job >> $HOME/tmp/out 2>&1
# run at 2:15pm on the first of every month -- output mailed to paul
15 14 1 * * $HOME/bin/monthly
# run at 10 pm on weekdays, annoy Joe
0 22 * * 1-5 mail -s "It's 10pm" joe%Joe,%%Where are your kids?%
23 0-23/2 * * * echo "run 23 minutes after midn, 2am, 4am ..., everyday"
5 4 * * sun echo "run at 5 after 4 every sunday"
# Run on every second Saturday of the month
0 4 8-14 * * test $(date +\%u) -eq 6 && echo "2nd Saturday"
```
|
## dist_cpan-BDUGGAN-RDF-Turtle.md
# RDF::Turtle
[](https://travis-ci.org/bduggan/p6-rdf-turtle)
# Description
This is a parser for the Terse RDF Triple Language.
See <https://www.w3.org/TeamSubmission/turtle/>.
Sample usage of RDF::Turtle:
```
my $parsed = parse-turtle('file.ttl'.IO.slurp);
my $triples = $parsed.made;
for @$triples -> ($subject, $predicate, $object) {
say "$subject $predicate $object .";
}
```
Also included is a sample command line parser, [eg/parse.p6](https://github.com/bduggan/p6-rdf-turtle/blob/master/eg/parse.p6).
Sample usage:
Parse a TTL file:
```
./eg/parse.p6 input.ttl
```
Convert to N-triples format:
```
./eg/parse.p6 input.ttl --triples
```
The spec tests are included in [t/tests](https://github.com/bduggan/p6-rdf-turtle/tree/master/t/tests). As of this
writing, all of the good tests are parsed, and some of the correct
outputs are generated.
|
## regex.md
class Regex
String pattern
```raku
class Regex is Method { }
```
A regex is a kind of pattern that describes a set of strings. The process of finding out whether a given string is in the set is called *matching*. The result of such a matching is a [`Match`](/type/Match) object, which evaluates to `True` in Boolean context if the string is in the set.
A regex is typically constructed by a regex literal
```raku
rx/ ^ab /; # describes all strings starting with 'ab'
/ ^ ab /; # same
rx/ \d ** 2/; # describes all strings containing at least two digits
```
A named regex can be defined with the `regex` declarator followed by its definition in curly braces. Since any regex does [`Callable`](/type/Callable) introspection requires referencing via `&`-sigil.
```raku
my regex R { \N };
say &R.^name; # OUTPUT: «Regex»
```
To match a string against a regex, you can use the smartmatch operator:
```raku
my $match = 'abc' ~~ rx/ ^ab /;
say $match.Bool; # OUTPUT: «True»
say $match.orig; # OUTPUT: «abc»
say $match.Str; # OUTPUT: «ab»
say $match.from; # OUTPUT: «0»
say $match.to; # OUTPUT: «2»
```
Or you can evaluate the regex in Boolean context, in which case it matches against the `$_` variable
```raku
$_ = 'abc';
if / ^ab / {
say '"abc" begins with "ab"';
}
else {
say 'This is a weird alternative Universe';
}
```
# [Methods](#class_Regex "go to top of document")[§](#Methods "direct link")
## [method ACCEPTS](#class_Regex "go to top of document")[§](#method_ACCEPTS "direct link")
```raku
multi method ACCEPTS(Regex:D: Mu --> Match:D)
multi method ACCEPTS(Regex:D: @)
multi method ACCEPTS(Regex:D: %)
```
Matches the regex against the argument passed in. If the argument is [`Positional`](/type/Positional), it returns the first successful match of any list item. If the argument is [`Associative`](/type/Associative), it returns the first successful match of any key. Otherwise it interprets the argument as a [`Str`](/type/Str) and matches against it.
In the case of Positional and Associative matches, [`Nil`](/type/Nil) is returned on failure.
## [method Bool](#class_Regex "go to top of document")[§](#method_Bool "direct link")
```raku
multi method Bool(Regex:D: --> Bool:D)
```
Matches against the caller's [$\_](/syntax/$_) variable, and returns `True` for a match or `False` for no match.
# [Typegraph](# "go to top of document")[§](#typegraphrelations "direct link")
Type relations for `Regex`
raku-type-graph
Regex
Regex
Method
Method
Regex->Method
Mu
Mu
Any
Any
Any->Mu
Callable
Callable
Code
Code
Code->Any
Code->Callable
Block
Block
Block->Code
Routine
Routine
Routine->Block
Method->Routine
[Expand chart above](/assets/typegraphs/Regex.svg)
|
## dist_zef-bradclawsie-Net-IP-Parse.md
[](https://opensource.org/licenses/BSD-2-Clause)
[](https://github.com/bradclawsie/Net-IP-Parse/actions)
# Net::IP::Parse
An IP type for Perl6.
## DESCRIPTION
This library tries to fill a gap of a standard type for IP addresses that can
be used in programs and other libraries. Preferrably Raku would ship with
a default implementation for this common type, but until then, this is one
attempt at defining such a type.
For our purposes, an IP address is an array of bytes. For IPv4, there
are four bytes. For IPv6, sixteen. Perl6 only provides a byte type
for native interfaces, and this doesn't have adequate degradation in case
of errors, so I have opted to use my own `Subsets::Common` which defines
a `UInt8` subset that integrates nicely for common use.
This library parses common formats for IP address and creates a `UInt8`
array of the right size that is well-formed. That means values that are
bytes (between 0 and 255). This means you may be able to create instances
that are syntactically correct but are not applicable to real use given
some point of IP specification. This library does not concern itself
with determining if you instantiate a reserved or otherwise practically
useless IP address, I leave this to you to determine.
There is also support for a CIDR type which lets you stipulate network
ranges.
The best set of examples for use can be found in the tests in `basic.t`
in the repository with this library.
IPv6 is complex. Please let me know what I have not properly supported.
## SYNOPSIS
```
use v6;
use Subsets::Common; # required
use Net::IP::Parse;
my IP $ipv4_from_str = IP.new(addr=><1.2.3.4>);
my IP $ipv4_from_octets = IP.new(octets=>Array[UInt8].new(1,2,3,4));
say 'equal' if ($ipv4_from_str ip== $ipv4_from_octets);
my IP $ipv6_from_str = IP.new(addr=>'dfea:dfea:dfea:dfea:dfea:dfea:dfea:dfea');
my IP $ipv6_from_octets = IP.new(octets=>Array[UInt8].new(223,234,223,234,223,234,223,234,223,234,223,234,223,234,223,234));
say 'equal' if ($ipv6_from_str ip== $ipv6_from_octets);
my IP $ip1 = IP.new(addr=><2001:db8:a0b:12f0::1:1>);
say 'equal' if ($ip1.str eq '2001:db8:a0b:12f0:0:0:1:1');
my IP $ip2 = IP.new(addr=><2001:db8:a0b:12f0:0:0:1:1>);
say 'equal' if ($ip ip1== $ip2);
my IP $ip3 = IP.new(addr=><1:0:0:0:1:0:0:1>);
my $compressed = $ip3.compress_str;
say 'equal' if ($compressed eq '1::1:0:0:1');
my CIDR $cidr_ipv4 = CIDR.new(cidr=>'8.8.8.8/16');
my IP $ip4 = IP.new(addr=>'8.8.0.1');
say 'in' if ($ip4 in_cidr $cidr_ipv4);
my CIDR $cidr_ipv6 = CIDR.new(cidr=>'2001:db8::/32');
my IP $ip5 = IP.new(addr=>'2001:0db8:0000:0000:0000:0000:0000:0001');
say 'in' if ($ip5 in_cidr $cidr_ipv6);
```
## AUTHOR
Brad Clawsie (zef:bradclawsie, email:[email protected])
## Notice
This repository was uploaded via `fez` under the username `b7j0c`,
and later `bradclawsie`. This change was made so the username would match
Github. Sorry for any confusion.
## Installation
```
zef install Net::IP::Parse
```
|
## dist_cpan-JMERELO-Test-Script-Output.md
[](https://travis-ci.org/JJ/perl6-test-script-output)
# NAME
Test::Script::Output - Tests the output of scripts using special comments
# SYNOPSIS
```
use Test::Script::Output;
# in the tested file, file.p6
say "Hello";
Hello
# in test
output-ok( "file.p6", "script runs OK")
# Another tested file, regex.p6
say "Time now is ", now;
/^^Time now/
# in test
output-ok( "regex.p6", "script tested via regex runs OK")
```
# DESCRIPTION
`Test::Script::Output` tests the output of scripts. Desired output must be included aas an `=output` pod section with the literal output that should be expected from it. If that changes, a regular expression can be used.
You can either set the output explicitly
```
First line
Second line
```
Or match the whole output via a regex, which can be used when the output is variable
```
/^^ Start /
```
The scripts can include external compunits as long as they're available, and you take care of including all relevant paths via `use lib`.
If you want to check out how this works, the biggest collection of examples is at <https://github.com/JJ/perl6-quick-reference-apress>.
Provided is also a Dockerfile you can use directly for your tests; check it out at <https://cloud.docker.com/repository/docker/jjmerelo/perl6-test-script-output/>
Use this `.travis.yml` for testing your scripts (or something like that, changing the name of the directory)
```
language: minimal
services:
- docker
install:
- docker pull jjmerelo/perl6-test-script-output
- mkdir t && echo "use Test::Script::Output;for <Chapter7 Chapter8 Chapter9 Chapter10> -> \$d { dir-ok( \$d.IO , 'Scripts in dir ' ~ \$d ~ ' are OK') }" > t/0.t
script: docker run -t -v $TRAVIS_BUILD_DIR:/test jjmerelo/perl6-test-script-output
```
# Methods
## output-ok( $file, $msg)
The argument can be either the name of an existing file, or a IO handle for that same file; the `$msg` is the test message.
## dir-ok( $dir, $msg)
Takes the files with the extension "\*.p6" from a dir, and tests them, the test will be OK if all of the files check out.
## \_get\_output( $f )
This is the routine doing the real work of extracting the expected and actual output from the file. It's not exported by default.
# AUTHOR
JJ Merelo [[email protected]](mailto:[email protected])
# Note
This test module was created originally to test the scripts for the book "Perl 6 Quick Reference", which is due to be published later this year by Apress.
# COPYRIGHT AND LICENSE
Copyright 2019 JJ Merelo
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-tony-o-Web-Scraper.md
# Perl 6: Web::Scraper;
This module works very similar to Perl 5's Web::Scraper. Right now it has some extra sugar in some areas. Currently works with parsing from XML and HTML (converts it to XHTML).
## Status:
### Working on:
Maintenance mode, enhancemenets, etc.
## Syntax:
### Data:
```
<data>
<t id="1">test1</t>
<t id="2">test2</t>
<e>etest</e>
<t id="3">test3</t>
<t id="4">test4</t>
<e>etest</e>
<nest>
<id>1</id>
<val>50</val>
<sval>1</sval>
<sval>2</sval>
<sval>3</sval>
<sval>43</sval>
</nest>
<nest>
<id>2</id>
<val>30</val>
<sval>2</sval>
<sval>3</sval>
<sval>5</sval>
<sval>47</sval>
</nest>
</data>
```
### Scraper:
```
my $count = 0;
my $scraper = scraper {
process 't', 'tarray[]' => {
name => 'TEXT',
id => '@id'
};
process 'e', 'e[]' => sub ($elem) {
return "{$elem.contents[0].text ~ $count++}";
};
process 't', 'ttext[]' => 'TEXT';
process 'nest', 'nested[]' => scraper {
process 'id', 'id' => 'TEXT';
process 'val', 'val' => 'TEXT';
process 'sval', 'svals[]' => 'TEXT';
};
}
```
### Results:
```
$scraper.d = {
tarray => [
{id => 1, name => 'test1'},
{id => 2, name => 'test2'},
{id => 3, name => 'test3'},
{id => 4, name => 'test4'},
],
e => [
'etest1',
'etest2',
],
ttext => [
'test1',
'test2',
'test3',
'test4',
],
nested => [
{ id => 1, val => 50, sval => [1,2,3,43,], },
{ id => 2, val => 30, sval => [2,3,5,47,], },
],
};
```
## Example with a dynamic source file:
### Data:
#### master.xml:
```
<xml>
<files>
<file>one.xml</file>
<file>two.xml</file>
</files>
</xml>
```
#### one.xml
```
<xml>
<id>1</id>
<word>one</word>
</xml>
```
#### two.xml
```
<xml>
<id>2</id>
<word>two</word>
</xml>
```
### Syntax:
```
my $dynamicscraper = scraper {
process 'id', 'id' => 'TEXT';
process 'word', 'alpha' => 'TEXT';
};
my $masterscraper = scraper {
process 'files', 'files[]' => scraper {
process 'file', 'src-file' => 'TEXT';
resource $dynamicscraper, 'file' => 'TEXT';
};
};
$masterscraper.scrape('master.xml');
```
### Results:
```
$masterscraper.d == {
files => [
{ src-file => 'one.xml', id => '1', alpha => 'one', },
{ src-file => 'two.xml', id => '2', alpha => 'two', },
],
}
```
|
## re.md
re
Combined from primary sources listed below.
# [In Complex](#___top "go to top of document")[§](#(Complex)_method_re "direct link")
See primary documentation
[in context](/type/Complex#method_re)
for **method re**.
```raku
method re(Complex:D: --> Real:D)
```
Returns the real part of the complex number.
```raku
say (3+5i).re; # OUTPUT: «3»
```
|
## dist_zef-dwarring-HarfBuzz-Subset.md
[[Raku HarfBuzz Project]](https://harfbuzz-raku.github.io)
/ [[HarfBuzz-Subset Module]](https://harfbuzz-raku.github.io/HarfBuzz-Subset-raku)
# HarfBuzz-Subset-raku
## Description
Bindings to the HarfBuzz Subset font subsetting library.
## Synopsis
```
use HarfBuzz::Subset;
# face to be subsetted
my $file = "t/fonts/NimbusRoman-Regular.otf";
my @unicodes = 'Hello, World!'.ords;
my HarfBuzz::Subset $subset .= new: :face{ :$file }, :input{ :@unicodes };
my Blob() $buf = $subset;
'/tmp/my-nimbus-subset.otf'.IO.spurt: :bin, $buf;
```
## Description
This module binds to the HarfBuzz library's subsetting capability and allows a font to be compacted to a smaller set of glyphs.
Subsetting is useful in a number of domains, including
* embedded PDF fonts, and
* fast loading Web-Fonts (you'll need additional external tools to then package as WOFF or EOT format).
## class HarfBuzz::Subset Methods
### new
method new(
HarfBuzz::Font() :$font!,
HarfBuzz::Subset::Input :$input()
) returns HarfBuzz::Subset:D;
* `:$font` is either a HarfBuzz::Font object or a hash of coerceable options.
* `:$input` is either a HarfBuzz::Subset::Input object or a hash of coerceable options.
### Blob
Binary image of the subsetted font. This can be saved to a file with the same extension as the input font (typically `.ttf` or `.otf`) or embedded somehow (for example in a PDF file).
HarfBuzz subsetting currently works on TrueType, and OpenType font formats. It also accepts TrueType Collections (typically with file extension `.ttc`). In this case, the subsetted font is converted to TrueType format, which should be saved with file extension `.ttf`.
## HarfBuzz::Subset::Input Methods
### new
```
method new(
UInt :@unicodes, # unicode code-points to include
UInt :@glyphs, # glyph identifiers to include
Str :@drop-tables, # additional SFnt tables to drop
Bool :$hints=True, # retain font hinting
Bool :$retain-gids, # retain glyph identifiers
Bool :$subroutines=True,
) returns HarfBuzz::Subset::Input:D;
```
Creates a font subsetting profile. Only the characters specified in `:@unicodes` and/or the glyph identifiers specified in `:@glyphs` are retained.
### COERCE
```
method COERCE( %(
:@unicodes, :@glyphs, :@drop-tables,
:$hints, :$retain-gids, :$subroutines,
) returns HarfBuzz::Subset::Input:D;
```
An object can be coerced from a Hash of options.
## Installation and Dependencies
### Debian
Debian version 12+ is required:
```
$ cat /etc/debian_version # 12.0 or better
$ sudo apt install libharfbuzz-dev
$ zef install HarfBuzz::Subset
```
On other platforms, HarfBuzz 3.0+ is required. HarfBuzz font shaping and subsetting libraries can be downloaded and built from <https://github.com/harfbuzz/harfbuzz>.
|
## dist_zef-dwarring-CSS-Specification.md
[[Raku CSS Project]](https://css-raku.github.io)
/ [[CSS-Specification]](https://css-raku.github.io/CSS-Specification-raku)
# CSS-Specification-raku
This is a Raku module for parsing CSS property definitions.
These are widely used throughout the W3C CSS Specifications to describe properties.
The syntax is described in <http://www.w3.org/TR/CSS21/about.html#property-defs>.
An example, from <http://www.w3.org/TR/CSS21/propidx.html>:
```
'content' normal
| none
| [ <string> | <uri> | <counter> | attr(<identifier>)
| open-quote | close-quote | no-open-quote | no-close-quote
]+
| inherit
```
## Grammars and Classes
* `CSS::Specification::Build` is class for generating Raku grammar, actions or roles from sets of CSS property definitions.
This module also provides some mixin grammars and actions as follows:
* `CSS::Specification::Defs` + `CSS::Specification::Defs::Actions` - is a grammar which maps property specification terminology to CSS Core syntax and defines any newly introduced terms. For example `integer` is mapped to `int`.
## Programs
This module provides `css-gen-properties`. A program for translating property definitions
to grammars, actions or interface classes.
## See Also
See [make-modules.raku](https://github.com/css-raku/CSS-Module-raku/blob/master/make-modules.raku) in [CSS::Module](https://css-raku.github.io/CSS-Module-raku).
|
## dist_zef-jonathanstowe-Linux-Fuser.md
# Linux::Fuser
Discover which process has a file open, in pure Raku.
## Description
This is based on the similarly named module for Perl 5 available from CPAN.
Linux::Fuser provides a mechanism to determine which processes have
a specified file open in a similar manner to the system utility
*fuser*. There is an example program [raku-fuser](bin/raku-fuser) in
the *bin* directory which provides a Raku implementation of that command.
Because this relies on the layout of the /proc filesystem specific to the Linux
kernel it almost certainly will not work on any other operating system, though I
would be delighted to hear about any where it does work.
## Installation
Assuming you have a working Rakudo installation you should be able to install this with *zef* :
```
zef install Linux::Fuser
```
Or if you have a local clone of the repository
```
zef install .
```
## Support
Suggestions/patches are welcomed via github at:
<https://github.com/jonathanstowe/Raku-Linux-Fuser/issues>
I'm not able to test on a wide variety of platforms so any help there would be
appreciated.
## Licence
This is free software.
Please see the <LICENCE> file in the distribution.
© Jonathan Stowe 2015 - 2021
|
## change.md
class IO::Notification::Change
Changes in a file, produced by watch-file
```raku
class IO::Notification::Change {}
```
`IO::Notification.watch-path($path)` as well as [`IO::Path.watch`](/type/IO/Path#method_watch) produce a [`Supply`](/type/Supply) of `IO::Notification::Change` events for a file or directory, depending on what is used as the `$path` argument or [`IO::Path`](/type/IO/Path) object.
Here is a small example that prints the first ten `FileChanged`-notifications for the current working directory:
```raku
my $finish = Promise.new;
my $count = 0;
IO::Notification.watch-path($*CWD).act( -> $change {
$count++ if $change.event ~~ FileChanged;
say "($count) $change.path(): $change.event()";
$finish.keep if $count >= 10;
});
await $finish;
```
The type of the change is very much dependent both on the platform and on specific system calls that were used to initiate the change. At this point in time you should not rely on the type of change in general, and test your particular situation.
# [Methods](#class_IO::Notification::Change "go to top of document")[§](#Methods "direct link")
## [method path](#class_IO::Notification::Change "go to top of document")[§](#method_path "direct link")
Returns the path of the file that's being watched.
## [method event](#class_IO::Notification::Change "go to top of document")[§](#method_event "direct link")
Returns the type of event: `FileChanged` or `FileRenamed`.
## [method IO](#class_IO::Notification::Change "go to top of document")[§](#method_IO "direct link")
Returns a handle of the file that's being watched.
## [method gist](#class_IO::Notification::Change "go to top of document")[§](#method_gist "direct link")
```raku
multi method gist(IO::Notification::Change:D:)
```
Returns the path and event attributes, separated by semicolon.
|
## dist_cpan-PMQS-IO-Compress-Lzma.md
```
IO-Compress-Lzma
Version 2.094
13 July 2020
Copyright (c) 2009-2020 Paul Marquess. All rights reserved.
This program is free software; you can redistribute it
and/or modify it under the same terms as Perl itself.
DESCRIPTION
-----------
This module provides a Perl interface to allow reading and writing of
lzma files/buffers.
PREREQUISITES
-------------
Before you can build IO-Compress-Lzma you need to have the following
installed on your system:
* Perl 5.006 or better.
* Compress::Raw::Lzma
* IO::Compress
BUILDING THE MODULE
-------------------
Assuming you have met all the prerequisites, the module can now be built
using this sequence of commands:
perl Makefile.PL
make
make test
INSTALLATION
------------
To install IO-Compress-Lzma, run the command below:
make install
TROUBLESHOOTING
---------------
SUPPORT
-------
General feedback/questions/bug reports should be sent to
https://github.com/pmqs/IO-Compress-Lzma/issues (preferred) or
https://rt.cpan.org/Public/Dist/Display.html?Name=IO-Compress-Lzma.
FEEDBACK
--------
How to report a problem with IO-Compress-Lzma.
To help me help you, I need all of the following information:
1. The Versions of everything relevant.
This includes:
a. The *complete* output from running this
perl -V
Do not edit the output in any way.
Note, I want you to run "perl -V" and NOT "perl -v".
If your perl does not understand the "-V" option it is too
old. This module needs Perl version 5.004 or better.
b. The version of IO-Compress-Lzma you have.
If you have successfully installed IO-Compress-Lzma, this one-liner
will tell you:
perl -MIO::Compress::Lzma -e 'print qq[ver $IO::Compress::Lzma::VERSION\n]'
If you are running windows use this
perl -MIO::Compress::Lzma -e "print qq[ver $IO::Compress::Lzma::VERSION\n]"
If you haven't installed IO-Compress-Lzma then search IO::Compress::Lzma.pm
for a line like this:
$VERSION = "2.094" ;
2. If you are having problems building IO-Compress-Lzma, send me a
complete log of what happened. Start by unpacking the IO-Compress-Lzma
module into a fresh directory and keep a log of all the steps
[edit config.in, if necessary]
perl Makefile.PL
make
make test TEST_VERBOSE=1
Paul Marquess
```
|
## unicode-ascii.md
Unicode versus ASCII symbols
Unicode symbols and their ASCII equivalents
The following Unicode symbols can be used in Raku without needing to load any additional modules. Some of them have equivalents which can be typed with ASCII-only characters.
Reference is made below to various properties of unicode codepoints. The definitive list can be found here: <https://www.unicode.org/Public/UCD/latest/ucd/PropList.txt>.
# [Alphabetic characters](#Unicode_versus_ASCII_symbols "go to top of document")[§](#Alphabetic_characters "direct link")
Any codepoint that has the `Ll` (Letter, lowercase), `Lu` (Letter, uppercase), `Lt` (Letter, titlecase), `Lm` (Letter, modifier), or the `Lo` (Letter, other) property can be used just like any other alphabetic character from the ASCII range.
```raku
my $Δ = 1;
$Δ++;
say $Δ;
```
# [Numeric characters](#Unicode_versus_ASCII_symbols "go to top of document")[§](#Numeric_characters "direct link")
Any codepoint that has the `Nd` (Number, decimal digit) property, can be used as a digit in any number. For example:
```raku
my $var = １９; # U+FF11 U+FF19
say $var + 2; # OUTPUT: «21»
```
# [Numeric values](#Unicode_versus_ASCII_symbols "go to top of document")[§](#Numeric_values "direct link")
Any codepoint that has the `No` (Number, other) or `Nl` (Number, letter) property can be used standalone as a numeric value, such as ½ and ⅓. (These aren't decimal digit characters, so can't be combined.) For example:
```raku
my $var = ⅒ + 2 + Ⅻ; # here ⅒ is No and Rat and Ⅻ is Nl and Int
say $var; # OUTPUT: «14.1»
```
# [Whitespace characters](#Unicode_versus_ASCII_symbols "go to top of document")[§](#Whitespace_characters "direct link")
Besides spaces and tabs, you can use any other unicode whitespace character that has the `Zs` (Separator, space), `Zl` (Separator, line), or `Zp` (Separator, paragraph) property.
See Wikipedia's [Whitespace](https://en.m.wikipedia.org/wiki/Whitespace_character) section for detailed tables of the Unicode codepoints with (or associated with) whitespace characteristics. This is an important section for Raku authors of digital typography modules for print or web use.
# [Other acceptable single codepoints](#Unicode_versus_ASCII_symbols "go to top of document")[§](#Other_acceptable_single_codepoints "direct link")
This list contains the single codepoints [and their ASCII equivalents] that have a special meaning in Raku.
| Symbol | Codepoint | ASCII | Remarks |
| --- | --- | --- | --- |
| « | U+00AB | << | as part of «» or .« or regex left word boundary |
| » | U+00BB | >> | as part of «» or .» or regex right word boundary |
| × | U+00D7 | \* | |
| ÷ | U+00F7 | / | |
| ≤ | U+2264 | <= | |
| ≥ | U+2265 | >= | |
| ≠ | U+2260 | != | |
| − | U+2212 | - | |
| ∘ | U+2218 | o | |
| ≅ | U+2245 | =~= | |
| π | U+03C0 | pi | 3.14159\_26535\_89793\_238e0 |
| τ | U+03C4 | tau | 6.28318\_53071\_79586\_476e0 |
| 𝑒 | U+1D452 | e | 2.71828\_18284\_59045\_235e0 |
| ∞ | U+221E | Inf | |
| … | U+2026 | ... | |
| ‘ | U+2018 | ' | as part of ‘’ or ’‘ |
| ’ | U+2019 | ' | as part of ‘’ or ‚’ or ’‘ |
| ‚ | U+201A | ' | as part of ‚‘ or ‚’ |
| “ | U+201C | " | as part of “” or ”“ |
| ” | U+201D | " | as part of “” or ”“ or ”” |
| „ | U+201E | " | as part of „“ or „” |
| ｢ | U+FF62 | Q// | as part of ｢｣ (Note: Q// variant cannot be used bare in regexes) |
| ｣ | U+FF63 | Q// | as part of ｢｣ (Note: Q// variant cannot be used bare in regexes) |
| ⁺ | U+207A | + | (must use explicit number) as part of exponentiation |
| ⁻ | U+207B | - | (must use explicit number) as part of exponentiation |
| ¯ | U+00AF | - | (must use explicit number) as part of exponentiation (macron is an alternative way of writing a minus) |
| ⁰ | U+2070 | \*\*0 | can be combined with ⁰..⁹ |
| ¹ | U+00B9 | \*\*1 | can be combined with ⁰..⁹ |
| ² | U+00B2 | \*\*2 | can be combined with ⁰..⁹ |
| ³ | U+00B3 | \*\*3 | can be combined with ⁰..⁹ |
| ⁴ | U+2074 | \*\*4 | can be combined with ⁰..⁹ |
| ⁵ | U+2075 | \*\*5 | can be combined with ⁰..⁹ |
| ⁶ | U+2076 | \*\*6 | can be combined with ⁰..⁹ |
| ⁷ | U+2077 | \*\*7 | can be combined with ⁰..⁹ |
| ⁸ | U+2078 | \*\*8 | can be combined with ⁰..⁹ |
| ⁹ | U+2079 | \*\*9 | can be combined with ⁰..⁹ |
| ∅ | U+2205 | set() | (empty set) |
| ∈ | U+2208 | (elem) | |
| ∉ | U+2209 | !(elem) | |
| ∋ | U+220B | (cont) | |
| ∌ | U+220C | !(cont) | |
| ≡ | U+2261 | (==) | |
| ≢ | U+2262 | !(==) | |
| ⊆ | U+2286 | (<=) | |
| ⊈ | U+2288 | !(<=) | |
| ⊂ | U+2282 | (<) | |
| ⊄ | U+2284 | !(<) | |
| ⊇ | U+2287 | (>=) | |
| ⊉ | U+2289 | !(>=) | |
| ⊃ | U+2283 | (>) | |
| ⊅ | U+2285 | !(>) | |
| ∪ | U+222A | (|) | |
| ∩ | U+2229 | (&) | |
| ∖ | U+2216 | (-) | |
| ⊖ | U+2296 | (^) | |
| ⊍ | U+228D | (.) | |
| ⊎ | U+228E | (+) | |
## [Atomic operators](#Unicode_versus_ASCII_symbols "go to top of document")[§](#Atomic_operators "direct link")
The atomic operators have `U+269B ⚛ ATOM SYMBOL` incorporated into them. Their ASCII equivalents are ordinary subroutines, not operators:
```raku
my atomicint $x = 42;
$x⚛++; # Unicode version
atomic-fetch-inc($x); # ASCII version
```
The ASCII alternatives are as follows:
| Symbol | ASCII | Remarks |
| --- | --- | --- |
| ⚛= | atomic-assign | |
| ⚛ | atomic-fetch | this is the prefix:<⚛> operator |
| ⚛+= | atomic-add-fetch | |
| ⚛-= | atomic-sub-fetch | |
| ⚛−= | atomic-sub-fetch | this operator uses U+2212 minus sign |
| ++⚛ | atomic-inc-fetch | |
| ⚛++ | atomic-fetch-inc | |
| --⚛ | atomic-dec-fetch | |
| ⚛-- | atomic-fetch-dec | |
# [Multiple codepoints](#Unicode_versus_ASCII_symbols "go to top of document")[§](#Multiple_codepoints "direct link")
This list contains multiple-codepoint operators that require special composition for their ASCII equivalents. Note the codepoints are shown space-separated but should be entered as adjacent codepoints when used.
| Symbol | Codepoints | ASCII | Since | Remarks |
| --- | --- | --- | --- | --- |
| »=» | U+00BB = U+00BB | >>[=]>> | v6.c | uses ASCII '=' |
| «=« | U+00AB = U+00AB | <<[=]<< | v6.c | uses ASCII '=' |
| «=» | U+00AB = U+00BB | <<[=]>> | v6.c | uses ASCII '=' |
| »=« | U+00BB = U+00AB | >>[=]<< | v6.c | uses ASCII '=' |
|
## dist_github-kmwallio-Lingua-EN-Stopwords.md
# Lingua::EN::Stopwords
Provides methods to see if word is contained in a list of English stop words. [](https://travis-ci.org/kmwallio/p6-Lingua-EN-Stopwords)
## Installation
```
panda install Lingua::EN::Stopwords
```
## Usage
```
use Lingua::EN::Stopwords::Short;
# Now we have an array:
say %stop-words;
# We can also check for words
say 'is dog a stop word? ' ~ is-stop-word('dog');
```
Options are Short, Long, and SQL.
## Acknowledgements
* [Ranks NL](http://www.ranks.nl/stopwords) - List of stop words
|
## dist_zef-antononcube-Data-TypeSystem.md
# Raku Data::TypeSystem
[](https://opensource.org/licenses/Artistic-2.0)
This Raku package provides a type system for different data structures that are
coercible to full arrays. Its code was originally developed in
["Data::Reshapers"](https://github.com/antononcube/Raku-Data-Reshapers), [AAp1].
---
## Installation
From [Zef ecosystem](https://raku.land):
```
zef install Data::TypeSystem
```
From GitHub:
```
zef install https://github.com/antononcube/Raku-Data-TypeSystem.git
```
---
## Usage examples
The type system conventions follow those of Mathematica's
[`Dataset`](https://reference.wolfram.com/language/ref/Dataset.html)
-- see the presentation
["Dataset improvements"](https://www.wolfram.com/broadcast/video.php?c=488&p=4&disp=list&v=3264).
Here we get the Titanic dataset, change the "passengerAge" column values to be numeric,
and show dataset's dimensions:
```
use Data::ExampleDatasets;
my $url = 'https://raw.githubusercontent.com/antononcube/Raku-Data-Reshapers/main/resources/dfTitanic.csv';
my @dsTitanic = example-dataset($url, headers => 'auto');
@dsTitanic = @dsTitanic.map({$_<passengerAge> = $_<passengerAge>.Numeric; $_}).Array;
@dsTitanic.elems
```
```
# 1309
```
Here is a sample of dataset's records:
```
.say for @dsTitanic.pick(5)
```
```
# {id => 1097, passengerAge => 0, passengerClass => 3rd, passengerSex => male, passengerSurvival => died}
# {id => 1018, passengerAge => 20, passengerClass => 3rd, passengerSex => male, passengerSurvival => survived}
# {id => 31, passengerAge => 40, passengerClass => 1st, passengerSex => male, passengerSurvival => died}
# {id => 1030, passengerAge => -1, passengerClass => 3rd, passengerSex => male, passengerSurvival => died}
# {id => 126, passengerAge => -1, passengerClass => 1st, passengerSex => male, passengerSurvival => died}
```
Here is the type of a single record:
```
use Data::TypeSystem;
deduce-type(@dsTitanic[12])
```
```
# Struct([id, passengerAge, passengerClass, passengerSex, passengerSurvival], [Int, Int, Str, Str, Str])
```
Here is the type of single record's values:
```
deduce-type(@dsTitanic[12].values.List)
```
```
# Tuple([Atom((Int)), Atom((Str)), Atom((Str)), Atom((Str)), Atom((Int))])
```
Here is the type of the whole dataset:
```
deduce-type(@dsTitanic)
```
```
# Vector(Struct([id, passengerAge, passengerClass, passengerSex, passengerSurvival], [Int, Int, Str, Str, Str]), 1309)
```
Here is the type of "values only" records:
```
my @valArr = @dsTitanic>>.values>>.Array;
deduce-type(@valArr)
```
```
# Vector((Any), 1309)
```
Here is the type of the string values only records:
```
my @valArr = @dsTitanic.map({ $_.grep({ $_.value ~~ Str }).Hash })>>.values>>.Array;
.say for @valArr.pick(4);
```
```
# [1st male died]
# [3rd male died]
# [male died 3rd]
# [died 3rd male]
```
```
deduce-type(@valArr);
```
```
# Vector(Vector(Atom((Str)), 3), 1309)
```
---
## References
[AAp1] Anton Antonov,
[Data::Reshapers Raku package](https://github.com/antononcube/Raku-Data-Reshapers),
(2021),
[GitHub/antononcube](https://github.com/antononcube/).
|
## dist_zef-raku-community-modules-XML-Query.md
[](https://github.com/raku-community-modules/XML-Query/actions) [](https://github.com/raku-community-modules/XML-Query/actions) [](https://github.com/raku-community-modules/XML-Query/actions)
# NAME
XML::Query - jQuery-like node selecting and traversing for XML
# SYNOPSIS
```
use XML::Query;
## Given $xml is an XML::Document or XML::Element object.
my $xq = XML::Query.new($xml);
my @boxes = $xq('input[type="radio"]').not('[disabled="disabled"]').elements;
my $first-link = $xq('a').first.element;
my $by-id = $xq('#header').element;
my $last-decr-class = $xq('.decr').last.element;
```
# DESCRIPTION
XML::Query is a jQuery-like XML query engine for Raku. It works with the [XML](https://github.com/raku-community-modules/XML) library to provide a flexible and easy method of querying for specific XML/XHTML nodes.
Unlike jQuery, `XML::Query` is for querying and travsersing XML structures only, and does not support direct manipulation of XML data (however you can use the features inherent to the XML library to manipulate the data.)
# STATUS
This is a work in progress. It doesn't support many methods or selectors yet, and there is no documentation. See the tests in the "t/" folder for examples of what does work so far.
# AUTHOR
Timothy Totten
Source can be located at: <https://github.com/raku-community-modules/XML-Query> . Comments and Pull Requests are welcome.
# COPYRIGHT AND LICENSE
Copyright 2012 - 2017 Timothy Totten
Copyright 2018 - 2022 Raku Community
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_cpan-MELEZHIK-Sparrowdo-VSTS-YAML-Angular-Build.md
# Sparrowdo::VSTS::YAML:Solution
Sparrowdo module to generate VSTS yaml steps to build angular project.
```
$ cat sparrowfile
module_run "VSTS::YAML::Angular::Build", %(
build-dir => "cicd/build"
);
$ sparrowdo --local_mode --no_sudo
```
# Build configuration
The module uses "per branch" build configuration. User should `define commands` to `describe build logic`
The Command files should be located at `src/env/$source_code_branch/` where:
* `$source_code_branch` is SCM branch name
The commands are executed in order defined by their files names ( alphabetic order )
Example:
```
# $source_code_branch = production
ls -1 src/env/production/
00-command.cmd # executed first
01-command.cmd # executed second
02-command.cmd # executed third, so on
```
You can use Powershell or Perl scripts as well:
```
00-command.cmd # windows batch script
01-command.pl # Perl script
02-command.ps1 # Powershell script
```
You may define `default` branch to execute command for any branch not matching listed branches:
```
src/env/default/
```
The example of command:
```
# cat src/env/dev/00-build.cmd
npm run -- ng build --configuration=dev
```
# Dependencies
Perl
# Author
Alexey Melezhik
|
## dist_zef-jforget-Date-Calendar-Armenian.md
# NAME
Date::Calendar::Armenian - Conversions from / to the Armenian calendar
# SYNOPSIS
Converting a Gregorian date (e.g. 13th November 2024) into Armenian
```
use Date::Calendar::Armenian;
my Date $d-grg
my Date::Calendar::Armenian $d-arm;
$d-grg .= new(2024, 11, 13);
$d-arm .= new-from-date($d-grg);
say $d-arm;
# --> 1474-04-26
say "{.day-name} {.day} {.month-name} {.year}" with $d-arm;
# --> čʿorekʿšabatʿi 26 trē 1474
```
Converting a Armenian date (e.g. 16 ahekan 1474) into Gregorian
```
use Date::Calendar::Armenian;
my Date::Calendar::Armenian $d-arm;
my Date $d-grg;
$d-arm .= new(year => 1474
, month => 9
, day => 16);
$d-grg = $d-arm.to-date;
say $d-grg;
# ---> 2025-04-02
```
Converting a Armenian date to Gregorian, while paying attention to sunset.
```
use Date::Calendar::Armenian;
use Date::Calendar::Strftime;
my Date::Calendar::Armenian $d-arm;
my Date $d-grg;
$d-arm .= new(year => 1474
, month => 9
, day => 16
, daypart => before-sunrise());
$d-grg = $d-arm.to-date;
say $d-grg;
# ---> 2025-04-03 instead of 2025-04-02
# on the other hand:
$d-arm .= new(year => 1474, month => 9, day => 16, daypart => after-sunset());
$d-grg = $d-arm.to-date;
say $d-grg;
# --> '2025-04-02'
$d-arm .= new(year => 1474, month => 9, day => 16, daypart => daylight());
$d-grg = $d-arm.to-date;
say $d-grg;
# --> '2025-04-02' also
```
# INSTALLATION
```
zef install Date::Calendar::Armenian
```
or
```
git clone https://github.com/jforget/raku-Date-Calendar-Armenian.git
cd raku-Date-Calendar-Armenian
zef install .
```
# DESCRIPTION
Date::Calendar::Armenian is a class representing dates in the Armenian
calendar. It allows you to convert an Armenian date into Gregorian (or
possibly other) calendar and the other way.
when creating the `Date::Calendar::xxxx` instance, you may include a
`daypart` parameter, so the conversion will give the proper result for
dates after sunset.
# AUTHOR
Jean Forget
# COPYRIGHT AND LICENSE
Copyright (c) 2025 Jean Forget, all rights reserved
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_github-CurtTilmes-LibUUID.md
# LibUUID
[](https://travis-ci.org/CurtTilmes/perl6-libuuid)
Perl 6 bindings for [libuuid](https://libuuid.sourceforge.io/).
This library creates Universally Unique IDentifiers (UUID).
The uuid will be generated based on high-quality randomness from
/dev/urandom, if available. If it is not available, then it will use
an alternative algorithm which uses the current time, the local
ethernet MAC address (if available), and random data generated using a
pseudo-random generator.
# Installation
This module depends on [libuuid](https://libuuid.sourceforge.io/), so
it must be installed first.
For Linux ubuntu, try `sudo apt-get install uuid-dev`.
On Mac you can get hold of it via `brew install ossp-uuid`
Then install this module with `zef install LibUUID`.
# Usage
```
use LibUUID;
my $uuid = UUID.new; # Create a new UUID
$uuid = UUID.new($myblob); # From existing blob of 16 bytes
$uuid = UUID.new('39ed750e-a1bf-4792-81d6-e098f01152d3'); # From Str
say ~$uuid; # Stringify to hex digits with dashes
say $uuid.Blob; # Blobify to Blob of 16 bytes
```
# See Also
[UUID](https://github.com/retupmoca/P6-UUID) is a Perl 6 native UUID
generator which generates UUIDs from Perl's internal random number
generator.
On Linux machines, you can get UUIDs straight from the kernel:
```
cat /proc/sys/kernel/random/uuid
```
|
## dist_zef-demayl-Cro-HTTP-Session-SQLite.md
# cro-http-session-sqlite
Cro::HTTP::Session::SQLite
# NAME
Cro::HTTP::Session::SQLite - An implementation of Cro persistent sessions using SQLite.
# SYNOPSIS
```
use Cro::HTTP::Session::SQLite;
```
# DESCRIPTION
There are dozens of ways we might do session storage; this module handles the case where:
* The database is being accessed using DBIish.
* You're fine with the session state being serialized and stored as a JSON in the database.
If these don't meet your needs, it's best to steal the code from this module into your own application and edit it as needed.
# INSTALLATION
```
zef install Cro::HTTP::Session::SQLite
```
# FUNCTIONALITY
* Store the session data in local SQLite3 file
* Auto create the db file and table if missing
* Using your own SQLite DBIish connection if required
* Encrypted data store using OpenSSL::CryptTools AES256
* Session auto cleanup or on every request
* Configurable table name and columns
* Store the user ID and IP address from the session
* Skip creating a session
* JSON state storage in a json type column
* Base64 state storage when encrypted
* IP cookie binding
# Database default setup
* The table name can be changed
* Every column is configurable
* The table will be created if missing
```
CREATE TABLE IF NOT EXISTS sessions (
id varchar(255),
state json,
ip_addr varchar(255),
user_id INTEGER,
expiration TIMESTAMP,
created TIMESTAMP DEFAULT CURRENT_TIMESTAMP
);
CREATE INDEX session_id ON sessions (id);
CREATE INDEX expired_date ON sessions (expiration);
```
# Minimal Cro application setup
```
class MySession {
has $.user-id;
has $.ip-addr;
method set-logged-in-user($!user-id --> Nil) { }
method is-logged-in(--> Bool) { $!user-id.defined }
}
my $application = route {
before Cro::HTTP::Session::SQLite[UserSession].new();
get -> UserSession $user {
$user.user-id = 123;
$user.ip-addr = '127.0.0.1';
content 'text/plain', "Hello, TEST!";
}
}
my Cro::Service $hello = Cro::HTTP::Server.new:
:host<localhost>, :port(80), :$application;
```
Here are the keypoints here:
* Creates a ./sessions.db file
* Cookie expiration time is 30 min
* Auto clean the sessions table every 30 min
* Prevent session loading if the user IP address doesn't match the stored one
# Custom setup
```
before Cro::HTTP::Session::SQLite[UserSession].new(
expiration => Duration.new(60 * 60), # 60 minutes expiration
cookie-name => 'CustomCookieName',
db-path => '/home/user/app/sessions.db',
restrict-ip-addr => True,
autoclean-every-seconds => 60, # Cleanup the sessions table every 60 seconds
key => ("0" x 32).encode, - Encryption key
iv => ("0" x 16).encode, - Encryption IV
skip-cookie => -> Cro::HTTP::Response $response { # Skip the cookie if the request is application/json
my $content-type = $response.request.header('content-type');
$content-type && $content-type eq 'application/json'
}
);
```
Here we have a custom setup:
* Expiration time is **60 minutes**
* Cookie name is **CustomCookieName**
* SQLite DB file is **/home/user/app/sessions.db**
* Cookie is restricted only to the IP address previously stored
* Expired sessions are deleted from the DB every 60 seconds
* The data is encrypted using a default KEY and IV and you **must CHANGE IT**
* Cookie is ignored if the request content type is application/json
For full setup see the constructor below
# Constructor
All fields are optional
> DBDish::SQLite::Connection $.db
DBIish connection. **Default** auto connects
> IO::Path $.db-path
Path to the DB SQLite3 file. **Default** `./sessions.db`
> Str $.cookie-name
Name of the cookie. **Default** CroCookie
> Duration $.expiration
Expiration duration for the cookie. **Default** `Duration.new( 30*60 )`
> Int $.autoclean-every-seconds
Session cleanup every X seconds. **Default** 1800
* -1 Disable session removal
* 0 Delete the expired sessions on every request
* 1+ Delete the expired sessions every X seconds
> Str $.sessions-table
Name of the DB table. **Default** sessions
> Str $.id-column
Name of the ID column in the DB. **Default** id
> Str $.state-column
Name of the state column in the DB. **Default** state
> Str $.expiration-column
Name Of the expiration column. **Default** expiration
> Str $.ip-addr-column
Name of the IP address column. **Default** ip\_addr
> Str $.user-id-column
Name of the User ID column. **Default** user\_id
> Str $.created-column
Name of the Created column. **Default** created
> Str $.ip-addr-field
Field name from your Session object, that is used to store the IP address in the table column $.ip-addr-column. **Default** ip-addr
* Nil to disable storing the IP address
> Str $.user-id-field
Field name from your Session object, that is used to store the User ID in the table column $.user-id-column. **Default** user-id
* Nil to disable storing the User ID
> Bool $.restrict-ip-addr
IP cookie bind. Looksup the $.ip-addr-field from your Session object. **Default** *True*
> Callable &.skip-cookie
Custom function that can disable the session. **Default** *Nil*
> Buf() $.key
Encryption key. See [OpenSSL](https://raku.land/github:sergot/OpenSSL#opensslcrypttools) for more information
> Buf() $.iv
IV. See [OpenSSL](https://raku.land/github:sergot/OpenSSL#opensslcrypttools) for more information
# Controlling serialized data
Instead of using the Cro::HTTP::Session::SQLite role directly, create a class that composes it.
```
class MySessionStore does Cro::HTTP::Session::SQLite[MySession] {
method serialize(MySession $s --> Hash) {
# Replace this with your serialization logic.
$s.Capture.hash
}
method deserialize(Str $d --> MySession) {
# Replace this with your deserialization logic.
Session.new(|from-json($d))
}
}
```
# AUTHOR
Denis Kanchev
# COPYRIGHT AND LICENSE
Copyright 2025 Denis Kanchev
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_cpan-SKAJI-CPAN-Uploader-Tiny.md
[](https://github.com/skaji/raku-CPAN-Uploader-Tiny/actions)
# NAME
CPAN::Uploader::Tiny - Upload tarballs to CPAN
# SYNOPSIS
```
use CPAN::Uploader::Tiny;
my $uploader = CPAN::Uploader::Tiny.new-from-config($*HOME.add: '.pause');
$uploader.upload("Your-Raku-Module-0.0.1.tar.gz");
```
# DESCRIPTION
CPAN::Uploader::Tiny uploads tarballs to CPAN.
# SEE ALSO
<https://github.com/rjbs/CPAN-Uploader>
<https://github.com/Leont/cpan-upload-tiny>
# AUTHOR
Shoichi Kaji [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2017 Shoichi Kaji
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-lizmat-User-pwent.md
[](https://github.com/lizmat/User-pwent/actions)
# NAME
Raku port of Perl's User::pwent module
# SYNOPSIS
```
use User::pwent;
$pw = getpwnam('daemon') || die "No daemon user";
if $pw.uid == 1 && $pw.dir ~~ m/ ^ '/' [bin|tmp]? $ / {
print "gid 1 on root dir";
}
$real_shell = $pw.shell || '/bin/sh';
use User::pwent qw(:FIELDS);
getpwnam('daemon') || die "No daemon user";
if $pw_uid == 1 && $pw_dir ~~ m/ ^ '/' [bin|tmp]? $ / {
print "gid 1 on root dir";
}
$pw = getpw($whoever);
```
# DESCRIPTION
This module tries to mimic the behaviour of Perl's `User::pwent` module as closely as possible in the Raku Programming Language.
This module's exports `getpwent`, `getpwuid`, and `getpwnam` functions that return `User::pwent` objects. This object has methods that return the similarly named structure field name from the C's passwd structure from pwd.h, stripped of their leading "pw\_" parts, namely name, passwd, uid, gid, change, age, quota, comment, class, gecos, dir, shell, and expire.
You may also import all the structure fields directly into your namespace as regular variables using the :FIELDS import tag. Access these fields as variables named with a preceding pw\_ in front their method names. Thus, $passwd\_obj.shell corresponds to $pw\_shell if you import the fields.
The `getpw` function is a simple front-end that forwards a numeric argument to `getpwuid` and the rest to `getpwnam`.
# PORTING CAVEATS
## Not possible to port pw\_has
The `pw_has` function has not been ported because there's currently no way to find the needed information in the Raku equivalent of `Config`.
## Probably not on Windows
This module depends on the availability of POSIX semantics. This is generally not available on Windows, so this module will probably not work on Windows.
# AUTHOR
Elizabeth Mattijsen [[email protected]](mailto:[email protected])
Source can be located at: <https://github.com/lizmat/User-pwent> . Comments and Pull Requests are welcome.
# COPYRIGHT AND LICENSE
Copyright 2018, 2019, 2020, 2021 Elizabeth Mattijsen
Re-imagined from Perl as part of the CPAN Butterfly Plan.
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_cpan-HANENKAMP-ULID.md
# NAME
ULID - Universally Unique Lexicographically Sortable Identifier
# SYNOPSIS
```
use ULID;
say ulid; #> 01D3HRFBR2WBZHW2HZ6CYSJ9JB
```
# DESCRIPTION
This implements the [ULID specification](https://github.com/ulid/spec) in Perl. Using the `ulid` function will generate a random unique ID according to that specification. These unique IDs can be generated in sortable order and are encoded in a Base 32 encoding.
# EXPORTED SUBROUTINES
## sub ulid
```
our sub ulid(
Int:D() $now = ulid-now,
Bool:D :$monotonic = False,
:&random-function = &random-number,
--> Str:D
) is export(:DEFAULT, :ulid)
```
With no arguments, this returns a string containing the ULID for the current moment.
The `$now` argument may be set to ULID's notion of time, which is number of milliseconds since the POSIX epoch start. Because this is annoying to calculate in Perl, this module provides the [ulid-now](#sub ulid-now) to do the conversion from <Instant> for you.
The `$monotonic` argument turns on monotonic ULID generation, which ensures that ULIDs generated sequentially during the same millisecond will also be issued in sorted order. The first time this is done for a given millisecond, the ULID is generated randomly as usual. The second time, however, the next ULID will be identical to the previous ULID, but increased in value by 1. This process may be repreated until the final carry bit occurs, at which point an [X::ULID](#X::ULID) exception will be thrown.
**CAVEAT:** As of this writing, this is implemented in Perl and has not been much optimized, so it is unlikely in the extreme that you will be able to generate 2 ULIDs during the same millisecond unless you are passing the `$now` argument to deliberately generate multiple per second.
The `&random-function` argument allows you to provide an alternative to the built-in random function used, which just depends on Perl's `rand`. The function should be defined similar to the default implementation which looks something like this:
```
sub (Int:D $max --> Int:D) { $max.rand.floor }
```
That is, given an integer, it should return an integer `$n` such that `0 <= $n < $max` .
## sub ulid-now
```
our sub ulid-now(Instant:D $now = now --> Int:D) is export(:time)
```
This method can be used to retrieve the number of milliseconds since the POSIX epoch. Or you may choose to pass an <Instant> to convert to such a value.
## sub ulid-time
```
our sub ulid-time(Int:D $now --> Seq:D) is export(:parts)
```
This method will allow you to return just the time part of a ULID. The value will convert a number of milliseconds since the POSIX epoch, `$now`, into the first 10 characters of the ULID. These are returned a sequence, so you'll have to join them yourself if you want a string.
## sub ulid-random
```
our sub ulid-random(
Int:D $now,
:&random-function = &random-number,
Bool:D :$monotonic = False,
--> Seq:D
) is export(:parts)
```
This method will allow you to return just the random part of a ULID. The value returned will be 16 characters long in a sequence.
This must be passed the `$now` to use to generate the sequence, which will be stord in case `$monotonic` is passed during a subsequent call.
See `&random-function` and `$monotonic` as described for [ulid](#sub ulid) for details on how they work.
# DIAGNOSTICS
## X::ULID
This exception will be thrown if a ULID cannot be generated for some reason by [ulid](#sub ulid). Currently, the only case where this will be true is when monotonic ULIDs are generated for a given millisecond and the module runs out of ULIDs that can be generated monotonically.
In that case, the message will be "monotonic ULID overflow". Enjoy.
|
## dist_cpan-FCO-Pod-Test-Code.md
[](https://github.com/FCO/Pod-Test-Code/actions)
# NAME
Pod::Test::Code - Tests code blocks from pod
# SYNOPSIS
```
# Your test:
use Pod::Test::Code;
test-code-snippets; # It will test all code blocks from all modules
# declared as `provides` on your META6.json
# or
test-code-snippets "My::Module::To::Be::Tested";
```
On your docs (please, take a look at [this pod](https://github.com/FCO/Pod-Test-Code/blob/main/lib/Pod/Test/Code.rakumod#L121-L147)):
```
is 1, 1, "This seems to be working"; # Pod is using:
# =begin code :lang<raku>
```
```
note "bla"; # Pod is using:
# =begin code :lives-ok("testing lives ok") :lang<raku>
```
```
die "bla"; # Pod is using:
# =begin code :dies-ok("testing dies ok") :lang<raku>
```
```
note "bla"; # Pod is using:
# =begin code :subtest("blablabla") :lang<raku>
```
```
{ "bla": "ble" }
```
```
is "test.json".IO.slurp.chomp, q|{ "bla": "ble" };
```
```
print 42 # OUTPUT: 42
```
```
say 42;
say 13;
say 3.14;
# OUTPUT:
# 42
# 13
# 3.14
```
# DESCRIPTION
Pod::Test::Code is a way to test your pod's code
# AUTHOR
Fernando Correa de Oliveira [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2021 Fernando Correa de Oliveira
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_cpan-MOZNION-Log-Minimal.md
[](https://travis-ci.org/moznion/p6-Log-Minimal)
# NAME
Log::Minimal - Minimal and customizable logger for perl6
# SYNOPSIS
```
use Log::Minimal;
my $log = Log::Minimal.new;
$log.critf('foo'); # 2010-10-20T00:25:17Z [CRITICAL] foo at example.p6 line 12;
$log.warnf("%d %s %s", 1, "foo", $uri);
$log.infof('foo');
$log.debugf("foo"); # print if %*ENV<LM_DEBUG> is true value
# with full stack trace
$log.critff("%s","foo"); # 2010-10-20T00:25:17Z [CRITICAL] foo at lib/Example.pm6 line 10, example.p6 line 12
$log.warnff("%d %s %s", 1, "foo", $uri);
$log.infoff('foo');
$log.debugff("foo"); # print if %*ENV<LM_DEBUG> is true value
# die with formatted message
$log.errorf('foo');
$log.errorff('%s %s', $code, $message);
```
# DESCRIPTION
Log::Minimal is a minimal and customizable logger for perl6. This logger provides logging functions according to logging level with line (or stack) trace.
This package is perl6 port of Log::Minimal of perl5.
# METHODS
## critf(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
```
$log.critf("could't connect to example.com");
$log.critf("Connection timeout timeout:%d, host:%s", 2, "example.com");
```
Display CRITICAL messages. When two or more arguments are passed to the method, the first argument is treated as a format of sprintf.
## warnf(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
Display WARN messages.
## infof(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
Display INFO messages.
## debugf(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
Display DEBUG messages, if %\*ENLM\_DEBUG is true value.
## critff(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
```
$log.critff("could't connect to example.com");
$log.critff("Connection timeout timeout:%d, host:%s", 2, "example.com");
```
Display CRITICAL messages with stack trace.
## warnff(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
Display WARN messages with stack trace.
## infoff(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
Display INFO messages with stack trace.
## debugff(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
Display DEBUG messages with stack trace, if %\*ENLM\_DEBUG is true value.
## errorf(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
die with formatted $message
```
$log.errorf("critical error");
```
## errorff(Log::Minimal:D: ($message:Str|$format:Str, \*@list));
die with formatted $message with stack trace
# CUSTOMIZATION
## `%*ENV<LM_DEBUG>` and `$.env-debug`
%\*ENLM\_DEBUG must be true if you want to print debugf and debugff messages.
You can change variable name from LM\_DEBUG to arbitrary string which is specified by `$.env-debug` in use instance.
```
use Log::Minimal;
my $log = Log::Minimal.new(:env-debug('FOO_DEBUG'));
%*ENV<LM_DEBUG> = True;
%*ENV<FOO_DEBUG> = False;
$log.debugf("hello"); # no output
%*ENV<FOO_DEBUG> = True;
$log.debugf("world"); # print message
```
## `%*ENV<LM_COLOR>` and `$.color`
`%*ENV<LM_COLOR>` is used as default value of `$.color`. If you want to colorize logging message, you specify true value into `%*ENV<LM_COLOR>` or `$.color` of instance.
```
use Log::Minimal;
my $log = Log::Minimal.new;
%*ENV<LM_COLOR> = True;
$log.infof("hello"); # output colorized message
```
or
```
use Log::Minimal;
my $log = Log::Minimal.new;
$log.color = True;
$log.infof("hello"); # output colorized message
```
## `$.print`
To change the method of outputting the log, set `$.print` of instance.
```
my $log = Log::Minimal.new;
$log.print = sub (:$time, :$log-level, :$messages, :$trace) {
note "[$log-level] $messages $trace"; # without time stamp
}
$log.critf('foo'); # [CRITICAL] foo at example.p6 line 12;
```
default is
```
sub (:$time, :$log-level, :$messages, :$trace) {
note "$time [$log-level] $messages $trace";
}
```
## `$.die`
To change the format of die message, set `$.die` of instance.
```
my $log = Log::Minimal.new;
$log.print = sub (:$time, :$log-level, :$messages, :$trace) {
die "[$log-level] $messages"; # without time stamp and trace
}
$log.errorf('foo');
```
default is
```
sub (:$time, :$log-level, :$messages, :$trace) {
Log::Minimal::Error.new(message => "$time [$log-level] $messages $trace").die;
}
```
## `$.default-log-level`
Level for output log.
```
my $log = Log::Minimal.new;
$log.default-log-level = Log::Minimal::WARN;
$log.infof("foo"); # print nothing
$log.warnf("foo"); # print
```
Support levels are DEBUG, INFO, WARN, CRITICAL, Error and MUTE. These levels are exposed by enum (e.g. Log::Minimal::DEBUG). If MUTE is set, no output except `errorf` and `errorff`. Default log level is DEBUG.
## `$.autodump`
Serialize message with `.perl`.
```
my $log = Log::Minimal.new;
$log.warnf("%s", {foo => 'bar'}); # foo\tbar
temp $log.autodump = True;
warnf("dump is %s", {foo=>'bar'}); # :foo("bar")
```
## `$.default-trace-level`
This variable determines how many additional call frames are to be skipped. Defaults to 0.
## `$.escape-whitespace`
If this value is true, whitespace other than space will be represented as [\n\t\r]. Defaults to True.
## `$.timezone`
Default, this value is Nil means Log::Minimal determines timezone automatically from your environment.
If you specify this value, Log::Minimal uses that timezone.
```
my $timezone = DateTime.new('2015-12-24T12:23:00+0900').timezone; # <= 32400
my $log = Log::Minimal.new(:$timezone);
$log.critff("%s","foo"); # 2010-10-20T00:25:17+09:00 [CRITICAL] foo at lib/Example.pm6 line 10, example.p6 line 12
```
# SEE ALSO
[Log::Minimal of perl5](https://metacpan.org/pod/Log::Minimal)
# COPYRIGHT AND LICENSE
```
Copyright 2015 moznion <[email protected]>
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
```
And original perl5's Log::Minimal is
```
This software is copyright (c) 2013 by Masahiro Nagano <[email protected]>.
This library is free software; you can redistribute it and/or modify it under the same terms as Perl itself.
```
|
## dist_github-gfldex-Slippy-Semilist.md
# Slippy::Semilist
[](https://travis-ci.org/gfldex/perl6-slippy-semilist)
Implements `postcircumfix:<{|| }>` to allow coercion of Array to semilist.
Implements `postcircumfix:<{; }>:exists` and `postcircumfix:<{|| }>`.
see: <http://design.perl6.org/S09.html#line_419>
## SYNOPSIS
```
use Slippy::Semilist;
my @a = 1,2,3;
my %h;
%h{||@a} = 42;
dd %h;
# OUTPUT«Hash %h = {"1" => ${"2" => ${"3" => 42}}}»
dd %h{1;2;3}:exists;
# OUTPUT«Bool::True»
```
## LICENSE
All files (unless noted otherwise) can be used, modified and redistributed
under the terms of the Artistic License Version 2. Examples (in the
documentation, in tests or distributed as separate files) can be considered
public domain.
ⓒ2017 Wenzel P. P. Peppmeyer
|
## succ.md
succ
Combined from primary sources listed below.
# [In enum Bool](#___top "go to top of document")[§](#(enum_Bool)_routine_succ "direct link")
See primary documentation
[in context](/type/Bool#routine_succ)
for **routine succ**.
```raku
method succ(--> Bool:D)
```
Returns `True`.
```raku
say True.succ; # OUTPUT: «True»
say False.succ; # OUTPUT: «True»
```
`succ` is short for "successor"; it returns the next enum value. Bool is a special enum with only two values, `False` and `True`. When sorted, `False` comes first, so `True` is its successor. And since `True` is the "highest" Bool enum value, its own successor is also `True`.
# [In Str](#___top "go to top of document")[§](#(Str)_method_succ "direct link")
See primary documentation
[in context](/type/Str#method_succ)
for **method succ**.
```raku
method succ(Str:D: --> Str:D)
```
Returns the string incremented by one.
String increment is "magical". It searches for the last alphanumeric sequence that is not preceded by a dot, and increments it.
```raku
'12.34'.succ; # OUTPUT: «13.34»
'img001.png'.succ; # OUTPUT: «img002.png»
```
The actual increment step works by mapping the last alphanumeric character to a character range it belongs to, and choosing the next character in that range, carrying to the previous letter on overflow.
```raku
'aa'.succ; # OUTPUT: «ab»
'az'.succ; # OUTPUT: «ba»
'109'.succ; # OUTPUT: «110»
'α'.succ; # OUTPUT: «β»
'a9'.succ; # OUTPUT: «b0»
```
String increment is Unicode-aware, and generally works for scripts where a character can be uniquely classified as belonging to one range of characters.
# [In role Enumeration](#___top "go to top of document")[§](#(role_Enumeration)_method_succ "direct link")
See primary documentation
[in context](/type/Enumeration#method_succ)
for **method succ**.
```raku
method succ(::?CLASS:D:)
```
```raku
say Oðin.succ; # OUTPUT: «Freija»
```
# [In IO::Path](#___top "go to top of document")[§](#(IO::Path)_method_succ "direct link")
See primary documentation
[in context](/type/IO/Path#method_succ)
for **method succ**.
```raku
method succ(IO::Path:D: --> IO::Path:D)
```
Returns a new `IO::Path` constructed from the invocant, with [`.basename`](/routine/basename) changed by calling [`Str.succ`](/type/Str#method_succ) on it.
```raku
"foo/file_02.txt".IO.succ.say; # OUTPUT: «"foo/file_03.txt".IO»
```
# [In role Numeric](#___top "go to top of document")[§](#(role_Numeric)_method_succ "direct link")
See primary documentation
[in context](/type/Numeric#method_succ)
for **method succ**.
```raku
method succ(Numeric:D:)
```
Returns the number incremented by one (successor).
# [In Allomorph](#___top "go to top of document")[§](#(Allomorph)_method_succ "direct link")
See primary documentation
[in context](/type/Allomorph#method_succ)
for **method succ**.
```raku
method succ(Allomorph:D:)
```
Calls [`Numeric.succ`](/type/Numeric#method_succ) on the invocant's numeric value.
# [In Date](#___top "go to top of document")[§](#(Date)_method_succ "direct link")
See primary documentation
[in context](/type/Date#method_succ)
for **method succ**.
```raku
method succ(Date:D: --> Date:D)
```
Returns a `Date` of the following day. "succ" is short for "successor".
```raku
say Date.new("2016-02-28").succ; # OUTPUT: «2016-02-29»
```
|
## macro.md
class Macro
Compile-time routine
```raku
class Macro is Routine { }
```
A macro is a Routine whose invocation typically happens during parsing. By returning an [`AST`](/type/AST), a macro can inject code into the calling location.
# [Typegraph](# "go to top of document")[§](#typegraphrelations "direct link")
Type relations for `Macro`
raku-type-graph
Macro
Macro
Routine
Routine
Macro->Routine
Mu
Mu
Any
Any
Any->Mu
Callable
Callable
Code
Code
Code->Any
Code->Callable
Block
Block
Block->Code
Routine->Block
[Expand chart above](/assets/typegraphs/Macro.svg)
|
## dist_github-Xliff-raku-RandomColor.md
# raku-RandomColor
A port of the RandomColor JavaScript library for Raku.
# [Random Color](https://randomcolor.lllllllllllllllll.com)
A tiny script for generating attractive random colors.
## Options
You can pass an options object to influence the type of color it produces.
The options object accepts the following properties:
`hue` – Controls the hue of the generated color. You can pass a string
representing a color name: `red`, `orange`, `yellow`, `green`, `blue`,
`purple`, `pink` and `monochrome` are currently supported. If you pass a
hexidecimal color string such as `#00FFFF`, randomColor will extract its hue
value and use that to generate colors.
`luminosity` – Controls the luminosity of the generated color. You can
specify a string containing `bright`, `light` or `dark`.
`count` – An integer which specifies the number of colors to generate.
`seed` - An integer or string which when passed will cause randomColor to
return the same color each time.
`format` – A string which specifies the format of the generated color.
Possible values are `rgb`, `rgba`, `rgbArray`, `hsl`, `hsla`, `hslArray` and
`hex` (default).
`alpha` – A decimal between 0 and 1. Only relevant when using a format with
an alpha channel (`rgba` and `hsla`). Defaults to a random value.
## Examples
```
# Returns a hex code for an attractive color
RandomColor.new.list;
# Returns an array of ten green colors
RandomColor.new(
count => 10,
hue => 'green'
}).list;
# Returns a hex code for a light blue
RandomColor.new(
luminosity => 'light',
hue => 'blue'
).list;
# Returns a hex code for a 'truly random' color
RandomColor(
luminosity => 'random',
hue => 'random'
).list;
# Returns a bright color in RGB
RandomColor.new(
luminosity => 'bright',
format => 'rgb' # e.g. 'rgb(225,200,20)'
).list;
# Returns a dark RGB color with random alpha
RandomColor.new(
luminosity => 'dark',
format => 'rgba' # e.g. 'rgba(9, 1, 107, 0.6482447960879654)'
});
# Returns a dark RGB color with specified alpha
RandomColor.new(
luminosity => 'dark',
format => 'rgba',
alpha => 0.5 # e.g. 'rgba(9, 1, 107, 0.5)',
);
# Returns a light HSL color with random alpha
RandomColor.new(
luminosity => 'light',
format => 'hsla' # e.g. 'hsla(27, 88.99%, 81.83%, 0.6450211517512798)'
);
```
For more information, see the [homepage](https://randomcolor.lllllllllllllllll.com/)
|
## pair.md
class Pair
Key/value pair
```raku
class Pair does Associative {}
```
Consists of two parts, a *key* and a *value*. `Pair`s can be seen as the atomic units in [`Hash`](/type/Hash)es, and they are also used in conjunction with named arguments and parameters.
There are many syntaxes for creating `Pair`s:
```raku
Pair.new('key', 'value'); # The canonical way
'key' => 'value'; # this...
:key<value>; # ...means the same as this
:key<value1 value2>; # But this is key => <value1 value2>
:foo(127); # short for foo => 127
:127foo; # the same foo => 127
```
Note that last form supports Non-ASCII numerics as well:
```raku
# use MATHEMATICAL DOUBLE-STRUCK DIGIT THREE
say (:𝟛math-three); # OUTPUT: «math-three => 3»
```
But not *synthetic* (i.e. formed by a digit and additional Unicode marks):
```raku
say :7̈a
```
You can also use an *identifier-like literal* as key; this will not need the quotes as long as it follows the syntax of [ordinary identifiers](/language/syntax#Ordinary_identifiers):
```raku
(foo => 127) # the same foo => 127
```
Variants of this are
```raku
:key; # same as key => True
:!key; # same as key => False
```
And this other variant, to be used in routine invocation
```raku
sub colon-pair( :$key-value ) {
say $key-value;
}
my $key-value = 'value';
colon-pair( :$key-value ); # OUTPUT: «value»
colon-pair( key-value => $key-value ); # OUTPUT: «value»
```
Colon pairs can be chained without a comma to create a List of Pairs. Depending on context you may have to be explicit when assigning colon lists.
```raku
sub s(*%h){ say %h.raku };
s :a1:b2;
# OUTPUT: «{:a1, :b2}»
my $manna = :a1:b2:c3;
say $manna.^name;
# OUTPUT: «Pair»
$manna = (:a1:b2:c3);
say $manna.^name;
# OUTPUT: «List»
```
Any variable can be turned into a `Pair` of its name and its value.
```raku
my $bar = 10;
my $p = :$bar;
say $p; # OUTPUT: «bar => 10»
```
It is worth noting that when assigning a [`Scalar`](/type/Scalar) as value of a `Pair` the value holds the container of the value itself. This means that it is possible to change the value from outside of the `Pair` itself:
```raku
my $v = 'value A';
my $pair = a => $v;
$pair.say; # OUTPUT: «a => value A»
$v = 'value B';
$pair.say; # OUTPUT: «a => value B»
```
Please also note that this behavior is totally unrelated to the way used to build the `Pair` itself (i.e., explicit usage of `new`, use of colon, fat arrow), as well as if the `Pair` is bound to a variable.
It is possible to change the above behavior forcing the `Pair` to remove the scalar container and to hold the effective value itself via the method [freeze](/type/Pair#method_freeze):
```raku
my $v = 'value B';
my $pair = a => $v;
$pair.freeze;
$v = 'value C';
$pair.say; # OUTPUT: «a => value B»
```
As Pair implements [`Associative`](/type/Associative) role, its value can be accessed using Associative subscription operator, however, due to Pair's singular nature, the pair's value will be only returned for the pair's key. [`Nil`](/type/Nil) object will be returned for any other key. Subscript adverbs such as `:exists` can be used on Pair.
```raku
my $pair = a => 5;
say $pair<a>; # OUTPUT: «5»
say $pair<a>:exists; # OUTPUT: «True»
say $pair<no-such-key>; # OUTPUT: «Nil»
```
# [Methods](#class_Pair "go to top of document")[§](#Methods "direct link")
## [method new](#class_Pair "go to top of document")[§](#method_new "direct link")
```raku
multi method new(Pair: Mu $key, Mu $value)
multi method new(Pair: Mu :$key, Mu :$value)
```
Constructs a new `Pair` object.
## [method ACCEPTS](#class_Pair "go to top of document")[§](#method_ACCEPTS "direct link")
```raku
multi method ACCEPTS(Pair:D $: %topic)
multi method ACCEPTS(Pair:D $: Pair:D $topic)
multi method ACCEPTS(Pair:D $: Mu $topic)
```
If `%topic` is an [`Associative`](/type/Associative), looks up the value using invocant's key in it and checks invocant's value `.ACCEPTS` that value:
```raku
say %(:42a) ~~ :42a; # OUTPUT: «True»
say %(:42a) ~~ :10a; # OUTPUT: «False»
```
If `$topic` is another `Pair`, checks the invocant's key and value `.ACCEPTS` the `$topic`'s key and value respectively:
```raku
say :42a ~~ :42a; # OUTPUT: «True»
say :42z ~~ :42a; # OUTPUT: «False»
say :10a ~~ :42a; # OUTPUT: «False»
```
If `$topic` is any other value, the invocant `Pair`'s key is treated as a method name. This method is called on `$topic`, the [`Bool`](/type/Bool) result of which is compared against the invocant `Pair`'s [`Bool`](/type/Bool) value. For example, primality can be tested using smartmatch:
```raku
say 3 ~~ :is-prime; # OUTPUT: «True»
say 3 ~~ is-prime => 'truthy'; # OUTPUT: «True»
say 4 ~~ :is-prime; # OUTPUT: «False»
```
This form can also be used to check [`Bool`](/type/Bool) values of multiple methods on the same object, such as [`IO::Path`](/type/IO/Path), by using [`Junction`](/type/Junction)s:
```raku
say "foo" .IO ~~ :f & :rw; # OUTPUT: «False»
say "/tmp".IO ~~ :!f; # OUTPUT: «True»
say "." .IO ~~ :f | :d; # OUTPUT: «True»
```
## [method antipair](#class_Pair "go to top of document")[§](#method_antipair "direct link")
```raku
method antipair(Pair:D: --> Pair:D)
```
Returns a new `Pair` object with key and value exchanged.
```raku
my $p = (d => 'Raku').antipair;
say $p.key; # OUTPUT: «Raku»
say $p.value; # OUTPUT: «d»
```
## [method key](#class_Pair "go to top of document")[§](#method_key "direct link")
```raku
multi method key(Pair:D:)
```
Returns the *key* part of the `Pair`.
```raku
my $p = (Raku => "d");
say $p.key; # OUTPUT: «Raku»
```
## [method value](#class_Pair "go to top of document")[§](#method_value "direct link")
```raku
multi method value(Pair:D:) is rw
```
Returns the *value* part of the `Pair`.
```raku
my $p = (Raku => "d");
say $p.value; # OUTPUT: «d»
```
## [infix cmp](#class_Pair "go to top of document")[§](#infix_cmp "direct link")
```raku
multi infix:<cmp>(Pair:D, Pair:D)
```
The type-agnostic comparator; compares two `Pair`s. Compares first their *key* parts, and then compares the *value* parts if the keys are equal.
```raku
my $a = (Apple => 1);
my $b = (Apple => 2);
say $a cmp $b; # OUTPUT: «Less»
```
## [method fmt](#class_Pair "go to top of document")[§](#method_fmt "direct link")
```raku
multi method fmt(Pair:D: Str:D $format --> Str:D)
```
Takes a *format string*, and returns a string the *key* and *value* parts of the `Pair` formatted. Here's an example:
```raku
my $pair = :Earth(1);
say $pair.fmt("%s is %.3f AU away from the sun")
# OUTPUT: «Earth is 1.000 AU away from the sun»
```
For more about format strings, see [sprintf](/routine/sprintf).
## [method kv](#class_Pair "go to top of document")[§](#method_kv "direct link")
```raku
multi method kv(Pair:D: --> List:D)
```
Returns a two-element [`List`](/type/List) with the *key* and *value* parts of `Pair`, in that order. This method is a special case of the same-named method on [`Hash`](/type/Hash), which returns all its entries as a list of keys and values.
```raku
my $p = (Raku => "d");
say $p.kv[0]; # OUTPUT: «Raku»
say $p.kv[1]; # OUTPUT: «d»
```
## [method pairs](#class_Pair "go to top of document")[§](#method_pairs "direct link")
```raku
multi method pairs(Pair:D:)
```
Returns a list of one `Pair`, namely this one.
```raku
my $p = (Raku => "d");
say $p.pairs.^name; # OUTPUT: «List»
say $p.pairs[0]; # OUTPUT: «Raku => d»
```
## [method antipairs](#class_Pair "go to top of document")[§](#method_antipairs "direct link")
```raku
multi method antipairs(Pair:D:)
```
Returns a [`List`](/type/List) containing the [antipair](/type/Pair#method_antipair) of the invocant.
```raku
my $p = (d => 'Raku').antipairs;
say $p.^name; # OUTPUT: «List»
say $p.first; # OUTPUT: «Raku => d»
say $p.first.^name; # OUTPUT: «Pair»
```
## [method invert](#class_Pair "go to top of document")[§](#method_invert "direct link")
```raku
method invert(Pair:D: --> Seq:D)
```
Returns a [`Seq`](/type/Seq). If the `.value` of the invocant is *NOT* an [`Iterable`](/type/Iterable), the [`Seq`](/type/Seq) will contain a single `Pair` whose `.key` is the `.value` of the invocant and whose `.value` is the `.key` of the invocant:
```raku
:foo<bar>.invert.raku.say; # OUTPUT: «(:bar("foo"),).Seq»
```
If invocant's `.value` *is* an [`Iterable`](/type/Iterable), the returned [`Seq`](/type/Seq) will contain the same number of `Pair`s as items in the `.value`, with each of those items a `.key` of a pair and the `.key` of the invocant the `.value` of that pair:
```raku
:foo<Raku is great>.invert.raku.say;
# OUTPUT: «(:Raku("foo"), :is("foo"), :great("foo")).Seq»
:foo{ :42a, :72b }.invert.raku.say;
# OUTPUT: «((:a(42)) => "foo", (:b(72)) => "foo").Seq»
```
To perform the exact `.key` and `.value` swap, use [`.antipair` method](/type/Pair#method_antipair).
## [method keys](#class_Pair "go to top of document")[§](#method_keys "direct link")
```raku
multi method keys(Pair:D: --> List:D)
```
Returns a [`List`](/type/List) containing the [key](/type/Pair#method_key) of the invocant.
```raku
say (Raku => "d").keys; # OUTPUT: «(Raku)»
```
## [method values](#class_Pair "go to top of document")[§](#method_values "direct link")
```raku
multi method values(Pair:D: --> List:D)
```
Returns a [`List`](/type/List) containing the [value](/type/Pair#method_value) of the invocant.
```raku
say (Raku => "d").values; # OUTPUT: «(d)»
```
## [method freeze](#class_Pair "go to top of document")[§](#method_freeze "direct link")
```raku
method freeze(Pair:D:)
```
Makes the *value* of the `Pair` read-only, by removing it from its [Scalar container](/language/containers#Scalar_containers), and returns it.
```raku
my $str = "apple";
my $p = Pair.new('key', $str);
$p.value = "orange"; # this works as expected
$p.say; # OUTPUT: «key => orange»
$p.freeze.say; # OUTPUT: «orange»
$p.value = "a new apple"; # Fails
CATCH { default { put .^name, ': ', .Str } };
# OUTPUT: «X::Assignment::RO: Cannot modify an immutable Str (apple)»
```
**NOTE:** this method is deprecated as of **6.d** language version. Instead, create a new `Pair`, with a [decontainerized](/language/glossary#decont) key/value.
```raku
$p.=Map.=head.say; # OUTPUT: «orange»
```
## [method Str](#class_Pair "go to top of document")[§](#method_Str "direct link")
```raku
multi method Str(Pair:D: --> Str:D)
```
Returns a string representation of the invocant formatted as *key ~ \t ~ value*.
```raku
my $b = eggs => 3;
say $b.Str; # OUTPUT: «eggs 3»
```
## [method Pair](#class_Pair "go to top of document")[§](#method_Pair "direct link")
```raku
method Pair()
```
Returns the invocant `Pair` object.
```raku
my $pair = eggs => 3;
say $pair.Pair === $pair; # OUTPUT: «True»
```
# [Typegraph](# "go to top of document")[§](#typegraphrelations "direct link")
Type relations for `Pair`
raku-type-graph
Pair
Pair
Any
Any
Pair->Any
Associative
Associative
Pair->Associative
Mu
Mu
Any->Mu
[Expand chart above](/assets/typegraphs/Pair.svg)
|
## scope.md
class X::Declaration::Scope
Compilation error due to a declaration with an ineligible scope
```raku
class X::Declaration::Scope does X::Comp { }
```
Compile time error thrown when a declaration does not harmonize with the declared scope.
For example
```raku
has sub f() { }
```
dies with
｢text｣ without highlighting
```
```
===SORRY!===
Cannot use 'has' with sub declaration
```
```
# [Methods](#class_X::Declaration::Scope "go to top of document")[§](#Methods "direct link")
## [method scope](#class_X::Declaration::Scope "go to top of document")[§](#method_scope "direct link")
```raku
method scope(--> Str:D)
```
Returns a string representation of the scope, usually the same keyword that is used for the declaration (`"my"`, `"our"`, `"has"`, ...);
## [method declaration](#class_X::Declaration::Scope "go to top of document")[§](#method_declaration "direct link")
```raku
method declaration(--> Str:D)
```
Describes the symbol that has been declared in a wrong scope.
|
## dist_zef-lizmat-Map-Match.md
[](https://github.com/lizmat/Map-Match/actions) [](https://github.com/lizmat/Map-Match/actions) [](https://github.com/lizmat/Map-Match/actions)
# NAME
Map::Match - Provide a Map where keys are regular expressions
# SYNOPSIS
```
use Map::Match;
my %m is Map::Match = foo => 42, b16ar => 666, baz18 => 137;
.say for %m<a>; # 666137, same as / a /
.say for %m{ / \d >> / }; # 137
.say for %m{ / \d >> / }:k; # baz18
.say for %m( / \d >> /, :k); # baz18
```
# DESCRIPTION
Map::Match provides an implementation of the `Map` interface where key values are interpreted as regular expressions. This has the following implications with regards to the normal behaviour of `Map`s:
## CAN RETURN MORE THAN ONE
Since a regular expression can match multiple times, you can receive more than one value back from a single key. Therefore, a `Slip` will always be returned as the value.
## ALWAYS A SLIP
The value returned from any `Map` access is **always** a `Slip`, albeit potentially empty. This is different from a normal `Map` where `Nil` would be returned when specifying a key that does not exist in the `Map`.
## NON-REGEX KEY ASSUMED TO BE REGEX
If you specify a `Str` as a key, or something that can be coerced to a `Str`, it will be interpreted as being interpolated in a `Regex` with `:ignorecase` and `:ignoremark` enabled.
## CAVEATS
This module exports a `postcircumfix { }` candidate that allows access to a `Map::Match` object just like an ordinary `Hash` or `Map`. However, if `Map::Match` is used in a module, and that module returns a `Map::Match` object, then in that scope, that `postcircumfix { }` candidate won't be known, causing `{"foo"}` using the standard semantics, producing weird results.
For that situation, you can use the alternate interface, which is to directly call the `Map::Match` object with the desired arguments:
```
# postcircumfix interface
.say for %m{ / \d >> / }:k; # baz18
# alternate interface
.say for %m( / \d >> /, :k); # baz18
```
Of course, it is always an option to always use the alternate interface to prevent confusion, and potential bugs when refactoring code. And the direct interface is actually a bit faster, as it has one less level of indirection.
# AUTHOR
Elizabeth Mattijsen [[email protected]](mailto:[email protected])
Source can be located at: <https://github.com/lizmat/Map-Match> . Comments and Pull Requests are welcome.
If you like this module, or what I’m doing more generally, committing to a [small sponsorship](https://github.com/sponsors/lizmat/) would mean a great deal to me!
# COPYRIGHT AND LICENSE
Copyright 2021, 2022, 2023, 2024 Elizabeth Mattijsen
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_github-gfldex-Typesafe-XHTML-Writer.md
# Typesafe::XHTML::Writer
[](https://travis-ci.org/gfldex/perl6-typesafe-xhtml-writer)
Write XHTML elements utilising named arguments to guard against typos. Colons
in names of XHTML attributes are replaced with a hyphen (e.g. `xml:lang`). Use
the html element names as an import tag or `:ALL` to get them all. Please
note that there is a `dd`-tag what will overwrite `dd` from the settings.
The actual module is generated form the official XHTML 1.1 Schema. There is no
offical XML Schema for HTML5 (because it isn't XML), if you happen to come
across one that works please let me know.
It uses [Typesafe::HTML](https://github.com/gfldex/perl6-typesafe-xhtml-writer)
to guard against lack of quoting of HTML-tags. As a dropin-replacement of
`HTML::Writer`, it's about 5% slower then the former. See below how to "overload"
that module, see below.
[`Typesafe::HTML::Skeleton`](https://raw.githubusercontent.com/gfldex/perl6-typesafe-xhtml-writer/master/lib/Typesafe/XHTML/Skeleton.pm6)
provides the routine `xhtml-skeleton` that takes instances of `HTML` (the type)
as parameters and returns `HTML`. The named arguments takes a single or a list
of tags of type `HTML` to be added to the header of the resulting XHTML
document. `HTML` is a flat eager string that is about 5% slower then without
typesafety. If you need a DOM use a module that does not focus on speed.
## Usage:
```
use v6;
use Typesafe::XHTML::Writer :ALL;
put html( xml-lang=>'de',
body(
div( id=>"uniq",
p( class=>"abc", 'your text here'),
p( 'more text' ),
'<p>this will be quoted with < and &</p>'
)
));
put span('<b>this will also be quoted with HTML-entities</b>');
```
With skeleton:
```
use v6;
use Typesafe::XHTML::Writer :p, :title, :style;
use Typesafe::XHTML::Skeleton;
put xhtml-skeleton(
p('Hello Camelia!', class=>'foo'),
'Camelia can quote all the <<<< and &&&&.',
header=>(title('Hello Camelia'), style('p.foo { color: #fff; }' ))
);
```
## Enable typesafe concatenation
```
use v6;
use Typesafe::HTML;
use Typesafe::XHTML::Writer :p;
use Typesafe::XHTML::Skeleton;
my $inject = '<script src="http://dr.evil.ord/1337.js></script>';
put xhtml-skeleton(p('Hello Camelia!') ~ $inject);
```
Without `Typesafe::HTML` the p-tag would also be quoted. It would be secure but
would not do what you want.
## Provide your own type guard
You can provide your own type guard to replace `Typesafe::HTML` by providing a
type object as the first positional to `use`. To use the original operators
defined in `Typesafe::HTML` make sure to subclass from `HTML`.
```
use Typesafe::HTML;
class ExtendedHTML is HTML {
multi method utf8-to-htmlentity (Str:D \s) is export {
s.subst('&', '&', :g).subst('<', '<', :g).subst('>', '>', :g);
}
}
use Typesafe::XHTML::Writer ExtendedHTML, :span;
put span(id=>'foo', "<span>Hello Camelia!</span>");
# OUTPUT:
# <span id="foo">
# <span>Hello Camelia!</span>
# </span>
```
## Enable indentation
```
use Typesafe::XHTML::Writer :writer-shall-indent; # :ALL will work too
writer-shall-indent True;
```
## License
(c) Wenzel P. P. Peppmeyer, Released under Artistic License 2.0.
|
## dist_zef-ahalbert-python-itertools.md
## Module
python::itertools - A direct port of Python's itertools to perl6.
## Description
It provides all the functionality that python's itertools does, including lazy evaluation.
In the future, I'd like to maximize the performance of these functions.
Function signatures may be a little different.
I needed a `itertools.combinations_with_replacement` and couldn't find an easy
builtin or library to do it. So why not write the library myself? It turns out perl6 has most of these functions built in already. Unfortunatley, I did not realize that until after writing it. Oops.
## Copying
Copyright (c) 2016 Armand Halbert. All rights reserved.
This program is free software; you can redistribute it and/or modify
it under the terms in LICENSE.
## Prerequisites
* perl6 (Obviously)
## Build/Installation
For now, clone from this repository.
## Author
Armand Halbert [[email protected]](mailto:[email protected])
|
## dist_zef-raku-community-modules-Crane.md
[](https://github.com/raku-community-modules/Crane/actions) [](https://github.com/raku-community-modules/Crane/actions) [](https://github.com/raku-community-modules/Crane/actions)
# NAME
Crane - navigate Raku containers and perform tasks
# SYNOPSIS
```
use Crane;
my %h0;
my %h1 = Crane.add(%h0, :path['a'], :value({:b({:c<here>})}));
my %h2 = Crane.add(%h1, :path(qw<a b d>), :value([]));
my %h3 = Crane.add(%h2, :path(|qw<a b d>, 0), :value<diamond>);
my %h4 = Crane.replace(%h3, :path(|qw<a b d>, *-1), :value<dangerous>);
my %h5 = Crane.remove(%h4, :path(qw<a b c>));
my %h6 = Crane.move(%h5, :from(qw<a b d>), :path['d']);
my %h7 = Crane.copy(%h6, :from(qw<a b>), :path['b']);
my %h8 = Crane.remove(%h7, :path(qw<a b>));
my %h9 = Crane.replace(%h8, :path['a'], :value(['alligators']));
my %h10 = Crane.replace(%h9, :path['b'], :value(['be']));
say Crane.list(%h10).raku;
(
{:path(["a", 0]), :value("alligators")},
{:path(["b", 0]), :value("be")},
{:path(["d", 0]), :value("dangerous")}
)
```
# DESCRIPTION
Crane aims to be for Raku containers what [JSON Pointer](http://tools.ietf.org/html/rfc6901) and [JSON Patch](http://tools.ietf.org/html/rfc6902) are for JSON.
# FEATURES
* add, remove, replace, move, copy, test operations
* get/set
* diff/patch
* list the contents of a nested data structure in accessible format
# METHODS
* .at($container,\*@path)>
* .in($container,\*@path)>
* .exists($container,:@path!,:$k,:$v)>
* .get($container,:@path!,:$k,:$v,:$p)>
* .set($container,:@path!,:$value!)>
* .add($container,:@path!,:$value!,:$in-place)>
* .remove($container,:@path!,:$in-place)>
* .replace($container,:@path!,:$value!,:$in-place)>
* .move($container,:@from!,:@path!,:$in-place)>
* .copy($container,:@from!,:@path!,:$in-place)>
* .test($container,:@path!,:$value!)>
* .list($container,:@path)>
* .flatten($container,:@path)>
* .transform($container,:@path!,:&with!,:$in-place)>
* .patch($container,@patch,:$in-place)>
All example code assumes `%data` has this structure:
```
my %data =
:legumes([
{
:instock(4),
:name("pinto beans"),
:unit("lbs")
},
{
:instock(21),
:name("lima beans"),
:unit("lbs")
},
{
:instock(13),
:name("black eyed peas"),
:unit("lbs")
},
{
:instock(8),
:name("split peas"),
:unit("lbs")
}
]);
```
## .at($container,\*@path)
Navigates to and returns container `is rw`.
*arguments:*
* `$container`: *Container, required* - the target container
* `*@path`: *Path, optional* - a list of steps for navigating container
*returns:*
* Container at path (`is rw`)
*example:*
```
my %inxi = :info({
:memory([1564.9, 32140.1]),
:processes(244),
:uptime<3:16>
});
Crane.at(%inxi, 'info')<uptime>:delete;
Crane.at(%inxi, qw<info memory>)[0] = 31868.0;
say %inxi.raku; # :info({ :memory(31868.0, 32140.1), :processes(244) })
```
## .in($container,\*@path)
`Crane.in` works like `Crane.at`, except `in` will create the structure of nonexisting containers based on `@path` input instead of aborting the operation, e.g.
```
Crane.at(my %h, qw<a b c>) = 5 # ✗ Crane error: associative key does not exist
Crane.in(my %i, qw<a b c>) = 5
say %i.raku;
{
:a({
:b({
:c(5)
})
})
}
```
If `@path` contains keys that lead to a nonexisting container, the default behavior is to create a Positional container there if the key is an `Int` = 0> or a `WhateverCode`. Otherwise `in` creates an Associative container there, e.g.
```
my %h;
Crane.in(%h, qw<a b>, 0, *-1) = 'here';
say %h.raku;
{
:a({
:b([
["here"]
])
})
}
```
If `@path` contains keys that lead to an existing Associative container, it will attempt to index the existing Associative container with the key regardless of the key's type (be it `Int` or `WhateverCode`), e.g.
```
my @a = [ :i({:want({:my<MTV>})}) ];
Crane.in(@a, 0, 'i', 'want', 2) = 'always';
say @a.raku;
[
:i({
:want({
"2" => "always",
:my("MTV")
})
})
]
my @b = [ :i({:want(['my', 'MTV'])}) ];
Crane.in(@b, 0, 'i', 'want', 2) = 'always';
say @b.raku;
[
:i({
:want(["my", "MTV", "always"])
})
]
```
*arguments:*
* `$container`>: *Container, required* - the target container
* `*@path`>: *Path, optional* - a list of steps for navigating container
*returns:*
* Container at path (`is rw`)
*example:*
```
my %archversion = :bamboo({ :up<0.0.1>, :aur<0.0.2> });
Crane.in(%archversion, qw<fzf up>) = '0.11.3';
Crane.in(%archversion, qw<fzf aur>) = '0.11.3';
say %archversion.raku;
{
:bamboo({ :aur<0.0.2>, :up<0.0.1> }),
:fzf({ :aur<0.11.3>, :up<0.11.3> })
}
```
## .exists($container,:@path!,:$k,:$v)
Determines whether a key exists in the container at the specified path. Works similar to the Raku Hash `:exists` [subscript adverb](https://docs.raku.org/type/Hash#%3Aexists). Pass the `:v` flag to determine whether a defined value is paired to the key at the specified path.
*arguments:*
* `$container`: *Container, required* - the target container
* `:@path!`: *Path, required* - a list of steps for navigating container
* `:$k`: *Bool, optional, defaults to True* - indicates whether to check for an existing key at path
* `:$v`: *Bool, optional* - indicates whether to check for a defined value at path
*returns:*
* `True` if exists, otherwise `False`
*What about operating on the root of the container?*
Pass an empty list as `@path` to operate on the root of the container. Passing `:v` flag tests if `$container.defined`. Default behavior is to raise an error as key operations aren't permitted on root containers.
## .get($container,:@path!,:$k,:$v,:$p)
Gets the value from container at the specified path. The default behavior is to raise an error if path is nonexistent.
*arguments:*
* `$container`: *Container, required* - the target container
* `:@path!`: *Path, required* - a list of steps for navigating container
* `:$k`: *Bool, optional* - only return the key at path
* `:$v`: *Bool, optional, defaults to True* - only return the value at path
* `:$p`: *Bool, optional* - return the key-value pair at path
*returns:*
* the dereferenced key, value or key-value pair
*example:*
```
my $value = Crane.get(%data, :path('legumes', 1));
say $value.raku; # { :instock(21), :name("lima beans"), :unit("lbs") }
my $value-k = Crane.get(%data, :path('legumes', 1), :k);
say $value-k.raku; # 1
my $value-p = Crane.get(%data, :path('legumes', 1), :p);
say $value-p.raku; # 1 => { :instock(21), :name("lima beans"), :unit("lbs") }
```
*What about operating on the root of the container?*
Pass an empty list as `@path` to operate on the root of the container.
* if `:v` flag passed (the default): `return $container`
* if `:k` flag passed: raise error "Sorry, not possible to request key operations on the container root"
* if `:p` flag passed: raise error "Sorry, not possible to request key operations on the container root"
## .set($container,:@path!,:$value!)
Sets the value at the specified path in the container. The default behavior is to create nonexistent paths (similar to `mkdir -p`).
*arguments:*
* `$container`: *Container, required* - the target container
* `:@path!`: *Path, required* - a list of steps for navigating container
* `:$value!`: *Any, required* - the value to be set at the specified path
*returns:*
* Modified container
*example:*
```
my %p;
Crane.set(%p, :path(qw<peter piper>), :value<man>);
Crane.set(%p, :path(qw<peter pan>), :value<boy>);
Crane.set(%p, :path(qw<peter pickle>), :value<dunno>);
say %p.raku; # { :peter({ :pan("boy"), :pickle("dunno"), :piper("man") }) }
```
*What about operating on the root of the container?*
Pass an empty list as `@path` to operate on the root of the container.
```
my $a = (1, 2, 3);
Crane.set($a, :path(), :value<foo>);
say $a; # foo
```
## .add($container,:@path!,:$value!,:$in-place)
Adds a value to the container. If `:@path` points to an existing item in the container, that item's value is replaced.
In the case of a `Positional` type, the value is inserted before the given index. Use the relative accessor (`*-0`) instead of an index (`Int`) for appending to the end of a `Positional`.
Because this operation is designed to add to existing `Associative` types, its target location will often not exist. However, an `Associative` type or a `Positional` type containing it does need to exist, and it remains an error for that not to be the case. For example, a `.add` operation with a target location of `a b` starting with this Hash:
```
{ :a({ :foo(1) }) }
```
is not an error, because "a" exists, and "b" will be added to its value. It is an error in this Hash:
```
{ :q({ :bar(2) }) }
```
because "a" does not exist.
Think of the `.add` operation as behaving similarly to `mkdir`, not `mkdir -p`. For example, you cannot do (in shell):
```
$ ls # empty directory
$ mkdir a/b/c
mkdir: cannot create directory 'a/b/c': No such file or directory
```
Without the `-p` flag, you'd have to do:
```
$ ls # empty directory
$ mkdir a
$ mkdir a/b
$ mkdir a/b/c
```
*arguments:*
* `$container`: *Container, required* - the target container
* `:@path!`: *Path, required* - a list of steps for navigating container
* `:$value!`: *Any, required* - the value to be added/inserted at the specified path
* `:$in-place`: *Bool, optional, defaults to False* - whether to modify `$container` in-place
*returns:*
* Container (original container is unmodified unless `:in-place` flag is passed)
*example:*
```
my %legume = :name<carrots>, :unit<lbs>, :instock(3);
my %data-new = Crane.add(%data, :path('legumes', 0), :value(%legume));
```
*What about operating on the root of the container?*
Pass an empty list as `@path` to operate on the root of the container.
```
my @a;
my @b = Crane.add(@a, :path([]), :value<foo>);
say @a.raku; # []
say @b.raku; # ["foo"]
```
## .remove($container,:@path!,:$in-place)
Removes the pair at path from `Associative` types, similar to the Raku Hash [`:delete` subscript adverb](https://docs.raku.org/type/Hash#%3Adelete). Splices elements out from `Positional` types.
The default behavior is to raise an error if the target location is nonexistent.
*arguments:*
* `$container`: *Container, required* - the target container
* `:@path!`: *Path, required* - a list of steps for navigating container
* `:$in-place`: *Bool, optional, defaults to False* - whether to modify `$container` in-place
*returns:*
* Container (original container is unmodified unless `:in-place` flag is passed)
*example:*
```
my %h = :example<hello>;
my %h2 = Crane.remove(%h, :path(['example']));
say %h.raku; # { :example<hello> }
say %h2.raku; # {}
```
This:
```
%h<a><b>:delete;
```
is equivalent to this:
```
Crane.remove(%h, :path(qw<a b>));
```
*What about operating on the root of the container?*
Pass an empty list as `@path` to operate on the root of the container.
```
my $a = [1, 2, 3];
my $b = Crane.remove($a, :path([])); # equivalent to `$a = Empty`
say $a.raku; [1, 2, 3]
say $b; # (Any)
```
## .replace($container,:@path!,:$value!,:$in-place)
Replaces a value. This operation is functionally identical to a `.remove` operation for a value, followed immediately by a `.add` operation at the same location with the replacement value.
The default behavior is to raise an error if the target location is nonexistent.
*arguments:*
* `$container`: *Container, required* - the target container
* `:@path!`: *Path, required* - a list of steps for navigating container
* `:$value!`: *Any, required* - the value to be set at the specified path
* `:$in-place`: *Bool, optional, defaults to False* - whether to modify `$container` in-place
*returns:*
* Container (original container is unmodified unless `:in-place` flag is passed)
*example:*
```
my %legume = :name("green beans"), :unit<lbs>, :instock(3);
my %data-new = Crane.replace(%data, :path('legumes', 0), :value(%legume));
```
*What about operating on the root of the container?*
Pass an empty list as `@path` to operate on the root of the container.
```
my %a = :a<aaa>, :b<bbb>, :c<ccc>;
my %b = Crane.replace(%a, :path([]), :value({ :vm<moar> }));
say %a.raku; # { :a<aaa>, :b<bbb>, :c<ccc> }
say %b.raku; # { :vm<moar> }
```
## .move($container,:@from!,:@path!,:$in-place)
Moves the source value identified by `@from` in container to destination location specified by `@path`. This operation is functionally identical to a `.remove` operation on the `@from` location, followed immediately by a `.add` operation at the `@path` location with the value that was just removed.
The default behavior is to raise an error if the source is nonexistent.
The default behavior is to raise an error if the `@from` location is a proper prefix of the `@path` location; i.e., a location cannot be moved into one of its children.
*arguments:*
* `$container`: *Container, required* - the target container
* `:@from!`: *Path, required* - a list of steps to the source
* `:@path!`: *Path, required* - a list of steps to the destination
* `:$in-place`: *Bool, optional, defaults to False* - whether to modify `$container` in-place
*returns:*
* Container (original container is unmodified unless `:in-place` flag is passed)
*What about operating on the root of the container?*
Pass an empty list as `@from` or `@path` to operate on the root of the container.
## .copy($container,:@from!,:@path!,:$in-place)
Copies the source value identified by `@from` in container to destination container at location specified by `@path`. This operation is functionally identical to a `.add` operation at the `@path` location using the value specified in the `@from`. As with `.move`, a location cannot be copied into one of its children.
The default behavior is to raise an error if the source at `@from` is nonexistent.
*arguments:*
* `$container`: *Container, required* - the target container
* `:@from!`: *Path, required* - a list of steps to the source
* `:@path!`: *Path, required* - a list of steps to the destination
* `:$in-place`: *Bool, optional, defaults to False* - whether to modify `$container` in-place
*returns:*
* Container (original container is unmodified unless `:in-place` flag is passed)
*example:*
```
my %h = :example<hello>;
my %h2 = Crane.copy(%h, :from(['example']), :path(['sample']));
say %h.raku; # { :example("hello") }
say %h2.raku; # { :example("hello"), :sample("hello") }
```
*What about operating on the root of the container?*
Pass an empty list as `@from` or `@path` to operate on the root of the container. Has similar rules / considerations to `.move`.
## .test($container,:@path!,:$value!)
Tests that the specified value is set at the target location in the document.
*arguments:*
* `$container`: *Container, required* - the target container
* `:@path!`: *Path, required* - a list of steps for navigating container
* `:$value!`: *Any, required* - the value expected at the specified path
*returns:*
* `True` if expected value exists at `@path`, otherwise `False`
*example:*
```
say so Crane.test(%data, :path('legumes', 0, 'name'), :value("pinto beans")); # True
```
*What about operating on the root of the container?*
Pass an empty list as `@path` to operate on the root of the container.
## .list($container,:@path)
Lists all of the paths available in `$container`.
*arguments:*
* `$container`` : *Container, required* - the target container
* `:@path`: *Path, optional* - a list of steps for navigating container
*returns:*
* List of path-value pairs
*example:*
Listing a `Hash`:
```
say Crane.list(%data);
(
{
:path(["legumes", 0, "instock"]),
:value(4)
},
{
:path(["legumes", 0, "name"]),
:value("pinto beans")
},
{
:path(["legumes", 0, "unit"]),
:value("lbs")
},
{
:path(["legumes", 1, "instock"]),
:value(21)
},
{
:path(["legumes", 1, "name"]),
:value("lima beans")
},
{
:path(["legumes", 1, "unit"]),
:value("lbs")
},
{
:path(["legumes", 2, "instock"]),
:value(13)
},
{
:path(["legumes", 2, "name"]),
:value("black eyed peas")
},
{
:path(["legumes", 2, "unit"]),
:value("lbs")
},
{
:path(["legumes", 3, "instock"]),
:value(8)
},
{
:path(["legumes", 3, "name"]),
:value("split peas")
},
{
:path(["legumes", 3, "unit"]),
:value("lbs")
}
)
```
Listing a `List`:
```
my $a = qw<zero one two>;
say Crane.list($a);
(
{
:path([0]),
:value("zero")
},
{
:path([1]),
:value("one")
},
{
:path([2]),
:value("two")
}
)
```
## .flatten($container,:@path)
Flattens a container into a single-level `Hash` of path-value pairs.
*arguments:*
* `$container`` : *Container, required* - the target container
* `:@path`: *Path, optional* - a list of steps for navigating container
*returns:*
* a flattened `Hash` of path-value pairs.
*example:*
```
say Crane.flatten(%data);
{
("legumes", 0, "instock") => 4,
("legumes", 0, "name") => "pinto beans",
("legumes", 0, "unit") => "lbs",
("legumes", 1, "instock") => 21,
("legumes", 1, "name") => "lima beans",
("legumes", 1, "unit") => "lbs",
("legumes", 2, "instock") => 13,
("legumes", 2, "name") => "black eyed peas",
("legumes", 2, "unit") => "lbs",
("legumes", 3, "instock") => 8,
("legumes", 3, "name") => "split peas",
("legumes", 3, "unit") => "lbs"
}
```
## .transform($container,:@path!,:&with!,:$in-place)
Functionally identical to a `replace` operation with the replacement value being the return value of `with` applied to the value of `$container` at `@path`.
The Callable passed in `with` must take one (optional) positional argument and return a value.
*arguments:*
* `$container`: *Container, required* - the target container
* `:@path!`: *Path, required* - a list of steps to the destination
* `:&with!`: *Callable, required* - instructions for changing the value at `@path`
* `:$in-place`: *Bool, optional, defaults to False* - whether to modify `$container` in-place
*returns:*
* Container (original container is unmodified unless `:in-place` flag is passed)
*example:*
```
my %market =
:foods({
:fruits([qw<blueberries marionberries>]),
:veggies([qw<collards onions>])
});
my @first-fruit = |qw<foods fruits>, 0;
my @second-veggie = |qw<foods veggies>, 1;
my &oh-yeah = -> $s { $s ~ '!' };
Crane.transform(%market, :path(@first-fruit), :with(&oh-yeah), :in-place);
say so Crane.get(%market, :path(@first-fruit)) eq 'blueberries!'; # True
Crane.transform(%market, :path(@second-veggie), :with(&oh-yeah), :in-place);
say so Crane.get(%market, :path(@second-veggie)) eq 'onions!'; # True
```
## .patch($container,@patch,:$in-place)
Apply `@patch`, a list of specially formatted Hashes representing individual 6902 operations implemented by Crane, to `$container`.
**add**
```
{ :op("add"), :path(qw<path to target>), :value("Value") }
```
**remove**
```
{ :op("remove"), :path(qw<path to target>) }
```
**replace**
```
{ :op("replace"), :path(qw<path to target>), :value("Value") }
```
**move**
```
{ :op("move"), :from(qw<path to source>), :path(qw<path to target>) }
```
**copy**
```
{ :op("copy"), :from(qw<path to source>), :path(qw<path to target>) }
```
**test**
```
{ :op("test"), :path(qw<path to target>), :value("Is value") }
```
If an operation is not successful, the default behavior is to raise an exception. If a test operation as part of the `@patch` returns False, the default behavior is to raise an exception.
*arguments:*
* `$container`: *Container, required* - the target container
* `@patch`: *Patch, required* - a list of 6902 instructions to apply
* `:$in-place`: *Bool, optional, defaults to False* - whether to modify `$container` in-place
*returns:*
* Container (original container is unmodified unless `:in-place` flag is passed)
*example:*
```
my %h;
my @patch =
{ :op<add>, :path['a'], :value({:b({:c<here>})}) },
{ :op<add>, :path(qw<a b d>), :value([]) },
{ :op<add>, :path(|qw<a b d>, 0), :value<diamond> },
{ :op<replace>, :path(|qw<a b d>, *-1), :value<dangerous> },
{ :op<remove>, :path(qw<a b c>) },
{ :op<move>, :from(qw<a b d>), :path['d'] },
{ :op<copy>, :from(qw<a b>), :path['b'] },
{ :op<remove>, :path(qw<a b>) },
{ :op<replace>, :path['a'], :value(['alligators']) },
{ :op<replace>, :path['b'], :value(['be']) };
my %i = Crane.patch(%h, @patch);
```
Exception: `42 !== 'C'`
```
my %h = :a({:b({:c})});
my @patch =
{ :op<replace>, :path(qw<a b c>), :value(42) },
{ :op<test>, :path(qw<a b c>), :value<C> };
my %i = Crane.patch(%h, @patch); # ✗ Crane error: patch operation failed, test failed
```
# AUTHOR
Andy Weidenbaum
# COPYRIGHT AND LICENSE
Copyright 2016 - 2022 Andy Weidenbaum
Copyright 2024 Raku Community
This is free and unencumbered public domain software. For more information, see <http://unlicense.org/> or the accompanying UNLICENSE file.
|
## dist_cpan-FRITH-Math-Libgsl-Histogram.md
[](https://github.com/frithnanth/raku-Math-Libgsl-Histogram/actions) [](https://travis-ci.org/frithnanth/raku-Math-Libgsl-Histogram)
# NAME
Math::Libgsl::Histogram - An interface to libgsl, the Gnu Scientific Library - Histograms
# SYNOPSIS
```
use Math::Libgsl::Histogram;
my $h = Math::Libgsl::Histogram.new(3).set-ranges(0, 10, 100, 1000);
say $h.find(18);
$h.scanf('file.dat');
say "max: { $h.max-val } in bin { $h.max-bin }";
say "mean: { $h.mean } standard deviation: { $h.sigma }";
```
```
use Math::Libgsl::Histogram2D;
my $h = Math::Libgsl::Histogram2D.new(10, 10)
.set-uniform(0, 1, 0, 1)
.accumulate(.3, .3, 1)
.accumulate(.8, .1, 5)
.accumulate(.7, .9, .5);
say "Number of bins: x = { $h.nx }, y = { $h.ny }"; # output: Number of bins: x = 10, y = 10
say "bin (0, 0) = { $h.get(0, 0) }"; # output: bin (7, 9) = 0.5
```
# DESCRIPTION
Math::Libgsl::Histogram is an interface to the Histogram functions of libgsl, the Gnu Scientific Library.
This module exports four classes:
* Math::Libgsl::Histogram
* Math::Libgsl::Histogram::PDF
* Math::Libgsl::Histogram2D
* Math::Libgsl::Histogram2D::PDF
Histogram manages one-dimensional histograms, Histogram2D manages two-dimensional histograms, Histogram::PDF uses the 1D histogram as a probability function, same goes for the Histogram2D::PDF.
## Math::Libgsl::Histogram
### new(UInt $size!)
### new(UInt :$size!)
The constructor accepts one simple or named argument: the histogram size, or number of bins.
### set-ranges(\*@ranges where \*.elems == self.bins + 1 --> Math::Libgsl::Histogram)
This method sets the ranges of the histogram using the **@array**. This method returns **self**, to allow method chaining.
### set-uniform(Num() $xmin, Num() $xmax where \* > $xmin --> Math::Libgsl::Histogram)
This method sets the ranges of the histogram to cover the range from **$xmin** to **$xmax** uniformly. This method returns **self**, to allow method chaining.
### increment(Num() $x --> Math::Libgsl::Histogram)
This method updates the histogram by adding one (1.0) to the bin whose range contains the coordinate **$x**. This method returns **self**, to allow method chaining.
### accumulate(Num() $x, Num() $weight --> Math::Libgsl::Histogram)
This method updates the histogram by increasing the value of the appropriate bin by the floating-point number **$weight**. This method returns **self**, to allow method chaining.
### get(Int $i --> Num)
This method returns the content of the i-th bin of the histogram.
### get-range(Int $i --> List)
This method finds the upper and lower range limits of the i-th bin of the histogram and returns them as a two-value list.
### max(--> Num)
### min(--> Num)
### bins(--> UInt)
These methods return the maximum upper and minimum lower range limits and the number of bins of the histogram.
### reset()
This method resets all the bins in the histogram to zero.
### find(Num() $x --> UInt)
This method returns the index of the bin which covers the coordinate **$x** in the histogram.
### copy(Math::Libgsl::Histogram $src where { $src.bins == self.bins } --> Math::Libgsl::Histogram)
This method copies the histogram **$src** into the current object. This method returns **self**, to allow method chaining.
### clone(--> Math::Libgsl::Histogram)
This method returns a newly created histogram which is an exact copy of the current histogram.
### max-val(--> Num)
This method returns the maximum value contained in the histogram bins.
### max-bin(--> UInt)
This method returns the index of the bin containing the maximum value.
### min-val(--> Num)
This method returns the minimum value contained in the histogram bins.
### min-bin(--> UInt)
This method returns the index of the bin containing the minimum value.
### mean(--> Num)
This method returns the mean of the histogrammed variable, where the histogram is regarded as a probability distribution.
### sigma(--> Num)
This method returns the standard deviation of the histogrammed variable, where the histogram is regarded as a probability distribution.
### sum(--> Num)
This method returns the sum of all bin values.
### equal(Math::Libgsl::Histogram $h2 --> Bool)
This method returns True if the all of the individual bin ranges of the two histograms are identical, and False otherwise.
### add(Math::Libgsl::Histogram $h2 --> Math::Libgsl::Histogram)
This method adds the contents of the bins in histogram h2 to the corresponding bins of the current histogram. The two histograms must have the same number of bins and the same ranges. This method returns **self**, to allow method chaining.
### sub(Math::Libgsl::Histogram $h2 --> Math::Libgsl::Histogram)
This method subtracts the contents of the bins in histogram h2 from the corresponding bins of the current histogram. The two histograms must have the same number of bins and the same ranges. This method returns **self**, to allow method chaining.
### mul(Math::Libgsl::Histogram $h2 --> Math::Libgsl::Histogram)
This method multiplies the contents of the bins in histogram h2 by the corresponding bins of the current histogram. The two histograms must have the same number of bins and the same ranges. This method returns **self**, to allow method chaining.
### div(Math::Libgsl::Histogram $h2 --> Math::Libgsl::Histogram)
This method divides the contents of the bins in histogram h2 by the corresponding bins of the current histogram. The two histograms must have the same number of bins and the same ranges. This method returns **self**, to allow method chaining.
### scale(Num() $scale --> Math::Libgsl::Histogram)
This method multiplies the contents of the bins of the current histogram by **$scale**. This method returns **self**, to allow method chaining.
### shift(Num() $offset --> Math::Libgsl::Histogram)
This method shifts the contents of the bins of the current histogram by **$offset**. This method returns **self**, to allow method chaining.
### write(Str $filename --> Math::Libgsl::Histogram)
This method writes the ranges and bins of the current histogram to a file in binary format. This method returns **self**, to allow method chaining.
### read(Str $filename --> Math::Libgsl::Histogram)
This method reads the ranges and bins of the current histogram from a file in binary format. This method returns **self**, to allow method chaining.
### printf(Str $filename, Str $range-format, Str $bin-format --> Math::Libgsl::Histogram)
This function writes the ranges and bins of the current histogram line-by-line to a file using the format specifiers **$range-format** and **$bin-format**. This method returns **self**, to allow method chaining.
### scanf(Str $filename --> Math::Libgsl::Histogram)
This function reads formatted data from a file. The histogram must be preallocated with the correct length since the C library function uses the size of the current object to determine how many numbers to read. This method returns **self**, to allow method chaining.
## Math::Libgsl::Histogram::PDF
### new(UInt $size!, Math::Libgsl::Histogram $h!)
### new(UInt :$size!, Math::Libgsl::Histogram :$h!)
The constructor accepts two simple or named arguments: the probability distribution function size, or number of bins, and the histogram. The histogram must not contain negative values, because a probability distribution cannot contain negative values.
### sample(Num() $r --> Num)
This method uses **$r**, a uniform random number between zero and one, to compute a single random sample from the probability distribution object.
## Math::Libgsl::Histogram2D
### new(UInt $nx!, UInt $ny!)
### new(UInt :$nx!, UInt :$ny!)
The constructor accepts two simple or named arguments: the number of bins in the x direction **$nx** and the number of bins in the y direction **$ny**.
### set-ranges(:@xranges where \*.elems == self.nx + 1, :@yranges where \*.elems == self.ny + 1 --> Math::Libgsl::Histogram2D)
This method sets the ranges of the current histogram using the arrays **@xrange** and **@yrange**. This method returns **self**, to allow method chaining.
### set-uniform(Num() $xmin, Num() $xmax where \* > $xmin, Num() $ymin, Num() $ymax where \* > $ymin --> Math::Libgsl::Histogram2D)
This method sets the ranges of the histogram to cover the ranges **$xmin** to **$xmax** and **$ymin** to **$ymax** uniformly. This method returns **self**, to allow method chaining.
### increment(Num() $x, Num() $y --> Math::Libgsl::Histogram2D)
This method updates the histogram by adding one (1.0) to the bin whose x and y ranges contain the coordinates **($x, $y)**. This method returns **self**, to allow method chaining.
### accumulate(Num() $x, Num() $y, Num() $weight --> Math::Libgsl::Histogram2D)
This method updates the histogram by increasing the value of the appropriate bin by the floating-point number **$weight**. This method returns **self**, to allow method chaining.
### get(Int $i, Int $j --> Num)
This method returns the content of the (i, j)-th bin of the histogram.
### get-xrange(Int $i --> List)
### get-yrange(Int $i --> List)
This method finds the upper and lower range limits of the i-th and j-th bin in the x and y directions of the histogram and returns them as a two-value list.
### xmax(--> Num)
### xmin(--> Num)
### nx(--> UInt)
### ymax(--> Num)
### ymin(--> Num)
### ny(--> UInt)
These methods return the maximum upper and minimum lower range limits and the number of bins of the histogram.
### reset()
This method resets all the bins in the histogram to zero.
### find(Num() $x, Num() $y --> List)
This method returns the index of the bin which covers the coordinate **($x, $y)** in the histogram.
### copy(Math::Libgsl::Histogram2D $src where { $src.nx == self.nx && $src.ny == self.ny } --> Math::Libgsl::Histogram2D)
This method copies the histogram **$src** into the current object. This method returns **self**, to allow method chaining.
### clone(--> Math::Libgsl::Histogram2D)
This method returns a newly created histogram which is an exact copy of the current histogram.
### max-val(--> Num)
This method returns the maximum value contained in the histogram bins.
### max-bin(--> List)
This method returns the indexes of the bin containing the maximum value.
### min-val(--> Num)
This method returns the minimum value contained in the histogram bins.
### min-bin(--> List)
This method returns the indexes of the bin containing the minimum value.
### xmean(--> Num)
This method returns the mean of the histogrammed x variable, where the histogram is regarded as a probability distribution.
### ymean(--> Num)
This method returns the mean of the histogrammed y variable, where the histogram is regarded as a probability distribution.
### xsigma(--> Num)
This method returns the standard deviation of the histogrammed x variable, where the histogram is regarded as a probability distribution.
### ysigma(--> Num)
This method returns the standard deviation of the histogrammed y variable, where the histogram is regarded as a probability distribution.
### cov(--> Num)
This method returns the covariance of the histogrammed x and y variables, where the histogram is regarded as a probability distribution.
### sum(--> Num)
This method returns the sum of all bin values.
### equal(Math::Libgsl::Histogram2D $h2 --> Bool)
This method returns True if the all of the individual bin ranges of the two histograms are identical, and False otherwise.
### add(Math::Libgsl::Histogram2D $h2 --> Math::Libgsl::Histogram2D)
This method adds the contents of the bins in histogram h2 to the corresponding bins of the current histogram. The two histograms must have the same number of bins and the same ranges. This method returns **self**, to allow method chaining.
### sub(Math::Libgsl::Histogram2D $h2 --> Math::Libgsl::Histogram2D)
This method subtracts the contents of the bins in histogram h2 from the corresponding bins of the current histogram. The two histograms must have the same number of bins and the same ranges. This method returns **self**, to allow method chaining.
### mul(Math::Libgsl::Histogram2D $h2 --> Math::Libgsl::Histogram2D)
This method multiplies the contents of the bins in histogram h2 by the corresponding bins of the current histogram. The two histograms must have the same number of bins and the same ranges. This method returns **self**, to allow method chaining.
### div(Math::Libgsl::Histogram2D $h2 --> Math::Libgsl::Histogram2D)
This method divides the contents of the bins in histogram h2 by the corresponding bins of the current histogram. The two histograms must have the same number of bins and the same ranges. This method returns **self**, to allow method chaining.
### scale(Num() $scale --> Math::Libgsl::Histogram2D)
This method multiplies the contents of the bins of the current histogram by **$scale**. This method returns **self**, to allow method chaining.
### shift(Num() $offset --> Math::Libgsl::Histogram2D)
This method shifts the contents of the bins of the current histogram by **$offset**. This method returns **self**, to allow method chaining.
### write(Str $filename --> Math::Libgsl::Histogram2D)
This method writes the ranges and bins of the current histogram to a file in binary format. This method returns **self**, to allow method chaining.
### read(Str $filename --> Math::Libgsl::Histogram2D)
This method reads the ranges and bins of the current histogram from a file in binary format. This method returns **self**, to allow method chaining.
### printf(Str $filename, Str $range-format, Str $bin-format --> Math::Libgsl::Histogram2D)
This function writes the ranges and bins of the current histogram line-by-line to a file using the format specifiers **$range-format** and **$bin-format**. This method returns **self**, to allow method chaining.
### scanf(Str $filename --> Math::Libgsl::Histogram2D)
This function reads formatted data from a file. The histogram must be preallocated with the correct length since the C library function uses the size of the current object to determine how many numbers to read. This method returns **self**, to allow method chaining.
## Math::Libgsl::Histogram2D::PDF
### new(UInt $nx!, UInt $ny!, Math::Libgsl::Histogram2D $h!)
### new(UInt :$nx!, UInt :$ny!, Math::Libgsl::Histogram2D :$h!)
The constructor accepts three simple or named arguments: the probability distribution function x and y number of bins, and the histogram. The histogram must not contain negative values, because a probability distribution cannot contain negative values.
### sample(Num() $r1, Num() $r2 --> List)
This method uses two uniform random numbers between zero and one, **$r1** and **$r2**, to compute a single random sample from the two-dimensional probability distribution.
# C Library Documentation
For more details on libgsl see <https://www.gnu.org/software/gsl/>. The excellent C Library manual is available here <https://www.gnu.org/software/gsl/doc/html/index.html>, or here <https://www.gnu.org/software/gsl/doc/latex/gsl-ref.pdf> in PDF format.
# Prerequisites
This module requires the libgsl library to be installed. Please follow the instructions below based on your platform:
## Debian Linux and Ubuntu 20.04
```
sudo apt install libgsl23 libgsl-dev libgslcblas0
```
That command will install libgslcblas0 as well, since it's used by the GSL.
## Ubuntu 18.04
libgsl23 and libgslcblas0 have a missing symbol on Ubuntu 18.04. I solved the issue installing the Debian Buster version of those three libraries:
* <http://http.us.debian.org/debian/pool/main/g/gsl/libgslcblas0_2.5+dfsg-6_amd64.deb>
* <http://http.us.debian.org/debian/pool/main/g/gsl/libgsl23_2.5+dfsg-6_amd64.deb>
* <http://http.us.debian.org/debian/pool/main/g/gsl/libgsl-dev_2.5+dfsg-6_amd64.deb>
# Installation
To install it using zef (a module management tool):
```
$ zef install Math::Libgsl::Histogram
```
# AUTHOR
Fernando Santagata [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2020 Fernando Santagata
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_cpan-TYIL-Log-JSON.md
## class Log::JSON
A simple implementation of Log.
### has Positional @!outputs
An array of hashes. Each has must have a handle key, with an IO::Handle to print messages to. A level key with an integer to signify a Log::Level is also required.
### has Supplier $!messages
A supplier to emit messages to.
### has Bool:D $.pretty
Set to true to pretty-print the JSON.
### multi method emergency
```
multi method emergency(
Str:D $message,
*%meta
) returns Mu
```
Send an emergency message.
## class Str:D $message
The message to print.
## class \*%meta
Any additional fields of metadata to include.
### multi method emergency
```
multi method emergency(
Str:D $format,
*@args,
*%meta
) returns Mu
```
Send a formatted emergency message.
## class Str:D $format
A printf-style format string.
## class \*@args
Arguments to substitute into the format string placeholders.
## class \*%meta
Any additional fields of metadata to include.
### multi method alert
```
multi method alert(
Str:D $message,
*%meta
) returns Mu
```
Send an alert message.
## class Str:D $message
The message to print.
## class \*%meta
Any additional fields of metadata to include.
### multi method alert
```
multi method alert(
Str:D $format,
*@args,
*%meta
) returns Mu
```
Send a formatted alert message.
## class Str:D $format
A printf-style format string.
## class \*@args
Arguments to substitute into the format string placeholders.
## class \*%meta
Any additional fields of metadata to include.
### multi method critical
```
multi method critical(
Str:D $message,
*%meta
) returns Mu
```
Send a critical message.
## class Str:D $message
The message to print.
## class \*%meta
Any additional fields of metadata to include.
### multi method critical
```
multi method critical(
Str:D $format,
*@args,
*%meta
) returns Mu
```
Send a formatted critical message.
## class Str:D $format
A printf-style format string.
## class \*@args
Arguments to substitute into the format string placeholders.
## class \*%meta
Any additional fields of metadata to include.
### multi method error
```
multi method error(
Str:D $message,
*%meta
) returns Mu
```
Send an error message.
## class Str:D $message
The message to print.
## class \*%meta
Any additional fields of metadata to include.
### multi method error
```
multi method error(
Str:D $format,
*@args,
*%meta
) returns Mu
```
Send a formatted error message.
## class Str:D $format
A printf-style format string.
## class \*@args
Arguments to substitute into the format string placeholders.
## class \*%meta
Any additional fields of metadata to include.
### multi method warning
```
multi method warning(
Str:D $message,
*%meta
) returns Mu
```
Send a warning message.
## class Str:D $message
The message to print.
## class \*%meta
Any additional fields of metadata to include.
### multi method warning
```
multi method warning(
Str:D $format,
*@args,
*%meta
) returns Mu
```
Send a formatted warning message.
## class Str:D $format
A printf-style format string.
## class \*@args
Arguments to substitute into the format string placeholders.
## class \*%meta
Any additional fields of metadata to include.
### multi method notice
```
multi method notice(
Str:D $message,
*%meta
) returns Mu
```
Send a notice message. This is the "normal" level to publish log entries on.
## class Str:D $message
The message to print.
## class \*%meta
Any additional fields of metadata to include.
### multi method notice
```
multi method notice(
Str:D $format,
*@args,
*%meta
) returns Mu
```
Send a formatted notice message. This is the "normal" level to publish log entries on.
## class Str:D $format
A printf-style format string.
## class \*@args
Arguments to substitute into the format string placeholders.
## class \*%meta
Any additional fields of metadata to include.
### multi method info
```
multi method info(
Str:D $message,
*%meta
) returns Mu
```
Send an informational message.
## class Str:D $message
The message to print.
## class \*%meta
Any additional fields of metadata to include.
### multi method info
```
multi method info(
Str:D $format,
*@args,
*%meta
) returns Mu
```
Send a formatted informational message.
## class Str:D $format
The printf-style format string.
## class \*@args
Arguments to substitute into the format string placeholders.
## class \*%meta
Any additional fields of metadata to include.
### multi method debug
```
multi method debug(
Str:D $message,
*%meta
) returns Mu
```
Send a debug message.
## class Str:D $message
The message to print.
## class \*%meta
Any additional fields of metadata to include.
### multi method debug
```
multi method debug(
Str:D $format,
*@args,
*%meta
) returns Mu
```
Send a formatted debug message.
## class Str:D $format
A printf-style format string.
## class \*@args
Arguments to substitute into the format string placeholders.
## class \*%meta
Any additional fields of metadata to include.
### multi method add-output
```
multi method add-output(
IO::Handle:D $handle,
$level where { ... },
Callable :$filter
) returns Mu
```
Add an output to the logger.
## class IO::Handle:D $handle
The IO::Handle to write log messages to.
## class $level where { ... }
The log level for this particular stream.
## class Callable :$filter
A filter function to apply to any messages sent to the output.
### method callee
```
method callee(
Int:D $depth = 3
) returns Str
```
Convenience method to get the callee name. This is the package name if one exists, or the source file name.
## class Int:D $depth = 3
The depth of which to get the callframe.
### method message
```
method message(
Str:D $level,
Str:D $message,
*%meta
) returns Str
```
Convenience method for formatting the message as desired.
## class Str:D $level
A human readable identifier for the level.
## class Str:D $message
The original message to be logged.
## class \*%meta
Any additional fields for metadata on the log message.
# NAME
Log::JSON
# VERSION
0.1.0
# AUTHOR
Patrick Spek [[email protected]](mailto:[email protected])
# LICENSE
Copyright © 2020
This program is free software: you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation, version 3.
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details.
You should have received a copy of the GNU Lesser General Public License along with this program. If not, see <http://www.gnu.org/licenses/>.
|
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 1 of 13
[[Raku PDF Project]](https://pdf-raku.github.io)
/ [PDF::ISO\_32000\_2](https://pdf-raku.github.io/PDF-ISO_32000_2-raku)
# PDF-ISO\_32000\_2-raku
The PDF 32000-2:2020 2.0 Specification contains around 440 tables, of which about 300 can be considered data or object definitions.
This module has been used to extract and generate the roles and classes from the PDF specification.
PDF::Class currently uses [PDF::ISO\_32000](https://pdf-raku.github.io/PDF-ISO_32000-raku), based on the PDF 32000-1:2008 1.7, but may potentially be upgraded
to use this module, implementing the PDF 2.0 standard.
This module contains:
* [JSON tables](https://github.com/pdf-raku/PDF-ISO_32000_2-raku/blob/master/resources/) extracted from the above
* [generated interface roles](https://github.com/pdf-raku/PDF-ISO_32000_2-raku/blob/master/lib/ISO_32000_2) for building and validating PDF objects
* scripts and Makefiles for regenerating the XML tables and roles
## Tables
Data is available for all of the tables in the PDF-32000-2 2.0 specification:
```
use PDF::ISO_32000_2;
# Load data about the Document Information dictionary
my %info = PDF::ISO_32000_2.table: "Table_349-Entries_in_the_document_information_dictionary";
# -OR- by table number
%info = PDF::ISO_32000_2.[349];
say %info<caption>; # Table 349 – Entries in the document information dictionary
say %info<head>.join(" | "); # Key | Type | Value
say %info<rows>[0].join(" | "); # Title | text string | (Optional; PDF 1.1) The document’s title.
```
The `table-index` method returns a list that maps table numbers to table names:
```
say PDF::ISO_32000_2.table-index[349] # Table 349 - Info_entries
```
The `appendix` method returns a hash index into the Appendix:
```
my $stream-ops = PDF::ISO_32000_2.appendix<A.1>;
say $stream-ops, # PDF_content_stream_operators
say PDF::ISO_32000_2.table($stream-ops)<caption>; # Table A.1 – PDF content stream operators
```
## Roles
Roles are available for tables named `*_entries`, or `*_attributes`.
```
% p6doc ISO_32000_2:Table_349-Entries_in_the_document_information_dictionary
% p6doc ISO_32000_2:Table_28-Entries_in_the_catalog_dictionary
```
The roles also contain [method stubs](https://docs.raku.org/language/objects#Stubs) for the entries that need to be implemented for the role. For example:
```
% cat << EOF > lib/Catalog.rakumod
use ISO_32000_2::Table_28-Entries_in_the_catalog_dictionary;
unit class Catalog does ISO_32000_2::Table_28-Entries_in_the_catalog_dictionary;
EOF
% raku -I . -M Catalog
===SORRY!=== Error while compiling lib/Catalog.rakumod (Catalog)
Method 'SpiderInfo' must be implemented by Catalog because it is required by roles: ISO_32000_2::Table_28-Entries_in_the_catalog_dictionary.
at lib/Catalog.rakumod (Catalog):1
```
### Building this module
Note that the `META6.json` and `README.md` are generated. Any edits
the these files should be made to the sources `src/META6.in` and `src/README.in`, before building.
To rebuild the roles, resources, README.md and META6.json:
```
$ make clean
$ make
$ make test
```
Or to fully rebuild the module type `$ make realclean`. This will refetch specification and rebuild the the XML extract `gen/PDF-ISO_32000_2.xml`. This will take some time. At least `2Gb` of available memory is recommended. The `wget` utility
and network access are also required.
* This module has been developed on Linux using `GNU Make`
## ISO 32000 Roles
The following interface roles have been mined from the ISO-32000-2 specification
### Roles and Entries
| ISO\_32000\_2 Reference | Entries |
| --- | --- |
| [Table F.1 — Entries in the linearization parameter dictionary](lib/ISO_32000_2/Table_F1-Entries_in_the_linearization_parameter_dictionary.rakumod) | /Linearized /L /H /O /E /N /T /P |
| [Table 5 — Entries common to all stream dictionaries](lib/ISO_32000_2/Table_5-Entries_common_to_all_stream_dictionaries.rakumod) | /Length /Filter /DecodeParms /F /FFilter /FDecodeParms /DL |
| [Table 8 — Optional parameters for LZWDecode and FlateDecode filters](lib/ISO_32000_2/Table_8-Optional_parameters_for_LZWDecode_and_FlateDecode_filters.rakumod) | /Predictor /Colors /BitsPerComponent /Columns /EarlyChange |
| [Table 11 – Optional parameters for the CCITTFaxDecode filter](lib/ISO_32000_2/Table_11-Optional_parameters_for_the_CCITTFaxDecode_filter.rakumod) | /K /EndOfLine /EncodedByteAlign /Columns /Rows /EndOfBlock /BlackIs1 /DamagedRowsBeforeError |
| [Table 12 — Optional parameter for the JBIG2Decode filter](lib/ISO_32000_2/Table_12-Optional_parameter_for_the_JBIG2Decode_filter.rakumod) | /JBIG2Globals |
| [Table 13 – Optional parameter for the DCTDecode filter](lib/ISO_32000_2/Table_13-Optional_parameter_for_the_DCTDecode_filter.rakumod) | /ColorTransform |
| [Table 14 — Optional parameters for Crypt filters](lib/ISO_32000_2/Table_14-Optional_parameters_for_Crypt_filters.rakumod) | /Type /Name |
| [Table 15 — Entries in the file trailer dictionary](lib/ISO_32000_2/Table_15-Entries_in_the_file_trailer_dictionary.rakumod) | /Size /Prev /Root /Encrypt /Info /ID |
| [Table 16 — Additional entries specific to an object stream dictionary](lib/ISO_32000_2/Table_16-Additional_entries_specific_to_an_object_stream_dictionary.rakumod) | /Type /N /First /Extends |
| [Table 17 — Additional entries specific to a cross-reference stream dictionary](lib/ISO_32000_2/Table_17-Additional_entries_specific_to_a_cross-reference_stream_dictionary.rakumod) | /Type /Size /Index /Prev /W |
| [Table 19 — Additional entries in a hybrid-reference file’s trailer dictionary](lib/ISO_32000_2/Table_19-Additional_entries_in_a_hybrid-reference_files_trailer_dictionary.rakumod) | /XRefStm |
| [Table 20 — Entries common to all encryption dictionaries](lib/ISO_32000_2/Table_20-Entries_common_to_all_encryption_dictionaries.rakumod) | /Filter /SubFilter /V /Length /CF /StmF /StrF /EFF |
| [Table 21 — Additional encryption dictionary entries for the standard security handler](lib/ISO_32000_2/Table_21-Additional_encryption_dictionary_entries_for_the_standard_security_handler.rakumod) | /R /O /U /OE /UE /P /Perms /EncryptMetadata |
| [Table 23 — Additional encryption dictionary entries for public-key security handlers](lib/ISO_32000_2/Table_23-Additional_encryption_dictionary_entries_for_public-key_security_handlers.rakumod) | /Recipients |
| [Table 25 — Entries common to all crypt filter dictionaries](lib/ISO_32000_2/Table_25-Entries_common_to_all_crypt_filter_dictionaries.rakumod) | /Type /CFM /AuthEvent /Length |
| [Table 27 — Additional crypt filter dictionary entries for public-key security handlers](lib/ISO_32000_2/Table_27-Additional_crypt_filter_dictionary_entries_for_public-key_security_handlers.rakumod) | /Recipients /EncryptMetadata |
| [Table 28 — Entries in an encrypted payload dictionary](lib/ISO_32000_2/Table_28-Entries_in_an_encrypted_payload_dictionary.rakumod) | /Type /Subtype /Version |
| [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) | /Type /Version /Extensions /Pages /PageLabels /Names /Dests /ViewerPreferences /PageLayout /PageMode /Outlines /Threads /OpenAction /AA /URI /AcroForm /Metadata /StructTreeRoot /MarkInfo /Lang /SpiderInfo /OutputIntents /PieceInfo /OCProperties /Perms /Legal /Requirements /Collection /NeedsRendering /DSS /AF /DPartRoot |
| [Table 30 — Required entries in a page tree node](lib/ISO_32000_2/Table_30-Required_entries_in_a_page_tree_node.rakumod) | /Type /Parent /Kids /Count |
| [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) | /Type /Parent /LastModified /Resources /MediaBox /CropBox /BleedBox /TrimBox /ArtBox /BoxColorInfo /Contents /Rotate /Group /Thumb /B /Dur /Trans /Annots /AA /Metadata /PieceInfo /StructParents /ID /PZ /SeparationInfo /Tabs /TemplateInstantiated /PresSteps /UserUnit /VP /AF /OutputIntents /DPart |
| [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) | /Dests /AP /JavaScript /Pages /Templates /IDS /URLS /EmbeddedFiles /AlternatePresentations /Renditions |
| [Table 34 — Entries in a resource dictionary](lib/ISO_32000_2/Table_34-Entries_in_a_resource_dictionary.rakumod) | /ExtGState /ColorSpace /Pattern /Shading /XObject /Font /ProcSet /Properties |
| [Table 36 — Entries in a name tree node dictionary](lib/ISO_32000_2/Table_36-Entries_in_a_name_tree_node_dictionary.rakumod) | /Kids /Names /Limits |
| [Table 37 — Entries in a number tree node dictionary](lib/ISO_32000_2/Table_37-Entries_in_a_number_tree_node_dictionary.rakumod) | /Kids /Nums /Limits |
| [Table 38 — Entries common to all function dictionaries](lib/ISO_32000_2/Table_38-Entries_common_to_all_function_dictionaries.rakumod) | /FunctionType /Domain /Range |
| [Table 39 — Additional entries specific to a Type 0 function dictionary](lib/ISO_32000_2/Table_39-Additional_entries_specific_to_a_Type_0_function_dictionary.rakumod) | /Size /BitsPerSample /Order /Encode /Decode |
| [Table 40 — Additional entries specific to a Type 2 function dictionary](lib/ISO_32000_2/Table_40-Additional_entries_specific_to_a_Type_2_function_dictionary.rakumod) | /C0 /C1 /N |
| [Table 41 — Additional entries specific to a Type 3 function dictionary](lib/ISO_32000_2/Table_41-Additional_entries_specific_to_a_Type_3_function_dictionary.rakumod) | /Functions /Bounds /Encode |
| [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) | /Type /FS /F /UF /DOS /Mac /Unix /ID /V /EF /RF /Desc /CI /Thumb /EP /AFRelationship |
| [Table 44 — Additional entries in an embedded file stream dictionary](lib/ISO_32000_2/Table_44-Additional_entries_in_an_embedded_file_stream_dictionary.rakumod) | /Type /Subtype /Params |
| [Table 45 — Entries in an embedded file parameter dictionary](lib/ISO_32000_2/Table_45-Entries_in_an_embedded_file_parameter_dictionary.rakumod) | /Size /CreationDate /ModDate /Mac /CheckSum |
| [Table 46 — Entries in a collection item dictionary](lib/ISO_32000_2/Table_46-Entries_in_a_collection_item_dictionary.rakumod) | /Type |
| [Table 47 — Entries in a collection subitem dictionary](lib/ISO_32000_2/Table_47-Entries_in_a_collection_subitem_dictionary.rakumod) | /Type /D /P |
| [Table 48 — Entries in an extensions dictionary](lib/ISO_32000_2/Table_48-Entries_in_an_extensions_dictionary.rakumod) | /Type /PrefixName |
| [Table 49 — Entries in a developer extensions dictionary](lib/ISO_32000_2/Table_49-Entries_in_a_developer_extensions_dictionary.rakumod) | /Type /BaseVersion /ExtensionLevel /URL /ExtensionRevision |
| [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) | /CTM /clippingPath /colorSpace /color /textState /lineWidth /lineCap /lineJoin /miterLimit /dashPattern /renderingIntent /strokeAdjustment /blendMode /softMask /alphaConstant /alphaSource /blackPointCompensation |
| [Table 52 — Device-dependent graphics state parameters](lib/ISO_32000_2/Table_52-Device-dependent_graphics_state_parameters.rakumod) | /overprint /overprintMode /blackGeneration /undercolorRemoval /transfer /halftone /flatness /smoothness |
| [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) | /Type /LW /LC /LJ /ML /D /RI /OP /op /OPM /Font /BG /BG2 /UCR /UCR2 /TR /TR2 /HT /FL /SM /SA /BM /SMask /CA /ca /AIS /TK /UseBlackPtComp /HTO |
| [Table 62 — Entries in a CalGray colour space dictionary](lib/ISO_32000_2/Table_62-Entries_in_a_CalGray_colour_space_dictionary.rakumod) | /WhitePoint /BlackPoint /Gamma |
| [Table 63 — Entries in a CalRGB colour space dictionary](lib/ISO_32000_2/Table_63-Entries_in_a_CalRGB_colour_space_dictionary.rakumod) | /WhitePoint /BlackPoint /Gamma /Matrix |
| [Table 64 — Entries in a Lab colour space dictionary](lib/ISO_32000_2/Table_64-Entries_in_a_Lab_colour_space_dictionary.rakumod) | /WhitePoint /BlackPoint /Range |
| [Table 65 — Additional entries specific to an ICC profile stream dictionary](lib/ISO_32000_2/Table_65-Additional_entries_specific_to_an_ICC_profile_stream_dictionary.rakumod) | /N /Alternate /Range /Metadata |
| [Table 70 — Entries in a DeviceN colour space attributes dictionary](lib/ISO_32000_2/Table_70-Entries_in_a_DeviceN_colour_space_attributes_dictionary.rakumod) | /Subtype /Colorants /Process /MixingHints |
| [Table 71 — Entries in a DeviceN process dictionary](lib/ISO_32000_2/Table_71-Entries_in_a_DeviceN_process_dictionary.rakumod) | /ColorSpace /Components |
| [Table 72 — Entries in a DeviceN mixing hints dictionary](lib/ISO_32000_2/Table_72-Entries_in_a_DeviceN_mixing_hints_dictionary.rakumod) | /Solidities /PrintingOrder /DotGain |
| [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) | /Type /PatternType /PaintType /TilingType /BBox /XStep /YStep /Resources /Matrix |
| [Table 75 — Entries in a Type 2 pattern dictionary](lib/ISO_32000_2/Table_75-Entries_in_a_Type_2_pattern_dictionary.rakumod) | /Type /PatternType /Shading /Matrix /ExtGState |
| [Table 77 — Entries common to all shading dictionaries](lib/ISO_32000_2/Table_77-Entries_common_to_all_shading_dictionaries.rakumod) | /ShadingType /ColorSpace /Background /BBox /AntiAlias |
| [Table 78 — Additional entries specific to a Type 1 shading dictionary](lib/ISO_32000_2/Table_78-Additional_entries_specific_to_a_Type_1_shading_dictionary.rakumod) | /Domain /Matrix /Function |
| [Table 79 — Additional entries specific to a Type 2 shading dictionary](lib/ISO_32000_2/Table_79-Additional_entries_specific_to_a_Type_2_shading_dictionary.rakumod) | /Coords /Domain /Function /Extend |
| [Table 80 — Additional entries specific to a Type 3 shading dictionary](lib/ISO_32000_2/Table_80-Additional_entries_specific_to_a_Type_3_shading_dictionary.rakumod) | /Coords /Domain /Function /Extend |
| [Table 81 — Additional entries specific to a Type 4 shading dictionary](lib/ISO_32000_2/Table_81-Additional_entries_specific_to_a_Type_4_shading_dictionary.rakumod) | /BitsPerCoordinate /BitsPerComponent /BitsPerFlag /Decode /Function |
| [Table 82 — Additional entries specific to a Type 5 shading dictionary](lib/ISO_32000_2/Table_82-Additional_entries_specific_to_a_Type_5_shading_dictionary.rakumod) | /BitsPerCoordinate /BitsPerComponent /VerticesPerRow /Decode /Function |
| [Table 83 — Additional entries specific to a Type 6 shading dictionary](lib/ISO_32000_2/Table_83-Additional_entries_specific_to_a_Type_6_shading_dictionary.rakumod) | /BitsPerCoordinate /BitsPerComponent /BitsPerFlag /Decode /Function |
| [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) | /Type /Subtype /Width /Height /ColorSpace /BitsPerComponent /Intent /ImageMask /Mask /Decode /Interpolate /Alternates /SMask /SMaskInData /Name /StructParent /ID /OPI /Metadata /OC /AF /Measure /PtData |
| [Table 89 — Entries in an alternate image dictionary](lib/ISO_32000_2/Table_89-Entries_in_an_alternate_image_dictionary.rakumod) | /Image /DefaultForPrinting /OC |
| [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) | /Type /Subtype /FormType /BBox /Matrix /Resources /Group /Ref /Metadata /PieceInfo /LastModified /StructParent /StructParents /OPI /OC /Name /AF /Measure /PtData |
| [Table 94 — Entries common to all group attributes dictionaries](lib/ISO_32000_2/Table_94-Entries_common_to_all_group_attributes_dictionaries.rakumod) | /Type /S |
| [Table 95 — Entries in a reference dictionary](lib/ISO_32000_2/Table_95-Entries_in_a_reference_dictionary.rakumod) | /F /Page /ID |
| [Table 96 — Entries in an optional content group dictionary](lib/ISO_32000_2/Table_96-Entries_in_an_optional_content_group_dictionary.rakumod) | /Type /Name /Intent /Usage |
| [Table 97 — Entries in an optional content membership dictionary](lib/ISO_32000_2/Table_97-Entries_in_an_optional_content_membership_dictionary.rakumod) | /Type /OCGs /P /VE |
| [Table 98 — Entries in the optional content properties dictionary](lib/ISO_32000_2/Table_98-Entries_in_the_optional_content_properties_dictionary.rakumod) | /OCGs /D /Configs |
| [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) | /Name /Creator /BaseState /ON /OFF /Intent /AS /Order /ListMode /RBGroups /Locked |
| [Table 100 — Entries in an optional content usage dictionary](lib/ISO_32000_2/Table_100-Entries_in_an_optional_content_usage_dictionary.rakumod) | /CreatorInfo /Language /Export /Zoom /Print /View /User /PageElement |
| [Table 101 — Entries in a usage application dictionary](lib/ISO_32000_2/Table_101-Entries_in_a_usage_application_dictionary.rakumod) | /Event /OCGs /Category |
| [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) | /Type /Subtype /Name /BaseFont /FirstChar /LastChar /Widths /FontDescriptor /Encoding /ToUnicode |
| [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) | /Type /Subtype /Name /FontBBox /FontMatrix /CharProcs /Encoding /FirstChar /LastChar /Widths /FontDescriptor /Resources /ToUnicode |
| [Table 112 — Entries in an encoding dictionary](lib/ISO_32000_2/Table_112-Entries_in_an_encoding_dictionary.rakumod) | /Type /BaseEncoding /Differences |
| [Table 114 — Entries in a CIDSystemInfo dictionary](lib/ISO_32000_2/Table_114-Entries_in_a_CIDSystemInfo_dictionary.rakumod) | /Registry /Ordering /Supplement |
| [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) | /Type /Subtype /BaseFont /CIDSystemInfo /FontDescriptor /DW /W /DW2 /W2 /CIDToGIDMap |
| [Table 118 — Additional entries in a CMap stream dictionary](lib/ISO_32000_2/Table_118-Additional_entries_in_a_CMap_stream_dictionary.rakumod) | /Type /CMapName /CIDSystemInfo /WMode /UseCMap |
| [Table 119 — Entries in a Type 0 font dictionary](lib/ISO_32000_2/Table_119-Entries_in_a_Type_0_font_dictionary.rakumod) | /Type /Subtype /BaseFont /Encoding /DescendantFonts /ToUnicode |
| [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) | /Type /FontName /FontFamily /FontStretch /FontWeight /Flags /FontBBox /ItalicAngle /Ascent /Descent /Leading /CapHeight /XHeight /StemV /StemH /AvgWidth /MaxWidth /MissingWidth /FontFile /FontFile2 /FontFile3 /CharSet |
| [Table 122 — Additional font descriptor entries for CIDFonts](lib/ISO_32000_2/Table_122-Additional_font_descriptor_entries_for_CIDFonts.rakumod) | /Style /Lang /FD /CIDSet |
| [Table 124 — Embedded font organisation for various font types](lib/ISO_32000_2/Table_124-Embedded_font_organisation_for_various_font_types.rakumod) | /FontFile /FontFile2 /FontFile3 |
| [Table 125 — Additional entries in an embedded font stream dictionary](lib/ISO_32000_2/Table_125-Additional_entries_in_an_embedded_font_stream_dictionary.rakumod) | /Length1 /Length2 /Length3 /Subtype |
| [Table 128 — Entries in a Type 1 halftone dictionary](lib/ISO_32000_2/Table_128-Entries_in_a_Type_1_halftone_dictionary.rakumod) | /Type /HalftoneType /HalftoneName /Frequency /Angle /SpotFunction /AccurateScreens /TransferFunction |
| [Table 129 — Additional entries specific to a Type 6 halftone dictionary](lib/ISO_32000_2/Table_129-Additional_entries_specific_to_a_Type_6_halftone_dictionary.rakumod) | /Type /HalftoneType /HalftoneName /Width /Height /TransferFunction |
| [Table 130 — Additional entries specific to a Type 10 halftone dictionary](lib/ISO_32000_2/Table_130-Additional_entries_specific_to_a_Type_10_halftone_dictionary.rakumod) | /Type /HalftoneType /HalftoneName /Xsquare /Ysquare /TransferFunction |
| [Table 131 — Additional entries specific to a Type 16 halftone dictionary](lib/ISO_32000_2/Table_131-Additional_entries_specific_to_a_Type_16_halftone_dictionary.rakumod) | /Type /HalftoneType /HalftoneName /Width /Height /Width2 /Height2 /TransferFunction |
| [Table 132 — Entries in a Type 5 halftone dictionary](lib/ISO_32000_2/Table_132-Entries_in_a_Type_5_halftone_dictionary.rakumod) | /Type /HalftoneType /HalftoneName /Default |
| [Table 142 — Entries in a soft-mask dictionary](lib/ISO_32000_2/Table_142-Entries_in_a_soft-mask_dictionary.rakumod) | /Type /S /G /BC /TR |
| [Table 144 — Additional entry in a soft-mask image dictionary](lib/ISO_32000_2/Table_144-Additional_entry_in_a_soft-mask_image_dictionary.rakumod) | /Matte |
| [Table 145 — Additional entries specific to a transparency group attributes dictionary](lib/ISO_32000_2/Table_145-Additional_entries_specific_to_a_transparency_group_attributes_dictionary.rakumod) | /S /CS /I /K |
| [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) | /HideToolbar /HideMenubar /HideWindowUI /FitWindow /CenterWindow /DisplayDocTitle /NonFullScreenPageMode /Direction /ViewArea /ViewClip /PrintArea /PrintClip /PrintScaling /Duplex /PickTrayByPDFSize /PrintPageRange /NumCopies /Enforce |
| [Table 150 — Entries in the outline dictionary](lib/ISO_32000_2/Table_150-Entries_in_the_outline_dictionary.rakumod) | /Type /First /Last /Count |
| [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) | /Title /Parent /Prev /Next /First /Last /Count /Dest /A /SE /C /F |
| [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) | /Type /Schema /D /View /Navigator /Colors /Sort /Folders /Split |
| [Table 154 — Entries in a collection schema dictionary](lib/ISO_32000_2/Table_154-Entries_in_a_collection_schema_dictionary.rakumod) | /Type |
| [Table 155 — Entries in a collection field dictionary](lib/ISO_32000_2/Table_155-Entries_in_a_collection_field_dictionary.rakumod) | /Type /Subtype /N /O /V /E |
| [Table 156 — Entries in a collection sort dictionary](lib/ISO_32000_2/Table_156-Entries_in_a_collection_sort_dictionary.rakumod) | /Type /S /A |
| [Table 157 — Entries in a collection colors dictionary](lib/ISO_32000_2/Table_157-Entries_in_a_collection_colors_dictionary.rakumod) | /Type /Background /CardBackground /CardBorder /PrimaryText /SecondaryText |
| [Table 158 — Entries in a collection split dictionary](lib/ISO_32000_2/Table_158-Entries_in_a_collection_split_dictionary.rakumod) | /Type /Direction /Position |
| [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) | /Type /ID /Name /Parent /Child /Next /CI /Desc /CreationDate /ModDate /Thumb /Free |
| [Table 160 — Entries in a navigator dictionary](lib/ISO_32000_2/Table_160-Entries_in_a_navigator_dictionary.rakumod) | /Type /Layout |
| [Table 161 — Entries in a page label dictionary](lib/ISO_32000_2/Table_161-Entries_in_a_page_label_dictionary.rakumod) | /Type /S /P /St |
| [Table 162 — Entries in a thread dictionary](lib/ISO_32000_2/Table_162-Entries_in_a_thread_dictionary.rakumod) | /Type /F /I /Metadata |
| [Table 163 — Entries in a bead dictionary](lib/ISO_32000_2/Table_163-Entries_in_a_bead_dictionary.rakumod) | /Type /T /N /V /P /R |
| [Table 164 — Entries in a transition dictionary](lib/ISO_32000_2/Table_164-Entries_in_a_transition_dictionary.rakumod) | /Type /S /D /Dm /M /Di /SS /B |
| [Table 165 — Entries in a navigation node dictionary](lib/ISO_32000_2/Table_165-Entries_in_a_navigation_node_dictionary.rakumod) | /Type /NA /PA /Next /Prev /Dur |
| [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) | /Type /Subtype /Rect /Contents /P /NM /M /F /AP /AS /Border /C /StructParent /OC /AF /ca /CA /BM /Lang |
| [Table 168 — Entries in a border style dictionary](lib/ISO_32000_2/Table_168-Entries_in_a_border_style_dictionary.rakumod) | /Type /W /S /D |
| [Table 169 — Entries in a border effect dictionary](lib/ISO_32000_2/Table_169-Entries_in_a_border_effect_dictionary.rakumod) | /S /I |
| [Table 170 — Entries in an appearance dictionary](lib/ISO_32000_2/Table_170-Entries_in_an_appearance_dictionary.rakumod) | /N /R /D |
| [Table 172 — Additional entries in an annotation dictionary specific to markup annotations](lib/ISO_32000_2/Table_172-Additional_entries_in_an_annotation_dictionary_specific_to_markup_annotations.rakumod) | /T /Popup /RC /CreationDate /IRT /Subj /RT /IT |
| [Table 173 — Additional entries in markup annotation dictionaries specific to external data](lib/ISO_32000_2/Table_173-Additional_entries_in_markup_annotation_dictionaries_specific_to_external_data.rakumod) | /ExData |
| [Table 175 — Additional entries specific to a text annotation](lib/ISO_32000_2/Table_175-Additional_entries_specific_to_a_text_annotation.rakumod) | /Subtype /Open /Name /State /StateModel |
| [Table 176 — Additional entries specific to a link annotation](lib/ISO_32000_2/Table_176-Additional_entries_specific_to_a_link_annotation.rakumod) | /Subtype /A /Dest /H /PA /QuadPoints /BS |
| [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) | /Subtype /DA /Q /RC /DS /CL /IT /BE /RD /BS /LE |
| [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) | /Subtype /L /BS /LE /IC /LL /LLE /Cap /IT /LLO /CP /Measure /CO |
| [Table 180 — Additional entries specific to a square or circle annotation](lib/ISO_32000_2/Table_180-Additional_entries_specific_to_a_square_or |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 2 of 13
_circle_annotation.rakumod) | /Subtype /BS /IC /BE /RD |
| [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) | /Subtype /Vertices /LE /BS /IC /BE /IT /Measure /Path |
| [Table 182 — Additional entries specific to text markup annotations](lib/ISO_32000_2/Table_182-Additional_entries_specific_to_text_markup_annotations.rakumod) | /Subtype /QuadPoints |
| [Table 183 — Additional entries specific to a caret annotation](lib/ISO_32000_2/Table_183-Additional_entries_specific_to_a_caret_annotation.rakumod) | /Subtype /RD /Sy |
| [Table 184 — Additional entries specific to a rubber stamp annotation](lib/ISO_32000_2/Table_184-Additional_entries_specific_to_a_rubber_stamp_annotation.rakumod) | /Subtype /Name /IT |
| [Table 185 — Additional entries specific to an ink annotation](lib/ISO_32000_2/Table_185-Additional_entries_specific_to_an_ink_annotation.rakumod) | /Subtype /InkList /BS /Path |
| [Table 186 — Additional entries specific to a popup annotation](lib/ISO_32000_2/Table_186-Additional_entries_specific_to_a_popup_annotation.rakumod) | /Subtype /Parent /Open |
| [Table 187 — Additional entries specific to a file attachment annotation](lib/ISO_32000_2/Table_187-Additional_entries_specific_to_a_file_attachment_annotation.rakumod) | /Subtype /FS /Name |
| [Table 188 — Additional entries specific to a sound annotation](lib/ISO_32000_2/Table_188-Additional_entries_specific_to_a_sound_annotation.rakumod) | /Subtype /Sound /Name |
| [Table 189 — Additional entries specific to a movie annotation](lib/ISO_32000_2/Table_189-Additional_entries_specific_to_a_movie_annotation.rakumod) | /Subtype /T /Movie /A |
| [Table 190 — Additional entries specific to a screen annotation](lib/ISO_32000_2/Table_190-Additional_entries_specific_to_a_screen_annotation.rakumod) | /Subtype /T /MK /A /AA |
| [Table 191 — Additional entries specific to a widget annotation](lib/ISO_32000_2/Table_191-Additional_entries_specific_to_a_widget_annotation.rakumod) | /Subtype /H /MK /A /AA /BS /Parent |
| [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) | /R /BC /BG /CA /RC /AC /I /RI /IX /IF /TP |
| [Table 193 — Additional entries specific to a watermark annotation](lib/ISO_32000_2/Table_193-Additional_entries_specific_to_a_watermark_annotation.rakumod) | /Subtype /FixedPrint |
| [Table 194 — Entries in a fixed print dictionary](lib/ISO_32000_2/Table_194-Entries_in_a_fixed_print_dictionary.rakumod) | /Type /Matrix /H /V |
| [Table 195 — Additional entries specific to a redaction annotation](lib/ISO_32000_2/Table_195-Additional_entries_specific_to_a_redaction_annotation.rakumod) | /Subtype /QuadPoints /IC /RO /OverlayText /Repeat /DA /Q |
| [Table 196 — Entries common to all action dictionaries](lib/ISO_32000_2/Table_196-Entries_common_to_all_action_dictionaries.rakumod) | /Type /S /Next |
| [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) | /E /X /D /U /Fo /Bl /PO /PC /PV /PI |
| [Table 198 — Entries in a page object’s additional-actions dictionary](lib/ISO_32000_2/Table_198-Entries_in_a_page_objects_additional-actions_dictionary.rakumod) | /O /C |
| [Table 199 — Entries in a form field’s additional-actions dictionary](lib/ISO_32000_2/Table_199-Entries_in_a_form_fields_additional-actions_dictionary.rakumod) | /K /F /V /C |
| [Table 200 — Entries in the document catalog’s additional-actions dictionary](lib/ISO_32000_2/Table_200-Entries_in_the_document_catalogs_additional-actions_dictionary.rakumod) | /WC /WS /DS /WP /DP |
| [Table 202 — Additional entries specific to a go-to action](lib/ISO_32000_2/Table_202-Additional_entries_specific_to_a_go-to_action.rakumod) | /S /D /SD |
| [Table 203 — Additional entries specific to a remote go-to action](lib/ISO_32000_2/Table_203-Additional_entries_specific_to_a_remote_go-to_action.rakumod) | /S /F /D /SD /NewWindow |
| [Table 204 — Additional entries specific to an embedded go-to action](lib/ISO_32000_2/Table_204-Additional_entries_specific_to_an_embedded_go-to_action.rakumod) | /S /F /D /NewWindow /T |
| [Table 205 — Entries specific to a target dictionary](lib/ISO_32000_2/Table_205-Entries_specific_to_a_target_dictionary.rakumod) | /R /N /P /A /T |
| [Table 206 — Entries in a GoToDp dictionary](lib/ISO_32000_2/Table_206-Entries_in_a_GoToDp_dictionary.rakumod) | /S /Dp |
| [Table 207 — Additional entries specific to a launch action](lib/ISO_32000_2/Table_207-Additional_entries_specific_to_a_launch_action.rakumod) | /S /F /Win /Mac /Unix /NewWindow |
| [Table 208 — Entries in a Microsoft WindowsTM launch parameter dictionary](lib/ISO_32000_2/Table_208-Entries_in_a_Microsoft_WindowsTM_launch_parameter_dictionary.rakumod) | /F /D /O /P |
| [Table 209 — Additional entries specific to a thread action](lib/ISO_32000_2/Table_209-Additional_entries_specific_to_a_thread_action.rakumod) | /S /F /D /B |
| [Table 210 — Additional entries specific to a URI action](lib/ISO_32000_2/Table_210-Additional_entries_specific_to_a_URI_action.rakumod) | /S /URI /IsMap |
| [Table 211 — Entry in a URI dictionary](lib/ISO_32000_2/Table_211-Entry_in_a_URI_dictionary.rakumod) | /Base |
| [Table 212 — Additional entries specific to a sound action](lib/ISO_32000_2/Table_212-Additional_entries_specific_to_a_sound_action.rakumod) | /S /Sound /Volume /Synchronous /Repeat /Mix |
| [Table 213 — Additional entries specific to a movie action](lib/ISO_32000_2/Table_213-Additional_entries_specific_to_a_movie_action.rakumod) | /S /Annotation /T /Operation |
| [Table 214 — Additional entries specific to a hide action](lib/ISO_32000_2/Table_214-Additional_entries_specific_to_a_hide_action.rakumod) | /S /T /H |
| [Table 216 — Additional entries specific to named actions](lib/ISO_32000_2/Table_216-Additional_entries_specific_to_named_actions.rakumod) | /S /N |
| [Table 217 — Additional entries specific to a set-OCG-state action](lib/ISO_32000_2/Table_217-Additional_entries_specific_to_a_set-OCG-state_action.rakumod) | /S /State /PreserveRB |
| [Table 218 — Additional entries specific to a rendition action](lib/ISO_32000_2/Table_218-Additional_entries_specific_to_a_rendition_action.rakumod) | /S /R /AN /OP /JS |
| [Table 219 — Additional entries specific to a transition action](lib/ISO_32000_2/Table_219-Additional_entries_specific_to_a_transition_action.rakumod) | /S /Trans |
| [Table 220 — Additional entries specific to a go-to-3D-view action](lib/ISO_32000_2/Table_220-Additional_entries_specific_to_a_go-to-ThreeD-view_action.rakumod) | /S /TA /V |
| [Table 221 — Additional entries specific to an ECMAScript action](lib/ISO_32000_2/Table_221-Additional_entries_specific_to_an_ECMAScript_action.rakumod) | /S /JS |
| [Table 222 — Additional entries specific to a rich-media-execute action](lib/ISO_32000_2/Table_222-Additional_entries_specific_to_a_rich-media-execute_action.rakumod) | /S /TA /TI /CMD |
| [Table 223 — Entries in a RichMediaCommand dictionary](lib/ISO_32000_2/Table_223-Entries_in_a_RichMediaCommand_dictionary.rakumod) | /Type /C /A |
| [Table 224 — Entries in the interactive form dictionary](lib/ISO_32000_2/Table_224-Entries_in_the_interactive_form_dictionary.rakumod) | /Fields /NeedAppearances /SigFlags /CO /DR /DA /Q /XFA |
| [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) | /FT /Parent /Kids /T /TU /TM /Ff /V /DV /AA |
| [Table 228 — Additional entries common to all fields containing variable text](lib/ISO_32000_2/Table_228-Additional_entries_common_to_all_fields_containing_variable_text.rakumod) | /DA /Q /DS /RV |
| [Table 230 — Additional entry specific to check box and radio button fields](lib/ISO_32000_2/Table_230-Additional_entry_specific_to_check_box_and_radio_button_fields.rakumod) | /Opt |
| [Table 232 — Additional entry specific to a text field](lib/ISO_32000_2/Table_232-Additional_entry_specific_to_a_text_field.rakumod) | /MaxLen |
| [Table 234 — Additional entries specific to a choice field](lib/ISO_32000_2/Table_234-Additional_entries_specific_to_a_choice_field.rakumod) | /Opt /TI /I |
| [Table 235 — Additional entries specific to a signature field](lib/ISO_32000_2/Table_235-Additional_entries_specific_to_a_signature_field.rakumod) | /Lock /SV |
| [Table 236 — Entries in a signature field lock dictionary](lib/ISO_32000_2/Table_236-Entries_in_a_signature_field_lock_dictionary.rakumod) | /Type /Action /Fields /P |
| [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) | /Type /Ff /Filter /SubFilter /DigestMethod /V /Cert /Reasons /MDP /TimeStamp /LegalAttestation /AddRevInfo /LockDocument /AppearanceFilter |
| [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) | /Type /Ff /Subject /SignaturePolicyOID /SignaturePolicyHashValue /SignaturePolicyHashAlgorithm /SignaturePolicyCommitmentType /SubjectDN /KeyUsage /Issuer /OID /URL /URLType |
| [Table 239 — Additional entries specific to a submit-form action](lib/ISO_32000_2/Table_239-Additional_entries_specific_to_a_submit-form_action.rakumod) | /S /F /Fields /Flags /CharSet |
| [Table 241 — Additional entries specific to a reset-form action](lib/ISO_32000_2/Table_241-Additional_entries_specific_to_a_reset-form_action.rakumod) | /S /Fields /Flags |
| [Table 243 — Additional entries specific to an import-data action](lib/ISO_32000_2/Table_243-Additional_entries_specific_to_an_import-data_action.rakumod) | /S /F |
| [Table 244 — Entry in the FDF trailer dictionary](lib/ISO_32000_2/Table_244-Entry_in_the_FDF_trailer_dictionary.rakumod) | /Root |
| [Table 245 — Entries in the FDF catalog dictionary](lib/ISO_32000_2/Table_245-Entries_in_the_FDF_catalog_dictionary.rakumod) | /Version /FDF |
| [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) | /F /ID /Fields /Status /Pages /Encoding /Annots /Differences /Target /EmbeddedFDFs /JavaScript |
| [Table 247 — Additional entry in an embedded file stream dictionary for an encrypted FDF file](lib/ISO_32000_2/Table_247-Additional_entry_in_an_embedded_file_stream_dictionary_for_an_encrypted_FDF_file.rakumod) | /EncryptionRevision |
| [Table 248 — Entries in the ECMAScript dictionary](lib/ISO_32000_2/Table_248-Entries_in_the_ECMAScript_dictionary.rakumod) | /Before /After /AfterPermsReady /Doc |
| [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) | /Kids /T /V /Ff /SetFf /ClrFf /F /SetF /ClrF /AP /APRef /IF /Opt /A /AA /RV |
| [Table 250 — Entries in an icon fit dictionary](lib/ISO_32000_2/Table_250-Entries_in_an_icon_fit_dictionary.rakumod) | /SW /S /A /FB |
| [Table 251 — Entries in an FDF page dictionary](lib/ISO_32000_2/Table_251-Entries_in_an_FDF_page_dictionary.rakumod) | /Templates /Info |
| [Table 252 — Entries in an FDF template dictionary](lib/ISO_32000_2/Table_252-Entries_in_an_FDF_template_dictionary.rakumod) | /TRef /Fields /Rename |
| [Table 253 — Entries in an FDF named page reference dictionary](lib/ISO_32000_2/Table_253-Entries_in_an_FDF_named_page_reference_dictionary.rakumod) | /Name /F |
| [Table 254 — Additional entry for annotation dictionaries in an FDF file](lib/ISO_32000_2/Table_254-Additional_entry_for_annotation_dictionaries_in_an_FDF_file.rakumod) | /Page |
| [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) | /Type /Filter /SubFilter /Contents /Cert /ByteRange /Reference /Changes /Name /M /Location /Reason /ContactInfo /R /V /Prop\_Build /Prop\_AuthTime /Prop\_AuthType |
| [Table 256 — Entries in a signature reference dictionary](lib/ISO_32000_2/Table_256-Entries_in_a_signature_reference_dictionary.rakumod) | /Type /TransformMethod /TransformParams /Data /DigestMethod |
| [Table 257 — Entries in the DocMDP transform parameters dictionary](lib/ISO_32000_2/Table_257-Entries_in_the_DocMDP_transform_parameters_dictionary.rakumod) | /Type /P /V |
| [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) | /Type /Document /Msg /V /Annots /Form /Signature /EF /P |
| [Table 259 — Entries in the FieldMDP transform parameters dictionary](lib/ISO_32000_2/Table_259-Entries_in_the_FieldMDP_transform_parameters_dictionary.rakumod) | /Type /Action /Fields /V |
| [Table 261 — Entries in the document security store (DSS) dictionary](lib/ISO_32000_2/Table_261-Entries_in_the_document_security_store_dictionary.rakumod) | /Type /VRI /Certs /OCSPs /CRLs |
| [Table 262 — Entries in the signature validation-related information (VRI) dictionary](lib/ISO_32000_2/Table_262-Entries_in_the_signature_validation-related_information_dictionary.rakumod) | /Type /Cert /CRL /OCSP /TU /TS |
| [Table 263 — Entries in a permissions dictionary](lib/ISO_32000_2/Table_263-Entries_in_a_permissions_dictionary.rakumod) | /DocMDP /UR3 |
| [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) | /JavaScriptActions /LaunchActions /URIActions /MovieActions /SoundActions /HideAnnotationActions /GoToRemoteActions /AlternateImages /ExternalStreams /TrueTypeFonts /ExternalRefXobjects /ExternalOPIdicts /NonEmbeddedFonts /DevDepGS\_OP /DevDepGS\_HT /DevDepGS\_TR /DevDepGS\_UCR /DevDepGS\_BG /DevDepGS\_FL /Annotations /OptionalContent /Attestation |
| [Table 265 — Entries in a viewport dictionary](lib/ISO_32000_2/Table_265-Entries_in_a_viewport_dictionary.rakumod) | /Type /BBox /Name /Measure /PtData |
| [Table 266 — Entries in a measure dictionary](lib/ISO_32000_2/Table_266-Entries_in_a_measure_dictionary.rakumod) | /Type /Subtype |
| [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) | /R /X /Y /D /A /T /S /O /CYX |
| [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) | /Type /U /C /F /D /FD /RT /RD /PS /SS /O |
| [Table 269 — Additional entries in a geospatial measure dictionary](lib/ISO_32000_2/Table_269-Additional_entries_in_a_geospatial_measure_dictionary.rakumod) | /Bounds /GCS /DCS /PDU /GPTS /LPTS /PCSM |
| [Table 270 — Entries in a geographic coordinate system dictionary](lib/ISO_32000_2/Table_270-Entries_in_a_geographic_coordinate_system_dictionary.rakumod) | /Type /EPSG /WKT |
| [Table 271 — Entries in a projected coordinate system dictionary](lib/ISO_32000_2/Table_271-Entries_in_a_projected_coordinate_system_dictionary.rakumod) | /Type /EPSG /WKT |
| [Table 272 — Entries in a point data dictionary](lib/ISO_32000_2/Table_272-Entries_in_a_point_data_dictionary.rakumod) | /Type /Subtype /Names /XPTS |
| [Table 273 — Entries common to all requirement dictionaries](lib/ISO_32000_2/Table_273-Entries_common_to_all_requirement_dictionaries.rakumod) | /Type /S /V /RH /Penalty |
| [Table 274 — Entries for specific types of requirements](lib/ISO_32000_2/Table_274-Entries_for_specific_types_of_requirements.rakumod) | /Encrypt /DigSig |
| [Table 276 — Entries in a requirement handler dictionary](lib/ISO_32000_2/Table_276-Entries_in_a_requirement_handler_dictionary.rakumod) | /Type /S /Script |
| [Table 277 — Entries common to all rendition dictionaries](lib/ISO_32000_2/Table_277-Entries_common_to_all_rendition_dictionaries.rakumod) | /Type /S /N /MH /BE |
| [Table 278 — Entries in a rendition MH/BE dictionary](lib/ISO_32000_2/Table_278-Entries_in_a_rendition_MH-BE_dictionary.rakumod) | /C |
| [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) | /Type /A /C /O /S /R /D /Z /V /P /L |
| [Table 280 — Entries in a minimum bit depth dictionary](lib/ISO_32000_2/Table_280-Entries_in_a_minimum_bit_depth_dictionary.rakumod) | /Type /V /M |
| [Table 281 — Entries in a minimum screen size dictionary](lib/ISO_32000_2/Table_281-Entries_in_a_minimum_screen_size_dictionary.rakumod) | /Type /V /M |
| [Table 282 — Additional entries in a media rendition dictionary](lib/ISO_32000_2/Table_282-Additional_entries_in_a_media_rendition_dictionary.rakumod) | /C /P /SP |
| [Table 283 — Additional entries specific to a selector rendition dictionary](lib/ISO_32000_2/Table_283-Additional_entries_specific_to_a_selector_rendition_dictionary.rakumod) | /R |
| [Table 284 — Entries common to all media clip dictionaries](lib/ISO_32000_2/Table_284-Entries_common_to_all_media_clip_dictionaries.rakumod) | /Type /S /N |
| [Table 285 — Additional entries in a media clip data dictionary](lib/ISO_32000_2/Table_285-Additional_entries_in_a_media_clip_data_dictionary.rakumod) | /D /CT /P /Alt /PL /MH /BE |
| [Table 286 — Entries in a media permissions dictionary](lib/ISO_32000_2/Table_286-Entries_in_a_media_permissions_dictionary.rakumod) | /Type /TF |
| [Table 287 — Entries in a media clip data MH/BE dictionary](lib/ISO_32000_2/Table_287-Entries_in_a_media_clip_data_MH-BE_dictionary.rakumod) | /BU |
| [Table 288 — Additional entries in a media clip section dictionary](lib/ISO_32000_2/Table_288-Additional_entries_in_a_media_clip_section_dictionary.rakumod) | /D /Alt /MH /BE |
| [Table 289 — Entries in a media clip section MH/BE dictionary](lib/ISO_32000_2/Table_289-Entries_in_a_media_clip_section_MH-BE_dictionary.rakumod) | /B /E |
| [Table 290 — Entries in a media play parameters dictionary](lib/ISO_32000_2/Table_290-Entries_in_a_media_play_parameters_dictionary.rakumod) | /Type /PL /MH /BE |
| [Table 291 — Entries in a media play parameters MH/BE dictionary](lib/ISO_32000_2/Table_291-Entries_in_a_media_play_parameters_MH-BE_dictionary.rakumod) | /V /C /F /D /A /RC |
| [Table 292 — Entries in a media duration dictionary](lib/ISO_32000_2/Table_292-Entries_in_a_media_duration_dictionary.rakumod) | /Type /S /T |
| [Table 293 — Entries in a media screen parameters dictionary](lib/ISO_32000_2/Table_293-Entries_in_a_media_screen_parameters_dictionary.rakumod) | /Type /MH /BE |
| [Table 294 — Entries in a media screen parameters MH/BE dictionary](lib/ISO_32000_2/Table_294-Entries_in_a_media_screen_parameters_MH-BE_dictionary.rakumod) | /W /B /O /M /F |
| [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) | /Type /D /RT /P /O /T /UC /R /TT |
| [Table 296 — Entries common to all media offset dictionaries](lib/ISO_32000_2/Table_296-Entries_common_to_all_media_offset_dictionaries.rakumod) | /Type /S |
| [Table 297 — Additional entries in a media offset time dictionary](lib/ISO_32000_2/Table_297-Additional_entries_in_a_media_offset_time_dictionary.rakumod) | /T |
| [Table 298 — Additional entries in a media offset frame dictionary](lib/ISO_32000_2/Table_298-Additional_entries_in_a_media_offset_frame_dictionary.rakumod) | /F |
| [Table 299 — Additional entries in a media offset marker dictionary](lib/ISO_32000_2/Table_299-Additional_entries_in_a_media_offset_marker_dictionary.rakumod) | /M |
| [Table 300 — Entries in a timespan dictionary](lib/ISO_32000_2/Table_300-Entries_in_a_timespan_dictionary.rakumod) | /Type /S /V |
| [Table 301 — Entries in a media players dictionary](lib/ISO_32000_2/Table_301-Entries_in_a_media_players_dictionary.rakumod) | /Type /MU /A /NU |
| [Table 302 — Entries in a media player info dictionary](lib/ISO_32000_2/Table_302-Entries_in_a_media_player_info_dictionary.rakumod) | /Type /PID /MH /BE |
| [Table 303 — Entries in a software identifier dictionary](lib/ISO_32000_2/Table_303-Entries_in_a_software_identifier_dictionary.rakumod) | /Type /U /L /LI /H /HI /OS |
| [Table 305 — Additional entries specific to a sound object](lib/ISO_32000_2/Table_305-Additional_entries_specific_to_a_sound_object.rakumod) | /Type /R /C /B /E /CO /CP |
| [Table 306 — Entries in a movie dictionary](lib/ISO_32000_2/Table_306-Entries_in_a_movie_dictionary.rakumod) | /F /Aspect /Rotate /Poster |
| [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) | /Start /Duration /Rate /Volume /ShowControls /Mode /Synchronous /FWScale /FWPosition |
| [Table 308 — Entries in a slideshow dictionary](lib/ISO_32000_2/Table_308-Entries_in_a_slideshow_dictionary.rakumod) | /Type /Subtype /Resources /StartResource |
| [Table 309 — Additional entries specific to a 3D annotation](lib/ISO_32000_2/Table_309-Additional_entries_specific_to_a_ThreeD_annotation.rakumod) | /Subtype /GEO /3DD /3DV /3DA /3DI /3DB /3DU |
| [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) | /A /AIS /D /DIS /TB /NP /Style /Window /Transparent |
| [Table 311 — Entries in a 3D stream dictionary](lib/ISO_32000_2/Table_311-Entries_in_a_ThreeD_stream_dictionary.rakumod) | /Type /Subtype /VA /DV /Resources /OnInstantiate /AN /ColorSpace |
| [Table 312 — Entries in an 3D animation style dictionary](lib/ISO_32000_2/Table_312-Entries_in_an_ThreeD_animation_style_dictionary.rakumod) | /Type /Subtype /PC /TM |
| [Table 314 — Entries in a 3D reference dictionary](lib/ISO_32000_2/Table_314-Entries_in_a_ThreeD_reference_dictionary.rakumod) | /Type /3DD |
| [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) | /Type /XN /IN /MS /MA /C2W /U3DPath /CO /P /O /BG /RM /LS /SA /NA /NR |
| [Table 316 — Entries in a projection dictionary](lib/ISO_32000_2/Table_316-Entries_in_a_projection_dictionary.rakumod) | /Subtype /CS /F /N /FOV /PS /OS /OB |
| [Table 317 — Entries in a 3D background dictionary](lib/ISO_32000_2/Table_317-Entries_in_a_ThreeD_background_dictionary.rakumod) | /Type /Subtype /CS /C /EA |
| [Table 318 — Entries in a render mode dictionary](lib/ISO_32000_2/Table_318-Entries_in_a_render_mode_dictionary.rakumod) | /Type /Subtype /AC /FC /O /CV |
| [Table 320 — Entries in a 3D lighting scheme dictionary](lib/ISO_32000_2/Table_320-Entries_in_a_ThreeD_lighting_scheme_dictionary.rakumod) | /Type /Subtype |
| [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD_cross_section_dictionary.rakumod) | /Type /C /O /PO /PC /IV /IC /ST /SC |
| [Table 323 — Entries in a 3D node dictionary](lib/ISO_32000_2/Table_323-Entries_in_a_ThreeD_node_dictionary.rakumod) | /Type /N /O /V /M /Instance /Data /RM |
| [Table 324 — Entries in an external data dictionary used to markup 3D annotations](lib/ISO_32000_2/Table_324-Entries_in_an_external_data_dictionary_used_to_markup_ThreeD_annotations.rakumod) | /Type /Subtype /MD5 /3DA /3DV |
| [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) | /TSm /TSn /TU /USm /USn /UU /DSm /DSn /DU |
| [Table 326 — Entries in a 3D measurement/markup dictionary common to all markup subtypes](lib/ISO_32000_2/Table_326-Entries_in_a_ThreeD_measurement-markup_dictionary_common_to_all_markup_subtypes.rakumod) | /Type /Subtype /TRL |
| [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) | /AP /A1 /N1 /A2 /N2 /TP /TY /TS /C /V /U /P /UT /S |
| [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) | /AP /A1 /N1 /A2 /N2 /D1 /TP /TY /TS /C /V /U /P /UT /S |
| [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) | /AP |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 3 of 13
/A1 /D1 /N1 /A2 /D2 /N2 /TP /TX /TY /TS /C /V /P /UT /DR /S |
| [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) | /AP /A1 /A2 /N2 /A3 /A4 /TP /TX /TY /EL /TS /C /V /U /P /UT /SC /R /S |
| [Table 331 — Additional entries in a 3D measurement/markup dictionary for a 3D comment note](lib/ISO_32000_2/Table_331-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_comment_note.rakumod) | /A1 /N1 /TP /TB /TS /C /UT /S |
| [Table 332 — Entries in the external data dictionary of a projection annotation](lib/ISO_32000_2/Table_332-Entries_in_the_external_data_dictionary_of_a_projection_annotation.rakumod) | /Type /Subtype /M3DREF |
| [Table 333 — Additional entries specific to a RichMedia annotation](lib/ISO_32000_2/Table_333-Additional_entries_specific_to_a_RichMedia_annotation.rakumod) | /Subtype /RichMediaContent /RichMediaSettings |
| [Table 334 — Entries in a RichMediaSettings dictionary](lib/ISO_32000_2/Table_334-Entries_in_a_RichMediaSettings_dictionary.rakumod) | /Type /Activation /Deactivation |
| [Table 335 — Entries in a RichMediaActivation dictionary](lib/ISO_32000_2/Table_335-Entries_in_a_RichMediaActivation_dictionary.rakumod) | /Type /Condition /Animation /View /Configuration /Presentation |
| [Table 336 — Entries in a RichMediaDeactivation dictionary](lib/ISO_32000_2/Table_336-Entries_in_a_RichMediaDeactivation_dictionary.rakumod) | /Type /Condition |
| [Table 337 — Entries in a RichMediaAnimation dictionary](lib/ISO_32000_2/Table_337-Entries_in_a_RichMediaAnimation_dictionary.rakumod) | /Type /Subtype /PlayCount /Speed |
| [Table 338 — Entries in a RichMediaPresentation dictionary](lib/ISO_32000_2/Table_338-Entries_in_a_RichMediaPresentation_dictionary.rakumod) | /Type /Style /Window /Transparent /NavigationPane /Toolbar /PassContextClick |
| [Table 339 — Entries in a RichMediaWindow dictionary](lib/ISO_32000_2/Table_339-Entries_in_a_RichMediaWindow_dictionary.rakumod) | /Type /Width /Height /Position |
| [Table 340 — Entries in a RichMediaPosition dictionary](lib/ISO_32000_2/Table_340-Entries_in_a_RichMediaPosition_dictionary.rakumod) | /Type /HAlign /VAlign /HOffset /VOffset |
| [Table 341 — Entries in a RichMediaContent dictionary](lib/ISO_32000_2/Table_341-Entries_in_a_RichMediaContent_dictionary.rakumod) | /Type /Assets /Configurations /Views |
| [Table 342 — Entries in a RichMediaConfiguration dictionary](lib/ISO_32000_2/Table_342-Entries_in_a_RichMediaConfiguration_dictionary.rakumod) | /Type /Subtype /Name /Instances |
| [Table 343 — Entries in a RichMediaInstance dictionary](lib/ISO_32000_2/Table_343-Entries_in_a_RichMediaInstance_dictionary.rakumod) | /Type /Subtype /Asset |
| [Table 344 — Additional entries in a 3D view dictionary](lib/ISO_32000_2/Table_344-Additional_entries_in_a_ThreeD_view_dictionary.rakumod) | /Snapshot /Params |
| [Table 345 — Entries in a View Params dictionary](lib/ISO_32000_2/Table_345-Entries_in_a_View_Params_dictionary.rakumod) | /Instance /Data |
| [Table 347 — Additional entries in a metadata stream dictionary](lib/ISO_32000_2/Table_347-Additional_entries_in_a_metadata_stream_dictionary.rakumod) | /Type /Subtype |
| [Table 348 — Additional entry for components having metadata](lib/ISO_32000_2/Table_348-Additional_entry_for_components_having_metadata.rakumod) | /Metadata |
| [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) | /Title /Author /Subject /Keywords /Creator /Producer /CreationDate /ModDate /Trapped |
| [Table 350 — Entries in a page-piece dictionary](lib/ISO_32000_2/Table_350-Entries_in_a_page-piece_dictionary.rakumod) | |
| [Table 351 — Entries in a data dictionary](lib/ISO_32000_2/Table_351-Entries_in_a_data_dictionary.rakumod) | /LastModified /Private |
| [Table 353 — Entries in the mark information dictionary](lib/ISO_32000_2/Table_353-Entries_in_the_mark_information_dictionary.rakumod) | /Marked /UserProperties /Suspects |
| [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) | /Type /K /IDTree /ParentTree /ParentTreeNextKey /RoleMap /ClassMap /Namespaces /PronunciationLexicon /AF |
| [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) | /Type /S /P /ID /Ref /Pg /K /A /C /R /T /Lang /Alt /E /ActualText /AF /NS /PhoneticAlphabet /Phoneme |
| [Table 356 — Entries in a namespace dictionary](lib/ISO_32000_2/Table_356-Entries_in_a_namespace_dictionary.rakumod) | /Type /NS /Schema /RoleMapNS |
| [Table 357 — Entries in a marked-content reference dictionary](lib/ISO_32000_2/Table_357-Entries_in_a_marked-content_reference_dictionary.rakumod) | /Type /Pg /Stm /StmOwn /MCID |
| [Table 358 — Entries in an object reference dictionary](lib/ISO_32000_2/Table_358-Entries_in_an_object_reference_dictionary.rakumod) | /Type /Pg /Obj |
| [Table 359 — Additional dictionary entries for structure element access](lib/ISO_32000_2/Table_359-Additional_dictionary_entries_for_structure_element_access.rakumod) | /StructParent /StructParents |
| [Table 360 — Entries common to all attribute object dictionaries](lib/ISO_32000_2/Table_360-Entries_common_to_all_attribute_object_dictionaries.rakumod) | /O /NS |
| [Table 361 — Additional entries in an attribute object dictionary for user properties](lib/ISO_32000_2/Table_361-Additional_entries_in_an_attribute_object_dictionary_for_user_properties.rakumod) | /O /P |
| [Table 362 — Entries in a user property dictionary](lib/ISO_32000_2/Table_362-Entries_in_a_user_property_dictionary.rakumod) | /N /V /F /H |
| [Table 363 — Property list entries for artifacts](lib/ISO_32000_2/Table_363-Property_list_entries_for_artifacts.rakumod) | /Type /BBox /Attached /Subtype |
| [Table 378 — Standard layout attributes common to all standard structure types](lib/ISO_32000_2/Table_378-Standard_layout_attributes_common_to_all_standard_structure_types.rakumod) | /Placement /WritingMode /BackgroundColor /BorderColor /BorderStyle /BorderThickness /Padding /Color |
| [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) | /SpaceBefore /SpaceAfter /StartIndent /EndIndent /TextIndent /TextAlign /BBox /Width /Height /BlockAlign /InlineAlign /TBorderStyle /TPadding |
| [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard_layout_attributes_specific_to_inline-level_structure_elements.rakumod) | /BaselineShift /LineHeight /TextPosition /TextDecorationColor /TextDecorationThickness /TextDecorationType /RubyAlign /RubyPosition /GlyphOrientationVertical |
| [Table 381 — Standard layout attributes specific to standard column attributes](lib/ISO_32000_2/Table_381-Standard_layout_attributes_specific_to_standard_column_attributes.rakumod) | /ColumnCount /ColumnGap /ColumnWidths |
| [Table 382 — Standard list attributes](lib/ISO_32000_2/Table_382-Standard_list_attributes.rakumod) | /ListNumbering /ContinuedList /ContinuedFrom |
| [Table 383 — PrintField attributes](lib/ISO_32000_2/Table_383-PrintField_attributes.rakumod) | /Role /Checked /checked /Desc |
| [Table 384 — Standard table attributes](lib/ISO_32000_2/Table_384-Standard_table_attributes.rakumod) | /RowSpan /ColSpan /Headers /Scope /Summary /Short |
| [Table 385 — Standard artifact attributes](lib/ISO_32000_2/Table_385-Standard_artifact_attributes.rakumod) | /Type /BBox /Subtype |
| [Table 386 — Entries in the Web Capture information dictionary](lib/ISO_32000_2/Table_386-Entries_in_the_Web_Capture_information_dictionary.rakumod) | /V /C |
| [Table 388 — Entries common to all Web Capture content sets](lib/ISO_32000_2/Table_388-Entries_common_to_all_Web_Capture_content_sets.rakumod) | /Type /S /ID /O /SI /CT /TS |
| [Table 389 — Additional entries specific to a Web Capture page set](lib/ISO_32000_2/Table_389-Additional_entries_specific_to_a_Web_Capture_page_set.rakumod) | /S /T /TID |
| [Table 390 — Additional entries specific to a Web Capture image set](lib/ISO_32000_2/Table_390-Additional_entries_specific_to_a_Web_Capture_image_set.rakumod) | /S /R |
| [Table 391 — Entries in a source information dictionary](lib/ISO_32000_2/Table_391-Entries_in_a_source_information_dictionary.rakumod) | /AU /TS /E /S /C |
| [Table 392 — Entries in a URL alias dictionary](lib/ISO_32000_2/Table_392-Entries_in_a_URL_alias_dictionary.rakumod) | /U /C |
| [Table 393 — Entries in a Web Capture command dictionary](lib/ISO_32000_2/Table_393-Entries_in_a_Web_Capture_command_dictionary.rakumod) | /URL /L /F /P /CT /H /S |
| [Table 395 — Entries in a Web Capture command settings dictionary](lib/ISO_32000_2/Table_395-Entries_in_a_Web_Capture_command_settings_dictionary.rakumod) | /G /C |
| [Table 396 — Entries in a box colour information dictionary](lib/ISO_32000_2/Table_396-Entries_in_a_box_colour_information_dictionary.rakumod) | /CropBox /BleedBox /TrimBox /ArtBox |
| [Table 397 — Entries in a box style dictionary](lib/ISO_32000_2/Table_397-Entries_in_a_box_style_dictionary.rakumod) | /C /W /S /D |
| [Table 398 — Additional entries specific to a printer’s mark annotation](lib/ISO_32000_2/Table_398-Additional_entries_specific_to_a_printers_mark_annotation.rakumod) | /Subtype /MN |
| [Table 399 — Additional entries specific to a printer’s mark form dictionary](lib/ISO_32000_2/Table_399-Additional_entries_specific_to_a_printers_mark_form_dictionary.rakumod) | /MarkStyle /Colorants |
| [Table 400 — Entries in a separation dictionary](lib/ISO_32000_2/Table_400-Entries_in_a_separation_dictionary.rakumod) | /Pages /DeviceColorant /ColorSpace |
| [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) | /Type /S /OutputCondition /OutputConditionIdentifier /RegistryName /Info /DestOutputProfile /DestOutputProfileRef /MixingHints /SpectralData |
| [Table 402 — Entries in a DestOutputProfileRef dictionary](lib/ISO_32000_2/Table_402-Entries_in_a_DestOutputProfileRef_dictionary.rakumod) | /CheckSum /ColorantTable /ICCVersion /ProfileCS /ProfileName /URLs |
| [Table 403 — Additional entries specific to a trap network annotation](lib/ISO_32000_2/Table_403-Additional_entries_specific_to_a_trap_network_annotation.rakumod) | /Subtype /LastModified /Version /AnnotStates /FontFauxing |
| [Table 404 — Additional entries specific to a trap network appearance stream](lib/ISO_32000_2/Table_404-Additional_entries_specific_to_a_trap_network_appearance_stream.rakumod) | /PCM /SeparationColorNames /TrapRegions /TrapStyles |
| [Table 405 — Entry in an OPI version dictionary](lib/ISO_32000_2/Table_405-Entry_in_an_OPI_version_dictionary.rakumod) | /versionNumber |
| [Table 408 — Entries in a DPartRoot dictionary](lib/ISO_32000_2/Table_408-Entries_in_a_DPartRoot_dictionary.rakumod) | /Type /DPartRootNode /RecordLevel /NodeNameList |
| [Table 409 — Entries in a DPart dictionary](lib/ISO_32000_2/Table_409-Entries_in_a_DPart_dictionary.rakumod) | /Type /Parent /DParts /Start /End /DPM /AF /Metadata |
## Entry to role mappings
| Entry | ISO\_32000\_2 Roles |
| --- | --- |
| /3DA | [Table 309 — Additional entries specific to a 3D annotation](lib/ISO_32000_2/Table_309-Additional_entries_specific_to_a_ThreeD_annotation.rakumod) [Table 324 — Entries in an external data dictionary used to markup 3D annotations](lib/ISO_32000_2/Table_324-Entries_in_an_external_data_dictionary_used_to_markup_ThreeD_annotations.rakumod) |
| /3DB | [Table 309 — Additional entries specific to a 3D annotation](lib/ISO_32000_2/Table_309-Additional_entries_specific_to_a_ThreeD_annotation.rakumod) |
| /3DD | [Table 309 — Additional entries specific to a 3D annotation](lib/ISO_32000_2/Table_309-Additional_entries_specific_to_a_ThreeD_annotation.rakumod) [Table 314 — Entries in a 3D reference dictionary](lib/ISO_32000_2/Table_314-Entries_in_a_ThreeD_reference_dictionary.rakumod) |
| /3DI | [Table 309 — Additional entries specific to a 3D annotation](lib/ISO_32000_2/Table_309-Additional_entries_specific_to_a_ThreeD_annotation.rakumod) |
| /3DU | [Table 309 — Additional entries specific to a 3D annotation](lib/ISO_32000_2/Table_309-Additional_entries_specific_to_a_ThreeD_annotation.rakumod) |
| /3DV | [Table 309 — Additional entries specific to a 3D annotation](lib/ISO_32000_2/Table_309-Additional_entries_specific_to_a_ThreeD_annotation.rakumod) [Table 324 — Entries in an external data dictionary used to markup 3D annotations](lib/ISO_32000_2/Table_324-Entries_in_an_external_data_dictionary_used_to_markup_ThreeD_annotations.rakumod) |
| /A | [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) [Table 156 — Entries in a collection sort dictionary](lib/ISO_32000_2/Table_156-Entries_in_a_collection_sort_dictionary.rakumod) [Table 176 — Additional entries specific to a link annotation](lib/ISO_32000_2/Table_176-Additional_entries_specific_to_a_link_annotation.rakumod) [Table 189 — Additional entries specific to a movie annotation](lib/ISO_32000_2/Table_189-Additional_entries_specific_to_a_movie_annotation.rakumod) [Table 190 — Additional entries specific to a screen annotation](lib/ISO_32000_2/Table_190-Additional_entries_specific_to_a_screen_annotation.rakumod) [Table 191 — Additional entries specific to a widget annotation](lib/ISO_32000_2/Table_191-Additional_entries_specific_to_a_widget_annotation.rakumod) [Table 205 — Entries specific to a target dictionary](lib/ISO_32000_2/Table_205-Entries_specific_to_a_target_dictionary.rakumod) [Table 223 — Entries in a RichMediaCommand dictionary](lib/ISO_32000_2/Table_223-Entries_in_a_RichMediaCommand_dictionary.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) [Table 250 — Entries in an icon fit dictionary](lib/ISO_32000_2/Table_250-Entries_in_an_icon_fit_dictionary.rakumod) [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 291 — Entries in a media play parameters MH/BE dictionary](lib/ISO_32000_2/Table_291-Entries_in_a_media_play_parameters_MH-BE_dictionary.rakumod) [Table 301 — Entries in a media players dictionary](lib/ISO_32000_2/Table_301-Entries_in_a_media_players_dictionary.rakumod) [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) |
| /A1 | [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 331 — Additional entries in a 3D measurement/markup dictionary for a 3D comment note](lib/ISO_32000_2/Table_331-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_comment_note.rakumod) |
| /A2 | [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) |
| /A3 | [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) |
| /A4 | [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) |
| /AA | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 190 — Additional entries specific to a screen annotation](lib/ISO_32000_2/Table_190-Additional_entries_specific_to_a_screen_annotation.rakumod) [Table 191 — Additional entries specific to a widget annotation](lib/ISO_32000_2/Table_191-Additional_entries_specific_to_a_widget_annotation.rakumod) [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /AC | [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) [Table 318 — Entries in a render mode dictionary](lib/ISO_32000_2/Table_318-Entries_in_a_render_mode_dictionary.rakumod) |
| /AF | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 409 — Entries in a DPart dictionary](lib/ISO_32000_2/Table_409-Entries_in_a_DPart_dictionary.rakumod) |
| /AFRelationship | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) |
| /AIS | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) |
| /AN | [Table 218 — Additional entries specific to a rendition action](lib/ISO_32000_2/Table_218-Additional_entries_specific_to_a_rendition_action.rakumod) [Table 311 — Entries in a 3D stream dictionary](lib/ISO_32000_2/Table_311-Entries_in_a_ThreeD_stream_dictionary.rakumod) |
| /AP | [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) |
| /APRef | [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /AS | [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) |
| /AU | [Table 391 — Entries in a source information dictionary](lib/ISO_32000_2/Table_391-Entries_in_a_source_information_dictionary.rakumod) |
| /AccurateScreens | [Table 128 — Entries in a Type 1 halftone dictionary](lib/ISO_32000_2/Table_128-Entries_in_a_Type_1_halftone_dictionary.rakumod) |
| /AcroForm | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Action | [Table 236 — Entries in a signature field lock dictionary](lib/ISO_32000_2/Table_236-Entries_in_a_signature_field_lock_dictionary.rakumod) [Table 259 — Entries in the FieldMDP transform parameters dictionary](lib/ISO_32000_2/Table_259-Entries_in_the_FieldMDP_transform_parameters_dictionary.rakumod) |
| /Activation | [Table 334 — Entries in a RichMediaSettings dictionary](lib/ISO_32000_2/Table_334-Entries_in_a_RichMediaSettings_dictionary.rakumod) |
| /ActualText | [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) |
| /AddRevInfo | [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) |
| /After | [Table 248 — Entries in the ECMAScript dictionary](lib/ISO_32000_2/Table_248-Entries_in_the_ECMAScript_dictionary.rakumod) |
| /AfterPermsReady | [Table 248 — Entries in the ECMAScript dictionary](lib/ISO_32000_2/Table_248-Entries_in_the_ECMAScript_dictionary.rakumod) |
| /Alt | [Table 285 — Additional entries in a media clip data dictionary](lib/ISO_32000_2/Table_285-Additional_entries_in_a_media_clip_data_dictionary.rakumod) [Table 288 — Additional entries in a media clip section dictionary](lib/ISO_32000_2/Table_288-Additional_entries_in_a_media_clip_section_dictionary.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) |
| /Alternate | [Table 65 — Additional entries specific to an ICC profile stream dictionary](lib/ISO_32000_2/Table_65-Additional_entries_specific_to_an_ICC_profile_stream_dictionary.rakumod) |
| /AlternateImages | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /AlternatePresentations | [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) |
| /Alternates | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) |
| /Angle | [Table 128 — Entries in a Type 1 halftone dictionary](lib/ISO_32000_2/Table_128-Entries_in_a_Type_1_halftone_dictionary.rakumod) |
| /Animation | [Table 335 — Entries in a RichMediaActivation dictionary](lib/ISO_32000_2/Table_335-Entries_in_a_RichMediaActivation_dictionary.rakumod) |
| /AnnotStates | [Table 403 — Additional entries specific to a trap network annotation](lib/ISO_32000_2/Table_403-Additional_entries_specific_to_a_trap_network_annotation.rakumod) |
| /Annotation | [Table 213 — Additional entries specific to a movie action](lib/ISO_32000_2/Table_213-Additional_entries_specific_to_a_movie_action.rakumod) |
| /Annotations | |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 4 of 13
[Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /Annots | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) |
| /AntiAlias | [Table 77 — Entries common to all shading dictionaries](lib/ISO_32000_2/Table_77-Entries_common_to_all_shading_dictionaries.rakumod) |
| /AppearanceFilter | [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) |
| /ArtBox | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 396 — Entries in a box colour information dictionary](lib/ISO_32000_2/Table_396-Entries_in_a_box_colour_information_dictionary.rakumod) |
| /Ascent | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /Aspect | [Table 306 — Entries in a movie dictionary](lib/ISO_32000_2/Table_306-Entries_in_a_movie_dictionary.rakumod) |
| /Asset | [Table 343 — Entries in a RichMediaInstance dictionary](lib/ISO_32000_2/Table_343-Entries_in_a_RichMediaInstance_dictionary.rakumod) |
| /Assets | [Table 341 — Entries in a RichMediaContent dictionary](lib/ISO_32000_2/Table_341-Entries_in_a_RichMediaContent_dictionary.rakumod) |
| /Attached | [Table 363 — Property list entries for artifacts](lib/ISO_32000_2/Table_363-Property_list_entries_for_artifacts.rakumod) |
| /Attestation | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /AuthEvent | [Table 25 — Entries common to all crypt filter dictionaries](lib/ISO_32000_2/Table_25-Entries_common_to_all_crypt_filter_dictionaries.rakumod) |
| /Author | [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) |
| /AvgWidth | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /B | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 164 — Entries in a transition dictionary](lib/ISO_32000_2/Table_164-Entries_in_a_transition_dictionary.rakumod) [Table 209 — Additional entries specific to a thread action](lib/ISO_32000_2/Table_209-Additional_entries_specific_to_a_thread_action.rakumod) [Table 289 — Entries in a media clip section MH/BE dictionary](lib/ISO_32000_2/Table_289-Entries_in_a_media_clip_section_MH-BE_dictionary.rakumod) [Table 294 — Entries in a media screen parameters MH/BE dictionary](lib/ISO_32000_2/Table_294-Entries_in_a_media_screen_parameters_MH-BE_dictionary.rakumod) [Table 305 — Additional entries specific to a sound object](lib/ISO_32000_2/Table_305-Additional_entries_specific_to_a_sound_object.rakumod) |
| /BBox | [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) [Table 77 — Entries common to all shading dictionaries](lib/ISO_32000_2/Table_77-Entries_common_to_all_shading_dictionaries.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 265 — Entries in a viewport dictionary](lib/ISO_32000_2/Table_265-Entries_in_a_viewport_dictionary.rakumod) [Table 363 — Property list entries for artifacts](lib/ISO_32000_2/Table_363-Property_list_entries_for_artifacts.rakumod) [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) [Table 385 — Standard artifact attributes](lib/ISO_32000_2/Table_385-Standard_artifact_attributes.rakumod) |
| /BC | [Table 142 — Entries in a soft-mask dictionary](lib/ISO_32000_2/Table_142-Entries_in_a_soft-mask_dictionary.rakumod) [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) |
| /BE | [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 180 — Additional entries specific to a square or circle annotation](lib/ISO_32000_2/Table_180-Additional_entries_specific_to_a_square_or_circle_annotation.rakumod) [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) [Table 277 — Entries common to all rendition dictionaries](lib/ISO_32000_2/Table_277-Entries_common_to_all_rendition_dictionaries.rakumod) [Table 285 — Additional entries in a media clip data dictionary](lib/ISO_32000_2/Table_285-Additional_entries_in_a_media_clip_data_dictionary.rakumod) [Table 288 — Additional entries in a media clip section dictionary](lib/ISO_32000_2/Table_288-Additional_entries_in_a_media_clip_section_dictionary.rakumod) [Table 290 — Entries in a media play parameters dictionary](lib/ISO_32000_2/Table_290-Entries_in_a_media_play_parameters_dictionary.rakumod) [Table 293 — Entries in a media screen parameters dictionary](lib/ISO_32000_2/Table_293-Entries_in_a_media_screen_parameters_dictionary.rakumod) [Table 302 — Entries in a media player info dictionary](lib/ISO_32000_2/Table_302-Entries_in_a_media_player_info_dictionary.rakumod) |
| /BG | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /BG2 | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /BM | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) |
| /BS | [Table 176 — Additional entries specific to a link annotation](lib/ISO_32000_2/Table_176-Additional_entries_specific_to_a_link_annotation.rakumod) [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) [Table 180 — Additional entries specific to a square or circle annotation](lib/ISO_32000_2/Table_180-Additional_entries_specific_to_a_square_or_circle_annotation.rakumod) [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) [Table 185 — Additional entries specific to an ink annotation](lib/ISO_32000_2/Table_185-Additional_entries_specific_to_an_ink_annotation.rakumod) [Table 191 — Additional entries specific to a widget annotation](lib/ISO_32000_2/Table_191-Additional_entries_specific_to_a_widget_annotation.rakumod) |
| /BU | [Table 287 — Entries in a media clip data MH/BE dictionary](lib/ISO_32000_2/Table_287-Entries_in_a_media_clip_data_MH-BE_dictionary.rakumod) |
| /Background | [Table 77 — Entries common to all shading dictionaries](lib/ISO_32000_2/Table_77-Entries_common_to_all_shading_dictionaries.rakumod) [Table 157 — Entries in a collection colors dictionary](lib/ISO_32000_2/Table_157-Entries_in_a_collection_colors_dictionary.rakumod) |
| /BackgroundColor | [Table 378 — Standard layout attributes common to all standard structure types](lib/ISO_32000_2/Table_378-Standard_layout_attributes_common_to_all_standard_structure_types.rakumod) |
| /Base | [Table 211 — Entry in a URI dictionary](lib/ISO_32000_2/Table_211-Entry_in_a_URI_dictionary.rakumod) |
| /BaseEncoding | [Table 112 — Entries in an encoding dictionary](lib/ISO_32000_2/Table_112-Entries_in_an_encoding_dictionary.rakumod) |
| /BaseFont | [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) [Table 119 — Entries in a Type 0 font dictionary](lib/ISO_32000_2/Table_119-Entries_in_a_Type_0_font_dictionary.rakumod) |
| /BaseState | [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) |
| /BaseVersion | [Table 49 — Entries in a developer extensions dictionary](lib/ISO_32000_2/Table_49-Entries_in_a_developer_extensions_dictionary.rakumod) |
| /BaselineShift | [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard_layout_attributes_specific_to_inline-level_structure_elements.rakumod) |
| /Before | [Table 248 — Entries in the ECMAScript dictionary](lib/ISO_32000_2/Table_248-Entries_in_the_ECMAScript_dictionary.rakumod) |
| /BitsPerComponent | [Table 8 — Optional parameters for LZWDecode and FlateDecode filters](lib/ISO_32000_2/Table_8-Optional_parameters_for_LZWDecode_and_FlateDecode_filters.rakumod) [Table 81 — Additional entries specific to a Type 4 shading dictionary](lib/ISO_32000_2/Table_81-Additional_entries_specific_to_a_Type_4_shading_dictionary.rakumod) [Table 82 — Additional entries specific to a Type 5 shading dictionary](lib/ISO_32000_2/Table_82-Additional_entries_specific_to_a_Type_5_shading_dictionary.rakumod) [Table 83 — Additional entries specific to a Type 6 shading dictionary](lib/ISO_32000_2/Table_83-Additional_entries_specific_to_a_Type_6_shading_dictionary.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) |
| /BitsPerCoordinate | [Table 81 — Additional entries specific to a Type 4 shading dictionary](lib/ISO_32000_2/Table_81-Additional_entries_specific_to_a_Type_4_shading_dictionary.rakumod) [Table 82 — Additional entries specific to a Type 5 shading dictionary](lib/ISO_32000_2/Table_82-Additional_entries_specific_to_a_Type_5_shading_dictionary.rakumod) [Table 83 — Additional entries specific to a Type 6 shading dictionary](lib/ISO_32000_2/Table_83-Additional_entries_specific_to_a_Type_6_shading_dictionary.rakumod) |
| /BitsPerFlag | [Table 81 — Additional entries specific to a Type 4 shading dictionary](lib/ISO_32000_2/Table_81-Additional_entries_specific_to_a_Type_4_shading_dictionary.rakumod) [Table 83 — Additional entries specific to a Type 6 shading dictionary](lib/ISO_32000_2/Table_83-Additional_entries_specific_to_a_Type_6_shading_dictionary.rakumod) |
| /BitsPerSample | [Table 39 — Additional entries specific to a Type 0 function dictionary](lib/ISO_32000_2/Table_39-Additional_entries_specific_to_a_Type_0_function_dictionary.rakumod) |
| /Bl | [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) |
| /BlackIs1 | [Table 11 – Optional parameters for the CCITTFaxDecode filter](lib/ISO_32000_2/Table_11-Optional_parameters_for_the_CCITTFaxDecode_filter.rakumod) |
| /BlackPoint | [Table 62 — Entries in a CalGray colour space dictionary](lib/ISO_32000_2/Table_62-Entries_in_a_CalGray_colour_space_dictionary.rakumod) [Table 63 — Entries in a CalRGB colour space dictionary](lib/ISO_32000_2/Table_63-Entries_in_a_CalRGB_colour_space_dictionary.rakumod) [Table 64 — Entries in a Lab colour space dictionary](lib/ISO_32000_2/Table_64-Entries_in_a_Lab_colour_space_dictionary.rakumod) |
| /BleedBox | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 396 — Entries in a box colour information dictionary](lib/ISO_32000_2/Table_396-Entries_in_a_box_colour_information_dictionary.rakumod) |
| /BlockAlign | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /Border | [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) |
| /BorderColor | [Table 378 — Standard layout attributes common to all standard structure types](lib/ISO_32000_2/Table_378-Standard_layout_attributes_common_to_all_standard_structure_types.rakumod) |
| /BorderStyle | [Table 378 — Standard layout attributes common to all standard structure types](lib/ISO_32000_2/Table_378-Standard_layout_attributes_common_to_all_standard_structure_types.rakumod) |
| /BorderThickness | [Table 378 — Standard layout attributes common to all standard structure types](lib/ISO_32000_2/Table_378-Standard_layout_attributes_common_to_all_standard_structure_types.rakumod) |
| /Bounds | [Table 41 — Additional entries specific to a Type 3 function dictionary](lib/ISO_32000_2/Table_41-Additional_entries_specific_to_a_Type_3_function_dictionary.rakumod) [Table 269 — Additional entries in a geospatial measure dictionary](lib/ISO_32000_2/Table_269-Additional_entries_in_a_geospatial_measure_dictionary.rakumod) |
| /BoxColorInfo | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /ByteRange | [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /C | [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 198 — Entries in a page object’s additional-actions dictionary](lib/ISO_32000_2/Table_198-Entries_in_a_page_objects_additional-actions_dictionary.rakumod) [Table 199 — Entries in a form field’s additional-actions dictionary](lib/ISO_32000_2/Table_199-Entries_in_a_form_fields_additional-actions_dictionary.rakumod) [Table 223 — Entries in a RichMediaCommand dictionary](lib/ISO_32000_2/Table_223-Entries_in_a_RichMediaCommand_dictionary.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) [Table 278 — Entries in a rendition MH/BE dictionary](lib/ISO_32000_2/Table_278-Entries_in_a_rendition_MH-BE_dictionary.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 282 — Additional entries in a media rendition dictionary](lib/ISO_32000_2/Table_282-Additional_entries_in_a_media_rendition_dictionary.rakumod) [Table 291 — Entries in a media play parameters MH/BE dictionary](lib/ISO_32000_2/Table_291-Entries_in_a_media_play_parameters_MH-BE_dictionary.rakumod) [Table 305 — Additional entries specific to a sound object](lib/ISO_32000_2/Table_305-Additional_entries_specific_to_a_sound_object.rakumod) [Table 317 — Entries in a 3D background dictionary](lib/ISO_32000_2/Table_317-Entries_in_a_ThreeD_background_dictionary.rakumod) [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD_cross_section_dictionary.rakumod) [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 331 — Additional entries in a 3D measurement/markup dictionary for a 3D comment note](lib/ISO_32000_2/Table_331-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_comment_note.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 386 — Entries in the Web Capture information dictionary](lib/ISO_32000_2/Table_386-Entries_in_the_Web_Capture_information_dictionary.rakumod) [Table 391 — Entries in a source information dictionary](lib/ISO_32000_2/Table_391-Entries_in_a_source_information_dictionary.rakumod) [Table 392 — Entries in a URL alias dictionary](lib/ISO_32000_2/Table_392-Entries_in_a_URL_alias_dictionary.rakumod) [Table 395 — Entries in a Web Capture command settings dictionary](lib/ISO_32000_2/Table_395-Entries_in_a_Web_Capture_command_settings_dictionary.rakumod) [Table 397 — Entries in a box style dictionary](lib/ISO_32000_2/Table_397-Entries_in_a_box_style_dictionary.rakumod) |
| /C0 | [Table 40 — Additional entries specific to a Type 2 function dictionary](lib/ISO_32000_2/Table_40-Additional_entries_specific_to_a_Type_2_function_dictionary.rakumod) |
| /C1 | [Table 40 — Additional entries specific to a Type 2 function dictionary](lib/ISO_32000_2/Table_40-Additional_entries_specific_to_a_Type_2_function_dictionary.rakumod) |
| /C2W | [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /CA | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) |
| /CF | [Table 20 — Entries common to all encryption dictionaries](lib/ISO_32000_2/Table_20-Entries_common_to_all_encryption_dictionaries.rakumod) |
| /CFM | [Table 25 — Entries common to all crypt filter dictionaries](lib/ISO_32000_2/Table_25-Entries_common_to_all_crypt_filter_dictionaries.rakumod) |
| /CI | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) |
| /CIDSet | [Table 122 — Additional font descriptor entries for CIDFonts](lib/ISO_32000_2/Table_122-Additional_font_descriptor_entries_for_CIDFonts.rakumod) |
| /CIDSystemInfo | [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) [Table 118 — Additional entries in a CMap stream dictionary](lib/ISO_32000_2/Table_118-Additional_entries_in_a_CMap_stream_dictionary.rakumod) |
| /CIDToGIDMap | [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) |
| /CL | [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) |
| /CMD | [Table 222 — Additional entries specific to a rich-media-execute action](lib/ISO_32000_2/Table_222-Additional_entries_specific_to_a_rich-media-execute_action.rakumod) |
| /CMapName | [Table 118 — Additional entries in a CMap stream dictionary](lib/ISO_32000_2/Table_118-Additional_entries_in_a_CMap_stream_dictionary.rakumod) |
| /CO | [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) [Table 224 — Entries in the interactive form dictionary](lib/ISO_32000_2/Table_224-Entries_in_the_interactive_form_dictionary.rakumod) [Table 305 — Additional entries specific to a sound object](lib/ISO_32000_2/Table_305-Additional_entries_specific_to_a_sound_object.rakumod) [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /CP | [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) [Table 305 — Additional entries specific to a sound object](lib/ISO_32000_2/Table_305-Additional_entries_specific_to_a_sound_object.rakumod) |
| /CRL | [Table 262 — Entries in the signature validation-related information (VRI) dictionary](lib/ISO_32000_2/Table_262-Entries_in_the_signature_validation-related_information_dictionary.rakumod) |
| /CRLs | [Table 261 — Entries in the document security store (DSS) dictionary](lib/ISO_32000_2/Table_261-Entries_in_the_document_security_store_dictionary.rakumod) |
| /CS | [Table 145 — Additional entries specific to a transparency group attributes dictionary](lib/ISO_32000_2/Table_145-Additional_entries_specific_to_a_transparency_group_attributes_dictionary.rakumod) [Table 316 — Entries in a projection dictionary](lib/ISO_32000_2/Table_316-Entries_in_a_projection_dictionary.rakumod) [Table 317 — Entries in a 3D background dictionary](lib/ISO_32000_2/Table_317-Entries_in_a_ThreeD_background_dictionary.rakumod) |
| /CT | [Table 285 — Additional entries in a media clip data dictionary](lib/ISO_32000_2/Table_285-Additional_entries_in_a_media_clip_data_dictionary.rakumod) [Table 388 — Entries common to all Web Capture content sets](lib/ISO_32000_2/Table_388-Entries_common_to_all_Web_Capture_content_sets.rakumod) [Table 393 — Entries in a Web Capture command dictionary](lib/ISO_32000_2/Table_393-Entries_in_a_Web_Capture_command_dictionary.rakumod) |
| /CTM | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /CV | [Table 318 — Entries in a render mode dictionary](lib/ISO_32000_2/Table_318-Entries_in_a_render_mode_dictionary.rakumod) |
| /CYX | [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) |
| /Cap | [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) |
| /CapHeight | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /CardBackground | [Table 157 — Entries in a collection colors dictionary](lib/ISO_32000_2/Table_157-Entries_in_a_collection_colors_dictionary.rakumod) |
| /CardBorder | [Table 157 — Entries in a collection colors dictionary](lib/ISO_32000_2/Table_157-Entries_in_a_collection_colors_dictionary.rakumod) |
| /Category | [Table 101 — Entries in a usage application dictionary](lib/ISO_32000_2/Table_101-Entries_in_a_usage_application_dictionary.rakumod) |
| /CenterWindow | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /Cert | [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) [Table 262 — Entries in the signature validation-related information (VRI) dictionary](lib/ISO_32000_2/Table_262-Entries_in_the_signature_validation-related_information_dictionary.rakumod) |
| /Certs | [Table 261 — Entries in the document security store (DSS) dictionary](lib/ISO_32000_2/Table_261-Entries_in_the_document_security_store_dictionary.rakumod) |
| /Changes | [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /CharProcs | [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) |
| /CharSet | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) [Table 239 — Additional entries specific to a submit-form action](lib/ISO_32000_2/Table_239-Additional_entries_specific_to_a_submit-form_action.rakumod) |
| /CheckSum | [Table 45 — Entries in an embedded file parameter dictionary](lib/ISO_32000_2/Table_45-Entries_in_an_embedded_file_parameter_dictionary.rakumod) [Table 402 — Entries in a DestOutputProfileRef dictionary](lib/ISO_32000_2/Table_402-Entries_in_a_DestOutputProfileRef_dictionary.rakumod) |
| /Checked | [Table 383 — PrintField attributes](lib/ISO_32000_2/Table_383-PrintField_attributes.rakumod) |
| /Child | [Table 159 — Entries in a folder dictionary](lib/ISO_32000_ |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 5 of 13
2/Table_159-Entries_in_a_folder_dictionary.rakumod) |
| /ClassMap | [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) |
| /ClrF | [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /ClrFf | [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /ColSpan | [Table 384 — Standard table attributes](lib/ISO_32000_2/Table_384-Standard_table_attributes.rakumod) |
| /Collection | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Color | [Table 378 — Standard layout attributes common to all standard structure types](lib/ISO_32000_2/Table_378-Standard_layout_attributes_common_to_all_standard_structure_types.rakumod) |
| /ColorSpace | [Table 34 — Entries in a resource dictionary](lib/ISO_32000_2/Table_34-Entries_in_a_resource_dictionary.rakumod) [Table 71 — Entries in a DeviceN process dictionary](lib/ISO_32000_2/Table_71-Entries_in_a_DeviceN_process_dictionary.rakumod) [Table 77 — Entries common to all shading dictionaries](lib/ISO_32000_2/Table_77-Entries_common_to_all_shading_dictionaries.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 311 — Entries in a 3D stream dictionary](lib/ISO_32000_2/Table_311-Entries_in_a_ThreeD_stream_dictionary.rakumod) [Table 400 — Entries in a separation dictionary](lib/ISO_32000_2/Table_400-Entries_in_a_separation_dictionary.rakumod) |
| /ColorTransform | [Table 13 – Optional parameter for the DCTDecode filter](lib/ISO_32000_2/Table_13-Optional_parameter_for_the_DCTDecode_filter.rakumod) |
| /ColorantTable | [Table 402 — Entries in a DestOutputProfileRef dictionary](lib/ISO_32000_2/Table_402-Entries_in_a_DestOutputProfileRef_dictionary.rakumod) |
| /Colorants | [Table 70 — Entries in a DeviceN colour space attributes dictionary](lib/ISO_32000_2/Table_70-Entries_in_a_DeviceN_colour_space_attributes_dictionary.rakumod) [Table 399 — Additional entries specific to a printer’s mark form dictionary](lib/ISO_32000_2/Table_399-Additional_entries_specific_to_a_printers_mark_form_dictionary.rakumod) |
| /Colors | [Table 8 — Optional parameters for LZWDecode and FlateDecode filters](lib/ISO_32000_2/Table_8-Optional_parameters_for_LZWDecode_and_FlateDecode_filters.rakumod) [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) |
| /ColumnCount | [Table 381 — Standard layout attributes specific to standard column attributes](lib/ISO_32000_2/Table_381-Standard_layout_attributes_specific_to_standard_column_attributes.rakumod) |
| /ColumnGap | [Table 381 — Standard layout attributes specific to standard column attributes](lib/ISO_32000_2/Table_381-Standard_layout_attributes_specific_to_standard_column_attributes.rakumod) |
| /ColumnWidths | [Table 381 — Standard layout attributes specific to standard column attributes](lib/ISO_32000_2/Table_381-Standard_layout_attributes_specific_to_standard_column_attributes.rakumod) |
| /Columns | [Table 8 — Optional parameters for LZWDecode and FlateDecode filters](lib/ISO_32000_2/Table_8-Optional_parameters_for_LZWDecode_and_FlateDecode_filters.rakumod) [Table 11 – Optional parameters for the CCITTFaxDecode filter](lib/ISO_32000_2/Table_11-Optional_parameters_for_the_CCITTFaxDecode_filter.rakumod) |
| /Components | [Table 71 — Entries in a DeviceN process dictionary](lib/ISO_32000_2/Table_71-Entries_in_a_DeviceN_process_dictionary.rakumod) |
| /Condition | [Table 335 — Entries in a RichMediaActivation dictionary](lib/ISO_32000_2/Table_335-Entries_in_a_RichMediaActivation_dictionary.rakumod) [Table 336 — Entries in a RichMediaDeactivation dictionary](lib/ISO_32000_2/Table_336-Entries_in_a_RichMediaDeactivation_dictionary.rakumod) |
| /Configs | [Table 98 — Entries in the optional content properties dictionary](lib/ISO_32000_2/Table_98-Entries_in_the_optional_content_properties_dictionary.rakumod) |
| /Configuration | [Table 335 — Entries in a RichMediaActivation dictionary](lib/ISO_32000_2/Table_335-Entries_in_a_RichMediaActivation_dictionary.rakumod) |
| /Configurations | [Table 341 — Entries in a RichMediaContent dictionary](lib/ISO_32000_2/Table_341-Entries_in_a_RichMediaContent_dictionary.rakumod) |
| /ContactInfo | [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /Contents | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /ContinuedFrom | [Table 382 — Standard list attributes](lib/ISO_32000_2/Table_382-Standard_list_attributes.rakumod) |
| /ContinuedList | [Table 382 — Standard list attributes](lib/ISO_32000_2/Table_382-Standard_list_attributes.rakumod) |
| /Coords | [Table 79 — Additional entries specific to a Type 2 shading dictionary](lib/ISO_32000_2/Table_79-Additional_entries_specific_to_a_Type_2_shading_dictionary.rakumod) [Table 80 — Additional entries specific to a Type 3 shading dictionary](lib/ISO_32000_2/Table_80-Additional_entries_specific_to_a_Type_3_shading_dictionary.rakumod) |
| /Count | [Table 30 — Required entries in a page tree node](lib/ISO_32000_2/Table_30-Required_entries_in_a_page_tree_node.rakumod) [Table 150 — Entries in the outline dictionary](lib/ISO_32000_2/Table_150-Entries_in_the_outline_dictionary.rakumod) [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) |
| /CreationDate | [Table 45 — Entries in an embedded file parameter dictionary](lib/ISO_32000_2/Table_45-Entries_in_an_embedded_file_parameter_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) [Table 172 — Additional entries in an annotation dictionary specific to markup annotations](lib/ISO_32000_2/Table_172-Additional_entries_in_an_annotation_dictionary_specific_to_markup_annotations.rakumod) [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) |
| /Creator | [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) |
| /CreatorInfo | [Table 100 — Entries in an optional content usage dictionary](lib/ISO_32000_2/Table_100-Entries_in_an_optional_content_usage_dictionary.rakumod) |
| /CropBox | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 396 — Entries in a box colour information dictionary](lib/ISO_32000_2/Table_396-Entries_in_a_box_colour_information_dictionary.rakumod) |
| /D | [Table 47 — Entries in a collection subitem dictionary](lib/ISO_32000_2/Table_47-Entries_in_a_collection_subitem_dictionary.rakumod) [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 98 — Entries in the optional content properties dictionary](lib/ISO_32000_2/Table_98-Entries_in_the_optional_content_properties_dictionary.rakumod) [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) [Table 164 — Entries in a transition dictionary](lib/ISO_32000_2/Table_164-Entries_in_a_transition_dictionary.rakumod) [Table 168 — Entries in a border style dictionary](lib/ISO_32000_2/Table_168-Entries_in_a_border_style_dictionary.rakumod) [Table 170 — Entries in an appearance dictionary](lib/ISO_32000_2/Table_170-Entries_in_an_appearance_dictionary.rakumod) [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) [Table 202 — Additional entries specific to a go-to action](lib/ISO_32000_2/Table_202-Additional_entries_specific_to_a_go-to_action.rakumod) [Table 203 — Additional entries specific to a remote go-to action](lib/ISO_32000_2/Table_203-Additional_entries_specific_to_a_remote_go-to_action.rakumod) [Table 204 — Additional entries specific to an embedded go-to action](lib/ISO_32000_2/Table_204-Additional_entries_specific_to_an_embedded_go-to_action.rakumod) [Table 208 — Entries in a Microsoft WindowsTM launch parameter dictionary](lib/ISO_32000_2/Table_208-Entries_in_a_Microsoft_WindowsTM_launch_parameter_dictionary.rakumod) [Table 209 — Additional entries specific to a thread action](lib/ISO_32000_2/Table_209-Additional_entries_specific_to_a_thread_action.rakumod) [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 285 — Additional entries in a media clip data dictionary](lib/ISO_32000_2/Table_285-Additional_entries_in_a_media_clip_data_dictionary.rakumod) [Table 288 — Additional entries in a media clip section dictionary](lib/ISO_32000_2/Table_288-Additional_entries_in_a_media_clip_section_dictionary.rakumod) [Table 291 — Entries in a media play parameters MH/BE dictionary](lib/ISO_32000_2/Table_291-Entries_in_a_media_play_parameters_MH-BE_dictionary.rakumod) [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) [Table 397 — Entries in a box style dictionary](lib/ISO_32000_2/Table_397-Entries_in_a_box_style_dictionary.rakumod) |
| /D1 | [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) |
| /D2 | [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) |
| /DA | [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 195 — Additional entries specific to a redaction annotation](lib/ISO_32000_2/Table_195-Additional_entries_specific_to_a_redaction_annotation.rakumod) [Table 224 — Entries in the interactive form dictionary](lib/ISO_32000_2/Table_224-Entries_in_the_interactive_form_dictionary.rakumod) [Table 228 — Additional entries common to all fields containing variable text](lib/ISO_32000_2/Table_228-Additional_entries_common_to_all_fields_containing_variable_text.rakumod) |
| /DCS | [Table 269 — Additional entries in a geospatial measure dictionary](lib/ISO_32000_2/Table_269-Additional_entries_in_a_geospatial_measure_dictionary.rakumod) |
| /DIS | [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) |
| /DL | [Table 5 — Entries common to all stream dictionaries](lib/ISO_32000_2/Table_5-Entries_common_to_all_stream_dictionaries.rakumod) |
| /DOS | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) |
| /DP | [Table 200 — Entries in the document catalog’s additional-actions dictionary](lib/ISO_32000_2/Table_200-Entries_in_the_document_catalogs_additional-actions_dictionary.rakumod) |
| /DPM | [Table 409 — Entries in a DPart dictionary](lib/ISO_32000_2/Table_409-Entries_in_a_DPart_dictionary.rakumod) |
| /DPart | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /DPartRoot | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /DPartRootNode | [Table 408 — Entries in a DPartRoot dictionary](lib/ISO_32000_2/Table_408-Entries_in_a_DPartRoot_dictionary.rakumod) |
| /DParts | [Table 409 — Entries in a DPart dictionary](lib/ISO_32000_2/Table_409-Entries_in_a_DPart_dictionary.rakumod) |
| /DR | [Table 224 — Entries in the interactive form dictionary](lib/ISO_32000_2/Table_224-Entries_in_the_interactive_form_dictionary.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) |
| /DS | [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 200 — Entries in the document catalog’s additional-actions dictionary](lib/ISO_32000_2/Table_200-Entries_in_the_document_catalogs_additional-actions_dictionary.rakumod) [Table 228 — Additional entries common to all fields containing variable text](lib/ISO_32000_2/Table_228-Additional_entries_common_to_all_fields_containing_variable_text.rakumod) |
| /DSS | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /DSm | [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) |
| /DSn | [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) |
| /DU | [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) |
| /DV | [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) [Table 311 — Entries in a 3D stream dictionary](lib/ISO_32000_2/Table_311-Entries_in_a_ThreeD_stream_dictionary.rakumod) |
| /DW | [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) |
| /DW2 | [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) |
| /DamagedRowsBeforeError | [Table 11 – Optional parameters for the CCITTFaxDecode filter](lib/ISO_32000_2/Table_11-Optional_parameters_for_the_CCITTFaxDecode_filter.rakumod) |
| /Data | [Table 256 — Entries in a signature reference dictionary](lib/ISO_32000_2/Table_256-Entries_in_a_signature_reference_dictionary.rakumod) [Table 323 — Entries in a 3D node dictionary](lib/ISO_32000_2/Table_323-Entries_in_a_ThreeD_node_dictionary.rakumod) [Table 345 — Entries in a View Params dictionary](lib/ISO_32000_2/Table_345-Entries_in_a_View_Params_dictionary.rakumod) |
| /Deactivation | [Table 334 — Entries in a RichMediaSettings dictionary](lib/ISO_32000_2/Table_334-Entries_in_a_RichMediaSettings_dictionary.rakumod) |
| /Decode | [Table 39 — Additional entries specific to a Type 0 function dictionary](lib/ISO_32000_2/Table_39-Additional_entries_specific_to_a_Type_0_function_dictionary.rakumod) [Table 81 — Additional entries specific to a Type 4 shading dictionary](lib/ISO_32000_2/Table_81-Additional_entries_specific_to_a_Type_4_shading_dictionary.rakumod) [Table 82 — Additional entries specific to a Type 5 shading dictionary](lib/ISO_32000_2/Table_82-Additional_entries_specific_to_a_Type_5_shading_dictionary.rakumod) [Table 83 — Additional entries specific to a Type 6 shading dictionary](lib/ISO_32000_2/Table_83-Additional_entries_specific_to_a_Type_6_shading_dictionary.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) |
| /DecodeParms | [Table 5 — Entries common to all stream dictionaries](lib/ISO_32000_2/Table_5-Entries_common_to_all_stream_dictionaries.rakumod) |
| /Default | [Table 132 — Entries in a Type 5 halftone dictionary](lib/ISO_32000_2/Table_132-Entries_in_a_Type_5_halftone_dictionary.rakumod) |
| /DefaultForPrinting | [Table 89 — Entries in an alternate image dictionary](lib/ISO_32000_2/Table_89-Entries_in_an_alternate_image_dictionary.rakumod) |
| /Desc | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) [Table 383 — PrintField attributes](lib/ISO_32000_2/Table_383-PrintField_attributes.rakumod) |
| /DescendantFonts | [Table 119 — Entries in a Type 0 font dictionary](lib/ISO_32000_2/Table_119-Entries_in_a_Type_0_font_dictionary.rakumod) |
| /Descent | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /Dest | [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) [Table 176 — Additional entries specific to a link annotation](lib/ISO_32000_2/Table_176-Additional_entries_specific_to_a_link_annotation.rakumod) |
| /DestOutputProfile | [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) |
| /DestOutputProfileRef | [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) |
| /Dests | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) |
| /DevDepGS\_BG | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /DevDepGS\_FL | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /DevDepGS\_HT | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /DevDepGS\_OP | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /DevDepGS\_TR | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /DevDepGS\_UCR | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /DeviceColorant | [Table 400 — Entries in a separation dictionary](lib/ISO_32000_2/Table_400-Entries_in_a_separation_dictionary.rakumod) |
| /Di | [Table 164 — Entries in a transition dictionary](lib/ISO_32000_2/Table_164-Entries_in_a_transition_dictionary.rakumod) |
| /Differences | [Table 112 — Entries in an encoding dictionary](lib/ISO_32000_2/Table_112-Entries_in_an_encoding_dictionary.rakumod) [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) |
| /DigSig | [Table 274 — Entries for specific types of requirements](lib/ISO_32000_2/Table_274-Entries_for_specific_types_of_requirements.rakumod) |
| /DigestMethod | [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) [Table 256 — Entries in a signature reference dictionary](lib/ISO_32000_2/Table_256-Entries_in_a_signature_reference_dictionary.rakumod) |
| /Direction | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) [Table 158 — Entries in a collection split dictionary](lib/ISO_32000_2/Table_158-Entries_in_a_collection_split_dictionary.rakumod) |
| /DisplayDocTitle | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /Dm | [Table 164 — Entries in a transition dictionary](lib/ISO_32000_2/Table_164-Entries_in_a_transition_dictionary.rakumod) |
| /Doc | [Table 248 — Entries in the ECMAScript dictionary](lib/ISO_32000_2/Table_248-Entries_in_the_ECMAScript_dictionary.rakumod) |
| /DocMDP | [Table 263 — Entries in a permissions dictionary](lib/ISO_32000_2/Table_263-Entries_in_a_permissions_dictionary.rakumod) |
| /Document | [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) |
| /Domain | [Table 38 — Entries common to all function dictionaries](lib/ISO_32000_2/Table_38-Entries_common_to_all_function_dictionaries.rakumod) [Table 78 — Additional entries specific to a Type 1 shading dictionary](lib/ISO_32000_2/Table_78-Additional_entries_specific_to_a_Type_1_shading_dictionary.rakumod) [Table 79 — Additional entries specific to a Type 2 shading dictionary](lib/ISO_32000_2/Table_79-Additional_entries_specific_to_a_Type_2_shading_dictionary.rakumod) [Table 80 — Additional entries specific to a Type 3 shading dictionary](lib/ISO_32000_2/Table_80-Additional_entries_specific_to_a_Type_3_shading_dictionary.rakumod) |
| /DotGain | [Table 72 — Entries in a DeviceN mixing hints dictionary](lib/ISO_32000_2/Table_72-Entries_in_a_DeviceN_mixing_hints_dictionary.rakumod) |
| /Dp | [Table 206 — Entries in a GoToDp dictionary](lib/ISO_32000_2/Table_206-Entries_in_a_GoToDp_dictionary.rakumod) |
| /Duplex | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /Dur | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 165 — Entries in a navigation node dictionary](lib/ISO_32000_2/Table_165-Entries_in_a_navigation_node_dictionary.rakumod) |
| /Duration | [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) |
| /E | [Table F.1 — Entries in the linearization parameter dictionary](lib/ISO_32000_2/Table_F1-Entries_in_the_linearization_parameter_dictionary.rakumod) [Table 155 — Entries in a collection field dictionary](lib/ISO_32000_2/Table_155-Entries_in_a_collection_field_dictionary.rakumod) [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) [Table 289 — Entries in a media clip section MH/BE dictionary](lib/ISO_32000_2/Table_289-Entries_in_a_media_clip_section_MH-BE_dictionary.rakumod) [Table 305 — Additional entries specific to a sound object](lib/ISO_32000_2/Table_305-Additional_entries_specific_to_a_sound_object.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 391 — Entries in a source information dictionary](lib/ISO_32000_2/Table_391-Entries_in_a_source_information_dictionary.rakumod) |
| /EA | [Table 317 — Entries in a 3D background dictionary](lib/ISO_32000_2/Table_317-Entries_in_a_ThreeD_background_dictionary.rakumod) |
| /EF | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) |
| /EFF | [Table 20 — Entries common to all encryption dictionaries](lib/ISO_32000_2/Table_20-Entries_common_to_all_encryption_dictionaries.rakumod) |
| /EL | [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) |
| /EP | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) |
| /EPSG | [Table 270 — Entries in a geographic coordinate system dictionary](lib/ISO_32000_2/Table_270-Entries_in_a_geographic_coordinate_system_dictionary.rakumod) [Table 271 — Entries in a projected coordinate system dictionary](lib/ISO_32000_2/Table_271-Entries_in_a_projected_coordinate_system_dictionary.rakumod) |
| /EarlyChange | [Table 8 — Optional parameters for LZWDecode and FlateDecode filters](lib/ISO_ |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 6 of 13
32000_2/Table_8-Optional_parameters_for_LZWDecode_and_FlateDecode_filters.rakumod) |
| /EmbeddedFDFs | [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) |
| /EmbeddedFiles | [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) |
| /Encode | [Table 39 — Additional entries specific to a Type 0 function dictionary](lib/ISO_32000_2/Table_39-Additional_entries_specific_to_a_Type_0_function_dictionary.rakumod) [Table 41 — Additional entries specific to a Type 3 function dictionary](lib/ISO_32000_2/Table_41-Additional_entries_specific_to_a_Type_3_function_dictionary.rakumod) |
| /EncodedByteAlign | [Table 11 – Optional parameters for the CCITTFaxDecode filter](lib/ISO_32000_2/Table_11-Optional_parameters_for_the_CCITTFaxDecode_filter.rakumod) |
| /Encoding | [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) [Table 119 — Entries in a Type 0 font dictionary](lib/ISO_32000_2/Table_119-Entries_in_a_Type_0_font_dictionary.rakumod) [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) |
| /Encrypt | [Table 15 — Entries in the file trailer dictionary](lib/ISO_32000_2/Table_15-Entries_in_the_file_trailer_dictionary.rakumod) [Table 274 — Entries for specific types of requirements](lib/ISO_32000_2/Table_274-Entries_for_specific_types_of_requirements.rakumod) |
| /EncryptMetadata | [Table 21 — Additional encryption dictionary entries for the standard security handler](lib/ISO_32000_2/Table_21-Additional_encryption_dictionary_entries_for_the_standard_security_handler.rakumod) [Table 27 — Additional crypt filter dictionary entries for public-key security handlers](lib/ISO_32000_2/Table_27-Additional_crypt_filter_dictionary_entries_for_public-key_security_handlers.rakumod) |
| /EncryptionRevision | [Table 247 — Additional entry in an embedded file stream dictionary for an encrypted FDF file](lib/ISO_32000_2/Table_247-Additional_entry_in_an_embedded_file_stream_dictionary_for_an_encrypted_FDF_file.rakumod) |
| /End | [Table 409 — Entries in a DPart dictionary](lib/ISO_32000_2/Table_409-Entries_in_a_DPart_dictionary.rakumod) |
| /EndIndent | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /EndOfBlock | [Table 11 – Optional parameters for the CCITTFaxDecode filter](lib/ISO_32000_2/Table_11-Optional_parameters_for_the_CCITTFaxDecode_filter.rakumod) |
| /EndOfLine | [Table 11 – Optional parameters for the CCITTFaxDecode filter](lib/ISO_32000_2/Table_11-Optional_parameters_for_the_CCITTFaxDecode_filter.rakumod) |
| /Enforce | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /Event | [Table 101 — Entries in a usage application dictionary](lib/ISO_32000_2/Table_101-Entries_in_a_usage_application_dictionary.rakumod) |
| /ExData | [Table 173 — Additional entries in markup annotation dictionaries specific to external data](lib/ISO_32000_2/Table_173-Additional_entries_in_markup_annotation_dictionaries_specific_to_external_data.rakumod) |
| /Export | [Table 100 — Entries in an optional content usage dictionary](lib/ISO_32000_2/Table_100-Entries_in_an_optional_content_usage_dictionary.rakumod) |
| /ExtGState | [Table 34 — Entries in a resource dictionary](lib/ISO_32000_2/Table_34-Entries_in_a_resource_dictionary.rakumod) [Table 75 — Entries in a Type 2 pattern dictionary](lib/ISO_32000_2/Table_75-Entries_in_a_Type_2_pattern_dictionary.rakumod) |
| /Extend | [Table 79 — Additional entries specific to a Type 2 shading dictionary](lib/ISO_32000_2/Table_79-Additional_entries_specific_to_a_Type_2_shading_dictionary.rakumod) [Table 80 — Additional entries specific to a Type 3 shading dictionary](lib/ISO_32000_2/Table_80-Additional_entries_specific_to_a_Type_3_shading_dictionary.rakumod) |
| /Extends | [Table 16 — Additional entries specific to an object stream dictionary](lib/ISO_32000_2/Table_16-Additional_entries_specific_to_an_object_stream_dictionary.rakumod) |
| /ExtensionLevel | [Table 49 — Entries in a developer extensions dictionary](lib/ISO_32000_2/Table_49-Entries_in_a_developer_extensions_dictionary.rakumod) |
| /ExtensionRevision | [Table 49 — Entries in a developer extensions dictionary](lib/ISO_32000_2/Table_49-Entries_in_a_developer_extensions_dictionary.rakumod) |
| /Extensions | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /ExternalOPIdicts | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /ExternalRefXobjects | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /ExternalStreams | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /F | [Table 5 — Entries common to all stream dictionaries](lib/ISO_32000_2/Table_5-Entries_common_to_all_stream_dictionaries.rakumod) [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 95 — Entries in a reference dictionary](lib/ISO_32000_2/Table_95-Entries_in_a_reference_dictionary.rakumod) [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) [Table 162 — Entries in a thread dictionary](lib/ISO_32000_2/Table_162-Entries_in_a_thread_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 199 — Entries in a form field’s additional-actions dictionary](lib/ISO_32000_2/Table_199-Entries_in_a_form_fields_additional-actions_dictionary.rakumod) [Table 203 — Additional entries specific to a remote go-to action](lib/ISO_32000_2/Table_203-Additional_entries_specific_to_a_remote_go-to_action.rakumod) [Table 204 — Additional entries specific to an embedded go-to action](lib/ISO_32000_2/Table_204-Additional_entries_specific_to_an_embedded_go-to_action.rakumod) [Table 207 — Additional entries specific to a launch action](lib/ISO_32000_2/Table_207-Additional_entries_specific_to_a_launch_action.rakumod) [Table 208 — Entries in a Microsoft WindowsTM launch parameter dictionary](lib/ISO_32000_2/Table_208-Entries_in_a_Microsoft_WindowsTM_launch_parameter_dictionary.rakumod) [Table 209 — Additional entries specific to a thread action](lib/ISO_32000_2/Table_209-Additional_entries_specific_to_a_thread_action.rakumod) [Table 239 — Additional entries specific to a submit-form action](lib/ISO_32000_2/Table_239-Additional_entries_specific_to_a_submit-form_action.rakumod) [Table 243 — Additional entries specific to an import-data action](lib/ISO_32000_2/Table_243-Additional_entries_specific_to_an_import-data_action.rakumod) [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) [Table 253 — Entries in an FDF named page reference dictionary](lib/ISO_32000_2/Table_253-Entries_in_an_FDF_named_page_reference_dictionary.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) [Table 291 — Entries in a media play parameters MH/BE dictionary](lib/ISO_32000_2/Table_291-Entries_in_a_media_play_parameters_MH-BE_dictionary.rakumod) [Table 294 — Entries in a media screen parameters MH/BE dictionary](lib/ISO_32000_2/Table_294-Entries_in_a_media_screen_parameters_MH-BE_dictionary.rakumod) [Table 298 — Additional entries in a media offset frame dictionary](lib/ISO_32000_2/Table_298-Additional_entries_in_a_media_offset_frame_dictionary.rakumod) [Table 306 — Entries in a movie dictionary](lib/ISO_32000_2/Table_306-Entries_in_a_movie_dictionary.rakumod) [Table 316 — Entries in a projection dictionary](lib/ISO_32000_2/Table_316-Entries_in_a_projection_dictionary.rakumod) [Table 362 — Entries in a user property dictionary](lib/ISO_32000_2/Table_362-Entries_in_a_user_property_dictionary.rakumod) [Table 393 — Entries in a Web Capture command dictionary](lib/ISO_32000_2/Table_393-Entries_in_a_Web_Capture_command_dictionary.rakumod) |
| /FB | [Table 250 — Entries in an icon fit dictionary](lib/ISO_32000_2/Table_250-Entries_in_an_icon_fit_dictionary.rakumod) |
| /FC | [Table 318 — Entries in a render mode dictionary](lib/ISO_32000_2/Table_318-Entries_in_a_render_mode_dictionary.rakumod) |
| /FD | [Table 122 — Additional font descriptor entries for CIDFonts](lib/ISO_32000_2/Table_122-Additional_font_descriptor_entries_for_CIDFonts.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) |
| /FDF | [Table 245 — Entries in the FDF catalog dictionary](lib/ISO_32000_2/Table_245-Entries_in_the_FDF_catalog_dictionary.rakumod) |
| /FDecodeParms | [Table 5 — Entries common to all stream dictionaries](lib/ISO_32000_2/Table_5-Entries_common_to_all_stream_dictionaries.rakumod) |
| /FFilter | [Table 5 — Entries common to all stream dictionaries](lib/ISO_32000_2/Table_5-Entries_common_to_all_stream_dictionaries.rakumod) |
| /FL | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /FOV | [Table 316 — Entries in a projection dictionary](lib/ISO_32000_2/Table_316-Entries_in_a_projection_dictionary.rakumod) |
| /FS | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 187 — Additional entries specific to a file attachment annotation](lib/ISO_32000_2/Table_187-Additional_entries_specific_to_a_file_attachment_annotation.rakumod) |
| /FT | [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) |
| /FWPosition | [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) |
| /FWScale | [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) |
| /Ff | [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /Fields | [Table 224 — Entries in the interactive form dictionary](lib/ISO_32000_2/Table_224-Entries_in_the_interactive_form_dictionary.rakumod) [Table 236 — Entries in a signature field lock dictionary](lib/ISO_32000_2/Table_236-Entries_in_a_signature_field_lock_dictionary.rakumod) [Table 239 — Additional entries specific to a submit-form action](lib/ISO_32000_2/Table_239-Additional_entries_specific_to_a_submit-form_action.rakumod) [Table 241 — Additional entries specific to a reset-form action](lib/ISO_32000_2/Table_241-Additional_entries_specific_to_a_reset-form_action.rakumod) [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) [Table 252 — Entries in an FDF template dictionary](lib/ISO_32000_2/Table_252-Entries_in_an_FDF_template_dictionary.rakumod) [Table 259 — Entries in the FieldMDP transform parameters dictionary](lib/ISO_32000_2/Table_259-Entries_in_the_FieldMDP_transform_parameters_dictionary.rakumod) |
| /Filter | [Table 5 — Entries common to all stream dictionaries](lib/ISO_32000_2/Table_5-Entries_common_to_all_stream_dictionaries.rakumod) [Table 20 — Entries common to all encryption dictionaries](lib/ISO_32000_2/Table_20-Entries_common_to_all_encryption_dictionaries.rakumod) [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /First | [Table 16 — Additional entries specific to an object stream dictionary](lib/ISO_32000_2/Table_16-Additional_entries_specific_to_an_object_stream_dictionary.rakumod) [Table 150 — Entries in the outline dictionary](lib/ISO_32000_2/Table_150-Entries_in_the_outline_dictionary.rakumod) [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) |
| /FirstChar | [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) |
| /FitWindow | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /FixedPrint | [Table 193 — Additional entries specific to a watermark annotation](lib/ISO_32000_2/Table_193-Additional_entries_specific_to_a_watermark_annotation.rakumod) |
| /Flags | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) [Table 239 — Additional entries specific to a submit-form action](lib/ISO_32000_2/Table_239-Additional_entries_specific_to_a_submit-form_action.rakumod) [Table 241 — Additional entries specific to a reset-form action](lib/ISO_32000_2/Table_241-Additional_entries_specific_to_a_reset-form_action.rakumod) |
| /Fo | [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) |
| /Folders | [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) |
| /Font | [Table 34 — Entries in a resource dictionary](lib/ISO_32000_2/Table_34-Entries_in_a_resource_dictionary.rakumod) [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /FontBBox | [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /FontDescriptor | [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) |
| /FontFamily | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /FontFauxing | [Table 403 — Additional entries specific to a trap network annotation](lib/ISO_32000_2/Table_403-Additional_entries_specific_to_a_trap_network_annotation.rakumod) |
| /FontFile | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) [Table 124 — Embedded font organisation for various font types](lib/ISO_32000_2/Table_124-Embedded_font_organisation_for_various_font_types.rakumod) |
| /FontFile2 | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) [Table 124 — Embedded font organisation for various font types](lib/ISO_32000_2/Table_124-Embedded_font_organisation_for_various_font_types.rakumod) |
| /FontFile3 | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) [Table 124 — Embedded font organisation for various font types](lib/ISO_32000_2/Table_124-Embedded_font_organisation_for_various_font_types.rakumod) |
| /FontMatrix | [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) |
| /FontName | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /FontStretch | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /FontWeight | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /Form | [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) |
| /FormType | [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) |
| /Free | [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) |
| /Frequency | [Table 128 — Entries in a Type 1 halftone dictionary](lib/ISO_32000_2/Table_128-Entries_in_a_Type_1_halftone_dictionary.rakumod) |
| /Function | [Table 78 — Additional entries specific to a Type 1 shading dictionary](lib/ISO_32000_2/Table_78-Additional_entries_specific_to_a_Type_1_shading_dictionary.rakumod) [Table 79 — Additional entries specific to a Type 2 shading dictionary](lib/ISO_32000_2/Table_79-Additional_entries_specific_to_a_Type_2_shading_dictionary.rakumod) [Table 80 — Additional entries specific to a Type 3 shading dictionary](lib/ISO_32000_2/Table_80-Additional_entries_specific_to_a_Type_3_shading_dictionary.rakumod) [Table 81 — Additional entries specific to a Type 4 shading dictionary](lib/ISO_32000_2/Table_81-Additional_entries_specific_to_a_Type_4_shading_dictionary.rakumod) [Table 82 — Additional entries specific to a Type 5 shading dictionary](lib/ISO_32000_2/Table_82-Additional_entries_specific_to_a_Type_5_shading_dictionary.rakumod) [Table 83 — Additional entries specific to a Type 6 shading dictionary](lib/ISO_32000_2/Table_83-Additional_entries_specific_to_a_Type_6_shading_dictionary.rakumod) |
| /FunctionType | [Table 38 — Entries common to all function dictionaries](lib/ISO_32000_2/Table_38-Entries_common_to_all_function_dictionaries.rakumod) |
| /Functions | [Table 41 — Additional entries specific to a Type 3 function dictionary](lib/ISO_32000_2/Table_41-Additional_entries_specific_to_a_Type_3_function_dictionary.rakumod) |
| /G | [Table 142 — Entries in a soft-mask dictionary](lib/ISO_32000_2/Table_142-Entries_in_a_soft-mask_dictionary.rakumod) [Table 395 — Entries in a Web Capture command settings dictionary](lib/ISO_32000_2/Table_395-Entries_in_a_Web_Capture_command_settings_dictionary.rakumod) |
| /GCS | [Table 269 — Additional entries in a geospatial measure dictionary](lib/ISO_32000_2/Table_269-Additional_entries_in_a_geospatial_measure_dictionary.rakumod) |
| /GEO | [Table 309 — Additional entries specific to a 3D annotation](lib/ISO_32000_2/Table_309-Additional_entries_specific_to_a_ThreeD_annotation.rakumod) |
| /GPTS | [Table 269 — Additional entries in a geospatial measure dictionary](lib/ISO_32000_2/Table_269-Additional_entries_in_a_geospatial_measure_dictionary.rakumod) |
| /Gamma | [Table 62 — Entries in a CalGray colour space dictionary](lib/ISO_32000_2/Table_62-Entries_in_a_CalGray_colour_space_dictionary.rakumod) [Table 63 — Entries in a CalRGB colour space dictionary](lib/ISO_32000_2/Table_63-Entries_in_a_CalRGB_colour_space_dictionary.rakumod) |
| /GlyphOrientationVertical | [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard_layout_attributes_specific_to_inline-level_structure_elements.rakumod) |
| /GoToRemoteActions | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /Group | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) |
| /H | [Table F.1 — Entries in the linearization parameter dictionary](lib/ISO_32000_2/Table_F1-Entries_in_the_linearization_parameter_dictionary.rakumod) [Table 176 — Additional entries specific to a link annotation](lib/ISO_32000_2/Table_176-Additional_entries_specific_to_a_link_annotation.rakumod) [Table 191 — Additional entries specific to a widget annotation](lib/ISO_32000_2/Table_191-Additional_entries_specific_to_a_widget_annotation.rakumod) [Table 194 — Entries in a fixed print dictionary](lib/ISO_32000_2/Table_194-Entries_in_a_fixed_print_dictionary.rakumod) [Table 214 — Additional entries specific to a hide action](lib/ISO_32000_2/Table_214-Additional_entries_specific_to_a_hide_action.rakumod) [Table 303 — Entries in a software identifier dictionary](lib/ISO_32000_2/Table_303-Entries_in_a_software_identifier_dictionary.rakumod) [Table 362 — Entries in a user property dictionary](lib/ISO_32000_2/Table_362-Entries_in_a_user_property_dictionary.rakumod) [Table 393 — Entries in a Web Capture command dictionary](lib/ISO_32000_2/Table_393-Entries_in_a_Web_Capture_command_dictionary.rakumod) |
| /HAlign | [Table 340 — Entries in a RichMediaPosition dictionary](lib/ISO_32000_2/Table_340-Entries_in_a_RichMediaPosition_dictionary.rakumod) |
| /HI | [Table 303 — Entries in a software identifier dictionary](lib/ISO_32000_2/Table_303-Entries_in_a_software_identifier_dictionary.rakumod) |
| /HOffset | [Table 340 — Entries in a RichMediaPosition dictionary](lib/ISO_32000_2/Table_340-Entries_in_a_RichMediaPosition_dictionary.rakumod) |
| /HT | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /HTO | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /HalftoneName | [Table 128 — Entries in a Type 1 halftone dictionary](lib/ISO_32000_2/Table_128-Entries_in_a_Type_1_halftone_dictionary.rakumod) [Table 129 — Additional entries specific to a Type 6 halftone dictionary](lib/ISO_32000_2/Table_129-Additional_entries_specific_to_a_Type_6_halftone_dictionary.rakumod) [Table 130 — Additional entries specific to a Type 10 halftone dictionary](lib/ISO_32000_2/Table_130-Additional_entries_specific_to_a_Type_10_halftone_dictionary.rakumod) [Table 131 — Additional entries specific to a Type 16 halftone dictionary](lib/ISO_32000_2/Table_131-Additional_entries_specific_to_a_Type_16_halftone_dictionary.rakumod) [Table 132 — Entries in a Type 5 halftone dictionary](lib/ISO_32000_2/Table_132-Entries_in_a_Type_5_halftone_dictionary.rakumod) |
| /HalftoneType | [Table 128 — Entries in a Type 1 halftone dictionary](lib/ISO_32000_2/Table_128-Entries_in_a_Type_1_halftone_dictionary.rakumod) [Table 129 — Additional entries specific to a Type 6 halftone dictionary](lib/ISO_32000_2/Table_129-Additional_entries_specific_to_a_Type_6_halftone_dictionary.rakumod) [Table 130 — Additional entries specific to a Type 10 halftone dictionary](lib/ISO_32000_2/Table_130-Additional_entries_specific_to_a_Type_10_halftone_dictionary.rakumod) [Table 131 — Additional entries specific to a Type 16 halftone dictionary](lib/ISO_32000_2/Table_131-Additional_entries_specific_to_a_Type_16_halftone_dictionary.rakumod) [Table 132 — Entries in a Type 5 halftone dictionary](lib/ISO_32000_2/Table_132-Entries_in_a_Type_5_halftone_dictionary.rakumod) |
| /Headers | [Table 384 — Standard table attributes](lib/ISO_32000_2/Table_384-Standard_table_attributes.rakumod) |
| /Height | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 129 — Additional entries specific to a Type 6 halftone dictionary](lib/ISO_32000_2/Table_129-Additional_entries_specific_to_a_Type_6_halftone_dictionary.rakumod) [Table 131 — Additional entries specific to a Type 16 halftone dictionary](lib/ISO_32000_2/Table_131-Additional_entries_specific_to_a_Type_16_halftone_dictionary.rakumod) [Table 339 — Entries in a RichMediaWindow dictionary](lib/ISO_32000_2/Table_339-Entries_in_a_RichMediaWindow_dictionary.rakumod) [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 7 of 13
_block-level_structure_elements.rakumod) |
| /Height2 | [Table 131 — Additional entries specific to a Type 16 halftone dictionary](lib/ISO_32000_2/Table_131-Additional_entries_specific_to_a_Type_16_halftone_dictionary.rakumod) |
| /HideAnnotationActions | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /HideMenubar | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /HideToolbar | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /HideWindowUI | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /I | [Table 145 — Additional entries specific to a transparency group attributes dictionary](lib/ISO_32000_2/Table_145-Additional_entries_specific_to_a_transparency_group_attributes_dictionary.rakumod) [Table 162 — Entries in a thread dictionary](lib/ISO_32000_2/Table_162-Entries_in_a_thread_dictionary.rakumod) [Table 169 — Entries in a border effect dictionary](lib/ISO_32000_2/Table_169-Entries_in_a_border_effect_dictionary.rakumod) [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) [Table 234 — Additional entries specific to a choice field](lib/ISO_32000_2/Table_234-Additional_entries_specific_to_a_choice_field.rakumod) |
| /IC | [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) [Table 180 — Additional entries specific to a square or circle annotation](lib/ISO_32000_2/Table_180-Additional_entries_specific_to_a_square_or_circle_annotation.rakumod) [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) [Table 195 — Additional entries specific to a redaction annotation](lib/ISO_32000_2/Table_195-Additional_entries_specific_to_a_redaction_annotation.rakumod) [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD_cross_section_dictionary.rakumod) |
| /ICCVersion | [Table 402 — Entries in a DestOutputProfileRef dictionary](lib/ISO_32000_2/Table_402-Entries_in_a_DestOutputProfileRef_dictionary.rakumod) |
| /ID | [Table 15 — Entries in the file trailer dictionary](lib/ISO_32000_2/Table_15-Entries_in_the_file_trailer_dictionary.rakumod) [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 95 — Entries in a reference dictionary](lib/ISO_32000_2/Table_95-Entries_in_a_reference_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 388 — Entries common to all Web Capture content sets](lib/ISO_32000_2/Table_388-Entries_common_to_all_Web_Capture_content_sets.rakumod) |
| /IDS | [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) |
| /IDTree | [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) |
| /IF | [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /IN | [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /IRT | [Table 172 — Additional entries in an annotation dictionary specific to markup annotations](lib/ISO_32000_2/Table_172-Additional_entries_in_an_annotation_dictionary_specific_to_markup_annotations.rakumod) |
| /IT | [Table 172 — Additional entries in an annotation dictionary specific to markup annotations](lib/ISO_32000_2/Table_172-Additional_entries_in_an_annotation_dictionary_specific_to_markup_annotations.rakumod) [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) [Table 184 — Additional entries specific to a rubber stamp annotation](lib/ISO_32000_2/Table_184-Additional_entries_specific_to_a_rubber_stamp_annotation.rakumod) |
| /IV | [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD_cross_section_dictionary.rakumod) |
| /IX | [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) |
| /Image | [Table 89 — Entries in an alternate image dictionary](lib/ISO_32000_2/Table_89-Entries_in_an_alternate_image_dictionary.rakumod) |
| /ImageMask | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) |
| /Index | [Table 17 — Additional entries specific to a cross-reference stream dictionary](lib/ISO_32000_2/Table_17-Additional_entries_specific_to_a_cross-reference_stream_dictionary.rakumod) |
| /Info | [Table 15 — Entries in the file trailer dictionary](lib/ISO_32000_2/Table_15-Entries_in_the_file_trailer_dictionary.rakumod) [Table 251 — Entries in an FDF page dictionary](lib/ISO_32000_2/Table_251-Entries_in_an_FDF_page_dictionary.rakumod) [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) |
| /InkList | [Table 185 — Additional entries specific to an ink annotation](lib/ISO_32000_2/Table_185-Additional_entries_specific_to_an_ink_annotation.rakumod) |
| /InlineAlign | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /Instance | [Table 323 — Entries in a 3D node dictionary](lib/ISO_32000_2/Table_323-Entries_in_a_ThreeD_node_dictionary.rakumod) [Table 345 — Entries in a View Params dictionary](lib/ISO_32000_2/Table_345-Entries_in_a_View_Params_dictionary.rakumod) |
| /Instances | [Table 342 — Entries in a RichMediaConfiguration dictionary](lib/ISO_32000_2/Table_342-Entries_in_a_RichMediaConfiguration_dictionary.rakumod) |
| /Intent | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 96 — Entries in an optional content group dictionary](lib/ISO_32000_2/Table_96-Entries_in_an_optional_content_group_dictionary.rakumod) [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) |
| /Interpolate | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) |
| /IsMap | [Table 210 — Additional entries specific to a URI action](lib/ISO_32000_2/Table_210-Additional_entries_specific_to_a_URI_action.rakumod) |
| /Issuer | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) |
| /ItalicAngle | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /JBIG2Globals | [Table 12 — Optional parameter for the JBIG2Decode filter](lib/ISO_32000_2/Table_12-Optional_parameter_for_the_JBIG2Decode_filter.rakumod) |
| /JS | [Table 218 — Additional entries specific to a rendition action](lib/ISO_32000_2/Table_218-Additional_entries_specific_to_a_rendition_action.rakumod) [Table 221 — Additional entries specific to an ECMAScript action](lib/ISO_32000_2/Table_221-Additional_entries_specific_to_an_ECMAScript_action.rakumod) |
| /JavaScript | [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) |
| /JavaScriptActions | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /K | [Table 11 – Optional parameters for the CCITTFaxDecode filter](lib/ISO_32000_2/Table_11-Optional_parameters_for_the_CCITTFaxDecode_filter.rakumod) [Table 145 — Additional entries specific to a transparency group attributes dictionary](lib/ISO_32000_2/Table_145-Additional_entries_specific_to_a_transparency_group_attributes_dictionary.rakumod) [Table 199 — Entries in a form field’s additional-actions dictionary](lib/ISO_32000_2/Table_199-Entries_in_a_form_fields_additional-actions_dictionary.rakumod) [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) |
| /KeyUsage | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) |
| /Keywords | [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) |
| /Kids | [Table 30 — Required entries in a page tree node](lib/ISO_32000_2/Table_30-Required_entries_in_a_page_tree_node.rakumod) [Table 36 — Entries in a name tree node dictionary](lib/ISO_32000_2/Table_36-Entries_in_a_name_tree_node_dictionary.rakumod) [Table 37 — Entries in a number tree node dictionary](lib/ISO_32000_2/Table_37-Entries_in_a_number_tree_node_dictionary.rakumod) [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /L | [Table F.1 — Entries in the linearization parameter dictionary](lib/ISO_32000_2/Table_F1-Entries_in_the_linearization_parameter_dictionary.rakumod) [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 303 — Entries in a software identifier dictionary](lib/ISO_32000_2/Table_303-Entries_in_a_software_identifier_dictionary.rakumod) [Table 393 — Entries in a Web Capture command dictionary](lib/ISO_32000_2/Table_393-Entries_in_a_Web_Capture_command_dictionary.rakumod) |
| /LC | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /LE | [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) |
| /LI | [Table 303 — Entries in a software identifier dictionary](lib/ISO_32000_2/Table_303-Entries_in_a_software_identifier_dictionary.rakumod) |
| /LJ | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /LL | [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) |
| /LLE | [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) |
| /LLO | [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) |
| /LPTS | [Table 269 — Additional entries in a geospatial measure dictionary](lib/ISO_32000_2/Table_269-Additional_entries_in_a_geospatial_measure_dictionary.rakumod) |
| /LS | [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /LW | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /Lang | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 122 — Additional font descriptor entries for CIDFonts](lib/ISO_32000_2/Table_122-Additional_font_descriptor_entries_for_CIDFonts.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) |
| /Language | [Table 100 — Entries in an optional content usage dictionary](lib/ISO_32000_2/Table_100-Entries_in_an_optional_content_usage_dictionary.rakumod) |
| /Last | [Table 150 — Entries in the outline dictionary](lib/ISO_32000_2/Table_150-Entries_in_the_outline_dictionary.rakumod) [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) |
| /LastChar | [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) |
| /LastModified | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 351 — Entries in a data dictionary](lib/ISO_32000_2/Table_351-Entries_in_a_data_dictionary.rakumod) [Table 403 — Additional entries specific to a trap network annotation](lib/ISO_32000_2/Table_403-Additional_entries_specific_to_a_trap_network_annotation.rakumod) |
| /LaunchActions | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /Layout | [Table 160 — Entries in a navigator dictionary](lib/ISO_32000_2/Table_160-Entries_in_a_navigator_dictionary.rakumod) |
| /Leading | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /Legal | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /LegalAttestation | [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) |
| /Length | [Table 5 — Entries common to all stream dictionaries](lib/ISO_32000_2/Table_5-Entries_common_to_all_stream_dictionaries.rakumod) [Table 20 — Entries common to all encryption dictionaries](lib/ISO_32000_2/Table_20-Entries_common_to_all_encryption_dictionaries.rakumod) [Table 25 — Entries common to all crypt filter dictionaries](lib/ISO_32000_2/Table_25-Entries_common_to_all_crypt_filter_dictionaries.rakumod) |
| /Length1 | [Table 125 — Additional entries in an embedded font stream dictionary](lib/ISO_32000_2/Table_125-Additional_entries_in_an_embedded_font_stream_dictionary.rakumod) |
| /Length2 | [Table 125 — Additional entries in an embedded font stream dictionary](lib/ISO_32000_2/Table_125-Additional_entries_in_an_embedded_font_stream_dictionary.rakumod) |
| /Length3 | [Table 125 — Additional entries in an embedded font stream dictionary](lib/ISO_32000_2/Table_125-Additional_entries_in_an_embedded_font_stream_dictionary.rakumod) |
| /Limits | [Table 36 — Entries in a name tree node dictionary](lib/ISO_32000_2/Table_36-Entries_in_a_name_tree_node_dictionary.rakumod) [Table 37 — Entries in a number tree node dictionary](lib/ISO_32000_2/Table_37-Entries_in_a_number_tree_node_dictionary.rakumod) |
| /LineHeight | [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard_layout_attributes_specific_to_inline-level_structure_elements.rakumod) |
| /Linearized | [Table F.1 — Entries in the linearization parameter dictionary](lib/ISO_32000_2/Table_F1-Entries_in_the_linearization_parameter_dictionary.rakumod) |
| /ListMode | [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) |
| /ListNumbering | [Table 382 — Standard list attributes](lib/ISO_32000_2/Table_382-Standard_list_attributes.rakumod) |
| /Location | [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /Lock | [Table 235 — Additional entries specific to a signature field](lib/ISO_32000_2/Table_235-Additional_entries_specific_to_a_signature_field.rakumod) |
| /LockDocument | [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) |
| /Locked | [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) |
| /M | [Table 164 — Entries in a transition dictionary](lib/ISO_32000_2/Table_164-Entries_in_a_transition_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) [Table 280 — Entries in a minimum bit depth dictionary](lib/ISO_32000_2/Table_280-Entries_in_a_minimum_bit_depth_dictionary.rakumod) [Table 281 — Entries in a minimum screen size dictionary](lib/ISO_32000_2/Table_281-Entries_in_a_minimum_screen_size_dictionary.rakumod) [Table 294 — Entries in a media screen parameters MH/BE dictionary](lib/ISO_32000_2/Table_294-Entries_in_a_media_screen_parameters_MH-BE_dictionary.rakumod) [Table 299 — Additional entries in a media offset marker dictionary](lib/ISO_32000_2/Table_299-Additional_entries_in_a_media_offset_marker_dictionary.rakumod) [Table 323 — Entries in a 3D node dictionary](lib/ISO_32000_2/Table_323-Entries_in_a_ThreeD_node_dictionary.rakumod) |
| /M3DREF | [Table 332 — Entries in the external data dictionary of a projection annotation](lib/ISO_32000_2/Table_332-Entries_in_the_external_data_dictionary_of_a_projection_annotation.rakumod) |
| /MA | [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /MCID | [Table 357 — Entries in a marked-content reference dictionary](lib/ISO_32000_2/Table_357-Entries_in_a_marked-content_reference_dictionary.rakumod) |
| /MD5 | [Table 324 — Entries in an external data dictionary used to markup 3D annotations](lib/ISO_32000_2/Table_324-Entries_in_an_external_data_dictionary_used_to_markup_ThreeD_annotations.rakumod) |
| /MDP | [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) |
| /MH | [Table 277 — Entries common to all rendition dictionaries](lib/ISO_32000_2/Table_277-Entries_common_to_all_rendition_dictionaries.rakumod) [Table 285 — Additional entries in a media clip data dictionary](lib/ISO_32000_2/Table_285-Additional_entries_in_a_media_clip_data_dictionary.rakumod) [Table 288 — Additional entries in a media clip section dictionary](lib/ISO_32000_2/Table_288-Additional_entries_in_a_media_clip_section_dictionary.rakumod) [Table 290 — Entries in a media play parameters dictionary](lib/ISO_32000_2/Table_290-Entries_in_a_media_play_parameters_dictionary.rakumod) [Table 293 — Entries in a media screen parameters dictionary](lib/ISO_32000_2/Table_293-Entries_in_a_media_screen_parameters_dictionary.rakumod) [Table 302 — Entries in a media player info dictionary](lib/ISO_32000_2/Table_302-Entries_in_a_media_player_info_dictionary.rakumod) |
| /MK | [Table 190 — Additional entries specific to a screen annotation](lib/ISO_32000_2/Table_190-Additional_entries_specific_to_a_screen_annotation.rakumod) [Table 191 — Additional entries specific to a widget annotation](lib/ISO_32000_2/Table_191-Additional_entries_specific_to_a_widget_annotation.rakumod) |
| /ML | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /MN | [Table 398 — Additional entries specific to a printer’s mark annotation](lib/ISO_32000_2/Table_398-Additional_entries_specific_to_a_printers_mark_annotation.rakumod) |
| /MS | [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /MU | [Table 301 — Entries in a media players dictionary](lib/ISO_32000_2/Table_301-Entries_in_a_media_players_dictionary.rakumod) |
| /Mac | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 45 — Entries in an embedded file parameter dictionary](lib/ISO_32000_2/Table_45-Entries_in_an_embedded_file_parameter_dictionary.rakumod) [Table 207 — Additional entries specific to a launch action](lib/ISO_32000_2/Table_207-Additional_entries_specific_to_a_launch_action.rakumod) |
| /MarkInfo | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /MarkStyle | [Table 399 — Additional entries specific to a printer’s mark form dictionary](lib/ISO_32000_2/Table_399-Additional_entries_specific_to_a_printers_mark_form_dictionary.rakumod) |
| /Marked | [Table 353 — Entries in the mark information dictionary](lib/ISO_32000_2/Table_353-Entries_in_the_mark_information_dictionary.rakumod) |
| /Mask | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) |
| /Matrix | [Table 63 — Entries in a CalRGB colour space dictionary](lib/ISO_32000_2/Table_63-Entries_in_a_CalRGB_colour_space_dictionary.rakumod) [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) [Table 75 — Entries in a Type 2 pattern dictionary](lib/ISO_32000_2/Table_75-Entries_in_a_Type_2_pattern_dictionary.rakumod) [Table 78 — Additional entries specific to a Type 1 shading dictionary](lib/ISO_32000_2/Table_78-Additional_entries_specific_to_a_Type_1_shading_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 194 — Entries in a fixed print dictionary](lib/ISO_32000_2/Table_194-Entries_in_a_fixed_print_dictionary.rakumod) |
| /Matte | [Table 144 — Additional entry in a soft-mask image dictionary](lib/ISO_32000_2/Table_144-Additional_entry_in_a_soft-mask_image_dictionary.rakumod) |
| /MaxLen | [Table 232 — Additional entry specific to a text field](lib/ISO_32000_2/Table_232-Additional_entry_specific_to_a_text_field.rakumod) |
| /MaxWidth | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /Measure | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) [Table 265 — Entries in a viewport dictionary](lib/ISO_32000_2/Table_265-Entries_in_a_viewport_dictionary.rakumod) |
| /MediaBox | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /Metadata | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 8 of 13
31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 65 — Additional entries specific to an ICC profile stream dictionary](lib/ISO_32000_2/Table_65-Additional_entries_specific_to_an_ICC_profile_stream_dictionary.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 162 — Entries in a thread dictionary](lib/ISO_32000_2/Table_162-Entries_in_a_thread_dictionary.rakumod) [Table 348 — Additional entry for components having metadata](lib/ISO_32000_2/Table_348-Additional_entry_for_components_having_metadata.rakumod) [Table 409 — Entries in a DPart dictionary](lib/ISO_32000_2/Table_409-Entries_in_a_DPart_dictionary.rakumod) |
| /MissingWidth | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /Mix | [Table 212 — Additional entries specific to a sound action](lib/ISO_32000_2/Table_212-Additional_entries_specific_to_a_sound_action.rakumod) |
| /MixingHints | [Table 70 — Entries in a DeviceN colour space attributes dictionary](lib/ISO_32000_2/Table_70-Entries_in_a_DeviceN_colour_space_attributes_dictionary.rakumod) [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) |
| /ModDate | [Table 45 — Entries in an embedded file parameter dictionary](lib/ISO_32000_2/Table_45-Entries_in_an_embedded_file_parameter_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) |
| /Mode | [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) |
| /Movie | [Table 189 — Additional entries specific to a movie annotation](lib/ISO_32000_2/Table_189-Additional_entries_specific_to_a_movie_annotation.rakumod) |
| /MovieActions | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /Msg | [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) |
| /N | [Table F.1 — Entries in the linearization parameter dictionary](lib/ISO_32000_2/Table_F1-Entries_in_the_linearization_parameter_dictionary.rakumod) [Table 16 — Additional entries specific to an object stream dictionary](lib/ISO_32000_2/Table_16-Additional_entries_specific_to_an_object_stream_dictionary.rakumod) [Table 40 — Additional entries specific to a Type 2 function dictionary](lib/ISO_32000_2/Table_40-Additional_entries_specific_to_a_Type_2_function_dictionary.rakumod) [Table 65 — Additional entries specific to an ICC profile stream dictionary](lib/ISO_32000_2/Table_65-Additional_entries_specific_to_an_ICC_profile_stream_dictionary.rakumod) [Table 155 — Entries in a collection field dictionary](lib/ISO_32000_2/Table_155-Entries_in_a_collection_field_dictionary.rakumod) [Table 163 — Entries in a bead dictionary](lib/ISO_32000_2/Table_163-Entries_in_a_bead_dictionary.rakumod) [Table 170 — Entries in an appearance dictionary](lib/ISO_32000_2/Table_170-Entries_in_an_appearance_dictionary.rakumod) [Table 205 — Entries specific to a target dictionary](lib/ISO_32000_2/Table_205-Entries_specific_to_a_target_dictionary.rakumod) [Table 216 — Additional entries specific to named actions](lib/ISO_32000_2/Table_216-Additional_entries_specific_to_named_actions.rakumod) [Table 277 — Entries common to all rendition dictionaries](lib/ISO_32000_2/Table_277-Entries_common_to_all_rendition_dictionaries.rakumod) [Table 284 — Entries common to all media clip dictionaries](lib/ISO_32000_2/Table_284-Entries_common_to_all_media_clip_dictionaries.rakumod) [Table 316 — Entries in a projection dictionary](lib/ISO_32000_2/Table_316-Entries_in_a_projection_dictionary.rakumod) [Table 323 — Entries in a 3D node dictionary](lib/ISO_32000_2/Table_323-Entries_in_a_ThreeD_node_dictionary.rakumod) [Table 362 — Entries in a user property dictionary](lib/ISO_32000_2/Table_362-Entries_in_a_user_property_dictionary.rakumod) |
| /N1 | [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 331 — Additional entries in a 3D measurement/markup dictionary for a 3D comment note](lib/ISO_32000_2/Table_331-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_comment_note.rakumod) |
| /N2 | [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) |
| /NA | [Table 165 — Entries in a navigation node dictionary](lib/ISO_32000_2/Table_165-Entries_in_a_navigation_node_dictionary.rakumod) [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /NM | [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) |
| /NP | [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) |
| /NR | [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /NS | [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 356 — Entries in a namespace dictionary](lib/ISO_32000_2/Table_356-Entries_in_a_namespace_dictionary.rakumod) [Table 360 — Entries common to all attribute object dictionaries](lib/ISO_32000_2/Table_360-Entries_common_to_all_attribute_object_dictionaries.rakumod) |
| /NU | [Table 301 — Entries in a media players dictionary](lib/ISO_32000_2/Table_301-Entries_in_a_media_players_dictionary.rakumod) |
| /Name | [Table 14 — Optional parameters for Crypt filters](lib/ISO_32000_2/Table_14-Optional_parameters_for_Crypt_filters.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 96 — Entries in an optional content group dictionary](lib/ISO_32000_2/Table_96-Entries_in_an_optional_content_group_dictionary.rakumod) [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) [Table 175 — Additional entries specific to a text annotation](lib/ISO_32000_2/Table_175-Additional_entries_specific_to_a_text_annotation.rakumod) [Table 184 — Additional entries specific to a rubber stamp annotation](lib/ISO_32000_2/Table_184-Additional_entries_specific_to_a_rubber_stamp_annotation.rakumod) [Table 187 — Additional entries specific to a file attachment annotation](lib/ISO_32000_2/Table_187-Additional_entries_specific_to_a_file_attachment_annotation.rakumod) [Table 188 — Additional entries specific to a sound annotation](lib/ISO_32000_2/Table_188-Additional_entries_specific_to_a_sound_annotation.rakumod) [Table 253 — Entries in an FDF named page reference dictionary](lib/ISO_32000_2/Table_253-Entries_in_an_FDF_named_page_reference_dictionary.rakumod) [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) [Table 265 — Entries in a viewport dictionary](lib/ISO_32000_2/Table_265-Entries_in_a_viewport_dictionary.rakumod) [Table 342 — Entries in a RichMediaConfiguration dictionary](lib/ISO_32000_2/Table_342-Entries_in_a_RichMediaConfiguration_dictionary.rakumod) |
| /Names | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 36 — Entries in a name tree node dictionary](lib/ISO_32000_2/Table_36-Entries_in_a_name_tree_node_dictionary.rakumod) [Table 272 — Entries in a point data dictionary](lib/ISO_32000_2/Table_272-Entries_in_a_point_data_dictionary.rakumod) |
| /Namespaces | [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) |
| /NavigationPane | [Table 338 — Entries in a RichMediaPresentation dictionary](lib/ISO_32000_2/Table_338-Entries_in_a_RichMediaPresentation_dictionary.rakumod) |
| /Navigator | [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) |
| /NeedAppearances | [Table 224 — Entries in the interactive form dictionary](lib/ISO_32000_2/Table_224-Entries_in_the_interactive_form_dictionary.rakumod) |
| /NeedsRendering | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /NewWindow | [Table 203 — Additional entries specific to a remote go-to action](lib/ISO_32000_2/Table_203-Additional_entries_specific_to_a_remote_go-to_action.rakumod) [Table 204 — Additional entries specific to an embedded go-to action](lib/ISO_32000_2/Table_204-Additional_entries_specific_to_an_embedded_go-to_action.rakumod) [Table 207 — Additional entries specific to a launch action](lib/ISO_32000_2/Table_207-Additional_entries_specific_to_a_launch_action.rakumod) |
| /Next | [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) [Table 165 — Entries in a navigation node dictionary](lib/ISO_32000_2/Table_165-Entries_in_a_navigation_node_dictionary.rakumod) [Table 196 — Entries common to all action dictionaries](lib/ISO_32000_2/Table_196-Entries_common_to_all_action_dictionaries.rakumod) |
| /NodeNameList | [Table 408 — Entries in a DPartRoot dictionary](lib/ISO_32000_2/Table_408-Entries_in_a_DPartRoot_dictionary.rakumod) |
| /NonEmbeddedFonts | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /NonFullScreenPageMode | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /NumCopies | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /Nums | [Table 37 — Entries in a number tree node dictionary](lib/ISO_32000_2/Table_37-Entries_in_a_number_tree_node_dictionary.rakumod) |
| /O | [Table F.1 — Entries in the linearization parameter dictionary](lib/ISO_32000_2/Table_F1-Entries_in_the_linearization_parameter_dictionary.rakumod) [Table 21 — Additional encryption dictionary entries for the standard security handler](lib/ISO_32000_2/Table_21-Additional_encryption_dictionary_entries_for_the_standard_security_handler.rakumod) [Table 155 — Entries in a collection field dictionary](lib/ISO_32000_2/Table_155-Entries_in_a_collection_field_dictionary.rakumod) [Table 198 — Entries in a page object’s additional-actions dictionary](lib/ISO_32000_2/Table_198-Entries_in_a_page_objects_additional-actions_dictionary.rakumod) [Table 208 — Entries in a Microsoft WindowsTM launch parameter dictionary](lib/ISO_32000_2/Table_208-Entries_in_a_Microsoft_WindowsTM_launch_parameter_dictionary.rakumod) [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 294 — Entries in a media screen parameters MH/BE dictionary](lib/ISO_32000_2/Table_294-Entries_in_a_media_screen_parameters_MH-BE_dictionary.rakumod) [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) [Table 318 — Entries in a render mode dictionary](lib/ISO_32000_2/Table_318-Entries_in_a_render_mode_dictionary.rakumod) [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD_cross_section_dictionary.rakumod) [Table 323 — Entries in a 3D node dictionary](lib/ISO_32000_2/Table_323-Entries_in_a_ThreeD_node_dictionary.rakumod) [Table 360 — Entries common to all attribute object dictionaries](lib/ISO_32000_2/Table_360-Entries_common_to_all_attribute_object_dictionaries.rakumod) [Table 361 — Additional entries in an attribute object dictionary for user properties](lib/ISO_32000_2/Table_361-Additional_entries_in_an_attribute_object_dictionary_for_user_properties.rakumod) [Table 388 — Entries common to all Web Capture content sets](lib/ISO_32000_2/Table_388-Entries_common_to_all_Web_Capture_content_sets.rakumod) |
| /OB | [Table 316 — Entries in a projection dictionary](lib/ISO_32000_2/Table_316-Entries_in_a_projection_dictionary.rakumod) |
| /OC | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 89 — Entries in an alternate image dictionary](lib/ISO_32000_2/Table_89-Entries_in_an_alternate_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) |
| /OCGs | [Table 97 — Entries in an optional content membership dictionary](lib/ISO_32000_2/Table_97-Entries_in_an_optional_content_membership_dictionary.rakumod) [Table 98 — Entries in the optional content properties dictionary](lib/ISO_32000_2/Table_98-Entries_in_the_optional_content_properties_dictionary.rakumod) [Table 101 — Entries in a usage application dictionary](lib/ISO_32000_2/Table_101-Entries_in_a_usage_application_dictionary.rakumod) |
| /OCProperties | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /OCSP | [Table 262 — Entries in the signature validation-related information (VRI) dictionary](lib/ISO_32000_2/Table_262-Entries_in_the_signature_validation-related_information_dictionary.rakumod) |
| /OCSPs | [Table 261 — Entries in the document security store (DSS) dictionary](lib/ISO_32000_2/Table_261-Entries_in_the_document_security_store_dictionary.rakumod) |
| /OE | [Table 21 — Additional encryption dictionary entries for the standard security handler](lib/ISO_32000_2/Table_21-Additional_encryption_dictionary_entries_for_the_standard_security_handler.rakumod) |
| /OFF | [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) |
| /OID | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) |
| /ON | [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) |
| /OP | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 218 — Additional entries specific to a rendition action](lib/ISO_32000_2/Table_218-Additional_entries_specific_to_a_rendition_action.rakumod) |
| /OPI | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) |
| /OPM | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /OS | [Table 303 — Entries in a software identifier dictionary](lib/ISO_32000_2/Table_303-Entries_in_a_software_identifier_dictionary.rakumod) [Table 316 — Entries in a projection dictionary](lib/ISO_32000_2/Table_316-Entries_in_a_projection_dictionary.rakumod) |
| /Obj | [Table 358 — Entries in an object reference dictionary](lib/ISO_32000_2/Table_358-Entries_in_an_object_reference_dictionary.rakumod) |
| /OnInstantiate | [Table 311 — Entries in a 3D stream dictionary](lib/ISO_32000_2/Table_311-Entries_in_a_ThreeD_stream_dictionary.rakumod) |
| /Open | [Table 175 — Additional entries specific to a text annotation](lib/ISO_32000_2/Table_175-Additional_entries_specific_to_a_text_annotation.rakumod) [Table 186 — Additional entries specific to a popup annotation](lib/ISO_32000_2/Table_186-Additional_entries_specific_to_a_popup_annotation.rakumod) |
| /OpenAction | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Operation | [Table 213 — Additional entries specific to a movie action](lib/ISO_32000_2/Table_213-Additional_entries_specific_to_a_movie_action.rakumod) |
| /Opt | [Table 230 — Additional entry specific to check box and radio button fields](lib/ISO_32000_2/Table_230-Additional_entry_specific_to_check_box_and_radio_button_fields.rakumod) [Table 234 — Additional entries specific to a choice field](lib/ISO_32000_2/Table_234-Additional_entries_specific_to_a_choice_field.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /OptionalContent | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /Order | [Table 39 — Additional entries specific to a Type 0 function dictionary](lib/ISO_32000_2/Table_39-Additional_entries_specific_to_a_Type_0_function_dictionary.rakumod) [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) |
| /Ordering | [Table 114 — Entries in a CIDSystemInfo dictionary](lib/ISO_32000_2/Table_114-Entries_in_a_CIDSystemInfo_dictionary.rakumod) |
| /Outlines | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /OutputCondition | [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) |
| /OutputConditionIdentifier | [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) |
| /OutputIntents | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /OverlayText | [Table 195 — Additional entries specific to a redaction annotation](lib/ISO_32000_2/Table_195-Additional_entries_specific_to_a_redaction_annotation.rakumod) |
| /P | [Table F.1 — Entries in the linearization parameter dictionary](lib/ISO_32000_2/Table_F1-Entries_in_the_linearization_parameter_dictionary.rakumod) [Table 21 — Additional encryption dictionary entries for the standard security handler](lib/ISO_32000_2/Table_21-Additional_encryption_dictionary_entries_for_the_standard_security_handler.rakumod) [Table 47 — Entries in a collection subitem dictionary](lib/ISO_32000_2/Table_47-Entries_in_a_collection_subitem_dictionary.rakumod) [Table 97 — Entries in an optional content membership dictionary](lib/ISO_32000_2/Table_97-Entries_in_an_optional_content_membership_dictionary.rakumod) [Table 161 — Entries in a page label dictionary](lib/ISO_32000_2/Table_161-Entries_in_a_page_label_dictionary.rakumod) [Table 163 — Entries in a bead dictionary](lib/ISO_32000_2/Table_163-Entries_in_a_bead_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 205 — Entries specific to a target dictionary](lib/ISO_32000_2/Table_205-Entries_specific_to_a_target_dictionary.rakumod) [Table 208 — Entries in a Microsoft WindowsTM launch parameter dictionary](lib/ISO_32000_2/Table_208-Entries_in_a_Microsoft_WindowsTM_launch_parameter_dictionary.rakumod) [Table 236 — Entries in a signature field lock dictionary](lib/ISO_32000_2/Table_236-Entries_in_a_signature_field_lock_dictionary.rakumod) [Table 257 — Entries in the DocMDP transform parameters dictionary](lib/ISO_32000_2/Table_257-Entries_in_the_DocMDP_transform_parameters_dictionary.rakumod) [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 282 — Additional entries in a media rendition dictionary](lib/ISO_32000_2/Table_282-Additional_entries_in_a_media_rendition_dictionary.rakumod) [Table 285 — Additional entries in a media clip data dictionary](lib/ISO_32000_2/Table_285-Additional_entries_in_a_media_clip_data_dictionary.rakumod) [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 361 — Additional entries in an attribute object dictionary for user properties](lib/ISO_32000_2/Table_361-Additional_entries_in_an_attribute_object_dictionary_for_user_properties.rakumod) [Table 393 — Entries in a Web Capture command dictionary](lib/ISO_32000_2/Table_393-Entries_in_a_Web_Capture_command_dictionary.rakumod) |
| /PA | [Table 165 — Entries in a navigation node dictionary](lib/ISO_32000_2/Table_165-Entries_in_a_navigation_node_dictionary.rakumod) [Table 176 — Additional entries specific to a link annotation](lib/ISO_32000_2/Table_176-Additional_entries_specific_to_a_link_annotation.rakumod) |
| /PC | [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) [Table 312 — Entries in an 3D animation style dictionary](lib/ISO_32000_2/Table_312-Entries_in_an_ThreeD_animation_style_dictionary.rakumod) [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 9 of 13
_cross_section_dictionary.rakumod) |
| /PCM | [Table 404 — Additional entries specific to a trap network appearance stream](lib/ISO_32000_2/Table_404-Additional_entries_specific_to_a_trap_network_appearance_stream.rakumod) |
| /PCSM | [Table 269 — Additional entries in a geospatial measure dictionary](lib/ISO_32000_2/Table_269-Additional_entries_in_a_geospatial_measure_dictionary.rakumod) |
| /PDU | [Table 269 — Additional entries in a geospatial measure dictionary](lib/ISO_32000_2/Table_269-Additional_entries_in_a_geospatial_measure_dictionary.rakumod) |
| /PI | [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) |
| /PID | [Table 302 — Entries in a media player info dictionary](lib/ISO_32000_2/Table_302-Entries_in_a_media_player_info_dictionary.rakumod) |
| /PL | [Table 285 — Additional entries in a media clip data dictionary](lib/ISO_32000_2/Table_285-Additional_entries_in_a_media_clip_data_dictionary.rakumod) [Table 290 — Entries in a media play parameters dictionary](lib/ISO_32000_2/Table_290-Entries_in_a_media_play_parameters_dictionary.rakumod) |
| /PO | [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD_cross_section_dictionary.rakumod) |
| /PS | [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) [Table 316 — Entries in a projection dictionary](lib/ISO_32000_2/Table_316-Entries_in_a_projection_dictionary.rakumod) |
| /PV | [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) |
| /PZ | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /Padding | [Table 378 — Standard layout attributes common to all standard structure types](lib/ISO_32000_2/Table_378-Standard_layout_attributes_common_to_all_standard_structure_types.rakumod) |
| /Page | [Table 95 — Entries in a reference dictionary](lib/ISO_32000_2/Table_95-Entries_in_a_reference_dictionary.rakumod) [Table 254 — Additional entry for annotation dictionaries in an FDF file](lib/ISO_32000_2/Table_254-Additional_entry_for_annotation_dictionaries_in_an_FDF_file.rakumod) |
| /PageElement | [Table 100 — Entries in an optional content usage dictionary](lib/ISO_32000_2/Table_100-Entries_in_an_optional_content_usage_dictionary.rakumod) |
| /PageLabels | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /PageLayout | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /PageMode | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Pages | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) [Table 400 — Entries in a separation dictionary](lib/ISO_32000_2/Table_400-Entries_in_a_separation_dictionary.rakumod) |
| /PaintType | [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) |
| /Params | [Table 44 — Additional entries in an embedded file stream dictionary](lib/ISO_32000_2/Table_44-Additional_entries_in_an_embedded_file_stream_dictionary.rakumod) [Table 344 — Additional entries in a 3D view dictionary](lib/ISO_32000_2/Table_344-Additional_entries_in_a_ThreeD_view_dictionary.rakumod) |
| /Parent | [Table 30 — Required entries in a page tree node](lib/ISO_32000_2/Table_30-Required_entries_in_a_page_tree_node.rakumod) [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) [Table 186 — Additional entries specific to a popup annotation](lib/ISO_32000_2/Table_186-Additional_entries_specific_to_a_popup_annotation.rakumod) [Table 191 — Additional entries specific to a widget annotation](lib/ISO_32000_2/Table_191-Additional_entries_specific_to_a_widget_annotation.rakumod) [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) [Table 409 — Entries in a DPart dictionary](lib/ISO_32000_2/Table_409-Entries_in_a_DPart_dictionary.rakumod) |
| /ParentTree | [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) |
| /ParentTreeNextKey | [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) |
| /PassContextClick | [Table 338 — Entries in a RichMediaPresentation dictionary](lib/ISO_32000_2/Table_338-Entries_in_a_RichMediaPresentation_dictionary.rakumod) |
| /Path | [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) [Table 185 — Additional entries specific to an ink annotation](lib/ISO_32000_2/Table_185-Additional_entries_specific_to_an_ink_annotation.rakumod) |
| /Pattern | [Table 34 — Entries in a resource dictionary](lib/ISO_32000_2/Table_34-Entries_in_a_resource_dictionary.rakumod) |
| /PatternType | [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) [Table 75 — Entries in a Type 2 pattern dictionary](lib/ISO_32000_2/Table_75-Entries_in_a_Type_2_pattern_dictionary.rakumod) |
| /Penalty | [Table 273 — Entries common to all requirement dictionaries](lib/ISO_32000_2/Table_273-Entries_common_to_all_requirement_dictionaries.rakumod) |
| /Perms | [Table 21 — Additional encryption dictionary entries for the standard security handler](lib/ISO_32000_2/Table_21-Additional_encryption_dictionary_entries_for_the_standard_security_handler.rakumod) [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Pg | [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 357 — Entries in a marked-content reference dictionary](lib/ISO_32000_2/Table_357-Entries_in_a_marked-content_reference_dictionary.rakumod) [Table 358 — Entries in an object reference dictionary](lib/ISO_32000_2/Table_358-Entries_in_an_object_reference_dictionary.rakumod) |
| /Phoneme | [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) |
| /PhoneticAlphabet | [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) |
| /PickTrayByPDFSize | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /PieceInfo | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) |
| /Placement | [Table 378 — Standard layout attributes common to all standard structure types](lib/ISO_32000_2/Table_378-Standard_layout_attributes_common_to_all_standard_structure_types.rakumod) |
| /PlayCount | [Table 337 — Entries in a RichMediaAnimation dictionary](lib/ISO_32000_2/Table_337-Entries_in_a_RichMediaAnimation_dictionary.rakumod) |
| /Popup | [Table 172 — Additional entries in an annotation dictionary specific to markup annotations](lib/ISO_32000_2/Table_172-Additional_entries_in_an_annotation_dictionary_specific_to_markup_annotations.rakumod) |
| /Position | [Table 158 — Entries in a collection split dictionary](lib/ISO_32000_2/Table_158-Entries_in_a_collection_split_dictionary.rakumod) [Table 339 — Entries in a RichMediaWindow dictionary](lib/ISO_32000_2/Table_339-Entries_in_a_RichMediaWindow_dictionary.rakumod) |
| /Poster | [Table 306 — Entries in a movie dictionary](lib/ISO_32000_2/Table_306-Entries_in_a_movie_dictionary.rakumod) |
| /Predictor | [Table 8 — Optional parameters for LZWDecode and FlateDecode filters](lib/ISO_32000_2/Table_8-Optional_parameters_for_LZWDecode_and_FlateDecode_filters.rakumod) |
| /PrefixName | [Table 48 — Entries in an extensions dictionary](lib/ISO_32000_2/Table_48-Entries_in_an_extensions_dictionary.rakumod) |
| /PresSteps | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /Presentation | [Table 335 — Entries in a RichMediaActivation dictionary](lib/ISO_32000_2/Table_335-Entries_in_a_RichMediaActivation_dictionary.rakumod) |
| /PreserveRB | [Table 217 — Additional entries specific to a set-OCG-state action](lib/ISO_32000_2/Table_217-Additional_entries_specific_to_a_set-OCG-state_action.rakumod) |
| /Prev | [Table 15 — Entries in the file trailer dictionary](lib/ISO_32000_2/Table_15-Entries_in_the_file_trailer_dictionary.rakumod) [Table 17 — Additional entries specific to a cross-reference stream dictionary](lib/ISO_32000_2/Table_17-Additional_entries_specific_to_a_cross-reference_stream_dictionary.rakumod) [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) [Table 165 — Entries in a navigation node dictionary](lib/ISO_32000_2/Table_165-Entries_in_a_navigation_node_dictionary.rakumod) |
| /PrimaryText | [Table 157 — Entries in a collection colors dictionary](lib/ISO_32000_2/Table_157-Entries_in_a_collection_colors_dictionary.rakumod) |
| /Print | [Table 100 — Entries in an optional content usage dictionary](lib/ISO_32000_2/Table_100-Entries_in_an_optional_content_usage_dictionary.rakumod) |
| /PrintArea | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /PrintClip | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /PrintPageRange | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /PrintScaling | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /PrintingOrder | [Table 72 — Entries in a DeviceN mixing hints dictionary](lib/ISO_32000_2/Table_72-Entries_in_a_DeviceN_mixing_hints_dictionary.rakumod) |
| /Private | [Table 351 — Entries in a data dictionary](lib/ISO_32000_2/Table_351-Entries_in_a_data_dictionary.rakumod) |
| /ProcSet | [Table 34 — Entries in a resource dictionary](lib/ISO_32000_2/Table_34-Entries_in_a_resource_dictionary.rakumod) |
| /Process | [Table 70 — Entries in a DeviceN colour space attributes dictionary](lib/ISO_32000_2/Table_70-Entries_in_a_DeviceN_colour_space_attributes_dictionary.rakumod) |
| /Producer | [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) |
| /ProfileCS | [Table 402 — Entries in a DestOutputProfileRef dictionary](lib/ISO_32000_2/Table_402-Entries_in_a_DestOutputProfileRef_dictionary.rakumod) |
| /ProfileName | [Table 402 — Entries in a DestOutputProfileRef dictionary](lib/ISO_32000_2/Table_402-Entries_in_a_DestOutputProfileRef_dictionary.rakumod) |
| /PronunciationLexicon | [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) |
| /Prop\_AuthTime | [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /Prop\_AuthType | [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /Prop\_Build | [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /Properties | [Table 34 — Entries in a resource dictionary](lib/ISO_32000_2/Table_34-Entries_in_a_resource_dictionary.rakumod) |
| /PtData | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 265 — Entries in a viewport dictionary](lib/ISO_32000_2/Table_265-Entries_in_a_viewport_dictionary.rakumod) |
| /Q | [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 195 — Additional entries specific to a redaction annotation](lib/ISO_32000_2/Table_195-Additional_entries_specific_to_a_redaction_annotation.rakumod) [Table 224 — Entries in the interactive form dictionary](lib/ISO_32000_2/Table_224-Entries_in_the_interactive_form_dictionary.rakumod) [Table 228 — Additional entries common to all fields containing variable text](lib/ISO_32000_2/Table_228-Additional_entries_common_to_all_fields_containing_variable_text.rakumod) |
| /QuadPoints | [Table 176 — Additional entries specific to a link annotation](lib/ISO_32000_2/Table_176-Additional_entries_specific_to_a_link_annotation.rakumod) [Table 182 — Additional entries specific to text markup annotations](lib/ISO_32000_2/Table_182-Additional_entries_specific_to_text_markup_annotations.rakumod) [Table 195 — Additional entries specific to a redaction annotation](lib/ISO_32000_2/Table_195-Additional_entries_specific_to_a_redaction_annotation.rakumod) |
| /R | [Table 21 — Additional encryption dictionary entries for the standard security handler](lib/ISO_32000_2/Table_21-Additional_encryption_dictionary_entries_for_the_standard_security_handler.rakumod) [Table 163 — Entries in a bead dictionary](lib/ISO_32000_2/Table_163-Entries_in_a_bead_dictionary.rakumod) [Table 170 — Entries in an appearance dictionary](lib/ISO_32000_2/Table_170-Entries_in_an_appearance_dictionary.rakumod) [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) [Table 205 — Entries specific to a target dictionary](lib/ISO_32000_2/Table_205-Entries_specific_to_a_target_dictionary.rakumod) [Table 218 — Additional entries specific to a rendition action](lib/ISO_32000_2/Table_218-Additional_entries_specific_to_a_rendition_action.rakumod) [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 283 — Additional entries specific to a selector rendition dictionary](lib/ISO_32000_2/Table_283-Additional_entries_specific_to_a_selector_rendition_dictionary.rakumod) [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) [Table 305 — Additional entries specific to a sound object](lib/ISO_32000_2/Table_305-Additional_entries_specific_to_a_sound_object.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 390 — Additional entries specific to a Web Capture image set](lib/ISO_32000_2/Table_390-Additional_entries_specific_to_a_Web_Capture_image_set.rakumod) |
| /RBGroups | [Table 99 — Entries in an optional content configuration dictionary](lib/ISO_32000_2/Table_99-Entries_in_an_optional_content_configuration_dictionary.rakumod) |
| /RC | [Table 172 — Additional entries in an annotation dictionary specific to markup annotations](lib/ISO_32000_2/Table_172-Additional_entries_in_an_annotation_dictionary_specific_to_markup_annotations.rakumod) [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) [Table 291 — Entries in a media play parameters MH/BE dictionary](lib/ISO_32000_2/Table_291-Entries_in_a_media_play_parameters_MH-BE_dictionary.rakumod) |
| /RD | [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 180 — Additional entries specific to a square or circle annotation](lib/ISO_32000_2/Table_180-Additional_entries_specific_to_a_square_or_circle_annotation.rakumod) [Table 183 — Additional entries specific to a caret annotation](lib/ISO_32000_2/Table_183-Additional_entries_specific_to_a_caret_annotation.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) |
| /RF | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) |
| /RH | [Table 273 — Entries common to all requirement dictionaries](lib/ISO_32000_2/Table_273-Entries_common_to_all_requirement_dictionaries.rakumod) |
| /RI | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) |
| /RM | [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) [Table 323 — Entries in a 3D node dictionary](lib/ISO_32000_2/Table_323-Entries_in_a_ThreeD_node_dictionary.rakumod) |
| /RO | [Table 195 — Additional entries specific to a redaction annotation](lib/ISO_32000_2/Table_195-Additional_entries_specific_to_a_redaction_annotation.rakumod) |
| /RT | [Table 172 — Additional entries in an annotation dictionary specific to markup annotations](lib/ISO_32000_2/Table_172-Additional_entries_in_an_annotation_dictionary_specific_to_markup_annotations.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) |
| /RV | [Table 228 — Additional entries common to all fields containing variable text](lib/ISO_32000_2/Table_228-Additional_entries_common_to_all_fields_containing_variable_text.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /Range | [Table 38 — Entries common to all function dictionaries](lib/ISO_32000_2/Table_38-Entries_common_to_all_function_dictionaries.rakumod) [Table 64 — Entries in a Lab colour space dictionary](lib/ISO_32000_2/Table_64-Entries_in_a_Lab_colour_space_dictionary.rakumod) [Table 65 — Additional entries specific to an ICC profile stream dictionary](lib/ISO_32000_2/Table_65-Additional_entries_specific_to_an_ICC_profile_stream_dictionary.rakumod) |
| /Rate | [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) |
| /Reason | [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /Reasons | [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) |
| /Recipients | [Table 23 — Additional encryption dictionary entries for public-key security handlers](lib/ISO_32000_2/Table_23-Additional_encryption_dictionary_entries_for_public-key_security_handlers.rakumod) [Table 27 — Additional crypt filter dictionary entries for public-key security handlers](lib/ISO_32000_2/Table_27-Additional_crypt_filter_dictionary_entries_for_public-key_security_handlers.rakumod) |
| /RecordLevel | [Table 408 — Entries in a DPartRoot dictionary](lib/ISO_32000_2/Table_408-Entries_in_a_DPartRoot_dictionary.rakumod) |
| /Rect | [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) |
| /Ref | [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) |
| /Reference | [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /Registry | [Table 114 — Entries in a CIDSystemInfo dictionary](lib/ISO_32000_2/Table_114-Entries_in_a_CIDSystemInfo_dictionary.rakumod) |
| /RegistryName | [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) |
| /Rename | [Table 252 — Entries in an FDF template dictionary](lib/ISO_32000_2/Table_252-Entries_in_an_FDF_template_dictionary.rakumod) |
| /Renditions | [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) |
| /Repeat | [Table 195 — Additional entries specific to a redaction annotation](lib/ISO_32000_2/Table_195-Additional_entries_specific_to_a_redaction_annotation.rakumod) [Table 212 — Additional entries specific to a sound action](lib/ISO_32000_2/Table_212-Additional_entries_specific_to_a_sound_action.rakumod) |
| /Requirements | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Resources | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) [Table 308 — Entries in a slideshow dictionary](lib/ISO_32000_2/Table_308-Entries_in_a_slideshow_dictionary.rakumod) [Table 311 — Entries in a 3D stream dictionary](lib/ISO_32000_2/Table_311-Entries_in_a_ThreeD_stream_dictionary.rakumod) |
| /RichMediaContent | [Table 333 — Additional entries specific to a RichMedia annotation](lib/ISO_32000_2/Table_333-Additional_entries_specific_to_a_RichMedia_annotation.rakumod) |
| /RichMediaSettings | [Table 333 — Additional entries specific to a RichMedia annotation](lib/ISO_32000_2/Table_333-Additional_entries_specific_to_a_RichMedia_annotation.rakumod) |
| /Role | [Table 383 — PrintField attributes](lib/ISO_32000_2/Table_383-PrintField_attributes.rakumod) |
| /RoleMap | [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) |
| /RoleMapNS | [Table 356 — Entries in a namespace dictionary](lib/ISO_32000_2/Table_356-Entries_in_a_namespace_dictionary.rakumod) |
| /Root | [Table 15 — Entries in the file trailer dictionary](lib/ISO_32000_2/Table_15-Entries_in_the_file_trailer_dictionary.rakumod) [Table 244 — Entry in the FDF trailer dictionary](lib/ISO_32000_2/Table_244-Entry_in_the_FDF_trailer_dictionary.rakumod) |
| /Rotate | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 306 — Entries in a movie dictionary](lib/ISO_32000_2/Table_306-Entries_in_a_movie_dictionary.rakumod) |
| /RowSpan | [Table 384 — Standard table attributes](lib/ISO_32000_2/Table_384-Standard_table_attributes.rakumod) |
| /Rows | [Table 11 – Optional parameters for the CCITTFaxDecode filter](lib/ISO_32000_2/Table_11-Optional_parameters_for_the_CCITTFaxDecode_filter.rakumod) |
| /RubyAlign | [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard_layout_attributes_specific_to_inline-level_structure_elements.rakumod) |
| /RubyPosition | [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 10 of 13
_layout_attributes_specific_to_inline-level_structure_elements.rakumod) |
| /S | [Table 94 — Entries common to all group attributes dictionaries](lib/ISO_32000_2/Table_94-Entries_common_to_all_group_attributes_dictionaries.rakumod) [Table 142 — Entries in a soft-mask dictionary](lib/ISO_32000_2/Table_142-Entries_in_a_soft-mask_dictionary.rakumod) [Table 145 — Additional entries specific to a transparency group attributes dictionary](lib/ISO_32000_2/Table_145-Additional_entries_specific_to_a_transparency_group_attributes_dictionary.rakumod) [Table 156 — Entries in a collection sort dictionary](lib/ISO_32000_2/Table_156-Entries_in_a_collection_sort_dictionary.rakumod) [Table 161 — Entries in a page label dictionary](lib/ISO_32000_2/Table_161-Entries_in_a_page_label_dictionary.rakumod) [Table 164 — Entries in a transition dictionary](lib/ISO_32000_2/Table_164-Entries_in_a_transition_dictionary.rakumod) [Table 168 — Entries in a border style dictionary](lib/ISO_32000_2/Table_168-Entries_in_a_border_style_dictionary.rakumod) [Table 169 — Entries in a border effect dictionary](lib/ISO_32000_2/Table_169-Entries_in_a_border_effect_dictionary.rakumod) [Table 196 — Entries common to all action dictionaries](lib/ISO_32000_2/Table_196-Entries_common_to_all_action_dictionaries.rakumod) [Table 202 — Additional entries specific to a go-to action](lib/ISO_32000_2/Table_202-Additional_entries_specific_to_a_go-to_action.rakumod) [Table 203 — Additional entries specific to a remote go-to action](lib/ISO_32000_2/Table_203-Additional_entries_specific_to_a_remote_go-to_action.rakumod) [Table 204 — Additional entries specific to an embedded go-to action](lib/ISO_32000_2/Table_204-Additional_entries_specific_to_an_embedded_go-to_action.rakumod) [Table 206 — Entries in a GoToDp dictionary](lib/ISO_32000_2/Table_206-Entries_in_a_GoToDp_dictionary.rakumod) [Table 207 — Additional entries specific to a launch action](lib/ISO_32000_2/Table_207-Additional_entries_specific_to_a_launch_action.rakumod) [Table 209 — Additional entries specific to a thread action](lib/ISO_32000_2/Table_209-Additional_entries_specific_to_a_thread_action.rakumod) [Table 210 — Additional entries specific to a URI action](lib/ISO_32000_2/Table_210-Additional_entries_specific_to_a_URI_action.rakumod) [Table 212 — Additional entries specific to a sound action](lib/ISO_32000_2/Table_212-Additional_entries_specific_to_a_sound_action.rakumod) [Table 213 — Additional entries specific to a movie action](lib/ISO_32000_2/Table_213-Additional_entries_specific_to_a_movie_action.rakumod) [Table 214 — Additional entries specific to a hide action](lib/ISO_32000_2/Table_214-Additional_entries_specific_to_a_hide_action.rakumod) [Table 216 — Additional entries specific to named actions](lib/ISO_32000_2/Table_216-Additional_entries_specific_to_named_actions.rakumod) [Table 217 — Additional entries specific to a set-OCG-state action](lib/ISO_32000_2/Table_217-Additional_entries_specific_to_a_set-OCG-state_action.rakumod) [Table 218 — Additional entries specific to a rendition action](lib/ISO_32000_2/Table_218-Additional_entries_specific_to_a_rendition_action.rakumod) [Table 219 — Additional entries specific to a transition action](lib/ISO_32000_2/Table_219-Additional_entries_specific_to_a_transition_action.rakumod) [Table 220 — Additional entries specific to a go-to-3D-view action](lib/ISO_32000_2/Table_220-Additional_entries_specific_to_a_go-to-ThreeD-view_action.rakumod) [Table 221 — Additional entries specific to an ECMAScript action](lib/ISO_32000_2/Table_221-Additional_entries_specific_to_an_ECMAScript_action.rakumod) [Table 222 — Additional entries specific to a rich-media-execute action](lib/ISO_32000_2/Table_222-Additional_entries_specific_to_a_rich-media-execute_action.rakumod) [Table 239 — Additional entries specific to a submit-form action](lib/ISO_32000_2/Table_239-Additional_entries_specific_to_a_submit-form_action.rakumod) [Table 241 — Additional entries specific to a reset-form action](lib/ISO_32000_2/Table_241-Additional_entries_specific_to_a_reset-form_action.rakumod) [Table 243 — Additional entries specific to an import-data action](lib/ISO_32000_2/Table_243-Additional_entries_specific_to_an_import-data_action.rakumod) [Table 250 — Entries in an icon fit dictionary](lib/ISO_32000_2/Table_250-Entries_in_an_icon_fit_dictionary.rakumod) [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) [Table 273 — Entries common to all requirement dictionaries](lib/ISO_32000_2/Table_273-Entries_common_to_all_requirement_dictionaries.rakumod) [Table 276 — Entries in a requirement handler dictionary](lib/ISO_32000_2/Table_276-Entries_in_a_requirement_handler_dictionary.rakumod) [Table 277 — Entries common to all rendition dictionaries](lib/ISO_32000_2/Table_277-Entries_common_to_all_rendition_dictionaries.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 284 — Entries common to all media clip dictionaries](lib/ISO_32000_2/Table_284-Entries_common_to_all_media_clip_dictionaries.rakumod) [Table 292 — Entries in a media duration dictionary](lib/ISO_32000_2/Table_292-Entries_in_a_media_duration_dictionary.rakumod) [Table 296 — Entries common to all media offset dictionaries](lib/ISO_32000_2/Table_296-Entries_common_to_all_media_offset_dictionaries.rakumod) [Table 300 — Entries in a timespan dictionary](lib/ISO_32000_2/Table_300-Entries_in_a_timespan_dictionary.rakumod) [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 331 — Additional entries in a 3D measurement/markup dictionary for a 3D comment note](lib/ISO_32000_2/Table_331-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_comment_note.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 388 — Entries common to all Web Capture content sets](lib/ISO_32000_2/Table_388-Entries_common_to_all_Web_Capture_content_sets.rakumod) [Table 389 — Additional entries specific to a Web Capture page set](lib/ISO_32000_2/Table_389-Additional_entries_specific_to_a_Web_Capture_page_set.rakumod) [Table 390 — Additional entries specific to a Web Capture image set](lib/ISO_32000_2/Table_390-Additional_entries_specific_to_a_Web_Capture_image_set.rakumod) [Table 391 — Entries in a source information dictionary](lib/ISO_32000_2/Table_391-Entries_in_a_source_information_dictionary.rakumod) [Table 393 — Entries in a Web Capture command dictionary](lib/ISO_32000_2/Table_393-Entries_in_a_Web_Capture_command_dictionary.rakumod) [Table 397 — Entries in a box style dictionary](lib/ISO_32000_2/Table_397-Entries_in_a_box_style_dictionary.rakumod) [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) |
| /SA | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /SC | [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD_cross_section_dictionary.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) |
| /SD | [Table 202 — Additional entries specific to a go-to action](lib/ISO_32000_2/Table_202-Additional_entries_specific_to_a_go-to_action.rakumod) [Table 203 — Additional entries specific to a remote go-to action](lib/ISO_32000_2/Table_203-Additional_entries_specific_to_a_remote_go-to_action.rakumod) |
| /SE | [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) |
| /SI | [Table 388 — Entries common to all Web Capture content sets](lib/ISO_32000_2/Table_388-Entries_common_to_all_Web_Capture_content_sets.rakumod) |
| /SM | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /SMask | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) |
| /SMaskInData | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) |
| /SP | [Table 282 — Additional entries in a media rendition dictionary](lib/ISO_32000_2/Table_282-Additional_entries_in_a_media_rendition_dictionary.rakumod) |
| /SS | [Table 164 — Entries in a transition dictionary](lib/ISO_32000_2/Table_164-Entries_in_a_transition_dictionary.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) |
| /ST | [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD_cross_section_dictionary.rakumod) |
| /SV | [Table 235 — Additional entries specific to a signature field](lib/ISO_32000_2/Table_235-Additional_entries_specific_to_a_signature_field.rakumod) |
| /SW | [Table 250 — Entries in an icon fit dictionary](lib/ISO_32000_2/Table_250-Entries_in_an_icon_fit_dictionary.rakumod) |
| /Schema | [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) [Table 356 — Entries in a namespace dictionary](lib/ISO_32000_2/Table_356-Entries_in_a_namespace_dictionary.rakumod) |
| /Scope | [Table 384 — Standard table attributes](lib/ISO_32000_2/Table_384-Standard_table_attributes.rakumod) |
| /Script | [Table 276 — Entries in a requirement handler dictionary](lib/ISO_32000_2/Table_276-Entries_in_a_requirement_handler_dictionary.rakumod) |
| /SecondaryText | [Table 157 — Entries in a collection colors dictionary](lib/ISO_32000_2/Table_157-Entries_in_a_collection_colors_dictionary.rakumod) |
| /SeparationColorNames | [Table 404 — Additional entries specific to a trap network appearance stream](lib/ISO_32000_2/Table_404-Additional_entries_specific_to_a_trap_network_appearance_stream.rakumod) |
| /SeparationInfo | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /SetF | [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /SetFf | [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) |
| /Shading | [Table 34 — Entries in a resource dictionary](lib/ISO_32000_2/Table_34-Entries_in_a_resource_dictionary.rakumod) [Table 75 — Entries in a Type 2 pattern dictionary](lib/ISO_32000_2/Table_75-Entries_in_a_Type_2_pattern_dictionary.rakumod) |
| /ShadingType | [Table 77 — Entries common to all shading dictionaries](lib/ISO_32000_2/Table_77-Entries_common_to_all_shading_dictionaries.rakumod) |
| /Short | [Table 384 — Standard table attributes](lib/ISO_32000_2/Table_384-Standard_table_attributes.rakumod) |
| /ShowControls | [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) |
| /SigFlags | [Table 224 — Entries in the interactive form dictionary](lib/ISO_32000_2/Table_224-Entries_in_the_interactive_form_dictionary.rakumod) |
| /Signature | [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) |
| /SignaturePolicyCommitmentType | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) |
| /SignaturePolicyHashAlgorithm | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) |
| /SignaturePolicyHashValue | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) |
| /SignaturePolicyOID | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) |
| /Size | [Table 15 — Entries in the file trailer dictionary](lib/ISO_32000_2/Table_15-Entries_in_the_file_trailer_dictionary.rakumod) [Table 17 — Additional entries specific to a cross-reference stream dictionary](lib/ISO_32000_2/Table_17-Additional_entries_specific_to_a_cross-reference_stream_dictionary.rakumod) [Table 39 — Additional entries specific to a Type 0 function dictionary](lib/ISO_32000_2/Table_39-Additional_entries_specific_to_a_Type_0_function_dictionary.rakumod) [Table 45 — Entries in an embedded file parameter dictionary](lib/ISO_32000_2/Table_45-Entries_in_an_embedded_file_parameter_dictionary.rakumod) |
| /Snapshot | [Table 344 — Additional entries in a 3D view dictionary](lib/ISO_32000_2/Table_344-Additional_entries_in_a_ThreeD_view_dictionary.rakumod) |
| /Solidities | [Table 72 — Entries in a DeviceN mixing hints dictionary](lib/ISO_32000_2/Table_72-Entries_in_a_DeviceN_mixing_hints_dictionary.rakumod) |
| /Sort | [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) |
| /Sound | [Table 188 — Additional entries specific to a sound annotation](lib/ISO_32000_2/Table_188-Additional_entries_specific_to_a_sound_annotation.rakumod) [Table 212 — Additional entries specific to a sound action](lib/ISO_32000_2/Table_212-Additional_entries_specific_to_a_sound_action.rakumod) |
| /SoundActions | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /SpaceAfter | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /SpaceBefore | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /SpectralData | [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) |
| /Speed | [Table 337 — Entries in a RichMediaAnimation dictionary](lib/ISO_32000_2/Table_337-Entries_in_a_RichMediaAnimation_dictionary.rakumod) |
| /SpiderInfo | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Split | [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) |
| /SpotFunction | [Table 128 — Entries in a Type 1 halftone dictionary](lib/ISO_32000_2/Table_128-Entries_in_a_Type_1_halftone_dictionary.rakumod) |
| /St | [Table 161 — Entries in a page label dictionary](lib/ISO_32000_2/Table_161-Entries_in_a_page_label_dictionary.rakumod) |
| /Start | [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) [Table 409 — Entries in a DPart dictionary](lib/ISO_32000_2/Table_409-Entries_in_a_DPart_dictionary.rakumod) |
| /StartIndent | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /StartResource | [Table 308 — Entries in a slideshow dictionary](lib/ISO_32000_2/Table_308-Entries_in_a_slideshow_dictionary.rakumod) |
| /State | [Table 175 — Additional entries specific to a text annotation](lib/ISO_32000_2/Table_175-Additional_entries_specific_to_a_text_annotation.rakumod) [Table 217 — Additional entries specific to a set-OCG-state action](lib/ISO_32000_2/Table_217-Additional_entries_specific_to_a_set-OCG-state_action.rakumod) |
| /StateModel | [Table 175 — Additional entries specific to a text annotation](lib/ISO_32000_2/Table_175-Additional_entries_specific_to_a_text_annotation.rakumod) |
| /Status | [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) |
| /StemH | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /StemV | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /Stm | [Table 357 — Entries in a marked-content reference dictionary](lib/ISO_32000_2/Table_357-Entries_in_a_marked-content_reference_dictionary.rakumod) |
| /StmF | [Table 20 — Entries common to all encryption dictionaries](lib/ISO_32000_2/Table_20-Entries_common_to_all_encryption_dictionaries.rakumod) |
| /StmOwn | [Table 357 — Entries in a marked-content reference dictionary](lib/ISO_32000_2/Table_357-Entries_in_a_marked-content_reference_dictionary.rakumod) |
| /StrF | [Table 20 — Entries common to all encryption dictionaries](lib/ISO_32000_2/Table_20-Entries_common_to_all_encryption_dictionaries.rakumod) |
| /StructParent | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 359 — Additional dictionary entries for structure element access](lib/ISO_32000_2/Table_359-Additional_dictionary_entries_for_structure_element_access.rakumod) |
| /StructParents | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 359 — Additional dictionary entries for structure element access](lib/ISO_32000_2/Table_359-Additional_dictionary_entries_for_structure_element_access.rakumod) |
| /StructTreeRoot | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Style | [Table 122 — Additional font descriptor entries for CIDFonts](lib/ISO_32000_2/Table_122-Additional_font_descriptor_entries_for_CIDFonts.rakumod) [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) [Table 338 — Entries in a RichMediaPresentation dictionary](lib/ISO_32000_2/Table_338-Entries_in_a_RichMediaPresentation_dictionary.rakumod) |
| /SubFilter | [Table 20 — Entries common to all encryption dictionaries](lib/ISO_32000_2/Table_20-Entries_common_to_all_encryption_dictionaries.rakumod) [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) |
| /Subj | [Table 172 — Additional entries in an annotation dictionary specific to markup annotations](lib/ISO_32000_2/Table_172-Additional_entries_in_an_annotation_dictionary_specific_to_markup_annotations.rakumod) |
| /Subject | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) |
| /SubjectDN | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) |
| /Subtype | [Table 28 — Entries in an encrypted payload dictionary](lib/ISO_32000_2/Table_28-Entries_in_an_encrypted_payload_dictionary.rakumod) [Table 44 — Additional entries in an embedded file stream dictionary](lib/ISO_32000_2/Table_44-Additional_entries_in_an_embedded_file_stream_dictionary.rakumod) [Table 70 — Entries in a DeviceN colour space attributes dictionary](lib/ISO_32000_2/Table_70-Entries_in_a_DeviceN_colour_space_attributes_dictionary.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) [Table 119 — Entries in a Type 0 font dictionary](lib/ISO_32000_2/Table_119-Entries_in_a_Type_0_font_dictionary.rakumod) [Table 125 — Additional entries in an embedded font stream dictionary](lib/ISO_32000_2/Table_125-Additional_entries_in_an_embedded_font_stream_dictionary.rakumod) [Table 155 — Entries in a collection field dictionary](lib/ISO_32000_2/Table_155-Entries_in_a_collection_field_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 175 — Additional entries specific to a text annotation](lib/ISO_32000_2/Table_175-Additional_entries_specific_to_a_text_annotation.rakumod) [Table 176 — Additional entries specific to a link annotation](lib/ISO_32000_2/Table_176-Additional_entries_specific_to_a_link_annotation.rakumod) [Table 177 — Additional entries specific to a free text annotation](lib/ISO_32000_2/Table_177-Additional_entries_specific_to_a_free_text_annotation.rakumod) [Table 178 — Additional entries specific to a line annotation](lib/ISO_32000_2/Table_178-Additional_entries_specific_to_a_line_annotation.rakumod) [Table 180 — Additional entries specific to a square or circle annotation](lib/ISO_32000_2/Table_180-Additional_entries_specific_to_a_square_or_circle_annotation.rakumod) [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) [Table 182 — Additional entries specific to text markup annotations](lib/ISO_32000_2/Table_182-Additional_entries_specific_to_text_markup_annotations.rakumod) [Table 183 — Additional entries specific to a caret annotation](lib/ISO_32000_2/Table_183-Additional_entries_specific_to_a_caret_annotation.rakumod) [Table 184 — Additional entries specific to a rubber stamp annotation](lib/ISO_32000_2/Table_184-Additional_entries_specific_to_a_rubber_stamp_annotation.rakumod) [Table 185 — Additional entries specific to an ink annotation](lib/ISO_32000_2/Table_185-Additional_entries_specific_to_an_ink_annotation.rakumod) [Table 186 — Additional entries specific to a popup annotation](lib/ISO_32000_2/Table_186-Additional_entries_specific_to_a_popup_annotation.rakumod) [Table 187 — Additional entries specific to a file attachment annotation](lib/ISO_32000_2/Table_187-Additional_entries_specific_to_a_file_attachment_annotation.rakumod) [Table 188 — Additional entries specific to a sound annotation](lib/ISO_32000_2/Table_188-Additional_entries_specific_to_a_sound_annotation.rakumod) [Table 189 — Additional entries specific to a movie annotation](lib/ISO_32000_2/Table_189-Additional_entries_specific_to_a_movie_annotation.rakumod) [Table 190 — Additional entries specific to a screen annotation](lib/ISO_32000_2/Table_190-Additional_entries_specific_to_a_screen_annotation.rakumod) [Table 191 — Additional entries specific to a widget annotation](lib/ISO_32000_2/Table_191-Additional_entries_specific_to_a_widget_annotation.rakumod) [Table 193 — Additional entries specific to a watermark annotation](lib/ISO_32000_2/Table_193-Additional_entries_specific_to_a_watermark_annotation.rakumod) [Table 195 — Additional entries specific to a redaction annotation](lib/ISO_32000_2/Table_195-Additional_entries_specific_to_a_redaction_annotation.rakumod) [Table 266 — Entries in a measure dictionary](lib/ISO_32000_2/Table_266-Entries_in_a_measure_dictionary.rakumod) [Table 272 — Entries in a point data dictionary](lib/ISO_32000_2/Table_272-Entries_in_a_point_data_dictionary.rakumod) [Table 3 |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 11 of 13
08 — Entries in a slideshow dictionary](lib/ISO_32000_2/Table_308-Entries_in_a_slideshow_dictionary.rakumod) [Table 309 — Additional entries specific to a 3D annotation](lib/ISO_32000_2/Table_309-Additional_entries_specific_to_a_ThreeD_annotation.rakumod) [Table 311 — Entries in a 3D stream dictionary](lib/ISO_32000_2/Table_311-Entries_in_a_ThreeD_stream_dictionary.rakumod) [Table 312 — Entries in an 3D animation style dictionary](lib/ISO_32000_2/Table_312-Entries_in_an_ThreeD_animation_style_dictionary.rakumod) [Table 316 — Entries in a projection dictionary](lib/ISO_32000_2/Table_316-Entries_in_a_projection_dictionary.rakumod) [Table 317 — Entries in a 3D background dictionary](lib/ISO_32000_2/Table_317-Entries_in_a_ThreeD_background_dictionary.rakumod) [Table 318 — Entries in a render mode dictionary](lib/ISO_32000_2/Table_318-Entries_in_a_render_mode_dictionary.rakumod) [Table 320 — Entries in a 3D lighting scheme dictionary](lib/ISO_32000_2/Table_320-Entries_in_a_ThreeD_lighting_scheme_dictionary.rakumod) [Table 324 — Entries in an external data dictionary used to markup 3D annotations](lib/ISO_32000_2/Table_324-Entries_in_an_external_data_dictionary_used_to_markup_ThreeD_annotations.rakumod) [Table 326 — Entries in a 3D measurement/markup dictionary common to all markup subtypes](lib/ISO_32000_2/Table_326-Entries_in_a_ThreeD_measurement-markup_dictionary_common_to_all_markup_subtypes.rakumod) [Table 332 — Entries in the external data dictionary of a projection annotation](lib/ISO_32000_2/Table_332-Entries_in_the_external_data_dictionary_of_a_projection_annotation.rakumod) [Table 333 — Additional entries specific to a RichMedia annotation](lib/ISO_32000_2/Table_333-Additional_entries_specific_to_a_RichMedia_annotation.rakumod) [Table 337 — Entries in a RichMediaAnimation dictionary](lib/ISO_32000_2/Table_337-Entries_in_a_RichMediaAnimation_dictionary.rakumod) [Table 342 — Entries in a RichMediaConfiguration dictionary](lib/ISO_32000_2/Table_342-Entries_in_a_RichMediaConfiguration_dictionary.rakumod) [Table 343 — Entries in a RichMediaInstance dictionary](lib/ISO_32000_2/Table_343-Entries_in_a_RichMediaInstance_dictionary.rakumod) [Table 347 — Additional entries in a metadata stream dictionary](lib/ISO_32000_2/Table_347-Additional_entries_in_a_metadata_stream_dictionary.rakumod) [Table 363 — Property list entries for artifacts](lib/ISO_32000_2/Table_363-Property_list_entries_for_artifacts.rakumod) [Table 385 — Standard artifact attributes](lib/ISO_32000_2/Table_385-Standard_artifact_attributes.rakumod) [Table 398 — Additional entries specific to a printer’s mark annotation](lib/ISO_32000_2/Table_398-Additional_entries_specific_to_a_printers_mark_annotation.rakumod) [Table 403 — Additional entries specific to a trap network annotation](lib/ISO_32000_2/Table_403-Additional_entries_specific_to_a_trap_network_annotation.rakumod) |
| /Summary | [Table 384 — Standard table attributes](lib/ISO_32000_2/Table_384-Standard_table_attributes.rakumod) |
| /Supplement | [Table 114 — Entries in a CIDSystemInfo dictionary](lib/ISO_32000_2/Table_114-Entries_in_a_CIDSystemInfo_dictionary.rakumod) |
| /Suspects | [Table 353 — Entries in the mark information dictionary](lib/ISO_32000_2/Table_353-Entries_in_the_mark_information_dictionary.rakumod) |
| /Sy | [Table 183 — Additional entries specific to a caret annotation](lib/ISO_32000_2/Table_183-Additional_entries_specific_to_a_caret_annotation.rakumod) |
| /Synchronous | [Table 212 — Additional entries specific to a sound action](lib/ISO_32000_2/Table_212-Additional_entries_specific_to_a_sound_action.rakumod) [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) |
| /T | [Table F.1 — Entries in the linearization parameter dictionary](lib/ISO_32000_2/Table_F1-Entries_in_the_linearization_parameter_dictionary.rakumod) [Table 163 — Entries in a bead dictionary](lib/ISO_32000_2/Table_163-Entries_in_a_bead_dictionary.rakumod) [Table 172 — Additional entries in an annotation dictionary specific to markup annotations](lib/ISO_32000_2/Table_172-Additional_entries_in_an_annotation_dictionary_specific_to_markup_annotations.rakumod) [Table 189 — Additional entries specific to a movie annotation](lib/ISO_32000_2/Table_189-Additional_entries_specific_to_a_movie_annotation.rakumod) [Table 190 — Additional entries specific to a screen annotation](lib/ISO_32000_2/Table_190-Additional_entries_specific_to_a_screen_annotation.rakumod) [Table 204 — Additional entries specific to an embedded go-to action](lib/ISO_32000_2/Table_204-Additional_entries_specific_to_an_embedded_go-to_action.rakumod) [Table 205 — Entries specific to a target dictionary](lib/ISO_32000_2/Table_205-Entries_specific_to_a_target_dictionary.rakumod) [Table 213 — Additional entries specific to a movie action](lib/ISO_32000_2/Table_213-Additional_entries_specific_to_a_movie_action.rakumod) [Table 214 — Additional entries specific to a hide action](lib/ISO_32000_2/Table_214-Additional_entries_specific_to_a_hide_action.rakumod) [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) [Table 292 — Entries in a media duration dictionary](lib/ISO_32000_2/Table_292-Entries_in_a_media_duration_dictionary.rakumod) [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) [Table 297 — Additional entries in a media offset time dictionary](lib/ISO_32000_2/Table_297-Additional_entries_in_a_media_offset_time_dictionary.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 389 — Additional entries specific to a Web Capture page set](lib/ISO_32000_2/Table_389-Additional_entries_specific_to_a_Web_Capture_page_set.rakumod) |
| /TA | [Table 220 — Additional entries specific to a go-to-3D-view action](lib/ISO_32000_2/Table_220-Additional_entries_specific_to_a_go-to-ThreeD-view_action.rakumod) [Table 222 — Additional entries specific to a rich-media-execute action](lib/ISO_32000_2/Table_222-Additional_entries_specific_to_a_rich-media-execute_action.rakumod) |
| /TB | [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) [Table 331 — Additional entries in a 3D measurement/markup dictionary for a 3D comment note](lib/ISO_32000_2/Table_331-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_comment_note.rakumod) |
| /TBorderStyle | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /TF | [Table 286 — Entries in a media permissions dictionary](lib/ISO_32000_2/Table_286-Entries_in_a_media_permissions_dictionary.rakumod) |
| /TI | [Table 222 — Additional entries specific to a rich-media-execute action](lib/ISO_32000_2/Table_222-Additional_entries_specific_to_a_rich-media-execute_action.rakumod) [Table 234 — Additional entries specific to a choice field](lib/ISO_32000_2/Table_234-Additional_entries_specific_to_a_choice_field.rakumod) |
| /TID | [Table 389 — Additional entries specific to a Web Capture page set](lib/ISO_32000_2/Table_389-Additional_entries_specific_to_a_Web_Capture_page_set.rakumod) |
| /TK | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /TM | [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) [Table 312 — Entries in an 3D animation style dictionary](lib/ISO_32000_2/Table_312-Entries_in_an_ThreeD_animation_style_dictionary.rakumod) |
| /TP | [Table 192 — Entries in an appearance characteristics dictionary](lib/ISO_32000_2/Table_192-Entries_in_an_appearance_characteristics_dictionary.rakumod) [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 331 — Additional entries in a 3D measurement/markup dictionary for a 3D comment note](lib/ISO_32000_2/Table_331-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_comment_note.rakumod) |
| /TPadding | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /TR | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 142 — Entries in a soft-mask dictionary](lib/ISO_32000_2/Table_142-Entries_in_a_soft-mask_dictionary.rakumod) |
| /TR2 | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /TRL | [Table 326 — Entries in a 3D measurement/markup dictionary common to all markup subtypes](lib/ISO_32000_2/Table_326-Entries_in_a_ThreeD_measurement-markup_dictionary_common_to_all_markup_subtypes.rakumod) |
| /TRef | [Table 252 — Entries in an FDF template dictionary](lib/ISO_32000_2/Table_252-Entries_in_an_FDF_template_dictionary.rakumod) |
| /TS | [Table 262 — Entries in the signature validation-related information (VRI) dictionary](lib/ISO_32000_2/Table_262-Entries_in_the_signature_validation-related_information_dictionary.rakumod) [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 331 — Additional entries in a 3D measurement/markup dictionary for a 3D comment note](lib/ISO_32000_2/Table_331-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_comment_note.rakumod) [Table 388 — Entries common to all Web Capture content sets](lib/ISO_32000_2/Table_388-Entries_common_to_all_Web_Capture_content_sets.rakumod) [Table 391 — Entries in a source information dictionary](lib/ISO_32000_2/Table_391-Entries_in_a_source_information_dictionary.rakumod) |
| /TSm | [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) |
| /TSn | [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) |
| /TT | [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) |
| /TU | [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) [Table 262 — Entries in the signature validation-related information (VRI) dictionary](lib/ISO_32000_2/Table_262-Entries_in_the_signature_validation-related_information_dictionary.rakumod) [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) |
| /TX | [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) |
| /TY | [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) |
| /Tabs | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /Target | [Table 246 — Entries in the FDF dictionary](lib/ISO_32000_2/Table_246-Entries_in_the_FDF_dictionary.rakumod) |
| /TemplateInstantiated | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /Templates | [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) [Table 251 — Entries in an FDF page dictionary](lib/ISO_32000_2/Table_251-Entries_in_an_FDF_page_dictionary.rakumod) |
| /TextAlign | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /TextDecorationColor | [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard_layout_attributes_specific_to_inline-level_structure_elements.rakumod) |
| /TextDecorationThickness | [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard_layout_attributes_specific_to_inline-level_structure_elements.rakumod) |
| /TextDecorationType | [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard_layout_attributes_specific_to_inline-level_structure_elements.rakumod) |
| /TextIndent | [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /TextPosition | [Table 380 — Standard layout attributes specific to inline-level structure elements](lib/ISO_32000_2/Table_380-Standard_layout_attributes_specific_to_inline-level_structure_elements.rakumod) |
| /Threads | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Thumb | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) |
| /TilingType | [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) |
| /TimeStamp | [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) |
| /Title | [Table 151 — Entries in an outline item dictionary](lib/ISO_32000_2/Table_151-Entries_in_an_outline_item_dictionary.rakumod) [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) |
| /ToUnicode | [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) [Table 119 — Entries in a Type 0 font dictionary](lib/ISO_32000_2/Table_119-Entries_in_a_Type_0_font_dictionary.rakumod) |
| /Toolbar | [Table 338 — Entries in a RichMediaPresentation dictionary](lib/ISO_32000_2/Table_338-Entries_in_a_RichMediaPresentation_dictionary.rakumod) |
| /Trans | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 219 — Additional entries specific to a transition action](lib/ISO_32000_2/Table_219-Additional_entries_specific_to_a_transition_action.rakumod) |
| /TransferFunction | [Table 128 — Entries in a Type 1 halftone dictionary](lib/ISO_32000_2/Table_128-Entries_in_a_Type_1_halftone_dictionary.rakumod) [Table 129 — Additional entries specific to a Type 6 halftone dictionary](lib/ISO_32000_2/Table_129-Additional_entries_specific_to_a_Type_6_halftone_dictionary.rakumod) [Table 130 — Additional entries specific to a Type 10 halftone dictionary](lib/ISO_32000_2/Table_130-Additional_entries_specific_to_a_Type_10_halftone_dictionary.rakumod) [Table 131 — Additional entries specific to a Type 16 halftone dictionary](lib/ISO_32000_2/Table_131-Additional_entries_specific_to_a_Type_16_halftone_dictionary.rakumod) |
| /TransformMethod | [Table 256 — Entries in a signature reference dictionary](lib/ISO_32000_2/Table_256-Entries_in_a_signature_reference_dictionary.rakumod) |
| /TransformParams | [Table 256 — Entries in a signature reference dictionary](lib/ISO_32000_2/Table_256-Entries_in_a_signature_reference_dictionary.rakumod) |
| /Transparent | [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) [Table 338 — Entries in a RichMediaPresentation dictionary](lib/ISO_32000_2/Table_338-Entries_in_a_RichMediaPresentation_dictionary.rakumod) |
| /TrapRegions | [Table 404 — Additional entries specific to a trap network appearance stream](lib/ISO_32000_2/Table_404-Additional_entries_specific_to_a_trap_network_appearance_stream.rakumod) |
| /TrapStyles | [Table 404 — Additional entries specific to a trap network appearance stream](lib/ISO_32000_2/Table_404-Additional_entries_specific_to_a_trap_network_appearance_stream.rakumod) |
| /Trapped | [Table 349 — Entries in the document information dictionary](lib/ISO_32000_2/Table_349-Entries_in_the_document_information_dictionary.rakumod) |
| /TrimBox | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 396 — Entries in a box colour information dictionary](lib/ISO_32000_2/Table_396-Entries_in_a_box_colour_information_dictionary.rakumod) |
| /TrueTypeFonts | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /Type | [Table 14 — Optional parameters for Crypt filters](lib/ISO_32000_2/Table_14-Optional_parameters_for_Crypt_filters.rakumod) [Table 16 — Additional entries specific to an object stream dictionary](lib/ISO_32000_2/Table_16-Additional_entries_specific_to_an_object_stream_dictionary.rakumod) [Table 17 — Additional entries specific to a cross-reference stream dictionary](lib/ISO_32000_2/Table_17-Additional_entries_specific_to_a_cross-reference_stream_dictionary.rakumod) [Table 25 — Entries common to all crypt filter dictionaries](lib/ISO_32000_2/Table_25-Entries_common_to_all_crypt_filter_dictionaries.rakumod) [Table 28 — Entries in an encrypted payload dictionary](lib/ISO_32000_2/Table_28-Entries_in_an_encrypted_payload_dictionary.rakumod) [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 30 — Required entries in a page tree node](lib/ISO_32000_2/Table_30-Required_entries_in_a_page_tree_node.rakumod) [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 44 — Additional entries in an embedded file stream dictionary](lib/ISO_32000_2/Table_44-Additional_entries_in_an_embedded_file_stream_dictionary.rakumod) [Table 46 — Entries in a collection item dictionary](lib/ISO_32000_2/Table_46-Entries_in_a_collection_item_dictionary.rakumod) [Table 47 — Entries in a collection subitem dictionary](lib/ISO_32000_2/Table_47-Entries_in_a_collection_subitem_dictionary.rakumod) [Table 48 — Entries in an extensions dictionary](lib/ISO_32000_2/Table_48-Entries_in_an_extensions_dictionary.rakumod) [Table 49 — Entries in a developer extensions dictionary](lib/ISO_32000_2/Table_49-Entries_in_a_developer_extensions_dictionary.rakumod) [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) [Table 75 — Entries in a Type 2 pattern dictionary](lib/ISO_32000_2/Table_75-Entries_in_a_Type_2_pattern_dictionary.rakumod) [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 93 — Additional entries specific to a Type 1 form dictionary](lib/ISO_32000_2/Table_93-Additional_entries_specific_to_a_Type_1_form_dictionary.rakumod) [Table 94 — Entries common to all group attributes dictionaries](lib/ISO_32000_2/Table_94-Entries_common_to_all_group_attributes_dictionaries.rakumod) [Table 96 — Entries in an optional content group dictionary](lib/ISO_32000_2/Table_96-Entries_in_an_optional_content_group_dictionary.rakumod) [Table 97 — Entries in an optional content membership dictionary](lib/ISO_32000_2/Table_97-Entries_in_an_optional_content_membership_dictionary.rakumod) [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) [Table 112 — Entries in an encoding dictionary](lib/ISO_32000_2/Table_112-Entries_in_an_encoding_dictionary.rakumod) [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) [Table 118 — Additional entries in a CMap stream dictionary](lib/ISO_32000_2/Table_118-Additional_entries_in_a_CMap_stream_dictionary.rakumod) [Table 119 — Entries in a Type 0 font dictionary](lib/ISO_32000_2/Table_119-Entries_in_a_Type_0_font_dictionary.rakumod) [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) [Table 128 — Entries in a Type 1 halftone dictionary](lib/ISO_32000_2/Table_128-Entries_in_a_Type_1_halftone_dictionary.rakumod) [Table 129 — Additional entries specific to a Type 6 halftone dictionary](lib/ISO_32000_2/Table_129-Additional_entries_specific_to_a_Type_6_halftone_dictionary.rakumod) [Table 130 — Additional entries specific to a Type 10 halftone dictionary](lib/ISO_32000_2/Table_130-Additional_entries_specific_to_a_Type_10_halftone_dictionary.rakumod) [Table 131 — Additional entries specific to a Type 16 halftone dictionary](lib/ISO_32000_2/Table_131-Additional_entries_specific_to_a_Type_16_halftone_dictionary.rakumod) [Table 132 — Entries in a Type 5 halftone dictionary](lib/ISO_32000_2/Table_132-Entries_in_a_Type_5_halftone_dictionary.rakumod) [Table 142 — Entries in a soft-mask dictionary](lib/ISO_32000_2/Table_142-Entries_in_a_soft-mask_dictionary.rakumod) [Table 150 — Entries in the outline dictionary](lib/ISO_32000_2/Table_150-Entries_in_the_outline_dictionary.rakumod) [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) [Table 154 — Entries in a collection schema dictionary](lib/ISO_32000_2/Table_154-Entries_in_a_collection_schema_dictionary.rakumod) [Table 155 — Entries in a collection field dictionary](lib/ISO_32000_2/Table_155-Entries_in_a_collection_field_dictionary.rakumod) [Table 156 — Entries in a collection sort dictionary](lib/ISO_32000_2/Table_156-Entries_in_a_collection_sort_dictionary |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 12 of 13
.rakumod) [Table 157 — Entries in a collection colors dictionary](lib/ISO_32000_2/Table_157-Entries_in_a_collection_colors_dictionary.rakumod) [Table 158 — Entries in a collection split dictionary](lib/ISO_32000_2/Table_158-Entries_in_a_collection_split_dictionary.rakumod) [Table 159 — Entries in a folder dictionary](lib/ISO_32000_2/Table_159-Entries_in_a_folder_dictionary.rakumod) [Table 160 — Entries in a navigator dictionary](lib/ISO_32000_2/Table_160-Entries_in_a_navigator_dictionary.rakumod) [Table 161 — Entries in a page label dictionary](lib/ISO_32000_2/Table_161-Entries_in_a_page_label_dictionary.rakumod) [Table 162 — Entries in a thread dictionary](lib/ISO_32000_2/Table_162-Entries_in_a_thread_dictionary.rakumod) [Table 163 — Entries in a bead dictionary](lib/ISO_32000_2/Table_163-Entries_in_a_bead_dictionary.rakumod) [Table 164 — Entries in a transition dictionary](lib/ISO_32000_2/Table_164-Entries_in_a_transition_dictionary.rakumod) [Table 165 — Entries in a navigation node dictionary](lib/ISO_32000_2/Table_165-Entries_in_a_navigation_node_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) [Table 168 — Entries in a border style dictionary](lib/ISO_32000_2/Table_168-Entries_in_a_border_style_dictionary.rakumod) [Table 194 — Entries in a fixed print dictionary](lib/ISO_32000_2/Table_194-Entries_in_a_fixed_print_dictionary.rakumod) [Table 196 — Entries common to all action dictionaries](lib/ISO_32000_2/Table_196-Entries_common_to_all_action_dictionaries.rakumod) [Table 223 — Entries in a RichMediaCommand dictionary](lib/ISO_32000_2/Table_223-Entries_in_a_RichMediaCommand_dictionary.rakumod) [Table 236 — Entries in a signature field lock dictionary](lib/ISO_32000_2/Table_236-Entries_in_a_signature_field_lock_dictionary.rakumod) [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) [Table 256 — Entries in a signature reference dictionary](lib/ISO_32000_2/Table_256-Entries_in_a_signature_reference_dictionary.rakumod) [Table 257 — Entries in the DocMDP transform parameters dictionary](lib/ISO_32000_2/Table_257-Entries_in_the_DocMDP_transform_parameters_dictionary.rakumod) [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) [Table 259 — Entries in the FieldMDP transform parameters dictionary](lib/ISO_32000_2/Table_259-Entries_in_the_FieldMDP_transform_parameters_dictionary.rakumod) [Table 261 — Entries in the document security store (DSS) dictionary](lib/ISO_32000_2/Table_261-Entries_in_the_document_security_store_dictionary.rakumod) [Table 262 — Entries in the signature validation-related information (VRI) dictionary](lib/ISO_32000_2/Table_262-Entries_in_the_signature_validation-related_information_dictionary.rakumod) [Table 265 — Entries in a viewport dictionary](lib/ISO_32000_2/Table_265-Entries_in_a_viewport_dictionary.rakumod) [Table 266 — Entries in a measure dictionary](lib/ISO_32000_2/Table_266-Entries_in_a_measure_dictionary.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) [Table 270 — Entries in a geographic coordinate system dictionary](lib/ISO_32000_2/Table_270-Entries_in_a_geographic_coordinate_system_dictionary.rakumod) [Table 271 — Entries in a projected coordinate system dictionary](lib/ISO_32000_2/Table_271-Entries_in_a_projected_coordinate_system_dictionary.rakumod) [Table 272 — Entries in a point data dictionary](lib/ISO_32000_2/Table_272-Entries_in_a_point_data_dictionary.rakumod) [Table 273 — Entries common to all requirement dictionaries](lib/ISO_32000_2/Table_273-Entries_common_to_all_requirement_dictionaries.rakumod) [Table 276 — Entries in a requirement handler dictionary](lib/ISO_32000_2/Table_276-Entries_in_a_requirement_handler_dictionary.rakumod) [Table 277 — Entries common to all rendition dictionaries](lib/ISO_32000_2/Table_277-Entries_common_to_all_rendition_dictionaries.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 280 — Entries in a minimum bit depth dictionary](lib/ISO_32000_2/Table_280-Entries_in_a_minimum_bit_depth_dictionary.rakumod) [Table 281 — Entries in a minimum screen size dictionary](lib/ISO_32000_2/Table_281-Entries_in_a_minimum_screen_size_dictionary.rakumod) [Table 284 — Entries common to all media clip dictionaries](lib/ISO_32000_2/Table_284-Entries_common_to_all_media_clip_dictionaries.rakumod) [Table 286 — Entries in a media permissions dictionary](lib/ISO_32000_2/Table_286-Entries_in_a_media_permissions_dictionary.rakumod) [Table 290 — Entries in a media play parameters dictionary](lib/ISO_32000_2/Table_290-Entries_in_a_media_play_parameters_dictionary.rakumod) [Table 292 — Entries in a media duration dictionary](lib/ISO_32000_2/Table_292-Entries_in_a_media_duration_dictionary.rakumod) [Table 293 — Entries in a media screen parameters dictionary](lib/ISO_32000_2/Table_293-Entries_in_a_media_screen_parameters_dictionary.rakumod) [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) [Table 296 — Entries common to all media offset dictionaries](lib/ISO_32000_2/Table_296-Entries_common_to_all_media_offset_dictionaries.rakumod) [Table 300 — Entries in a timespan dictionary](lib/ISO_32000_2/Table_300-Entries_in_a_timespan_dictionary.rakumod) [Table 301 — Entries in a media players dictionary](lib/ISO_32000_2/Table_301-Entries_in_a_media_players_dictionary.rakumod) [Table 302 — Entries in a media player info dictionary](lib/ISO_32000_2/Table_302-Entries_in_a_media_player_info_dictionary.rakumod) [Table 303 — Entries in a software identifier dictionary](lib/ISO_32000_2/Table_303-Entries_in_a_software_identifier_dictionary.rakumod) [Table 305 — Additional entries specific to a sound object](lib/ISO_32000_2/Table_305-Additional_entries_specific_to_a_sound_object.rakumod) [Table 308 — Entries in a slideshow dictionary](lib/ISO_32000_2/Table_308-Entries_in_a_slideshow_dictionary.rakumod) [Table 311 — Entries in a 3D stream dictionary](lib/ISO_32000_2/Table_311-Entries_in_a_ThreeD_stream_dictionary.rakumod) [Table 312 — Entries in an 3D animation style dictionary](lib/ISO_32000_2/Table_312-Entries_in_an_ThreeD_animation_style_dictionary.rakumod) [Table 314 — Entries in a 3D reference dictionary](lib/ISO_32000_2/Table_314-Entries_in_a_ThreeD_reference_dictionary.rakumod) [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) [Table 317 — Entries in a 3D background dictionary](lib/ISO_32000_2/Table_317-Entries_in_a_ThreeD_background_dictionary.rakumod) [Table 318 — Entries in a render mode dictionary](lib/ISO_32000_2/Table_318-Entries_in_a_render_mode_dictionary.rakumod) [Table 320 — Entries in a 3D lighting scheme dictionary](lib/ISO_32000_2/Table_320-Entries_in_a_ThreeD_lighting_scheme_dictionary.rakumod) [Table 322 — Entries in a 3D cross section dictionary](lib/ISO_32000_2/Table_322-Entries_in_a_ThreeD_cross_section_dictionary.rakumod) [Table 323 — Entries in a 3D node dictionary](lib/ISO_32000_2/Table_323-Entries_in_a_ThreeD_node_dictionary.rakumod) [Table 324 — Entries in an external data dictionary used to markup 3D annotations](lib/ISO_32000_2/Table_324-Entries_in_an_external_data_dictionary_used_to_markup_ThreeD_annotations.rakumod) [Table 326 — Entries in a 3D measurement/markup dictionary common to all markup subtypes](lib/ISO_32000_2/Table_326-Entries_in_a_ThreeD_measurement-markup_dictionary_common_to_all_markup_subtypes.rakumod) [Table 332 — Entries in the external data dictionary of a projection annotation](lib/ISO_32000_2/Table_332-Entries_in_the_external_data_dictionary_of_a_projection_annotation.rakumod) [Table 334 — Entries in a RichMediaSettings dictionary](lib/ISO_32000_2/Table_334-Entries_in_a_RichMediaSettings_dictionary.rakumod) [Table 335 — Entries in a RichMediaActivation dictionary](lib/ISO_32000_2/Table_335-Entries_in_a_RichMediaActivation_dictionary.rakumod) [Table 336 — Entries in a RichMediaDeactivation dictionary](lib/ISO_32000_2/Table_336-Entries_in_a_RichMediaDeactivation_dictionary.rakumod) [Table 337 — Entries in a RichMediaAnimation dictionary](lib/ISO_32000_2/Table_337-Entries_in_a_RichMediaAnimation_dictionary.rakumod) [Table 338 — Entries in a RichMediaPresentation dictionary](lib/ISO_32000_2/Table_338-Entries_in_a_RichMediaPresentation_dictionary.rakumod) [Table 339 — Entries in a RichMediaWindow dictionary](lib/ISO_32000_2/Table_339-Entries_in_a_RichMediaWindow_dictionary.rakumod) [Table 340 — Entries in a RichMediaPosition dictionary](lib/ISO_32000_2/Table_340-Entries_in_a_RichMediaPosition_dictionary.rakumod) [Table 341 — Entries in a RichMediaContent dictionary](lib/ISO_32000_2/Table_341-Entries_in_a_RichMediaContent_dictionary.rakumod) [Table 342 — Entries in a RichMediaConfiguration dictionary](lib/ISO_32000_2/Table_342-Entries_in_a_RichMediaConfiguration_dictionary.rakumod) [Table 343 — Entries in a RichMediaInstance dictionary](lib/ISO_32000_2/Table_343-Entries_in_a_RichMediaInstance_dictionary.rakumod) [Table 347 — Additional entries in a metadata stream dictionary](lib/ISO_32000_2/Table_347-Additional_entries_in_a_metadata_stream_dictionary.rakumod) [Table 354 — Entries in the structure tree root](lib/ISO_32000_2/Table_354-Entries_in_the_structure_tree_root.rakumod) [Table 355 — Entries in a structure element dictionary](lib/ISO_32000_2/Table_355-Entries_in_a_structure_element_dictionary.rakumod) [Table 356 — Entries in a namespace dictionary](lib/ISO_32000_2/Table_356-Entries_in_a_namespace_dictionary.rakumod) [Table 357 — Entries in a marked-content reference dictionary](lib/ISO_32000_2/Table_357-Entries_in_a_marked-content_reference_dictionary.rakumod) [Table 358 — Entries in an object reference dictionary](lib/ISO_32000_2/Table_358-Entries_in_an_object_reference_dictionary.rakumod) [Table 363 — Property list entries for artifacts](lib/ISO_32000_2/Table_363-Property_list_entries_for_artifacts.rakumod) [Table 385 — Standard artifact attributes](lib/ISO_32000_2/Table_385-Standard_artifact_attributes.rakumod) [Table 388 — Entries common to all Web Capture content sets](lib/ISO_32000_2/Table_388-Entries_common_to_all_Web_Capture_content_sets.rakumod) [Table 401 — Entries in an output intent dictionary](lib/ISO_32000_2/Table_401-Entries_in_an_output_intent_dictionary.rakumod) [Table 408 — Entries in a DPartRoot dictionary](lib/ISO_32000_2/Table_408-Entries_in_a_DPartRoot_dictionary.rakumod) [Table 409 — Entries in a DPart dictionary](lib/ISO_32000_2/Table_409-Entries_in_a_DPart_dictionary.rakumod) |
| /U | [Table 21 — Additional encryption dictionary entries for the standard security handler](lib/ISO_32000_2/Table_21-Additional_encryption_dictionary_entries_for_the_standard_security_handler.rakumod) [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) [Table 268 — Entries in a number format dictionary](lib/ISO_32000_2/Table_268-Entries_in_a_number_format_dictionary.rakumod) [Table 303 — Entries in a software identifier dictionary](lib/ISO_32000_2/Table_303-Entries_in_a_software_identifier_dictionary.rakumod) [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 392 — Entries in a URL alias dictionary](lib/ISO_32000_2/Table_392-Entries_in_a_URL_alias_dictionary.rakumod) |
| /U3DPath | [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /UC | [Table 295 — Entries in a floating window parameters dictionary](lib/ISO_32000_2/Table_295-Entries_in_a_floating_window_parameters_dictionary.rakumod) |
| /UCR | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /UCR2 | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /UE | [Table 21 — Additional encryption dictionary entries for the standard security handler](lib/ISO_32000_2/Table_21-Additional_encryption_dictionary_entries_for_the_standard_security_handler.rakumod) |
| /UF | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) |
| /UR3 | [Table 263 — Entries in a permissions dictionary](lib/ISO_32000_2/Table_263-Entries_in_a_permissions_dictionary.rakumod) |
| /URI | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 210 — Additional entries specific to a URI action](lib/ISO_32000_2/Table_210-Additional_entries_specific_to_a_URI_action.rakumod) |
| /URIActions | [Table 264 — Entries in a legal attestation dictionary](lib/ISO_32000_2/Table_264-Entries_in_a_legal_attestation_dictionary.rakumod) |
| /URL | [Table 49 — Entries in a developer extensions dictionary](lib/ISO_32000_2/Table_49-Entries_in_a_developer_extensions_dictionary.rakumod) [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) [Table 393 — Entries in a Web Capture command dictionary](lib/ISO_32000_2/Table_393-Entries_in_a_Web_Capture_command_dictionary.rakumod) |
| /URLS | [Table 32 — Entries in the name dictionary](lib/ISO_32000_2/Table_32-Entries_in_the_name_dictionary.rakumod) |
| /URLType | [Table 238 — Entries in a certificate seed value dictionary](lib/ISO_32000_2/Table_238-Entries_in_a_certificate_seed_value_dictionary.rakumod) |
| /URLs | [Table 402 — Entries in a DestOutputProfileRef dictionary](lib/ISO_32000_2/Table_402-Entries_in_a_DestOutputProfileRef_dictionary.rakumod) |
| /USm | [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) |
| /USn | [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) |
| /UT | [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 331 — Additional entries in a 3D measurement/markup dictionary for a 3D comment note](lib/ISO_32000_2/Table_331-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_comment_note.rakumod) |
| /UU | [Table 325 — Entries in a 3D units dictionary](lib/ISO_32000_2/Table_325-Entries_in_a_ThreeD_units_dictionary.rakumod) |
| /Unix | [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 207 — Additional entries specific to a launch action](lib/ISO_32000_2/Table_207-Additional_entries_specific_to_a_launch_action.rakumod) |
| /Usage | [Table 96 — Entries in an optional content group dictionary](lib/ISO_32000_2/Table_96-Entries_in_an_optional_content_group_dictionary.rakumod) |
| /UseBlackPtComp | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /UseCMap | [Table 118 — Additional entries in a CMap stream dictionary](lib/ISO_32000_2/Table_118-Additional_entries_in_a_CMap_stream_dictionary.rakumod) |
| /User | [Table 100 — Entries in an optional content usage dictionary](lib/ISO_32000_2/Table_100-Entries_in_an_optional_content_usage_dictionary.rakumod) |
| /UserProperties | [Table 353 — Entries in the mark information dictionary](lib/ISO_32000_2/Table_353-Entries_in_the_mark_information_dictionary.rakumod) |
| /UserUnit | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /V | [Table 20 — Entries common to all encryption dictionaries](lib/ISO_32000_2/Table_20-Entries_common_to_all_encryption_dictionaries.rakumod) [Table 43 — Entries in a file specification dictionary](lib/ISO_32000_2/Table_43-Entries_in_a_file_specification_dictionary.rakumod) [Table 155 — Entries in a collection field dictionary](lib/ISO_32000_2/Table_155-Entries_in_a_collection_field_dictionary.rakumod) [Table 163 — Entries in a bead dictionary](lib/ISO_32000_2/Table_163-Entries_in_a_bead_dictionary.rakumod) [Table 194 — Entries in a fixed print dictionary](lib/ISO_32000_2/Table_194-Entries_in_a_fixed_print_dictionary.rakumod) [Table 199 — Entries in a form field’s additional-actions dictionary](lib/ISO_32000_2/Table_199-Entries_in_a_form_fields_additional-actions_dictionary.rakumod) [Table 220 — Additional entries specific to a go-to-3D-view action](lib/ISO_32000_2/Table_220-Additional_entries_specific_to_a_go-to-ThreeD-view_action.rakumod) [Table 226 — Entries common to all field dictionaries](lib/ISO_32000_2/Table_226-Entries_common_to_all_field_dictionaries.rakumod) [Table 237 — Entries in a signature field seed value dictionary](lib/ISO_32000_2/Table_237-Entries_in_a_signature_field_seed_value_dictionary.rakumod) [Table 249 — Entries in an FDF field dictionary](lib/ISO_32000_2/Table_249-Entries_in_an_FDF_field_dictionary.rakumod) [Table 255 — Entries in a signature dictionary](lib/ISO_32000_2/Table_255-Entries_in_a_signature_dictionary.rakumod) [Table 257 — Entries in the DocMDP transform parameters dictionary](lib/ISO_32000_2/Table_257-Entries_in_the_DocMDP_transform_parameters_dictionary.rakumod) [Table 258 — Entries in the UR transform parameters dictionary](lib/ISO_32000_2/Table_258-Entries_in_the_UR_transform_parameters_dictionary.rakumod) [Table 259 — Entries in the FieldMDP transform parameters dictionary](lib/ISO_32000_2/Table_259-Entries_in_the_FieldMDP_transform_parameters_dictionary.rakumod) [Table 273 — Entries common to all requirement dictionaries](lib/ISO_32000_2/Table_273-Entries_common_to_all_requirement_dictionaries.rakumod) [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) [Table 280 — Entries in a minimum bit depth dictionary](lib/ISO_32000_2/Table_280-Entries_in_a_minimum_bit_depth_dictionary.rakumod) [Table 281 — Entries in a minimum screen size dictionary](lib/ISO_32000_2/Table_281-Entries_in_a_minimum_screen_size_dictionary.rakumod) [Table 291 — Entries in a media play parameters MH/BE dictionary](lib/ISO_32000_2/Table_291-Entries_in_a_media_play_parameters_MH-BE_dictionary.rakumod) [Table 300 — Entries in a timespan dictionary](lib/ISO_32000_2/Table_300-Entries_in_a_timespan_dictionary.rakumod) [Table 323 — Entries in a 3D node dictionary](lib/ISO_32000_2/Table_323-Entries_in_a_ThreeD_node_dictionary.rakumod) [Table 327 — Additional entries in a 3D measurement/markup dictionary for a 3D linear dimension measurement](lib/ISO_32000_2/Table_327-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_linear_dimension_measurement.rakumod) [Table 328 — Additional entries in a 3D measurement/markup dictionary for a 3D perpendicular dimension measurement](lib/ISO_32000_2/Table_328-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_perpendicular_dimension_measurement.rakumod) [Table 329 — Additional entries in a 3D measurement/markup dictionary for a 3D angular dimension measurement](lib/ISO_32000_2/Table_329-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_angular_dimension_measurement.rakumod) [Table 330 — Additional entries in a 3D measurement/markup dictionary for a 3D radial dimension measurement](lib/ISO_32000_2/Table_330-Additional_entries_in_a_ThreeD_measurement-markup_dictionary_for_a_3D_radial_dimension_measurement.rakumod) [Table 362 — Entries in a user property dictionary](lib/ISO_32000_2/Table_362-Entries_in_a_user_property_dictionary.rakumod) [Table 386 — Entries in the Web Capture information dictionary](lib/ISO_32000_2/Table_386-Entries_in_the_Web_Capture_information_dictionary.rakumod) |
| /VA | [Table 311 — Entries in a 3D stream dictionary](lib/ISO_32000_2/Table_311-Entries_in_a_ThreeD_stream_dictionary.rakumod) |
| /VAlign | [Table 340 — Entries in a RichMediaPosition dictionary](lib/ISO_32000_2/Table_340-Entries_in_a_RichMediaPosition_dictionary.rakumod) |
| /VE | [Table 97 — Entries in an optional content membership dictionary](lib/ISO_32000_2/Table_97-Entries_in_an_optional_content_membership_dictionary.rakumod) |
| /VOffset | [Table 340 — Entries in a RichMediaPosition dictionary](lib/ISO_32000_2/Table_340-Entries_in_a_RichMediaPosition_dictionary.rakumod) |
| /VP | [Table 31 — Entries in a page object](lib/ISO_32000_2/Table_31-Entries_in_a_page_object.rakumod) |
| /VRI | [Table 261 — Entries in the document security store (DSS) dictionary](lib/ISO_32000_2/Table_261-Entries_in_the_document_security_store_dictionary.rakumod) |
| /Version | [Table 28 — Entries in an encrypted payload dictionary](lib/ISO_32000_2/Table_28-Entries_in_an_encrypted_payload_dictionary.rakumod) [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) [Table 245 — Entries in the FDF catalog dictionary](lib/ISO_32000_2/Table_245-Entries_in_the_FDF_catalog_dictionary.rakumod) [Table 403 — Additional entries specific to a trap network annotation](lib/ISO_32000_2/Table_403-Additional_entries_specific_to_a_trap_network_annotation.rakumod) |
| /Vertices | [Table 181 — Additional entries specific to a polygon or polyline annotation](lib/ISO_32000_2/Table_181-Additional_entries_specific_to_a_polygon_or_polyline_annotation.rakumod) |
| /VerticesPerRow | [Table 82 — Additional entries specific to a Type 5 shading dictionary](lib/ISO_32000_2/Table_82-Additional_entries_specific_to_a_Type_5_shading_dictionary.rakumod) |
| /View | [Table 100 — Entries in an optional content usage dictionary](lib/ISO_32000_2/Table_100-Entries_in_an_optional_content_usage_dictionary.rakumod) [Table 153 — Entries in a collection dictionary](lib/ISO_32000_2/Table_153-Entries_in_a_collection_dictionary.rakumod) [Table 335 — Entries in a RichMediaActivation dictionary](lib/ISO_32000_2/Table_335-Entries_in_a_RichMediaActivation_dictionary.rakumod) |
| /ViewArea | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /ViewClip | [Table 147 — Entries in a viewer preferences dictionary](lib/ISO_32000_2/Table_147-Entries_in_a_viewer_preferences_dictionary.rakumod) |
| /ViewerPreferences | [Table 29 — Entries in the catalog dictionary](lib/ISO_32000_2/Table_29-Entries_in_the_catalog_dictionary.rakumod) |
| /Views | [Table 341 — Entries in a RichMediaContent dictionary](lib/ISO_32000_2/Table_341-Entries_in_a_RichMediaContent_dictionary.rakumod) |
| /Volume | [Table 212 — Additional entries specific to a sound action](lib/ISO_32000_2/Table_212-Additional_entries_specific_to_a_sound_action.rakumod) [Table 307 — Entries in a movie activation dictionary](lib/ISO_32000_2/Table_307-Entries_in_a_movie_activation_dictionary.rakumod) |
| /W | [Table 17 — Additional entries specific to a cross-reference stream dictionary](lib/ISO_32000_2/Table_17-Additional_entries_specific_to_a_cross-reference_stream_dictionary.rakumod) [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) [Table 168 — Entries in a border style dictionary](lib/ISO_ |
## dist_zef-dwarring-PDF-ISO_32000_2.md
## Chunk 13 of 13
32000_2/Table_168-Entries_in_a_border_style_dictionary.rakumod) [Table 294 — Entries in a media screen parameters MH/BE dictionary](lib/ISO_32000_2/Table_294-Entries_in_a_media_screen_parameters_MH-BE_dictionary.rakumod) [Table 397 — Entries in a box style dictionary](lib/ISO_32000_2/Table_397-Entries_in_a_box_style_dictionary.rakumod) |
| /W2 | [Table 115 — Entries in a CIDFont dictionary](lib/ISO_32000_2/Table_115-Entries_in_a_CIDFont_dictionary.rakumod) |
| /WC | [Table 200 — Entries in the document catalog’s additional-actions dictionary](lib/ISO_32000_2/Table_200-Entries_in_the_document_catalogs_additional-actions_dictionary.rakumod) |
| /WKT | [Table 270 — Entries in a geographic coordinate system dictionary](lib/ISO_32000_2/Table_270-Entries_in_a_geographic_coordinate_system_dictionary.rakumod) [Table 271 — Entries in a projected coordinate system dictionary](lib/ISO_32000_2/Table_271-Entries_in_a_projected_coordinate_system_dictionary.rakumod) |
| /WMode | [Table 118 — Additional entries in a CMap stream dictionary](lib/ISO_32000_2/Table_118-Additional_entries_in_a_CMap_stream_dictionary.rakumod) |
| /WP | [Table 200 — Entries in the document catalog’s additional-actions dictionary](lib/ISO_32000_2/Table_200-Entries_in_the_document_catalogs_additional-actions_dictionary.rakumod) |
| /WS | [Table 200 — Entries in the document catalog’s additional-actions dictionary](lib/ISO_32000_2/Table_200-Entries_in_the_document_catalogs_additional-actions_dictionary.rakumod) |
| /WhitePoint | [Table 62 — Entries in a CalGray colour space dictionary](lib/ISO_32000_2/Table_62-Entries_in_a_CalGray_colour_space_dictionary.rakumod) [Table 63 — Entries in a CalRGB colour space dictionary](lib/ISO_32000_2/Table_63-Entries_in_a_CalRGB_colour_space_dictionary.rakumod) [Table 64 — Entries in a Lab colour space dictionary](lib/ISO_32000_2/Table_64-Entries_in_a_Lab_colour_space_dictionary.rakumod) |
| /Width | [Table 87 — Additional entries specific to an image dictionary](lib/ISO_32000_2/Table_87-Additional_entries_specific_to_an_image_dictionary.rakumod) [Table 129 — Additional entries specific to a Type 6 halftone dictionary](lib/ISO_32000_2/Table_129-Additional_entries_specific_to_a_Type_6_halftone_dictionary.rakumod) [Table 131 — Additional entries specific to a Type 16 halftone dictionary](lib/ISO_32000_2/Table_131-Additional_entries_specific_to_a_Type_16_halftone_dictionary.rakumod) [Table 339 — Entries in a RichMediaWindow dictionary](lib/ISO_32000_2/Table_339-Entries_in_a_RichMediaWindow_dictionary.rakumod) [Table 379 — Additional standard layout attributes specific to block-level structure elements](lib/ISO_32000_2/Table_379-Additional_standard_layout_attributes_specific_to_block-level_structure_elements.rakumod) |
| /Width2 | [Table 131 — Additional entries specific to a Type 16 halftone dictionary](lib/ISO_32000_2/Table_131-Additional_entries_specific_to_a_Type_16_halftone_dictionary.rakumod) |
| /Widths | [Table 109 — Entries in a Type 1 font dictionary](lib/ISO_32000_2/Table_109-Entries_in_a_Type_1_font_dictionary.rakumod) [Table 110 — Entries in a Type 3 font dictionary](lib/ISO_32000_2/Table_110-Entries_in_a_Type_3_font_dictionary.rakumod) |
| /Win | [Table 207 — Additional entries specific to a launch action](lib/ISO_32000_2/Table_207-Additional_entries_specific_to_a_launch_action.rakumod) |
| /Window | [Table 310 — Entries in a 3D activation dictionary](lib/ISO_32000_2/Table_310-Entries_in_a_ThreeD_activation_dictionary.rakumod) [Table 338 — Entries in a RichMediaPresentation dictionary](lib/ISO_32000_2/Table_338-Entries_in_a_RichMediaPresentation_dictionary.rakumod) |
| /WritingMode | [Table 378 — Standard layout attributes common to all standard structure types](lib/ISO_32000_2/Table_378-Standard_layout_attributes_common_to_all_standard_structure_types.rakumod) |
| /X | [Table 197 — Entries in an annotation’s additional-actions dictionary](lib/ISO_32000_2/Table_197-Entries_in_an_annotations_additional-actions_dictionary.rakumod) [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) |
| /XFA | [Table 224 — Entries in the interactive form dictionary](lib/ISO_32000_2/Table_224-Entries_in_the_interactive_form_dictionary.rakumod) |
| /XHeight | [Table 120 — Entries common to all font descriptors](lib/ISO_32000_2/Table_120-Entries_common_to_all_font_descriptors.rakumod) |
| /XN | [Table 315 — Entries in a 3D view dictionary](lib/ISO_32000_2/Table_315-Entries_in_a_ThreeD_view_dictionary.rakumod) |
| /XObject | [Table 34 — Entries in a resource dictionary](lib/ISO_32000_2/Table_34-Entries_in_a_resource_dictionary.rakumod) |
| /XPTS | [Table 272 — Entries in a point data dictionary](lib/ISO_32000_2/Table_272-Entries_in_a_point_data_dictionary.rakumod) |
| /XRefStm | [Table 19 — Additional entries in a hybrid-reference file’s trailer dictionary](lib/ISO_32000_2/Table_19-Additional_entries_in_a_hybrid-reference_files_trailer_dictionary.rakumod) |
| /XStep | [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) |
| /Xsquare | [Table 130 — Additional entries specific to a Type 10 halftone dictionary](lib/ISO_32000_2/Table_130-Additional_entries_specific_to_a_Type_10_halftone_dictionary.rakumod) |
| /Y | [Table 267 — Additional entries in a rectilinear measure dictionary](lib/ISO_32000_2/Table_267-Additional_entries_in_a_rectilinear_measure_dictionary.rakumod) |
| /YStep | [Table 74 — Additional entries specific to a Type 1 pattern dictionary](lib/ISO_32000_2/Table_74-Additional_entries_specific_to_a_Type_1_pattern_dictionary.rakumod) |
| /Ysquare | [Table 130 — Additional entries specific to a Type 10 halftone dictionary](lib/ISO_32000_2/Table_130-Additional_entries_specific_to_a_Type_10_halftone_dictionary.rakumod) |
| /Z | [Table 279 — Entries in a media criteria dictionary](lib/ISO_32000_2/Table_279-Entries_in_a_media_criteria_dictionary.rakumod) |
| /Zoom | [Table 100 — Entries in an optional content usage dictionary](lib/ISO_32000_2/Table_100-Entries_in_an_optional_content_usage_dictionary.rakumod) |
| /alphaConstant | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /alphaSource | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /blackGeneration | [Table 52 — Device-dependent graphics state parameters](lib/ISO_32000_2/Table_52-Device-dependent_graphics_state_parameters.rakumod) |
| /blackPointCompensation | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /blendMode | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /ca | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) [Table 166 — Entries common to all annotation dictionaries](lib/ISO_32000_2/Table_166-Entries_common_to_all_annotation_dictionaries.rakumod) |
| /checked | [Table 383 — PrintField attributes](lib/ISO_32000_2/Table_383-PrintField_attributes.rakumod) |
| /clippingPath | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /color | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /colorSpace | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /dashPattern | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /flatness | [Table 52 — Device-dependent graphics state parameters](lib/ISO_32000_2/Table_52-Device-dependent_graphics_state_parameters.rakumod) |
| /halftone | [Table 52 — Device-dependent graphics state parameters](lib/ISO_32000_2/Table_52-Device-dependent_graphics_state_parameters.rakumod) |
| /lineCap | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /lineJoin | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /lineWidth | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /miterLimit | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /op | [Table 57 — Entries in a graphics state parameter dictionary](lib/ISO_32000_2/Table_57-Entries_in_a_graphics_state_parameter_dictionary.rakumod) |
| /overprint | [Table 52 — Device-dependent graphics state parameters](lib/ISO_32000_2/Table_52-Device-dependent_graphics_state_parameters.rakumod) |
| /overprintMode | [Table 52 — Device-dependent graphics state parameters](lib/ISO_32000_2/Table_52-Device-dependent_graphics_state_parameters.rakumod) |
| /renderingIntent | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /smoothness | [Table 52 — Device-dependent graphics state parameters](lib/ISO_32000_2/Table_52-Device-dependent_graphics_state_parameters.rakumod) |
| /softMask | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /strokeAdjustment | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /textState | [Table 51 — Device-independent graphics state parameters](lib/ISO_32000_2/Table_51-Device-independent_graphics_state_parameters.rakumod) |
| /transfer | [Table 52 — Device-dependent graphics state parameters](lib/ISO_32000_2/Table_52-Device-dependent_graphics_state_parameters.rakumod) |
| /undercolorRemoval | [Table 52 — Device-dependent graphics state parameters](lib/ISO_32000_2/Table_52-Device-dependent_graphics_state_parameters.rakumod) |
| /versionNumber | [Table 405 — Entry in an OPI version dictionary](lib/ISO_32000_2/Table_405-Entry_in_an_OPI_version_dictionary.rakumod) |
|
## dist_zef-raku-community-modules-SSH-LibSSH.md
[](https://github.com/raku-community-modules/SSH-LibSSH/actions) [](https://github.com/raku-community-modules/SSH-LibSSH/actions)
# NAME
SSH::LibSSH - Asynchronous binding for libssh; client-only and limited functionality
# SYNOPSIS
```
use SSH::LibSSH;
```
# DESCRIPTION
An asynchronous Raku binding to LibSSH. It only supports client operations, and even then only some of those. It implements:
* Connecting to SSH servers, performing server authentication and client authentication (by default, using a running key agent or the current user's private key; you can also provide a private key file or a password)
* Executing commands, sending stdin, reading stdout/stderr, and getting the exit code
* Port forwarding
* Reverse port forwarding
* Single file SCP in either direction
See the `examples` directory for a set of examples to illustrate usage of this module.
All operations are asynchronous, and the interface to the module is expressed in terms of the Raku `Promise` and `Supply` types.
On Linux, install libssh with your package manager to use this module. On Windows, the installation of this module will download a pre-built libssh.dll, so just install the module and you're good to go.
Pull requests to add missing features, or better documentation, are welcome. Please file bug reports or feature requests using GitHub Issues.
# AUTHOR
Jonathan Worthington
# COPYRIGHT AND LICENSE
Copyright 2017 - 2024 Jonathan Worthington
Copyright 2024 Raku Community
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-stuart-little-File-Directory-Bubble.md
# File::Directory::Bubble
A file-removal tool that
* optionally bubbles deletion up the directory tree until it hits a non-empty directory;
* allows for dry runs, only showing you what *would* be deleted.
## Installation
With [zef](https://github.com/ugexe/zef):
* just running `zef install File::Directory::Bubble` should work once the module has been indexed;
* or clone this repo and issue `zef install <path-to-cloned-repo>`;
* or clone, `cd` into the repo, and `zef install .`.
## Usage
The module provides the executable `bin/bbrm` for access to (what I believe would be) the most common functionality.
First, you can run `bbrm --help` for a quick breakdown of the usage. For the examples, I will assume access to the [tree](https://linux.die.net/man/1/tree) utility in order to visualize the directory structure that `bbrm` is meant to alter.
Throughout, assume you're in a directory with the following structure:
```
$ tree .
.
├── a
│ ├── b
│ │ └── c
│ ├── b1
│ │ └── c
│ │ └── d
│ └── b2
│ └── c
│ └── d
└── foo.txt
9 directories, 1 file
```
I will run the `bbrm` command with the `--dry` option, so it only shows us what it would remove.
```
$ bbrm a/b* --dry
Would remove:
<fully-expanded path>/a/b/c
<fully-expanded path>/a/b
<fully-expanded path>/a/b1/c/d
<fully-expanded path>/a/b1/c
<fully-expanded path>/a/b1
<fully-expanded path>/a/b2/c/d
<fully-expanded path>/a/b2/c
<fully-expanded path>/a/b2
```
As expected, that would remove everything under the directories `./a/b*`. On the other hand, the `--up` flag would also remove the `./a` directory, because it would become empty upon removing the other ones:
```
$ bbrm a/b* --dry --up
Would remove:
<fully-expanded path>/a/b2/c/d
<fully-expanded path>/a/b2/c
<fully-expanded path>/a/b2
<fully-expanded path>/a/b1/c/d
<fully-expanded path>/a/b1/c
<fully-expanded path>/a/b1
<fully-expanded path>/a/b/c
<fully-expanded path>/a/b
<fully-expanded path>/a
```
In fact, the same would happen if you were to first remove everything at lower levels: empty-directory deletion would still bubble up.
```
$ bbrm a/b*/c --dry --up
Would remove:
<fully-expanded path>/a/b2/c/d
<fully-expanded path>/a/b2/c
<fully-expanded path>/a/b2
<fully-expanded path>/a/b1/c/d
<fully-expanded path>/a/b1/c
<fully-expanded path>/a/b1
<fully-expanded path>/a/b/c
<fully-expanded path>/a/b
<fully-expanded path>/a
```
Though again, that only happens with the `--up` flag. Without it you're only deleting *down* the directory tree.
```
$ bbrm a/b*/c --dry
Would remove:
<fully-expanded path>/a/b/c
<fully-expanded path>/a/b1/c/d
<fully-expanded path>/a/b1/c
<fully-expanded path>/a/b2/c/d
<fully-expanded path>/a/b2/c
```
## Other modules in the **Raku** ecosystem
There's of course [File::Directory::Tree](https://github.com/labster/p6-file-directory-tree), but because it [deletes](https://github.com/labster/p6-file-directory-tree/blob/master/lib/File/Directory/Tree.pm) files/directories recursively using [unlink](https://docs.raku.org/routine/unlink#(IO::Path)_routine_unlink) and [rmdir](https://docs.raku.org/type/IO::Path#routine_rmdir), it's not easy to build a `--dry` option on top of it:
If you're doing a dry run you're not actually emptying directories, so [rmdir](https://docs.raku.org/type/IO::Path#routine_rmdir) doesn't know what it *would* remove if you *were*..
## Module functions
The library `lib/File/Directory/Bubble.rakumod` exports a number of functions, some of which are used by the `bbrm` utility discussed above.
A summary follows.
### sub listParents
```
sub listParents(
IO::Path $file
) returns Mu
```
List the argument's parents, as far up as possible.
### sub bbUpWith
```
sub bbUpWith(
IO::Path $file,
&cond
) returns Mu
```
Starting with a file, walk up its parent list until a callback function (of your choosing) returns false. Returns the list of parents for which the callback holds.
Starting with the `$file` you pass in, it builds the increasingly longer lists of ancestors, as in
* `$file, parent`
* `$file, parent, parent-of-parent`
* etc.
The predicate `&cond` is called on these lists, so there's quite a bit of generality built into the kinds of conditions you can check for.
The iteration stops when `&cond` first returns false, giving you back the last list of parents *before* that happened.
### sub noChildrenExcept
```
sub noChildrenExcept(
IO::Path $dir where { ... },
$fList
) returns Mu
```
Check whether a directory has no children except those in a given list.
### sub has1childExcept
```
sub has1childExcept(
$dirList,
$fList
) returns Mu
```
A check whether, in a lost of directories, the last one's children consist at most of the next-to-last one plus a list you pass as a second argument.
This is a utility function, for use with `&bbUpWith` above to produce `&bbUpEmpty` below.
### sub bbUpEmpty
```
sub bbUpEmpty(
IO::Path $file,
$fList
) returns Mu
```
Given a file and a list of other files, bubble up the parent list of the former until you hit directories that have other children, apart from the list you passed and the children you've already walked over.
This function allows the `bbrm` script to list what it *would* remove upon passing the `--up` flag, even during a `--dry` run.
You can presumably build your own more complicated examples using the more general callback-driven `&bbUpWith` above.
### sub bbDown
```
sub bbDown(
IO::Path $file
) returns Mu
```
Recurse down a directory, retrieving the files/directories under it.
### sub smartRm
```
sub smartRm(
IO::Path $file
) returns Mu
```
Unlink a file or remove an empty directory.
|
## dist_zef-tbrowder-Shareable.md
[](https://github.com/tbrowder/Shareable/actions)
# NAME
Shareable - Provides a parent class with shareable and semi-persistent state
# SYNOPSIS
```
use Shareable;
class Foo is Shareable {
has $.ID;
}
my $o = Foo.new: :ID(1);
say $o.ID; # OUTPUT: «1»
$o.store; # or, alternatively, '$o.save'
my $b = Foo.from-store;
say $b.ID; # OUTPUT: «1»
```
# DESCRIPTION
**Shareable** is a class designed to be a parent class for your own class which needs some shared, persistent state. It was designed specifically for use by the author's module **Date::Liturgical::Christian** in order to "look back" to the day previous for any special days that needed to be held over a day. **WARNING: As such, it is not suitable for sharing state between independent processes!**
# AUTHOR
Tom Browder [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2021 Tom Browder
This library is free software; you may redistribute it or modify it under the Artistic License 2.0.
|
## vowed.md
class X::Promise::Vowed
Error due to directly trying to keep/break a vowed promise.
```raku
class X::Promise::Vowed is Exception { }
```
This exception is thrown when code tries to keep/break an already vowed promise without going through the corresponding `Vow` object.
# [Methods](#class_X::Promise::Vowed "go to top of document")[§](#Methods "direct link")
## [method promise](#class_X::Promise::Vowed "go to top of document")[§](#method_promise "direct link")
```raku
method promise()
```
Returns the vowed Promise.
|
## dist_zef-japhb-Terminal-Capabilities.md
[](https://github.com/japhb/Terminal-Capabilities/actions)
# NAME
Terminal::Capabilities - Container for terminal capabilities, with useful defaults
# SYNOPSIS
```
use Terminal::Capabilities;
use Terminal::Capabilities::Autodetect;
# Autodetect terminal and its capabilities via examination of terminal-related
# environment variables. This does not touch the process table or run any
# subprocesses, so it should be quick and safe.
my ($autocaps, $terminal, $version) = terminal-env-detect;
# Create a terminal capabilities object with DEFAULT settings based on the most
# commonly well-supported capabilities, as determined by submissions to the
# Terminal::Tests project. This method does NO AUTODECTION.
my Terminal::Capabilities $caps .= new;
# Examine individual capabilities
say $caps.symbol-set; # ASCII by default, as it is the most compatible
say $caps.vt100-boxes; # False by default, because ASCII does not require it
say $caps.color8bit; # True by default, since most terminals support it
# Override default symbol set
my $symbol-set = Terminal::Capabilities::SymbolSet::Uni1;
my $caps = Terminal::Capabilities.new(:$symbol-set);
# Symbol set affects default for other features
say $caps.vt100-boxes; # True, because WGL4R and all larger sets require it
# Determine best available symbol set supported by terminal out of a list
say $caps.best-symbol-set(< ASCII WGL4 MES2 Uni7 >); # MES2, best <= Uni1
# Select from a list of options keyed by required symbol set
my %arrows = ASCII => « < > »,
Latin1 => < « » >,
WGL4 => < ◄ ► >,
Uni1 => < ◀ ▶ >,
Uni7 => < ⯇ ⯈ >;
say $caps.best-symbol-choice(%arrows); # ◀ ▶ , the Uni1 option
# Map a possibly mis-cased string to a SymbolSet enumerant (for processing
# user symbol set config requests)
my $symbol-set = symbol-set('cp1252'); # Terminal::Capabilities::SymbolSet::CP1252
```
# DESCRIPTION
Terminal::Capabilities is a relatively simple module that collects information about the capabilities of *modern* terminals (it assumes *at least* the ASCII character set, and ANSI/DEC VT style control sequence emulation).
The `Terminal::Capabilities::Autodetect` child module provides routines for autodetecting the user's terminal and its capabilities. The first such routine *only* examines environment variables, thus avoiding creating subprocesses, performing asynchronous queries to the terminal emulator, or mucking about in the user's process table. Simply call the `terminal-env-detect` routine to obtain a pre-populated `Terminal::Capabilities` object with the autodetection's best guesses, along with the terminal type detected and terminal program version if available:
```
use Terminal::Capabilities::Autodetect;
my ($caps, $type, $version) = terminal-env-detect;
```
Conversely, the core `Terminal::Capabilities` module does **not** do any autodetection, merely serving as a standard for collecting capabilities detected or configured through other means. That said, there are reasonable defaults for each of the capability flags based on the collected submissions to the `Terminal::Tests` project. The default values represent the capabilities that are universally supported (or nearly so -- there are a few truly deeply broken terminals for which nearly *nothing* works properly which are considered out of scope for the defaults).
One quirk of this method of determining defaults is that 8-bit color is more uniformly supported by modern terminals than various color and style attributes that were "standardized" decades earlier. Thus `color8bit` is by default `True`, while `colorbright` and `italic` are by default `False`.
## Known Symbol Sets
In superset order, from smallest to largest:
| Symbol Set | Contents |
| --- | --- |
| ASCII | 7-bit ASCII printables only (most compatible) |
| Latin1 | Latin-1 / ISO-8859-1 |
| CP1252 | CP1252 / Windows-1252 |
| W1G | W1G-compatible subset of WGL4R |
| WGL4R | Required (non-optional) WGL4 glyphs |
| WGL4 | Full WGL4 / Windows Glyph List 4 |
| MES2 | MES-2 / Multilingual European Subset No. 2 |
| Uni1 | Unicode 1.1 |
| Uni7 | Unicode 7.0 and Emoji 0.7 |
| Full | Full modern Unicode support (most features) |
The difference between `WGL4R` and full `WGL4` is that the latter includes 18 additional symbol and drawing glyphs needed for full compatibility with CP437, the code page (glyph set) used in IBM PC-compatible video ROMs and thus all DOS programs. As these 18 are considered optional in the WGL4 spec, `WGL4R` allows specifying only the symbols *required* by WGL4, and thus guaranteed to work in any terminal font with at least minimal WGL4 compatibility.
## Known Feature Flags
Several sets of flag (Bool) attributes indicate support for various features. There are sets for classic ANSI attributes, color support, and emoji handling:
| Attribute | Supported Feature |
| --- | --- |
| .bold | ANSI/VT100 bold attribute |
| .italic | ANSI/VT100 italic attribute |
| .inverse | ANSI/VT100 inverse attribute |
| .underline | ANSI/VT100 underline attribute |
| .color3bit | Original paletted 3-bit color |
| .colorbright | Bright variants of 3-bit palette |
| .color8bit | 6x6x6 color cube and 24-value grayscale |
| .color24bit | 24-bit RGB color |
| .emoji-text | Text outline emoji (VS15) |
| .emoji-color | Color emoji (VS16) |
| .emoji-skin | Skin tones for faces and people |
| .emoji-iso | Emoji flags for ISO country codes |
| .emoji-reg | Emoji flags for region codes |
| .emoji-zwj | Emoji combinations via joining (ZWJ) |
## class Terminal::Capabilities
A container for the available capabilities of a particular terminal
### sub symbol-set
```
sub symbol-set(
Str:D $set = "Full"
) returns SymbolSet:D
```
Determine the correct SymbolSet enumerant for a possibly mis-cased string
### has SymbolSet:D $.symbol-set
Largest supported symbol repertoire
### has Bool $.vt100-boxes
Supports VT100 box drawing glyphs (nearly universal, but only *required* by WGL4R)
### method best-symbol-set
```
method best-symbol-set(
@sets
) returns SymbolSet:D
```
Find best symbol set supported by this terminal from a list of choices
### method best-symbol-choice
```
method best-symbol-choice(
%options
) returns Mu
```
Choose the best choice out of options keyed by required symbol set
# AUTHOR
Geoffrey Broadwell [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2023,2025 Geoffrey Broadwell
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## base.md
base
Combined from primary sources listed below.
# [In role Real](#___top "go to top of document")[§](#(role_Real)_method_base "direct link")
See primary documentation
[in context](/type/Real#method_base)
for **method base**.
```raku
method base(Real:D: Int:D $base where 2..36, $digits? --> Str:D)
```
Converts the number to a string, using `$base` as base. For `$base` larger than ten, capital Latin letters are used.
```raku
255.base(16); # 'FF'
```
The optional `$digits` argument asks for that many digits of fraction (which may not be negative). If omitted, a reasonable default is chosen based on type. For Int this default is 0. For [`Num`](/type/Num), the default is 8. For [`Rational`](/type/Rational), the number of places is scaled to the size of the denominator, with a minimum of 6.
A special value of [`Whatever`](/type/Whatever) (`*`) can be given as `$digits`, which functions the same as when `$digits` is not specified for all `Real` types except the [`Rational`](/type/Rational)s. For [`Rational`](/type/Rational)s, the [`Whatever`](/type/Whatever) indicates that you wish all of the possible digits of the fractional part, but use caution: since there's no detection of repeating fractional parts (the algorithm will eventually stop after generating 2\*\*63 digits).
The final digit produced is always rounded.
```raku
say pi.base(10, 3); # OUTPUT: «3.142»
say (1/128).base(10, *); # OUTPUT: «0.0078125»
say (1/100).base(10, *); # OUTPUT: «0.01»
say (1/3) .base(10, *); # WRONG: endlessly repeating fractional part
```
For reverse operation, see [`parse-base`](/routine/parse-base)
|
## dist_cpan-BDUGGAN-Terminal-UI.md
## Terminal::UI
A framework for building terminal interfaces.
## Example
Create a box in full screen with some text in it, wait for a key, then exit:
```
use Terminal::UI 'ui';
ui.setup(:1pane);
ui.pane.put("Hello world.");
ui.get-key;
ui.shutdown;
╔══════════════╗
║Hello world. ║
║ ║
╚══════════════╝
```
## Example 2
Make a screen split with a line in the middle, with scrollable text on the top
and bottom, and a selected row in the top box. The arrow keys (or j,k) move
the selected line up and down. Tab switches to the other box.
```
use Terminal::UI 'ui';
ui.setup(:2panes);
ui.panes[0].put("$_") for 1..10;
ui.panes[1].put("$_") for <hello world>;
ui.interact;
ui.shutdown;
╔══════════════╗
║8 ║ <- selected in green, scrollable
║9 ║
║10 ║
╟──────────────╢
║hello ║ <- selected in grey.
║world ║
╚══════════════╝
```
## Example 3
Like example 2, but also -- pressing Enter in the top box
will some text about add the currently selected row to the
bottom box:
```
ui.setup(:2panes);
ui.panes[0].put("$_") for 1..10;
ui.panes[0].on: select => -> :$raw, :$meta {
ui.panes[1].put("you chose $raw!")
}
ui.interact;
ui.shutdown;
╔══════════════╗
║8 ║ <- press Enter, and…
║9 ║
║10 ║
╟──────────────╢
║you chose 8! ║ <- …this appears!
║ ║
╚══════════════╝
```
## Features and design goals
* Easy to quickly make a console interface with custom behavior, but practical defaults.
* Scrolling with some optimization, such as using ANSI scroll region escape sequences.
* Thread safe. Concurrency friendly. Unicode compatibile.
* Dynamic geometry calculation, for smart handling of window resizing.
## More examples
See the [eg](https://git.sr.ht/~bduggan/raku-terminal-ui/tree/master/item/eg/) directory.
## See also
<https://blog.matatu.org/terminal-ui>
## Description
The best place for documentation is the
[examples](https://git.sr.ht/~bduggan/raku-terminal-ui/tree/master/item/eg/) directory.
There is also reference documentation with links to the source code -- see
[Terminal::UI](https://git.sr.ht/~bduggan/raku-terminal-ui/tree/master/item/lib/Terminal/UI.md). Other classes
with documentation are:
* [Terminal::UI::Screen](https://git.sr.ht/~bduggan/raku-terminal-ui/tree/master/item/lib/Terminal/UI/Screen.md)
* [Terminal::UI::Frame](https://git.sr.ht/~bduggan/raku-terminal-ui/tree/master/item/lib/Terminal/UI/Frame.md)
* [Terminal::UI::Pane](https://git.sr.ht/~bduggan/raku-terminal-ui/tree/master/item/lib/Terminal/UI/Pane.md)
* [Terminal::UI::Style](https://git.sr.ht/~bduggan/raku-terminal-ui/tree/master/item/lib/Terminal/UI/Style.md)
* [Terminal::UI::Input](https://git.sr.ht/~bduggan/raku-terminal-ui/tree/master/item/lib/Terminal/UI/Input.md)
## BUGS
Probably!
If you find some bugs, or just have something to say, feel free to contact the author, or
reach out on the mailing list:
<https://lists.sr.ht/~bduggan/raku-terminal-ui>
## Author
Brian Duggan (bduggan at matatu.org)
|
## controlflow.md
class X::ControlFlow
Error due to calling a loop control command in an ineligible scope
```raku
class X::ControlFlow is Exception { }
```
Thrown when a control flow construct (such as `next` or `redo`) is called outside the dynamic scope of an enclosing construct that is supposed to catch them.
For example
```raku
last;
CATCH { default { put .^name, ': ', .Str } };
# OUTPUT: «X::ControlFlow: last without loop construct»
```
# [Methods](#class_X::ControlFlow "go to top of document")[§](#Methods "direct link")
## [method illegal](#class_X::ControlFlow "go to top of document")[§](#method_illegal "direct link")
```raku
method illegal returns Str:D
```
Returns the name of the control flow command that was called.
## [method enclosing](#class_X::ControlFlow "go to top of document")[§](#method_enclosing "direct link")
```raku
method enclosing returns Str:D
```
Returns the name of the missing enclosing construct.
|
## conditionvariable.md
class Lock::ConditionVariable
Condition variables used in locks
```raku
class Lock::ConditionVariable {}
```
Condition variables are used in [`Lock`](/type/Lock)s to wait for a particular condition to become true. You will normally not create one from scratch, but call [`Lock.condition`](/type/Lock#method_condition) to acquire one on a particular [`Lock`](/type/Lock).
# [Methods](#class_Lock::ConditionVariable "go to top of document")[§](#Methods "direct link")
## [method wait](#class_Lock::ConditionVariable "go to top of document")[§](#method_wait "direct link")
```raku
multi method wait( --> Nil )
multi method wait( &predicate --> Nil )
```
Without any predicate, it waits on the condition variable itself; with a predicate, waits until the code returns a truish value.
```raku
my $times = 100;
my $tried;
my $failed;
for ^$times {
my $l = Lock.new;
my $c = $l.condition;
my $now1;
my $now2;
my $counter = 0;
my $t1 = Thread.start({
$l.protect({
$c.wait( { $counter != 0 } );
$now1 = now;
});
});
my $t2 = Thread.start({
$l.protect({
$counter++;
$c.signal();
});
});
$t1.join();
$now2 = now;
$t2.join();
$tried++;
last if $failed = ( !$now1.defined or $now1 > $now2 );
}
```
The condition we obtain from the `$l` lock is awaited using a predicate, in this case, check if the counter is still zero. When it takes another value, the program flow continues in the next instruction.
## [method signal](#class_Lock::ConditionVariable "go to top of document")[§](#method_signal "direct link")
```raku
method signal()
```
If and only if there are any threads that have previously waited on the condition variable, it unblocks at least one of them. Let's see how it works in this example:
```raku
constant ITEMS = 100;
for 1..15 -> $iter {
my $lock = Lock.new;
my $cond = $lock.condition;
my $todo = 0;
my $done = 0;
my @in = 1..ITEMS;
my @out = 0 xx ITEMS;
for 1..ITEMS -> $i {
my $in = $i;
my $out := @out[$i];
Thread.start( {
$out = $in * 10;
$lock.protect( {
$done++;
$cond.signal if $done == $todo;
} );
} );
$todo++;
}
$lock.protect( {
$cond.wait({ $done == $todo } );
});
say @out;
}
```
We are repeating 15 times the same operation: start 100 threads, every one of which modify a single element in an array. We `protect` the modification of a global variable, `$done`, and use `signal` to wake up another thread to do its thing. This outputs the first elements of the generated arrays.
|
## dist_zef-coke-App-Cal.md
# NAME
cal - command-line calendar utility
# DESCRIPTION
```
$ cal
```
Displays the current month, highlighting today's date.
```
$ cal 2016
```
Displays the full calendar for the year 2016.
```
$ cal 9
```
Displays the calendar for the 9th month of the current year.
```
$ cal February
```
Displays the calendar for February of this year.
```
$ cal February 1997
```
Displays the calendar for February of 1997.
# Options
```
-h
```
Disable highlighting.
```
-n
```
Display weeks vertically instead of horizontally (like ncal).
```
-w
```
Include week numbers (Only works with `-n`).
|
## dist_zef-jonathanstowe-AccessorFacade.md
# AccessorFacade
A Raku method trait to turn indivdual get/set subroutines into a single read/write object attribute.
## Description
This module was initially designed to reduce the boiler plate code in
a native library binding that became something like:
```
class Shout is repr('CPointer') {
sub shout_set_host(Shout, Str) returns int32 is native('libshout') { * }
sub shout_get_host(Shout) returns Str is native('libshout') { * }
method host() is rw {
Proxy.new(
FETCH => sub ($) {
shout_get_host(self);
},
STORE => sub ($, $host is copy ) {
explicitly-manage($host);
shout_set_host(self, $host);
}
);
}
...
}
```
That is the library API provides a sort of "object oriented" mechanism to
set and get attributes on an opaque object instance that was returned
by another "constructor" function. Because the object is an opaque
CPointer it can only have subroutines and methods and not private data or
attributes. The intent of the code is to provide fake "attributes" with
rw methods (which is similar to how public rw attributes are provided.)
The above code will be reduced with the use of AccessorFacade to:
```
class Shout is repr('CPointer') {
sub shout_set_host(Shout, Str) returns int32 is native('libshout') { * }
sub shout_get_host(Shout) returns Str is native('libshout') { * }
method host() is rw is accessor-facade(&shout_get_host, &shout_set_host) { }
...
}
```
The named argument style is also supported so the method could be written as:
```
method host() is rw is accessor-facade(getter => &shout_get_host, setter => &shout_set_host) { }
```
if that proves more suitable.
(The call to explicitly manage is omitted for simplicity but how this is
achieved is described in the documentation.) Libshout has a significant
number of these get/set pairs so there is a reduction of typing, copy
and paste and hopefully programmer error.
Whilst this was designed primarily to work with a fixed native API, it
is possible that it could be used to provide an OO facade to a plain
Raku procedural library. The only requirement that there is a getter
subroutine that accepts an object as its first argument and returns the
attribute value and a setter subroutine that accepts the object and the
value to be set (it may return a value to indicate success - how this
is handled is descibed in the documentation.)
## Installation
Assuming you have a working Rakudo installation you should be able to install this with *zef* :
```
# From the source directory
zef install .
# Remote installation
zef install AccessorFacade
```
## Support
Suggestions/patches are welcomed via github at:
<https://github.com/jonathanstowe/AccessorFacade/issues>
## Licence
This is free software.
Please see the <LICENCE> file in the distribution
© Jonathan Stowe 2015 - 2021
|
## named.md
class Pod::Block::Named
Named block in a Pod document
```raku
class Pod::Block::Named is Pod::Block { }
```
Class for a named Pod block. For example
```raku
=begin MySection
...
=end MySection
```
creates a `Pod::Block::Named` with name `MySection`.
# [Methods](#class_Pod::Block::Named "go to top of document")[§](#Methods "direct link")
## [method name](#class_Pod::Block::Named "go to top of document")[§](#method_name "direct link")
```raku
method name(--> Str:D)
```
Returns the name of the block.
|
## dist_zef-thundergnat-Acme-Scrub.md
[](https://github.com/thundergnat/Acme-Scrub/actions)
# NAME
Acme::Scrub
# DESCRIPTION
Are your Raku files a mess? Have some nasty code you keep meaning to refactor but just can't find the time? Tired of looking at all those impenetrable Unicode operators? Help has arrived!
In the spirit of Perl5's Acme::Bleach;
Acme::Scrub, a quick and easy way to clean up ugly code.
# USAGE
At or near the top of your file, include the line:
```
use Acme::Scrub;
```
The first time you run a script that uses Acme::Scrub, the line will be changed to:
```
use Acme::Scrub; # for REALLY clean code.
```
and all the unsightly code below that line will be cleaned up, but it will still work the same way.
# WARNINGS, CAVEATS, PROVISIOS & QUID PRO QUOS
This modifies and overwrites the original file. It is highly recommended to save backup copies BEFORE using Acme::Scrub. It is possible to recover the original code... but why would you want to?
Do not use Acme::Scrub for security. See above note. You will get only slightly less effective security by putting a sticky note over your source code.
You can not have anything else on the line after
```
use Acme::Scrub;
```
no spaces, no comments. Acme::Scrub will add it's own comment to the line, and it is somewhat fragile to manual edits. (Hey, if you wanted robust, why are you using an Acme module?)
# BUGS
Probably.
# AUTHOR
Stephen Schulze otherwise known as thundergnat [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright 2022 thundergnat
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_cpan-LEMBARK-FindBin-libs.md
```
This should work anyplace File::Spec can split directories, which
should be anywhere Perl runs.
This may not do much good on Windows: the crazy directory structure
common to Windows systems do not seem very amenable to using
$FindBin::Bin as the starting point for locating libraries.
Anyone with access to VMS warn me if this works at all -- through
judicious use of virtual devices should make it useful.
The pod describes using the module in a few situations, any
suggestions appreciated. In particular, I toyed with several ways of
passing in switches. The one used here was chosen because it supports
qw( ... ) syntax with optional parameters (e.g., qw(export) and
qw(export=foo)).
Versions of the module support Perl v5.8 - v5.13, v5.14 - v5.27,
and v5.28+. The 5.8-10 and v.14-28 versions are unmaintained
other than the tests which are common to all versions.
Installation:
perl Makefile.PL;
make all test install;
perldoc FindBin::libs;
also see the examples for come common use cases.
Zei gesund
```
|
## dist_zef-martimm-Gnome-Gdk4.md
# Gnome Gdk
# Description
## Documentation
* [🔗 Website, entry point for all documents and blogs](https://martimm.github.io/)
* [🔗 License document](https://www.perlfoundation.org/artistic_license_2_0)
* [🔗 Release notes of all the packages in `:api<2>`](https://github.com/MARTIMM/gnome-source-skim-tool/blob/main/CHANGES.md)
* [🔗 Issues of all the packages in `:api<2>`](https://github.com/MARTIMM/gnome-source-skim-tool/issues)
# Installation
Do not install this package on its own. Instead install `Gnome::Gtk4` newest api.
`zef install Gnome::Gtk4:api<2>`
# Author
Name: **Marcel Timmerman**
Github account name: **MARTIMM**
# Issues
There are always some problems! If you find one please help by filing an issue at [my github project](https://github.com/MARTIMM/gnome-source-skim-tool/issues).
# Attribution
* The inventors of Raku, formerly known as Perl 6, of course and the writers of the documentation which helped me out every time again and again.
* The builders of all the Gnome libraries and the documentation.
* Other helpful modules for their insight and use.
|
## dist_zef-raku-community-modules-URI.md
[](https://github.com/raku-community-modules/URI/actions) [](https://github.com/raku-community-modules/URI/actions) [](https://github.com/raku-community-modules/URI/actions)
# NAME
URI — Uniform Resource Identifiers (absolute and relative)
# SYNOPSIS
```
use URI;
my $u = URI.new('http://example.com/foo/bar?tag=woow#bla');
# Look at the parts
say $u.scheme; #> http
say $u.authority; #> example.com
say $u.host; #> example.com
say $u.port; #> 80
say $u.path; #> /foo/bar
say $u.query; #> tag=woow
say $u.fragment; #> bla
# Modify the parts
$u.scheme('https');
$u.authority('example.com:8443');
$u.path('/bar/foo');
$u.query('x=1&y=2'); # OR
$u.fragment('cool');
say "$u"; #> https://example.com:8443/bar/foo?x=1&y=2#cool
# Authority is an object, but may be undefined
with $u.authority {
say .userinfo; # none set, no output
say .host; #> example.com
say .port; #> 8443
# It is mutable too
.userinfo('bob');
say $u.authority; #> [email protected]:8443
}
# Path is an object, always defined, but immutable
with $u.path {
say .path; #> /bar/foo
.say for .segments; #> bar\nfoo\n
}
# Query is an object, always defined, mutable
with $u.query {
say .query; #> x=1&y=2
.query('foo=1&foo=2');
say .query-form<foo>[0]; #> 1
say .query-form<foo>[1]; #> 2
.query-form.push: 'bar' => 'ok';
say .query; #> foo=1&foo=2&bar=ok
.query('');
.query-form<abc> = 123;
say .query; #> abc=123
}
```
# DESCRIPTION
A URI object represents a parsed string that abides by the grammar defined in RFC 3986 for Universal Resource Identifiers. The object then works to enforce the rules defined in the RFC for any modifications made to it.
As of this writing, The URI class is scheme agnostic. It will verify that URI is correct, in general, but not correct for a given scheme. For example, `http:foo` would be considered a valid URI even though that is not a valid URI according to the rules specific to the `http` scheme.
This class uses "heavy accessors". From the SYNOPSIS, you may have noted that assignment to accessors is not used. This is because nearly all accessors in this class do some extra work of parsing, validating, and cross-referencing with other fields to guarantee that the URI is correct before making a change.
```
my $u = URI.new;
$u.path = '/foo/bar'; # ERROR: «Cannot modify an immutable URI::Path»
$u.path('/foo/bar'); # WORKS!
```
This mutator pattern is meant to reflect the internal complexity.
## SCHEME, AUTHORITY, AND PATH
In RFC 3986 URIs, the scheme, the authority, and the path are related. This should not matter most of the time, but to avoid problems when setting these three, it is safest to set them in this order:
```
my $u = URI.new;
$u.path('');
$u.scheme($my-scheme);
$u.authority($my-host);
$u.path($my-path);
```
This is because an empty path is permitted in any case, but the format of the path is limited whether an authority and scheme are set.
With an authority set (i.e., the URI either starts with "//" or with "scheme://"), a non-empty path must start with a "/" and may start with empty path segments, e.g. "scheme://foo//" is valid.
When there's no authority set, but a scheme is used (e.g., it starts with "scheme:", but not "scheme://"), a non-empty path may either start with a "/" or not, but must contain one or more other characters in the first segment of the path. Thus, the following code will fail:
```
my $u = URI.new('scheme:');
$u.path('//'); # ERROR: «Could not parse path "//" as part of URI: scheme://»
```
When there's no authority and no scheme used, a non-empty path may start with a "/" or not, but must contain one or more other characters in the first segment.
These rules are enforced whenever setting or clearing the scheme, authority, or path. If the resulting URI object would be invalid an `X::URI::Path::Invalid` exception will be thrown.
## QUERY
The `query` method of this class returns a `URI::Query` object. This is a special object that is `Positional`, `Associative`, and `Iterable`. That is, it can be bound to an array variable, a hash variable, and iterated using a loop. If stringified, it will return a URI-encoded query. If used as an array, will act like somewhat like an array of `Pair`s. If used as a hash, will provide a map from query keys to query values.
The native internal representation is a list of `Pair`s as this is the best match for how queries are defined. Because of this, there's a problem when using a query as a hash: duplicate pairs are valid. To handle this, the `URI::Query` object always returns a list of values, sorted in the order they appear for each key.
For example:
```
my $u = URI.new('?foo=1&bar=2&foo=3');
say $u.query<foo>[0]; #> 1
say $u.query<foo>[1]; #> 3
say $u.query<bar>[0]; #> 2
```
Older versions of the URI module handled this differently, using a mixed value representation. In order to gain some backwards compatibility, this is still supported by setting the `hash-format`:
```
# Continues from previous
$u.query.hash-format = URI::Query::Mixed;
say $u.query<foo>[0]; #> 1
say $u.query<foo>[1]; #> 3
# The bar value is NOT a list now
say $u.query<bar>; #> 2
# Return to the default mode
$u.query.hash-format = URI::Query::Lists;
```
However, the list version is safer and may likely work with most existing code that worked with mixed before.
Another mode is provided to force single values, which is often how applications treat these out of convenience. In that case, only the last value will be kept:
```
# Continues from previous
$u.query.hash-format = URI::Query::Singles;
# These are never lists now
say $u.query<foo>; #> 3
say $u.query<bar>; #> 2
```
The `URI::Query::Lists` mode is default and recommended mode.
## GRAMMAR
This class will keep a copy of the result of parsing the URI string for you. If you are interested in precise details of the parse tree, you get them using the `grammar` method:
```
my $host-in-grammar =
$u.grammar.parse-result<URI-reference><URI><hier-part><authority><host>;
if $host-in-grammar<reg-name> {
say 'Host looks like registered domain name - approved!';
}
else {
say 'Sorry we do not take ip address hosts at this time.';
say 'Please use registered domain name!';
}
```
The `IETF::RFC_Grammar::URI` grammar sticks close to the BNF defined in RFC 3986.
## PARTIAL MATCHING
Many times a URI you are interested in is embedded within another string. This class will allow you to parse URIs out of a larger string, so long as the URI is at the start. This is done by setting the `:match-prefix` option during construction or when calling `parse`:
```
{
# require whole string matches URI and throw exception otherwise ..
my $u_v = URI.new('http://?#?#');
CATCH { when X::URI::Invalid { ... } }
}
my $u_pfx = URI.new('http://example.com } function(var mm){', :match-prefix);
```
# METHODS
## method new
```
multi method new(URI:U: Str() $uri, Bool :$match-prefix--> URI:D)
multi method new(URI:U: Str() :$uri, Bool :$match-prefix--> URI:D)
```
These construct a new `URI` object and return it. The given `$uri` value is converted to a string and then parsed using the `parse` method.
If `:match-prefix` is set, then the grammar will be allowed to match a prefix of the given input string rather than requiring a total match. The `:match-prefix` given also becomes the default value for any future calls to `parse`.
Throws a `X::URI::Invalid` exception if the URI cannot be parsed.
## method parse
```
method parse(URI:D: Str() $str, Bool :$match-prefix = $.match-prefix)
```
This method allows an existing URI object to be reused to parse another string. This parses the given string and replaces all internal state of the object with values for the new parse.
The given `:match-prefix` flag becomes the new default when set.
Throws a `X::URI::Invalid` exception if the URI cannot be parsed.
## method grammar
```
method grammar(URI:D: --> IETF::RFC_Grammar:D)
```
Returns the object used to parse and store the state of the parse.
## method match-prefix
```
method match-prefix(URI:D:--> Bool:D)
```
Returns `True` if the most recent call to `parse` (or `new`) allowed a prefix match or `False` if a total match was required. This is the default value of any future call to `parse`.
## method scheme
```
multi method scheme(URI:D:--> URI::Scheme:D)
multi method scheme(URI:D: Str() $scheme--> URI::Scheme:D)
```
Returns the scheme part of the URI. This is a string that must match the `URI::Scheme` subset type.
The second form allows the scheme to be replaced with a new scheme. It is legal for the scheme to be set to an empty string, which has the effect of making the URI scheme-less.
This will throw an `X::URI::Path::Invalid` exception if adding or removing the scheme will make the URI invalid. See SCHEME, AUTHORITY, AND PATH section for additional details.
## method authority
```
multi method authority(URI:D:--> URI::Authority)
multi method authority(URI:D: Nil--> URI::Authority:U)
multi method authority(URI:D: Str() $new--> URI::Authority:D)
```
Returns the `URI::Authority` for the current URI object. This may be an undefined type object if no authority has been set or found during parse.
When passed a string, the string will have the authority parsed out of it and a new authority object will be used to store the parsed information. An empty authority is valid.
When passed `Nil`, the authority will be cleared.
When passing an argument, this will throw an `X::URI::Path::Invalid` exception if setting or clearing the authority on the URI will make the URI invalid. See SCHEME, AUTHORITY, AND PATH section for details.
The authority is made up of three components: userinfo, host, and port. Additional methods are provided for accessing each of those parts separately.
## method userinfo
```
multi method userinfo(URI:D:--> URI::Userinfo:D)
multi method userinfo(URI:D: Str() $new--> URI::Userinfo:D)
```
The userinfo is an optional component of the URI authority. This method returns the current userinfo or an empty string.
Setting this method will cause a `URI::Authority` to be constructed and `authority` to be set, if it is not already defined. This may result in a `X::URI::Path::Invalid` exception being thrown if adding an authority will make the path invalid.
## method host
```
multi method host(URI:D:--> URI::Host:D)
multi method host(URI:D: Str() $new--> URI::Host:D)
```
The host is a component of the URI authority. This method returns the current host or an empty string.
Setting this method will cause a `URI::Authority` to be constructed and `authority` to be set, if it is not already defined. This may result in a `X::URI::Path::Invalid` exception being thrown if adding an authority will make the path invalid.
## method default-port
```
method default-port(URI:D:--> URI::Port)
```
This method applies the `scheme-port` method of `URI::DefaultPort` to the scheme set on this object. Basically, a shortcut for:
```
my $u = URI.new("...");
my $port = URI::DefaultPort.scheme-port($u.scheme);
```
It returns the usual port for the named scheme.
## method \_port
```
multi method _port(URI:D:--> URI::Port)
multi method _port(URI:D: Nil--> URI::Port:U)
multi method _port(URI:D: Int() $new--> URI::Port:D)
```
When an authority is set on the URI, this gets or sets the authority's port. This differs from `port`, which returns either the port set or the `default-port`. This method returns just the port.
If no authority is set or no port is set, this returns an undefined value (i.e., an `Int` type object).
Setting this method will cause a `URI::Authority` to be constructed and `authority` to be set, if it is not already defined. This may result in a `X::URI::Path::Invalid` exception being thrown if adding an authority will make the path invalid.
## method port
```
multi method port(URI:D:--> URI::Port)
multi method port(URI:D: Nil--> URI::Port)
multi method port(URI:D: Int() $new--> URI::Port)
```
When retrieving a value from the object, this method returns either the port set on the authority or the default port for the current URI scheme. It may return an undefined value (i.e., an `Int` type object) if there is no port set and no known default port for the current scheme or no scheme set.
When setting a value on the object, this method sets the port on the authority.
Setting this method will cause a `URI::Authority` to be constructed and `authority` to be set, if it is not already defined. This may result in a `X::URI::Path::Invalid` exception being thrown if adding an authority will make the path invalid.
## method path
```
multi method path(URI:D:--> URI::Path:D)
multi method path(URI:D: Str() $path--> URI::Path:D)
```
Path is the main required element of a URI, but may be an empty string. This method returns the current setting for the path as a `URI::Path` object. It also allows setting a new path, which will construct a new `URI::Path` object.
This method will throw a `X::URI::Path::Invalid` exception if the path is not valid for the current scheme and authority settings.
## method segments
```
multi method segments(URI:D:--> List:D)
multi method segments(URI:D: @segments where *.elems > 0--> List:D)
multi method segments(URI:D: $first-segment, *@remaining-segments--> List:D)
```
Returns the path segments (i.e., the parts between slashes). This is a shortcut for:
```
my $u = URI.new("...");
my @s = $u.path.segments;
```
The number of segments is equal to the number of slashes in the original path plus one. The segments are constructed so that joining the segments by a slash (/) will give you the original path.
You may pass a list in to replace the segments with a new value. This will throw a `X::URI::Path::Invalid` exception if any of the segments contain a slash or if the set path will cause the URI to become invalid.
Be sure when setting segments to include an initial empty string if you want the path to start with a slash.
## method query
```
multi method query(URI:D:--> URI::Query:D)
multi method query(URI:D: Str() $new--> URI::Query:D)
multi method query(URI:D: *@new--> URI::Query:D)
```
Accesses or updates the query associated with the URI. This is returns as a `URI::Query` object. This will always be defined, but may be empty.
When passed a string, the string will be parsed using `split-query` and the query object will be updated. When passed a list, the list of `Pair`s given will be used to setup a new query that way.
When the list form is used, any named parameters passed will be ignored (they will not be used to fill the query) and a warning will be issued.
## method path-query
```
method path-query(URI:D:--> Str:D)
```
Returns the path and query as a string joined by a question mark ("?"). It will return just the path as a string if the query is empty.
## method fragment
```
multi method fragment(URI:D:--> URI::Fragment:D)
multi method fragment(URI:D: Str() $new--> URI::Fragment:D)
```
Returns the URI fragment, which is always defined, but may be an empty string. If passed a value, it will set the fragment.
## method gist
```
multi method gist(URI:D:--> Str:D)
```
Reconstructs the URI from the components and returns it as a string.
## method Str
```
multi method Str(URI:D:--> Str:D)
```
Reconstructs the URI from the components and returns it as a string.
# SUBROUTINES
## sub split-query
```
sub split-query(Str() $query, :$hash-format = URI::Query::None)
```
This routine will slice and dice a query string, which is useful when parsing URIs and may also be useful when parsing POST entities that are encoded as `application/x-www-form-urlencoded`.
This routine is exported with the `:split-query` tag or can be used with the full namespace, `URI::split-query`.
With just the required string, this routine will parse that string and return a list of `Pair`s mapping each query form key to its respective value. The order is preserved. This is used by `URI::Query` during construction.
For example:
```
my @qf = URI::split-query("foo=1&bar%20=2&foo=3");
dd @qf; #> Array @qf = [:foo("1"), "bar " => ("2"), :foo("3")]
```
Notice that this will perform a `uri-escape` operation of keys and values in the process so the values you receive have had the URI encoded characters decoded.
You can retrieve the query string as a hash instead by passing the `:hash-format` option. This works exactly as it does for `URI::Query`.
The options for `:hash-format` include:
### URI::Query::Lists
Every key is mapped to a list of one or more values. From the example input, a structure like the following is returned:
```
my %qf = URI::split-query("foo=1&bar%20=2&foo=3",
hash-format => URI::Query::Lists,
);
dd %qf; #> Hash %qf = {"bar " => (["2"]), :foo(["1", "3"])}
```
This is also the default if you just pass `:hash-format` as a boolean option.
### URI::Query::Mixed
Every key is mapped to either a list of two or more values or directly to a single value, like the following:
```
my %qf = URI::split-query("foo=1&bar%20=2&foo=3",
hash-format => URI::Query::Mixed,
);
dd %qf; #> Hash %qf = {"bar " => ("2"), :foo(["1", "3"])}
```
### URI::Query::Singles
Every key is mapped to a single value, which will be the last value encountered in the input, like this:
```
my %qf = URI::split-query("foo=1&bar%20=2&foo=3",
hash-format => URI::Query::Mixed,
);
dd %qf; #> Hash %qf = {"bar " => ("2"), :foo("3")}
```
# HELPER SUBSETS
## URI::Scheme
This is a subset of `Str` that only accepts valid schemes.
## URI::Userinfo
This is a subset of `Str` that only accepts valid userinfo.
## URI::Host
This is a subset of `Str` that only accepts valid hosts.
## URI::Port
This is a subset of `UInt`.
## URI::Query::ValidQuery
This is a subset of `Str` that only accepts valid query strings.
## URI::Fragment
This is a subset of `Str` that only accepts valid URI fragments.
# HELPER CLASSES
## URI::Authority
The `authority` method of a URI constructs or returns this object.
It is recommended that you do not construct a `URI::Authority` object directly, but let the methods of `URI` handle construction.
### method userinfo
```
method userinfo(URI::Authority:D: --> URI::Userinfo:D) is rw
```
This is a simple setter/getter for the userinfo on the authority. It must be defined, but may be the empty string. If not empty, it must be valid for the userinfo component of a URI.
### method host
```
method host(URI::Authority:D: --> URI::Host:D) is rw
```
This is a simple setter/getter for the host part of the URI authority. It must be defined, but may be the empty string. If not empty, must be a valid host value, which may be an IP address or registered name.
### method port
```
method port(URI::Authority:D: --> URI::Port) is rw
```
This is a simple setter/getter for the port part of the URI authority. It may be set to an undefined value if no explicit port is set in the authority. If defined, it must an unsigned integer.
### method gist
```
multi method gist(URI::Authority:D:--> Str:D)
```
Returns the string representation of the URI authority. For example:
```
my $u = URI.new("http://[email protected]:8008");
# say calls .gist
say $u.authority; #> "[email protected]:8080";
```
### method Str
```
multi method gist(URI::Authority:D:--> Str:D)
```
Stringifies identical to `gist`.
## URI::Path
This class is used to represent URI path components.
It is recommended that you do not construct a `URI::Path` object directly, but rely on the `path` setter in `URI` instead. These objects are immutable. Please use methods on `URI` to make changes.
### method path
```
method path(URI::Path:D:--> Str:D)
```
Returns the string representation of the path.
### method segments
```
method segments(URI::Path:D:--> List:D)
```
Returns a list representation of the path segments. In a URI, the path segments are the strings between slashes ("/").
### method gist
```
method gist(URI::Path:D:--> Str:D)
```
Returns the `path`.
### method Str
```
method Str(URI::Path:D:--> Str:D)
```
Returns the `path`.
## URI::Query
This class is used to represent a URI query component. This class may be safely constructed and used independently of the URI object.
It behaves as both a positional and associative object and is iterable. Internally, it is stored as an `Array` of `Pair`s. You must not treat this object purely as you would an `Array` or purely as you would a `Hash` as some methods will not work the way you expect.
The performance of the associative methods is not guaranteed and is probably going to be relatively slow. This implementation values simplicity and accuracy of representation to CPU performance. If you need something that is better for CPU performance, you should investigate the use of another library, such as `Hash::MultiValue` or sub-class to provide a higher performance implementation of `URI::Query`'s associative methods.
### method new
```
multi method new(Str() $query, URI::Query::HashFormat :$hash-format = URI::Query::Lists--> URI::Query:D)
multi method new(:$query, URI::Query::HashFormat :$hash-format = URI::Query::Lists--> URI::Query:D)
```
Constructs a new `URI::Query` from the given string, which may be empty.
Unlike `split-query`, which permits boolean values for the `hash-format` option, `URI::Query` requires a `URI::Query::HashFormat` value and will reject a boolean (because the boolean does not make sense in this case).
### enum HashFormat
This enumeration provides the values that may be set on `hash-format` on a `URI::Query`. Possible values are as follows.
#### URI::Query::List
This is the default and recommended value. When set in `hash-format`, each key in the hash representation will point to a list of one or more values.
This is recommended as it is the most accurate representation to what is actually possible in a query string. The values within each key will be sorted in the same order as they appear in the query.
#### URI::Query::Mixed
When set in `hash-format`, each key in the hash representation may be mapped to either a list of two or more values, or to the value itself if there is only one.
This is not recommended because it means that setting a key to an iterable value will be treated as multiple key-value pairs when it comes time to render the query as a string. This could have unintended consequences.
#### URI::Query::Singles
When set in `hash-format`, each key in the hash representation will be mapped directly to a single value. If there are multiple values that have been set in the query, then only the last will be visible through the hash representation.
This is not recommended because it may hide certain values, but may be useful for simple applications that treat the query string as having unique values. Just note that the trade-off is that your application may be confused when multiple values are present.
#### URI::Query::None
This value should not be used, but will be treated the same as `URI::Query::List` if used here. It is provided for use with `split-query` only.
### method hash-format
```
method hash-format(URI::Query:D --> URI::Query::HashFormat) is rw
```
This is a simple setter/getter for setting the way in which associative lookups are performed. See `enum URI::Query::HashFormat` for a description of each mode.
### method query
```
method query(Query:D:--> URI::Query::ValidQuery:D)
method query(Query:D: Str() $new--> URI::Query::ValidQuery:D)
```
This method returns the string representation of the URI query component. When passed a string, it will replace the query with the new value and will use `split-query` to parse that query into an array of `Pair`s.
The primary representation of the queryo object is the value returned by `query-form`. The `query` is cached to keep the value stored in it when this method is called to set it or when `URI::Query` is constructed from a string. Any modification to the internal array of pairs, though, will clear this cache. It will be generated the next time the `query` method is called and that string will be cached.
### method query-form
```
method query-form(Query:D:--> Array:D)
method query-form(Query:D: *@new, *%new--> Array:D)
```
This method returns the array of `Pair`s that store the internal representation of the URI query component. When passed an array of `Pair`s, it will replace the current value with that array.
A quick note about the way pairs are passed as parameters to a method, you most likely want to avoid passing values as named parameters. If values are passed using unquoted strings, they will be treated as named parameters, which is most likely what you want:
```
my $q = URI::Query.new;
# Prefer this
$q.query-form('foo' => 1, 'bar' => 2, 'foo' => 3);
# Avoid these
$q.query-form(foo => 1, bar => 2, foo => 3);
$q.query-form(:foo(1), :bar(2), :foo(3));
```
The latter two will result in the first "foo" pair being lost. Named parameters assume unique names and the latter "foo" key will effectively override the former.
That said, the method will allow hashes to be passed in, if that is your preference.
### method of
```
method of()
```
Always returns `Pair`.
### method iterator
```
method iterator(Query:D:--> Iterator:D)
```
Returns the iterator on the internal array of `Pair`s.
### method postcircumflex:<[ ]>
```
method postcircumflex:<[ ]> returns Pair
```
This permits positional access to each `Pair` stored internally. You may use this to get a `Pair`, set a `Pair`, test for existence, or delete.
### method postcircumflex:<{ }>
```
method AT-KEY(key)
```
This permits associative access to the values stored internally by key. What is returned here when fetching values depends on the setting in `hash-format`, a list of one or more values or `Nil`, by default. You can use this for getting, setting, existence testing, or deletion.
### method keys
```
method keys(Query:D:--> Seq:D)
```
This method returns all the keys of the query in order.
### method values
```
method values(Query:D:--> Seq:D)
```
This method returns all the values of the query in order.
### method kv
```
method kv(Query:D:--> Seq:D)
```
This method returns a sequence alternating the keys and values of the query in order.
### method pairs
```
method kv(Query:D:--> Seq:D)
```
This method returns a copy of the internal representation of the query string array.
### method pop
```
method pop(Query:D:--> Pair)
```
This method removes the last `Pair` from the array of pairs and returns it.
### method push
```
method push(Query:D: *@new)
```
This method adds the given pairs to the end of the array of pairs in the query using `push` semantics.
### method append
```
method append(Query:D: *@new)
```
This method adds the given pairs to the end of the array of pairs in the query using `append` semantics.
### method shift
```
method shift(Query:D:--> Pair)
```
This method removes the first `Pair` from the array of pairs and returns it.
### method unshift
```
method unshift(Query:D: *@new)
```
This method adds the given pairs to the front of the array of pairs in the query using `unshift` semantics.
### method prepend
```
method prepend(Query:D: *@new)
```
This method adds the given pairs to the front of the array of pairs in the query using `prepend` semantics.
### method splice
```
method splice(Query:D: $start, $elems?, *@replacement)
```
This method removes a `$elems` number of pairs from the array of pairs in the query starting at index `$start`. It then inserts the pairs in `@replacement` into that part of the array (if any are given).
### method elems
```
method elems(Query:D:--> Int:D)
```
Returns the number of pairs stored in the query.
### method end
```
method end(Query:D:--> Int:D)
```
Returns the index of the last pair stored in the query.
### method Bool
```
method Bool(Query:D:--> Bool:D)
```
Returns `True` if the at least one pair is stored in the query or `False` otherwise.
### method Int
```
method Int(Query:D:--> Int:D)
```
Returns `elems`.
### method Numeric
```
method Numeric(Query:D:--> Int:D)
```
Returns `elems`.
### method gist
```
method gist(Query:D:--> Str:D)
```
Returns the `query`.
### method Str
```
method Str(Query:D:--> Str:D)
```
Returns the `query`.
# EXCEPTIONS
## X::URI::Invalid
This exception is thrown in many places where the URI is being parsed or manipulated. If the string being parsed is not a valid URI or if certain manipulations of the URI object would cause it to become an invalid URI, this exception may be used.
It provides a `source` accessor, which returns the string that was determined to be invalid.
## X::URI::Path::Invalid
In some cases where an attempt is made to set `path` to an invalid value, this exception is thrown.
The `source` field will name the invalid URI. Strictly speaking, the URI might be valid, but will not parse the same way as given. To make it clear that this is the case, the `path` field names the invalid path part.
In cases where the segments have been modified in an invalid way, the first invalid segment will be set in `bad-segment`.
# POTENTIALLY INCOMPATIBLE CHANGES BETWEEN v0.2.2 and v0.3.0
The v0.3.0 introduced the ability to mutate the parts of an existing URI, which in turn may have introduced changes which are incompatible with existing applications:
* URI.query now returns an object of type URI::Query not a Str The object will coerce correctly when interpolated into a string but will need an explicit .Str coercion if being assigned to a Str typed variable.
* URI.path now returns an object of type URI::Path not a Str The object will coerce correctly when interpolated into a string but will need an explicit .Str coercion if being assigned to a Str typed variable.
* URI.query-form no longer returns a Hash but an object of URI::Query The object does the Associative role so for the most part can be treated like a Hash but an explicit .Hash coercion may be required when comparing with another Hash or when merging with another Hash. Some uses of query-form have been marked as deprecated and should use .query instead.
The changes have been tested with the majority of modules that depend on URI and only a few required changes.
# AUTHORS
Contributors to this module include:
* Ronald Schmidt (ronaldxs)
* Moritz Lentz (moritz)
* Nick Logan (ugexe)
* Tobias Leich (FROGGS)
* Jonathan Stowe (jonathanstowe)
* Justin DeVuyst (jdv)
* Solomon Foster (colomon)
* Roman Baumer (rba)
* Zoffix Znet (zoffixznet)
* Ahmad M. Zawawi (azawawi)
* Gabor Szabo (szabgab)
* Samantha McVey (samcv)
* Pawel Pabian (bbkr)
* Rob Hoelz (hoelzro)
* radiak
* Paul Cochrane (paultcochrane)
* Steve Mynott (stmuk)
* timo
* David Warring (dwarring)
* Sterling Hanenkamp (zostay)
Source can be located at: <https://github.com/raku-community-modules/URI> . Comments and Pull Requests are welcome.
# COPYRIGHT & LICENSE
Copyright 2017 Ronald Schmidt.
Copyright 2015 - 2024 Raku Community Authors
This software is licensed under the Artistic 2.0 License.
|
## dist_cpan-JMASLAK-TCP-LowLevel.md
[](https://travis-ci.org/jmaslak/Raku-TCP-LowLevel)
# NAME
TCP::LowLevel - Raku bindings for NativeCall TCP on Linux w/ Non-NativeCall Fallback`
# SYNOPSIS
## SERVER
```
use TCP::LowLevel;
react {
my $server = TCP::LowLevel.new;
$server-tcp.listen;
whenever $server-tcp.acceptor -> $conn {
whenever $conn.Supply -> $msg {
say "Received: $msg";
}
}
say "Listening on port: " ~ $server.socket-port.result;
}
```
## CLIENT
```
use TCP::LowLevel;
react {
my $client = TCP::LowLevel.new;
my $conn = $client.connect('127.0.0.1', 12345).result;
$conn.print("Hello!");
whenever $conn.Supply -> $msg{
say "Received: $msg";
}
}
```
# DESCRIPTION
On Linux, this module utilizes NativeCall to use the low level socket library in an asyncronous way. This allows enhanced functionality, such as the use of the MD5 authentication header option (see internet RFC 2385). When not using Linux, this module is essentially a factory for the built-in asyncronous network libraries, although functionality such as MD5 authentication headers is not available in this mode.
# WARNING
This module may experience some interface changes as I determine the best possible interface. I will however try to keep the existing public interface working as documented in this documentation.
# ATTRIBUTES
## my-host
```
my $server = TCP::LowLevel.new(:my-host('127.0.0.1'));
```
This is the source IP used to create the socket. It defaults to 0.0.0.0, which represents all IPv4 addresses on the system. You can set this to `::` if your host supports IPv6, to allow listenig on both IPv4 and IPv6 addresses.
Setting the value of this attribute is only supported at consturction time as an argument to the constructor.
## my-port
```
my $server = TCP::LowLevel.new(:my-port(55666));
```
This is the source port used to create the socket. It defaults to 0, meaning to assign a random source port. This is usually set if you desire to create a listening socket on a static port number.
Setting the value of this attribute is only supported at consturction time as an argument to the constructor.
## socket-port
```
my $port = $server.socket-port.result;
```
This contains a promise that is kept when the source port being actively used is known. This is useful when listening on a random port, to determine what port was selected. Note that this value will not necessaril be the same as the value of `my-port`, as `my-port` may be zero, while this will never return zero.
This value is not settable by the user.
## sock
This contains the socket object belonging to a current connection. It is not anticipated that this would be used directly.
# METHODS
## listen
```
$server.listen;
```
This creates a listening socket on the address specified by `my-host` and the port specified by `my-port`.
## acceptor
```
whenever $server.acceptor -> $conn { … }
```
This, when executed on a listening socket (one which you previously had called `listen()` on) will create a supply of connections, with a new connection emitted for every new connection.
## connect
```
my $conn = $client.connect('127.0.0.1', 8888).result;
```
Creates a TCP connection to the destination address and port provided. This returns a promise that when kept will contain the actual connection object.
## close
```
$server.close;
```
Closes a listening socket.
## add-md5($host, $key)
```
my $server = TCP::LowLevel.new;
$client-tcp.add-md5('127.0.0.1', $key);
$server-tcp.listen;
```
On Linux systems, this module supports RFC 2385 MD5 TCP authentication, which is often used for BGP connections.
It takes two parameters, the host that the MD5 key applies to and the actual key.
This can be used on inbound or outbound connections.
This will throw an exception if MD5 is not supported on the platform.
## supports-md5
```
die("No MD5 support") unless TCP::LowLevel.supports-md5;
```
Returns `True` if MD5 authentication is supported on the platform, `False` otherwise.
# USING CONNECTION OBJECTS
The objects returned by the `acceptor` Supply or the `connect()` Promise may be Raku native objects or the wrapper around the Linux networking libraries.
## METHODS
### Supply(:$bin?)
```
whenever $conn.Supply(:bin) -> $msg { … }
```
This returns a supply that emits received messages. If `:bin` is `True`, the messages are returned as `buf8` objects, othrwise they are returned as `Str` objects.
### print($msg)
```
$conn.print("Hello world!\n");
```
This sends a `Str` across the TCP session.
### write($msg)
```
$conn.write($msg)
```
This sends a `buf8` across the TCP session.
# AUTHOR
Joelle Maslak [[email protected]](mailto:[email protected])
# COPYRIGHT AND LICENSE
Copyright © 2018-2019 Joelle Maslak
This library is free software; you can redistribute it and/or modify it under the Artistic License 2.0.
|
## dist_zef-thundergnat-X11-libxdo.md
# NAME
X11::libxdo
Version: 0.1.2
Raku bindings to the [libxdo X11 automation library](https://github.com/jordansissel/xdotool).
Note: This is a WORK IN PROGRESS. The tests are under construction and some may not work on your computer. Several functions are not yet implemented, but a large core group is.
Many of the test files do not actally run tests that can be checked for correctness. (Many of the object move & resize tests for example.) Rather, they attempt to perform an action and fail/pass based on if the attempt does or doesn't produce an error.
Not all libxdo functions are supported by every window manager. In general, mouse info & move and window info, move, & resize routines seem to be well supported, others... not so much.
# SYNOPSIS
```
use X11::libxdo;
my $xdo = Xdo.new;
say 'Version: ', $xdo.version;
say 'Active window id: ', my $active = $xdo.get-active-window;
say 'Active window title: ', $xdo.get-window-name($active);
say "Pause for a bit...";
sleep 4; # pause for a bit
loop {
my ($x, $y, $window-id, $screen) = $xdo.get-mouse-info;
my $name = (try $xdo.get-window-name($window-id) if $window-id)
// 'No name set';
my $line = "Mouse location: $x, $y, Window under mouse - ID: " ~
$window-id ~ ', Name: ' ~ $name ~ ", Screen #: $screen";
print "\e[H\e[JMove mouse around screen; move to top to exit.\n", $line;
# exit if pointer moved to top of screen
say '' and last if $y < 1;
# update periodically.
sleep .05;
}
```
# DESCRIPTION
Raku bindings to the [libxdo X11 automation library](https://github.com/jordansissel/xdotool).
Requires that libxdo-dev library is installed and accessible.
| Platform | Install Method |
| --- | --- |
| Debian and Ubuntu | [sudo] apt-get install libxdo-dev |
| FreeBSD | [sudo] pkg install libxdo-dev |
| Fedora | [sudo] dnf install libxdo-dev |
| OSX | [sudo] brew install libxdo-dev |
| OpenSUSE | [sudo] zypper install libxdo-dev |
| Source Code on GitHub | https://github.com/jordansissel/xdotool/releases |
Many (most?) of the xdo methods take a window ID # in their parameters. This is an integer ID# and MUST be passed as an unsigned Int. In general, to act on the currently active window, set the window ID to 0 or just leave blank.
Note that many of the methods will require a small delay for them to finish before moving on to the next, especially when performing several actions in a row. Either do a short sleep or a .activate-window($window-ID) to give the action time to complete before moving on to the next action.
There are several broad categories of methods available.
* Misc
* Mouse
* Window
* Keystrokes
* Desktop
## Miscellaneous
```
.version()
```
Get the library version.
Takes no parameters.
Returns the version string of the current libxdo library.
--
```
.get_symbol_map()
```
Get modifier symbol pairs.
Takes no parameters.
Returns an array of modifier symbol pairs.
--
```
.search(%query)
```
Reimplementation of the libxdo search function to give greater flexibility under Raku.
May seach for a name, class, ID or pid or any combination, against a string / regex.
```
.search( :name(), :class(), :ID(), :pid() )
```
Search for an open window where the title contains the exact string 'libxdo':
```
.search( :name('libxdo') )
```
Search for an open window where the title contains 'Raku' case insensitvely:
```
.search( :name(rx:i['raku']) )
```
Returns a hash { :name(), :class(), :ID(), :pid() } pairs of the first match found for one of the search parameters.
if you need more granularity or control over the search, use get-windows to get a hash of all of the visible windows and search through them manually.
--
```
.get-windows()
```
Takes no parameters.
Returns a hoh of all of the visible windows keyed on the ID number with value of a hash of { :name(), :class(), :ID(), :pid() } pairs.
## Mouse
```
.move-mouse( $x, $y, $screen )
```
Move the mouse to a specific location.
Takes three parameters:
* int $x: the target X coordinate on the screen in pixels.
* int $y: the target Y coordinate on the screen in pixels.
* int $screen the screen (number) you want to move on.
Returns 0 on success !0 on failure.
--
```
.move-mouse-relative( $delta-x, $delta-y )
```
Move the mouse relative to it's current position.
Takes two parameters:
* int $delta-x: the distance in pixels to move on the X axis.
* int $delta-y: the distance in pixels to move on the Y axis.
Returns 0 on success !0 on failure.
--
```
.move-mouse-relative-to-window( $x, $y, $window )
```
Move the mouse to a specific location relative to the top-left corner of a window.
Takes three parameters:
* int $x: the target X coordinate on the screen in pixels.
* int $y: the target Y coordinate on the screen in pixels.
* Window $window: ID of the window.
Returns 0 on success !0 on failure.
--
```
.get-mouse-location()
```
Get the current mouse location (coordinates and screen ID number).
Takes no parameters;
Returns three integers:
* int $x: the x coordinate of the mouse pointer.
* int $y: the y coordinate of the mouse pointer.
* int $screen: the index number of the screen the mouse pointer is located on.
--
```
.get-mouse-info()
```
Get all mouse location-related data.
Takes no parameters;
Returns four integers:
* int $x: the x coordinate of the mouse pointer.
* int $y: the y coordinate of the mouse pointer.
* Window $window: the ID number of the window the mouse pointer is located on.
* int $screen: the index number of the screen the mouse pointer is located on.
--
```
.wait-for-mouse-to-move-from( $origin-x, $origin-y )
```
Wait for the mouse to move from a location. This function will block until the condition has been satisfied.
Takes two integer parameters:
* int $origin-x: the X position you expect the mouse to move from.
* int $origin-y: the Y position you expect the mouse to move from.
Returns nothing.
--
```
.wait-for-mouse-to-move-to( $dest-x, $dest-y )
```
Wait for the mouse to move to a location. This function will block until the condition has been satisfied.
Takes two integer parameters:
* int $dest-x: the X position you expect the mouse to move to.
* int $dest-y: the Y position you expect the mouse to move to.
Returns nothing.
--
```
.mouse-button-down( $window, $button )
```
Send a mouse press (aka mouse down) for a given button at the current mouse location.
Takes two parameters:
* Window $window: The ID# of the window receiving the event. 0 for the current window.
* int $button: The mouse button. Generally, 1 is left, 2 is middle, 3 is right, 4 is wheel up, 5 is wheel down.
Returns nothing.
--
```
.mouse-button-up( $window, $button )
```
Send a mouse release (aka mouse up) for a given button at the current mouse location.
Takes two parameters:
* Window $window: The ID# of the window receiving the event. 0 for the current window.
* int $button: The mouse button. Generally, 1 is left, 2 is middle, 3 is right, 4 is wheel up, 5 is wheel down.
Returns nothing.
--
```
.mouse-button-click( $window, $button )
```
Send a click for a specific mouse button at the current mouse location.
Takes two parameters:
* Window $window: The ID# of the window receiving the event. 0 for the current window.
* int $button: The mouse button. Generally, 1 is left, 2 is middle, 3 is right, 4 is wheel up, 5 is wheel down.
Returns nothing.
--
```
.mouse-button-multiple( $window, $button, $repeat = 2, $delay? )
```
Send a one or more clicks of a specific mouse button at the current mouse location.
Takes three parameters:
* Window $window: The ID# of the window receiving the event. 0 for the current window.
* int $button: The mouse button. Generally, 1 is left, 2 is middle, 3 is right, 4 is wheel up, 5 is wheel down.
* int $repeat: (optional, defaults to 2) number of times to click the button.
* int $delay: (optional, defaults to 8000) useconds delay between clicks. 8000 is a reasonable default.
Returns nothing.
--
```
.get-window-under-mouse()
```
Get the window the mouse is currently over
Takes no parameters.
Returns the ID of the topmost window under the mouse.
## Window
```
.get-active-window()
```
Get the currently-active window. Requires your window manager to support this.
Takes no parameters.
Returns one integer:
* $screen: Window ID of active window.
--
```
.select-window-with-mouse()
```
Get a window ID by clicking on it. This function blocks until a selection is made.
Takes no parameters.
Returns one integer:
* $screen: Window ID of active window.
--
```
.get-window-location( $window?, $scrn? )
```
Get a window's location.
Takes two optional parameters:
* Window $window: Optional parameter window ID. If none supplied, uses active window ID.
* int $screen: Optional parameter screen ID. If none supplied, uses active screen ID.
Returns three integers:
* $x: x coordinate of top left corner of window.
* $y: y coordinate of top left corner of window.
* $screen index of screen the window is located on.
--
```
.get-window-size( $window? )
```
Get a window's size.
Takes one optional parameter:
* Window $window: Optional parameter window ID. If none supplied, uses active window ID.
Returns two integers:
* int $width the width of the queried window in pixels.
* int $height the height of the queried window in pixels.
--
```
.get-window-geometry( $window? )
```
Get a windows geometry string.
Takes one optional parameter:
* Window $window: Optional parameter window ID. If none supplied, uses active window ID.
Returns standard geometry string
* Str $geometry "{$width}x{$height}+{$x}+{$y}" format
400x200+250+450 means a 400 pixel wide by 200 pixel high window with the top left corner at 250 x position 450 y position.
--
```
.get-window-name( $window? )
```
Get a window's name, if any.
Takes one optional parameter:
* Window $window: Optional parameter window ID. If none supplied, uses active window ID.
Returns one string:
* Str $name Name of the queried window.
--
```
.get-window-pid( $window )
```
Get the PID or the process owning a window. Not all applications support this. It looks at the \_NET\_WM\_PID property of the window.
Takes one parameter:
* Window $window: Window ID.
Returns one integer:
* int $pid process id, or 0 if no pid found.
--
```
.set-window-size( $window, $width, $height, $flags? = 0 )
```
Set the window size.
Takes four parameters:
* Window $window: the ID of the window to resize.
* int $width: the new desired width.
* int $height: the new desired height
* int $flags: Optional, if 0, use pixels for units. Otherwise the units will be relative to the window size hints.
HINTS:
* 0 size window in pixels
* 1 size X dimension relative to character block width
* 2 size Y dimension relative to character block height
* 3 size both dimensions relative to character block size
Returns 0 on success !0 on failure.
--
```
.focus-window( $window )
```
Set the focus on a window.
Takes one parameter:
* Window $window: ID of window to focus on.
Returns 0 on success !0 on failure.
--
```
.get-focused-window( )
```
Get the ID of the window currently having focus.
Takes no parameters:
Returns one parameter:
* Window $window: ID of window currently having focus.
--
```
.activate-window( $window )
```
Activate a window. This is generally a better choice than .focus\_window for a variety of reasons, but it requires window manager support.
* If the window is on another desktop, that desktop is switched to.
* It moves the window forward rather than simply focusing it
Takes one parameter:
* Window $window: Window ID.
Returns 0 on success !0 on failure.
--
```
.raise-window( $window )
```
Raise a window to the top of the window stack. This is also sometimes termed as bringing the window forward.
Takes one parameter:
* Window $window: Window ID.
Returns 0 on success !0 on failure.
--
```
.minimize( $window )
```
Minimize a window.
Takes one parameter:
* Window $window: Window ID.
Returns 0 on success !0 on failure.
--
```
.map-window( $window )
```
Map a window. This mostly means to make the window visible if it is not currently mapped.
Takes one parameter:
* Window $window: Window ID.
Returns 0 on success !0 on failure.
--
```
.unmap-window( $window )
```
Unmap a window. This means to make the window invisible and possibly remove it from the task bar on some WMs.
Takes one parameter:
* Window $window: Window ID.
Returns 0 on success !0 on failure.
--
```
.move-window( $window )
```
Move a window to a specific location.
The top left corner of the window will be moved to the x,y coordinate.
Takes three parameters:
* Window $window: Window ID of the window to move.
* int $x : the X coordinate to move to.
* int $y: the Y coordinate to move to.
Returns 0 on success !0 on failure.
--
```
.wait_for_window_active( $window )
```
Wait for a window to be active or not active. Requires your window manager to support this. Uses \_NET\_ACTIVE\_WINDOW from the EWMH spec.
Takes one parameter:
* Window $window: Window ID. If none supplied, uses active window ID.
Returns 0 on success !0 on failure.
--
```
.close-window( $window )
```
TODO not working under Cinnamon?
Close a window without trying to kill the client.
Takes one parameter:
* Window $window: Optional parameter window ID. If none supplied, uses active window ID.
Returns 0 on success !0 on failure.
--
```
.kill-window( $window )
```
TODO not working under Cinnamon?
Kill a window and the client owning it.
Takes one parameter:
* Window $window: Optional parameter window ID. If none supplied, uses active window ID.
Returns 0 on success !0 on failure.
--
```
.override-redirect( $window, $value )
```
TODO not working under Cinnamon?
Set the override\_redirect value for a window. This generally means whether or not a window manager will manage this window.
Takes two parameters:
* Window $window: Optional parameter window ID. If none supplied, uses active window ID.
* int $value: If you set it to 1, the window manager will usually not draw borders on the window, etc. If you set it to 0, the window manager will see it like a normal application window.
Returns 0 on success !0 on failure.
--
```
.wait-for-window-map-state( $window, $state )
```
Wait for a window to have a specific map state.
State possibilities:
* 0 IsUnmapped - window is not displayed.
* 1 IsViewable - window is mapped and shown (though may be clipped by windows on top of it)
* 2 IsUnviewable - window is mapped but a parent window is unmapped.
Takes two parameters:
* Window $window: Window ID, the window you want to wait for.
* int map\_state: the state to wait for.
--
```
.set-window-state( $window, $action, $property)
```
Change window state
Takes three parameters:
* Window $window: Window ID, the window you want to act on.
* ulong $action: the \_NET\_WM\_STATE action
* str $property: the property to change
--
```
ACTIONS:
_NET_WM_STATE_REMOVE: 0 - remove/unset property
_NET_WM_STATE_ADD: 1 - add/set property
_NET_WM_STATE_TOGGLE: 2 - toggle property
SOME POSSIBLE PROPERTIES:
_NET_WM_STATE_MAXIMIZED_VERT
_NET_WM_STATE_MAXIMIZED_HORZ
_NET_WM_STATE_SHADED
_NET_WM_STATE_HIDDEN
_NET_WM_STATE_FULLSCREEN
_NET_WM_STATE_ABOVE
_NET_WM_STATE_BELOW
```
Retuns 0 on sucess, !0 on failure
## Keystrokes
```
.type( $window, $string, $delay? )
```
Type a string to the specified window.
If you want to send a specific key or key sequence, such as "alt+l", you want instead send-sequence(...).
Not well supported under many window managers or by many applications unfortunately. Somewhat of a crapshoot as to which applications pay attention to this function. Web browsers tend to; (Firefox and Chrome tested), many other applications do not. Need to try it to see if it will work in your situation.
Takes three parameters:
* int $window: The window you want to send keystrokes to or 0 for the current window.
* string $string: The string to type, like "Hello world!"
* int $delay: Optional delay between keystrokes in microseconds. 12000 is a decent choice if you don't have other plans.
Returns 0 on success !0 on failure.
--
```
.send-sequence( $window, $string, $delay? )
```
This allows you to send keysequences by symbol name. Any combination of X11 KeySym names separated by '+' are valid. Single KeySym names are valid, too.
Examples: "l" "semicolon" "alt+Return" "Alt\_L+Tab"
Takes three parameters:
* int $window: The window you want to send keystrokes to or 0 for the current window.
* string $string: The string keysequence to send.
* int $delay: Optional delay between keystrokes in microseconds. 12000 is a decent choice if you don't have other plans.
Returns 0 on success !0 on failure.
--
```
.send-key-press( $window, $string, $delay? )
```
Send key press (down) events for the given key sequence.
See send-sequence
Takes three parameters:
* int $window: The window you want to send keystrokes to or 0 for the current window.
* string $string: The string keysequence to send.
* int $delay: Optional delay between key down events in microseconds.
Returns 0 on success !0 on failure.
--
```
.send-key-release( $window, $string, $delay? )
```
Send key release (up) events for the given key sequence.
See send-sequence
Takes three parameters:
* int $window: The window you want to send keystrokes to or 0 for the current window.
* string $string: The string keysequence to send.
* int $delay: Optional delay between key down events in microseconds.
Returns 0 on success !0 on failure.
## Desktop
```
.get-desktop-dimensions( $screen? )
```
Query the viewport (your display) dimensions
If Xinerama is active and supported, that api internally is used. If Xinerama is disabled, will report the root window's dimensions for the given screen.
Takes one parameter:
* int $screen: Optional parameter screen index. If none supplied, uses default 0.
Returns three integers:
* $x: x dimension of the desktop window.
* $y: y dimension of the desktop window.
* $screen index of screen for which the dimensions are reported.
--
```
.set-number-of-desktops($number)
```
Set the number of desktops. Uses \_NET\_NUMBER\_OF\_DESKTOPS of the EWMH spec.
Takes one parameter:
* $ndesktops: the new number of desktops to set.
Returns 0 on success, !0 on failure
--
```
.get-number-of-desktops()
```
Get the current number of desktops. Uses \_NET\_NUMBER\_OF\_DESKTOPS of the EWMH spec.
Takes no parameters:
Returns one integer:
* $number: the current number of desktops (workspaces).
--
```
.set-current-desktop($number)
```
Switch to another desktop. Uses \_NET\_CURRENT\_DESKTOP of the EWMH spec.
Takes one parameter:
* int $number The desktop number to switch to.
--
```
.get-current-desktop()
```
Get the current desktop. Uses \_NET\_CURRENT\_DESKTOP of the EWMH spec.
Takes no parmeters:
Returns one integer:
* int $number The index number of the current desktop (workspace).
--
```
.move-window-to-desktop($window, $number)
```
Move a window to another desktop. Uses \_NET\_WM\_DESKTOP of the EWMH spec.
Takes two parameters:
* Window $window: ID of the window to move
* int $desktop: the desktop destination for the window
Returns 0 on success, !0 on failure
--
```
.get-desktop-for-window($window)
```
Get the desktop a window is on. Uses \_NET\_WM\_DESKTOP of the EWMH spec.
If your desktop does not support \_NET\_WM\_DESKTOP ruturns Nil.
Takes one parameter:
* Window $window: ID of the window to query.
Returns one integer:
* int $desktop: the desktop where the window is located.
--
```
.get-desktop-viewport()
```
Get the position of the current viewport.
This is only relevant if your window manager supports \_NET\_DESKTOP\_VIEWPORT
Takes no parameters:
Returns two values:
* int $x: the X value of the top left corner of the viewport.
* int $y: the Y value of the top left corner of the viewport.
--
```
.set-desktop-viewport($x, $y)
```
Set the position of the current viewport.
This is only relevant if your window manager supports \_NET\_DESKTOP\_VIEWPORT
Takes two parameters:
* int $x: the X value of the top left corner of the viewport.
* int $y: the Y value of the top left corner of the viewport.
# AUTHOR
2018 Steve Schulze aka thundergnat
This package is free software and is provided "as is" without express or implied warranty. You can redistribute it and/or modify it under the same terms as Perl itself.
# LICENSE
Licensed under The Artistic 2.0; see LICENSE.
|
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