NAME

Venus - Standard Library

ABSTRACT

Standard Library for Perl 5

VERSION

4.15

SYNOPSIS

  package main;
  use Venus 'catch', 'error', 'raise';
  # error handling
  my ($error, $result) = catch {
    error;
  };
  # boolean keywords
  if ($result) {
    error;
  }
  # raise exceptions
  if ($result) {
    raise 'MyApp::Error';
  }
  # boolean keywords, and more!
  true ne false;

DESCRIPTION

This library provides an object-orientation framework and extendible standard library for Perl 5 with classes which wrap most native Perl data types. Venus has a simple modular architecture, robust library of classes, methods, and roles, supports pure-Perl autoboxing, advanced exception handling, "true" and "false" functions, package introspection, command-line options parsing, and more. This package will always automatically exports "true" and "false" keyword functions (unless existing routines of the same name already exist in the calling package or its parents), otherwise exports keyword functions as requested at import. This library requires Perl "5.18+".

CAPABILITIES

The following is a short list of capabilities:

Perl 5.18.0+
Zero Dependencies
Fast Object-Orientation
Robust Standard Library
Intuitive Value Classes
Pure Perl Autoboxing
Convenient Utility Classes
Simple Package Reflection
Flexible Exception Handling
Composable Standards
Pluggable (no monkeypatching)
Proxyable Methods
Type Assertions
Type Coercions
Value Casting
Boolean Values
Complete Documentation
Complete Test Coverage

FUNCTIONS

This package provides the following functions:

args

  args(arrayref $value, string | coderef $code, any @args) (any)

The args function builds and returns a Venus::Args object, or dispatches to the coderef or method provided.

Since 3.10

args example 1

  package main;
  use Venus 'args';
  my $args = args ['--resource', 'users'];
  # bless({...}, 'Venus::Args')

args example 2

  package main;
  use Venus 'args';
  my $args = args ['--resource', 'users'], 'indexed';
  # {0 => '--resource', 1 => 'users'}

array

  array(arrayref | hashref $value, string | coderef $code, any @args) (any)

The array function builds and returns a Venus::Array object, or dispatches to the coderef or method provided.

Since 2.55

array example 1

  package main;
  use Venus 'array';
  my $array = array [];
  # bless({...}, 'Venus::Array')

array example 2

  package main;
  use Venus 'array';
  my $array = array [1..4], 'push', 5..9;
  # [1..9]

arrayref

  arrayref(any @args) (arrayref)

The arrayref function takes a list of arguments and returns a arrayref.

Since 3.10

arrayref example 1

  package main;
  use Venus 'arrayref';
  my $arrayref = arrayref(content => 'example');
  # [content => "example"]

arrayref example 2

  package main;
  use Venus 'arrayref';
  my $arrayref = arrayref([content => 'example']);
  # [content => "example"]

arrayref example 3

  package main;
  use Venus 'arrayref';
  my $arrayref = arrayref('content');
  # ['content']

assert

  assert(any $data, string $expr) (any)

The assert function builds a Venus::Assert object and returns the result of a "validate" in Venus::Assert operation.

Since 2.40

assert example 1

  package main;
  use Venus 'assert';
  my $assert = assert(1234567890, 'number');
  # 1234567890

assert example 2

  package main;
  use Venus 'assert';
  my $assert = assert(1234567890, 'float');
  # Exception! (isa Venus::Check::Error)

assert example 3

  package main;
  use Venus 'assert';
  my $assert = assert(1234567890, 'number | float');
  # 1234567890

async

  async(coderef $code, any @args) (Venus::Future)

The async function accepts a callback and executes it asynchronously via "future" in Venus::Process. This function returns a Venus::Future object which can be fulfilled via "wait" in Venus::Future.

Since 3.40

async example 1

  package main;
  use Venus 'async';
  my $async = async sub{
    'done'
  };
  # bless({...}, 'Venus::Future')

atom

  atom(any $value) (Venus::Atom)

The atom function builds and returns a Venus::Atom object.

Since 3.55

atom example 1

  package main;
  use Venus 'atom';
  my $atom = atom 'super-admin';
  # bless({scope => sub{...}}, "Venus::Atom")
  # "$atom"
  # "super-admin"

await

  await(Venus::Future $future, number $timeout) (any)

The await function accepts a Venus::Future object and eventually returns a value (or values) for it. The value(s) returned are the return values or emissions from the asychronous callback executed with "async" which produced the process object.

Since 3.40

await example 1

  package main;
  use Venus 'async', 'await';
  my $process;
  my $async = async sub{
    return 'done';
  };
  my $await = await $async;
  # bless(..., "Venus::Future")

bool

  bool(any $value) (Venus::Boolean)

The bool function builds and returns a Venus::Boolean object.

Since 2.55

bool example 1

  package main;
  use Venus 'bool';
  my $bool = bool;
  # bless({value => 0}, 'Venus::Boolean')

bool example 2

  package main;
  use Venus 'bool';
  my $bool = bool 1_000;
  # bless({value => 1}, 'Venus::Boolean')

box

  box(any $data) (Venus::Box)

The box function returns a Venus::Box object for the argument provided.

Since 2.32

box example 1

  package main;
  use Venus 'box';
  my $box = box({});
  # bless({value => bless({value => {}}, 'Venus::Hash')}, 'Venus::Box')

box example 2

  package main;
  use Venus 'box';
  my $box = box([]);
  # bless({value => bless({value => []}, 'Venus::Array')}, 'Venus::Box')

call

  call(string | object | coderef $data, any @args) (any)

The call function dispatches function and method calls to a package and returns the result.

Since 2.32

call example 1

  package main;
  use Venus 'call';
  require Digest::SHA;
  my $result = call(\'Digest::SHA', 'new');
  # bless(do{\(my $o = '...')}, 'digest::sha')

call example 2

  package main;
  use Venus 'call';
  require Digest::SHA;
  my $result = call('Digest::SHA', 'sha1_hex');
  # "da39a3ee5e6b4b0d3255bfef95601890afd80709"

call example 3

  package main;
  use Venus 'call';
  require Venus::Hash;
  my $result = call(sub{'Venus::Hash'->new(@_)}, {1..4});
  # bless({value => {1..4}}, 'Venus::Hash')

call example 4

  package main;
  use Venus 'call';
  require Venus::Box;
  my $result = call(Venus::Box->new(value => {}), 'merge', {1..4});
  # bless({value => bless({value => {1..4}}, 'Venus::Hash')}, 'Venus::Box')

cast

  cast(any $data, string $type) (object)

The cast function returns the argument provided as an object, promoting native Perl data types to data type objects. The optional second argument can be the name of the type for the object to cast to explicitly.

Since 1.40

cast example 1

  package main;
  use Venus 'cast';
  my $undef = cast;
  # bless({value => undef}, "Venus::Undef")

cast example 2

  package main;
  use Venus 'cast';
  my @booleans = map cast, true, false;
  # (bless({value => 1}, "Venus::Boolean"), bless({value => 0}, "Venus::Boolean"))

cast example 3

  package main;
  use Venus 'cast';
  my $example = cast bless({}, "Example");
  # bless({value => 1}, "Example")

cast example 4

  package main;
  use Venus 'cast';
  my $float = cast 1.23;
  # bless({value => "1.23"}, "Venus::Float")

catch

  catch(coderef $block) (Venus::Error, any)

The catch function executes the code block trapping errors and returning the caught exception in scalar context, and also returning the result as a second argument in list context.

Since 0.01

catch example 1

  package main;
  use Venus 'catch';
  my $error = catch {die};
  $error;
  # "Died at ..."

catch example 2

  package main;
  use Venus 'catch';
  my ($error, $result) = catch {error};
  $error;
  # bless({...}, 'Venus::Error')

catch example 3

  package main;
  use Venus 'catch';
  my ($error, $result) = catch {true};
  $result;
  # 1

caught

  caught(object $error, string | tuple[string, string] $identity, coderef $block) (any)

The caught function evaluates the exception object provided and validates its identity and name (if provided) then executes the code block provided returning the result of the callback. If no callback is provided this function returns the exception object on success and "undef" on failure.

Since 1.95

caught example 1

  package main;
  use Venus 'catch', 'caught', 'error';
  my $error = catch { error };
  my $result = caught $error, 'Venus::Error';
  # bless(..., 'Venus::Error')

caught example 2

  package main;
  use Venus 'catch', 'caught', 'raise';
  my $error = catch { raise 'Example::Error' };
  my $result = caught $error, 'Venus::Error';
  # bless(..., 'Venus::Error')

caught example 3

  package main;
  use Venus 'catch', 'caught', 'raise';
  my $error = catch { raise 'Example::Error' };
  my $result = caught $error, 'Example::Error';
  # bless(..., 'Venus::Error')

caught example 4

  package main;
  use Venus 'catch', 'caught', 'raise';
  my $error = catch { raise 'Example::Error', { name => 'on.test' } };
  my $result = caught $error, ['Example::Error', 'on.test'];
  # bless(..., 'Venus::Error')

caught example 5

  package main;
  use Venus 'catch', 'caught', 'raise';
  my $error = catch { raise 'Example::Error', { name => 'on.recv' } };
  my $result = caught $error, ['Example::Error', 'on.send'];
  # undef

caught example 6

  package main;
  use Venus 'catch', 'caught', 'error';
  my $error = catch { error };
  my $result = caught $error, ['Example::Error', 'on.send'];
  # undef

caught example 7

  package main;
  use Venus 'catch', 'caught', 'error';
  my $error = catch { error };
  my $result = caught $error, ['Example::Error'];
  # undef

caught example 8

  package main;
  use Venus 'catch', 'caught', 'error';
  my $error = catch { error };
  my $result = caught $error, 'Example::Error';
  # undef

caught example 9

  package main;
  use Venus 'catch', 'caught', 'error';
  my $error = catch { error { name => 'on.send' } };
  my $result = caught $error, ['Venus::Error', 'on.send'];
  # bless(..., 'Venus::Error')

caught example 10

  package main;
  use Venus 'catch', 'caught', 'error';
  my $error = catch { error { name => 'on.send.open' } };
  my $result = caught $error, ['Venus::Error', 'on.send'], sub {
    $error->stash('caught', true) if $error->is('on.send.open');
    return $error;
  };
  # bless(..., 'Venus::Error')

chain

  chain(string | object | coderef $self, string | within[arrayref, string] @args) (any)

The chain function chains function and method calls to a package (and return values) and returns the result.

Since 2.32

chain example 1

  package main;
  use Venus 'chain';
  my $result = chain('Venus::Path', ['new', 't'], 'exists');
  # 1

chain example 2

  package main;
  use Venus 'chain';
  my $result = chain('Venus::Path', ['new', 't'], ['test', 'd']);
  # 1

check

  check(any $data, string $expr) (boolean)

The check function builds a Venus::Assert object and returns the result of a "check" in Venus::Assert operation.

Since 2.40

check example 1

  package main;
  use Venus 'check';
  my $check = check(rand, 'float');
  # true

check example 2

  package main;
  use Venus 'check';
  my $check = check(rand, 'string');
  # false

clargs

  clargs(arrayref $args, arrayref $spec) (Venus::Args, Venus::Opts, Venus::Vars)

The clargs function accepts a single arrayref of Getopt::Long specs, or an arrayref of arguments followed by an arrayref of Getopt::Long specs, and returns a three element list of Venus::Args, Venus::Opts, and Venus::Vars objects. If only a single arrayref is provided, the arguments will be taken from @ARGV.

Since 3.10

clargs example 1

  package main;
  use Venus 'clargs';
  my ($args, $opts, $vars) = clargs;
  # (
  #   bless(..., 'Venus::Args'),
  #   bless(..., 'Venus::Opts'),
  #   bless(..., 'Venus::Vars')
  # )

clargs example 2

  package main;
  use Venus 'clargs';
  my ($args, $opts, $vars) = clargs ['resource|r=s', 'help|h'];
  # (
  #   bless(..., 'Venus::Args'),
  #   bless(..., 'Venus::Opts'),
  #   bless(..., 'Venus::Vars')
  # )

clargs example 3

  package main;
  use Venus 'clargs';
  my ($args, $opts, $vars) = clargs ['--resource', 'help'],
    ['resource|r=s', 'help|h'];
  # (
  #   bless(..., 'Venus::Args'),
  #   bless(..., 'Venus::Opts'),
  #   bless(..., 'Venus::Vars')
  # )

cli

  cli(arrayref $args) (Venus::Cli)

The cli function builds and returns a Venus::Cli object.

Since 2.55

cli example 1

  package main;
  use Venus 'cli';
  my $cli = cli;
  # bless({...}, 'Venus::Cli')

cli example 2

  package main;
  use Venus 'cli';
  my $cli = cli ['--help'];
  # bless({...}, 'Venus::Cli')
  # $cli->set('opt', 'help', {})->opt('help');
  # 1

clone

  clone(ref $value) (ref)

The clone function uses "dclone" in Storable to perform a deep clone of the reference provided and returns a copy.

Since 3.55

clone example 1

  package main;
  use Venus 'clone';
  my $orig = {1..4};
  my $clone = clone $orig;
  $orig->{3} = 5;
  my $result = $clone;
  # {1..4}

clone example 2

  package main;
  use Venus 'clone';
  my $orig = {1,2,3,{1..4}};
  my $clone = clone $orig;
  $orig->{3}->{3} = 5;
  my $result = $clone;
  # {1,2,3,{1..4}}

code

  code(coderef $value, string | coderef $code, any @args) (any)

The code function builds and returns a Venus::Code object, or dispatches to the coderef or method provided.

Since 2.55

code example 1

  package main;
  use Venus 'code';
  my $code = code sub {};
  # bless({...}, 'Venus::Code')

code example 2

  package main;
  use Venus 'code';
  my $code = code sub {[1, @_]}, 'curry', 2,3,4;
  # sub {...}

config

  config(hashref $value, string | coderef $code, any @args) (any)

The config function builds and returns a Venus::Config object, or dispatches to the coderef or method provided.

Since 2.55

config example 1

  package main;
  use Venus 'config';
  my $config = config {};
  # bless({...}, 'Venus::Config')

config example 2

  package main;
  use Venus 'config';
  my $config = config {}, 'read_perl', '{"data"=>1}';
  # bless({...}, 'Venus::Config')

container

  container(hashref $value, string | coderef $code, any @args) (any)

The container function builds and returns a Venus::Container object, or dispatches to the coderef or method provided.

Since 3.20

container example 1

  package main;
  use Venus 'container';
  my $container = container {};
  # bless({...}, 'Venus::Config')

container example 2

  package main;
  use Venus 'container';
  my $data = {
    '$metadata' => {
      tmplog => "/tmp/log"
    },
    '$services' => {
      log => {
        package => "Venus/Path",
        argument => {
          '$metadata' => "tmplog"
        }
      }
    }
  };
  my $log = container $data, 'resolve', 'log';
  # bless({value => '/tmp/log'}, 'Venus::Path')

cop

  cop(string | object | coderef $self, string $name) (coderef)

The cop function attempts to curry the given subroutine on the object or class and if successful returns a closure.

Since 2.32

cop example 1

  package main;
  use Venus 'cop';
  my $coderef = cop('Digest::SHA', 'sha1_hex');
  # sub { ... }

cop example 2

  package main;
  use Venus 'cop';
  require Digest::SHA;
  my $coderef = cop(Digest::SHA->new, 'digest');
  # sub { ... }

data

  data(string $value, string | coderef $code, any @args) (any)

The data function builds and returns a Venus::Data object, or dispatches to the coderef or method provided.

Since 2.55

data example 1

  package main;
  use Venus 'data';
  my $data = data 't/data/sections';
  # bless({...}, 'Venus::Data')

data example 2

  package main;
  use Venus 'data';
  my $data = data 't/data/sections', 'string', undef, 'name';
  # "Example #1\nExample #2"

date

  date(number $value, string | coderef $code, any @args) (any)

The date function builds and returns a Venus::Date object, or dispatches to the coderef or method provided.

Since 2.40

date example 1

  package main;
  use Venus 'date';
  my $date = date time, 'string';
  # '0000-00-00T00:00:00Z'

date example 2

  package main;
  use Venus 'date';
  my $date = date time, 'reset', 570672000;
  # bless({...}, 'Venus::Date')
  # $date->string;
  # '1988-02-01T00:00:00Z'

date example 3

  package main;
  use Venus 'date';
  my $date = date time;
  # bless({...}, 'Venus::Date')

docs

  docs(any @args) (any)

The docs function builds a Venus::Data object using "docs" in Venus::Data for the current file, i.e. "__FILE__" in perlfunc or script, i.e. $0, and returns the result of a "string" in Venus::Data operation using the arguments provided.

Since 3.30

docs example 1

  package main;
  use Venus 'docs';
  # =head1 ABSTRACT
  #
  # Example Abstract
  #
  # =cut
  my $docs = docs 'head1', 'ABSTRACT';
  # "Example Abstract"

docs example 2

  package main;
  use Venus 'docs';
  # =head1 NAME
  #
  # Example #1
  #
  # =cut
  #
  # =head1 NAME
  #
  # Example #2
  #
  # =cut
  my $docs = docs 'head1', 'NAME';
  # "Example #1\nExample #2"

enum

  enum(arrayref | hashref $value) (Venus::Enum)

The enum function builds and returns a Venus::Enum object.

Since 3.55

enum example 1

  package main;
  use Venus 'enum';
  my $themes = enum ['light', 'dark'];
  # bless({scope => sub{...}}, "Venus::Enum")
  # my $result = $themes->get('dark');
  # bless({scope => sub{...}}, "Venus::Enum")
  # "$result"
  # "dark"

enum example 2

  package main;
  use Venus 'enum';
  my $themes = enum {
    light => 'light_theme',
    dark => 'dark_theme',
  };
  # bless({scope => sub{...}}, "Venus::Enum")
  # my $result = $themes->get('dark');
  # bless({scope => sub{...}}, "Venus::Enum")
  # "$result"
  # "dark_theme"

error

  error(maybe[hashref] $args) (Venus::Error)

The error function throws a Venus::Error exception object using the exception object arguments provided.

Since 0.01

error example 1

  package main;
  use Venus 'error';
  my $error = error;
  # bless({...}, 'Venus::Error')

error example 2

  package main;
  use Venus 'error';
  my $error = error {
    message => 'Something failed!',
  };
  # bless({message => 'Something failed!', ...}, 'Venus::Error')

false

  false() (boolean)

The false function returns a falsy boolean value which is designed to be practically indistinguishable from the conventional numerical 0 value.

Since 0.01

false example 1

  package main;
  use Venus;
  my $false = false;
  # 0

false example 2

  package main;
  use Venus;
  my $true = !false;
  # 1

fault

  fault(string $args) (Venus::Fault)

The fault function throws a Venus::Fault exception object and represents a system failure, and isn't meant to be caught.

Since 1.80

fault example 1

  package main;
  use Venus 'fault';
  my $fault = fault;
  # bless({message => 'Exception!'}, 'Venus::Fault')

fault example 2

  package main;
  use Venus 'fault';
  my $fault = fault 'Something failed!';
  # bless({message => 'Something failed!'}, 'Venus::Fault')

float

  float(string $value, string | coderef $code, any @args) (any)

The float function builds and returns a Venus::Float object, or dispatches to the coderef or method provided.

Since 2.55

float example 1

  package main;
  use Venus 'float';
  my $float = float 1.23;
  # bless({...}, 'Venus::Float')

float example 2

  package main;
  use Venus 'float';
  my $float = float 1.23, 'int';
  # 1

future

  future(coderef $code) (Venus::Future)

The future function builds and returns a Venus::Future object.

Since 3.55

future example 1

  package main;
  use Venus 'future';
  my $future = future(sub{
    my ($resolve, $reject) = @_;
    return int(rand(2)) ? $resolve->result('pass') : $reject->result('fail');
  });
  # bless(..., "Venus::Future")
  # $future->is_pending;
  # false

gather

  gather(any $value, coderef $callback) (any)

The gather function builds a Venus::Gather object, passing it and the value provided to the callback provided, and returns the return value from "result" in Venus::Gather.

Since 2.50

gather example 1

  package main;
  use Venus 'gather';
  my $gather = gather ['a'..'d'];
  # bless({...}, 'Venus::Gather')
  # $gather->result;
  # undef

gather example 2

  package main;
  use Venus 'gather';
  my $gather = gather ['a'..'d'], sub {{
    a => 1,
    b => 2,
    c => 3,
  }};
  # [1..3]

gather example 3

  package main;
  use Venus 'gather';
  my $gather = gather ['e'..'h'], sub {{
    a => 1,
    b => 2,
    c => 3,
  }};
  # []

gather example 4

  package main;
  use Venus 'gather';
  my $gather = gather ['a'..'d'], sub {
    my ($case) = @_;
    $case->when(sub{lc($_) eq 'a'})->then('a -> A');
    $case->when(sub{lc($_) eq 'b'})->then('b -> B');
  };
  # ['a -> A', 'b -> B']

gather example 5

  package main;
  use Venus 'gather';
  my $gather = gather ['a'..'d'], sub {
    $_->when(sub{lc($_) eq 'a'})->then('a -> A');
    $_->when(sub{lc($_) eq 'b'})->then('b -> B');
  };
  # ['a -> A', 'b -> B']

hash

  hash(hashref $value, string | coderef $code, any @args) (any)

The hash function builds and returns a Venus::Hash object, or dispatches to the coderef or method provided.

Since 2.55

hash example 1

  package main;
  use Venus 'hash';
  my $hash = hash {1..4};
  # bless({...}, 'Venus::Hash')

hash example 2

  package main;
  use Venus 'hash';
  my $hash = hash {1..8}, 'pairs';
  # [[1, 2], [3, 4], [5, 6], [7, 8]]

hashref

  hashref(any @args) (hashref)

The hashref function takes a list of arguments and returns a hashref.

Since 3.10

hashref example 1

  package main;
  use Venus 'hashref';
  my $hashref = hashref(content => 'example');
  # {content => "example"}

hashref example 2

  package main;
  use Venus 'hashref';
  my $hashref = hashref({content => 'example'});
  # {content => "example"}

hashref example 3

  package main;
  use Venus 'hashref';
  my $hashref = hashref('content');
  # {content => undef}

hashref example 4

  package main;
  use Venus 'hashref';
  my $hashref = hashref('content', 'example', 'algorithm');
  # {content => "example", algorithm => undef}

is_bool

  is_bool(any $arg) (boolean)

The is_bool function returns "true" if the value provided is a boolean value, not merely truthy, and "false" otherwise.

Since 3.18

is_bool example 1

  package main;
  use Venus 'is_bool';
  my $is_bool = is_bool true;
  # true

is_bool example 2

  package main;
  use Venus 'is_bool';
  my $is_bool = is_bool false;
  # true

is_bool example 3

  package main;
  use Venus 'is_bool';
  my $is_bool = is_bool 1;
  # false

is_bool example 4

  package main;
  use Venus 'is_bool';
  my $is_bool = is_bool 0;
  # false

is_false

  is_false(any $data) (boolean)

The is_false function accepts a scalar value and returns true if the value is falsy.

Since 3.04

is_false example 1

  package main;
  use Venus 'is_false';
  my $is_false = is_false 0;
  # true

is_false example 2

  package main;
  use Venus 'is_false';
  my $is_false = is_false 1;
  # false

is_true

  is_true(any $data) (boolean)

The is_true function accepts a scalar value and returns true if the value is truthy.

Since 3.04

is_true example 1

  package main;
  use Venus 'is_true';
  my $is_true = is_true 1;
  # true

is_true example 2

  package main;
  use Venus 'is_true';
  my $is_true = is_true 0;
  # false

json

  json(string $call, any $data) (any)

The json function builds a Venus::Json object and will either "decode" in Venus::Json or "encode" in Venus::Json based on the argument provided and returns the result.

Since 2.40

json example 1

  package main;
  use Venus 'json';
  my $decode = json 'decode', '{"codename":["Ready","Robot"],"stable":true}';
  # { codename => ["Ready", "Robot"], stable => 1 }

json example 2

  package main;
  use Venus 'json';
  my $encode = json 'encode', { codename => ["Ready", "Robot"], stable => true };
  # '{"codename":["Ready","Robot"],"stable":true}'

json example 3

  package main;
  use Venus 'json';
  my $json = json;
  # bless({...}, 'Venus::Json')

json example 4

  package main;
  use Venus 'json';
  my $json = json 'class', {data => "..."};
  # Exception! (isa Venus::Fault)

list

  list(any @args) (any)

The list function accepts a list of values and flattens any arrayrefs, returning a list of scalars.

Since 3.04

list example 1

  package main;
  use Venus 'list';
  my @list = list 1..4;
  # (1..4)

list example 2

  package main;
  use Venus 'list';
  my @list = list [1..4];
  # (1..4)

list example 3

  package main;
  use Venus 'list';
  my @list = list [1..4], 5, [6..10];
  # (1..10)

load

  load(any $name) (Venus::Space)

The load function loads the package provided and returns a Venus::Space object.

Since 2.32

load example 1

  package main;
  use Venus 'load';
  my $space = load 'Venus::Scalar';
  # bless({value => 'Venus::Scalar'}, 'Venus::Space')

log

  log(any @args) (Venus::Log)

The log function prints the arguments provided to STDOUT, stringifying complex values, and returns a Venus::Log object. If the first argument is a log level name, e.g. "debug", "error", "fatal", "info", "trace", or "warn", it will be used when emitting the event. The desired log level is specified by the "VENUS_LOG_LEVEL" environment variable and defaults to "trace".

Since 2.40

log example 1

  package main;
  use Venus 'log';
  my $log = log;
  # bless({...}, 'Venus::Log')
  # log time, rand, 1..9;
  # 00000000 0.000000, 1..9

make

  make(string $package, any @args) (any)

The make function "calls" the "new" routine on the invocant and returns the result which should be a package string or an object.

Since 2.32

make example 1

  package main;
  use Venus 'make';
  my $made = make('Digest::SHA');
  # bless(do{\(my $o = '...')}, 'Digest::SHA')

make example 2

  package main;
  use Venus 'make';
  my $made = make('Digest', 'SHA');
  # bless(do{\(my $o = '...')}, 'Digest::SHA')

match

  match(any $value, coderef $callback) (any)

The match function builds a Venus::Match object, passing it and the value provided to the callback provided, and returns the return value from "result" in Venus::Match.

Since 2.50

match example 1

  package main;
  use Venus 'match';
  my $match = match 5;
  # bless({...}, 'Venus::Match')
  # $match->result;
  # undef

match example 2

  package main;
  use Venus 'match';
  my $match = match 5, sub {{
    1 => 'one',
    2 => 'two',
    5 => 'five',
  }};
  # 'five'

match example 3

  package main;
  use Venus 'match';
  my $match = match 5, sub {{
    1 => 'one',
    2 => 'two',
    3 => 'three',
  }};
  # undef

match example 4

  package main;
  use Venus 'match';
  my $match = match 5, sub {
    my ($case) = @_;
    $case->when(sub{$_ < 5})->then('< 5');
    $case->when(sub{$_ > 5})->then('> 5');
  };
  # undef

match example 5

  package main;
  use Venus 'match';
  my $match = match 6, sub {
    my ($case, $data) = @_;
    $case->when(sub{$_ < 5})->then("$data < 5");
    $case->when(sub{$_ > 5})->then("$data > 5");
  };
  # '6 > 5'

match example 6

  package main;
  use Venus 'match';
  my $match = match 4, sub {
    $_->when(sub{$_ < 5})->then("$_[1] < 5");
    $_->when(sub{$_ > 5})->then("$_[1] > 5");
  };
  # '4 < 5'

merge

  merge(any @args) (any)

The merge function returns a value which is a merger of all of the arguments provided.

Since 2.32

merge example 1

  package main;
  use Venus 'merge';
  my $merged = merge({1..4}, {5, 6});
  # {1..6}

merge example 2

  package main;
  use Venus 'merge';
  my $merged = merge({1..4}, {5, 6}, {7, 8, 9, 0});
  # {1..9, 0}

name

  name(string $value, string | coderef $code, any @args) (any)

The name function builds and returns a Venus::Name object, or dispatches to the coderef or method provided.

Since 2.55

name example 1

  package main;
  use Venus 'name';
  my $name = name 'Foo/Bar';
  # bless({...}, 'Venus::Name')

name example 2

  package main;
  use Venus 'name';
  my $name = name 'Foo/Bar', 'package';
  # "Foo::Bar"

number

  number(Num $value, string | coderef $code, any @args) (any)

The number function builds and returns a Venus::Number object, or dispatches to the coderef or method provided.

Since 2.55

number example 1

  package main;
  use Venus 'number';
  my $number = number 1_000;
  # bless({...}, 'Venus::Number')

number example 2

  package main;
  use Venus 'number';
  my $number = number 1_000, 'prepend', 1;
  # 11_000

opts

  opts(arrayref $value, string | coderef $code, any @args) (any)

The opts function builds and returns a Venus::Opts object, or dispatches to the coderef or method provided.

Since 2.55

opts example 1

  package main;
  use Venus 'opts';
  my $opts = opts ['--resource', 'users'];
  # bless({...}, 'Venus::Opts')

opts example 2

  package main;
  use Venus 'opts';
  my $opts = opts ['--resource', 'users'], 'reparse', ['resource|r=s', 'help|h'];
  # bless({...}, 'Venus::Opts')
  # my $resource = $opts->get('resource');
  # "users"

pairs

  pairs(any $data) (arrayref)

The pairs function accepts an arrayref or hashref and returns an arrayref of arrayrefs holding keys (or indices) and values. The function returns an empty arrayref for all other values provided. Returns a list in list context.

Since 3.04

pairs example 1

  package main;
  use Venus 'pairs';
  my $pairs = pairs [1..4];
  # [[0,1], [1,2], [2,3], [3,4]]

pairs example 2

  package main;
  use Venus 'pairs';
  my $pairs = pairs {'a' => 1, 'b' => 2, 'c' => 3, 'd' => 4};
  # [['a',1], ['b',2], ['c',3], ['d',4]]

pairs example 3

  package main;
  use Venus 'pairs';
  my @pairs = pairs [1..4];
  # ([0,1], [1,2], [2,3], [3,4])

pairs example 4

  package main;
  use Venus 'pairs';
  my @pairs = pairs {'a' => 1, 'b' => 2, 'c' => 3, 'd' => 4};
  # (['a',1], ['b',2], ['c',3], ['d',4])

path

  path(string $value, string | coderef $code, any @args) (any)

The path function builds and returns a Venus::Path object, or dispatches to the coderef or method provided.

Since 2.55

path example 1

  package main;
  use Venus 'path';
  my $path = path 't/data/planets';
  # bless({...}, 'Venus::Path')

path example 2

  package main;
  use Venus 'path';
  my $path = path 't/data/planets', 'absolute';
  # bless({...}, 'Venus::Path')

perl

  perl(string $call, any $data) (any)

The perl function builds a Venus::Dump object and will either "decode" in Venus::Dump or "encode" in Venus::Dump based on the argument provided and returns the result.

Since 2.40

perl example 1

  package main;
  use Venus 'perl';
  my $decode = perl 'decode', '{stable=>bless({},\'Venus::True\')}';
  # { stable => 1 }

perl example 2

  package main;
  use Venus 'perl';
  my $encode = perl 'encode', { stable => true };
  # '{stable=>bless({},\'Venus::True\')}'

perl example 3

  package main;
  use Venus 'perl';
  my $perl = perl;
  # bless({...}, 'Venus::Dump')

perl example 4

  package main;
  use Venus 'perl';
  my $perl = perl 'class', {data => "..."};
  # Exception! (isa Venus::Fault)

process

  process(string | coderef $code, any @args) (any)

The process function builds and returns a Venus::Process object, or dispatches to the coderef or method provided.

Since 2.55

process example 1

  package main;
  use Venus 'process';
  my $process = process;
  # bless({...}, 'Venus::Process')

process example 2

  package main;
  use Venus 'process';
  my $process = process 'do', 'alarm', 10;
  # bless({...}, 'Venus::Process')

proto

  proto(hashref $value, string | coderef $code, any @args) (any)

The proto function builds and returns a Venus::Prototype object, or dispatches to the coderef or method provided.

Since 2.55

proto example 1

  package main;
  use Venus 'proto';
  my $proto = proto {
    '$counter' => 0,
  };
  # bless({...}, 'Venus::Prototype')

proto example 2

  package main;
  use Venus 'proto';
  my $proto = proto { '$counter' => 0 }, 'apply', {
    '&decrement' => sub { $_[0]->counter($_[0]->counter - 1) },
    '&increment' => sub { $_[0]->counter($_[0]->counter + 1) },
  };
  # bless({...}, 'Venus::Prototype')

puts

  puts(any @args) (arrayref)

The puts function select values from within the underlying data structure using "path" in Venus::Array or "path" in Venus::Hash, optionally assigning the value to the preceeding scalar reference and returns all the values selected.

Since 3.20

puts example 1

  package main;
  use Venus 'puts';
  my $data = {
    size => "small",
    fruit => "apple",
    meta => {
      expiry => '5d',
    },
    color => "red",
  };
  puts $data, (
    \my $fruit, 'fruit',
    \my $expiry, 'meta.expiry'
  );
  my $puts = [$fruit, $expiry];
  # ["apple", "5d"]

raise

  raise(string $class | tuple[string, string] $class, maybe[hashref] $args) (Venus::Error)

The raise function generates and throws a named exception object derived from Venus::Error, or provided base class, using the exception object arguments provided.

Since 0.01

raise example 1

  package main;
  use Venus 'raise';
  my $error = raise 'MyApp::Error';
  # bless({...}, 'MyApp::Error')

raise example 2

  package main;
  use Venus 'raise';
  my $error = raise ['MyApp::Error', 'Venus::Error'];
  # bless({...}, 'MyApp::Error')

raise example 3

  package main;
  use Venus 'raise';
  my $error = raise ['MyApp::Error', 'Venus::Error'], {
    message => 'Something failed!',
  };
  # bless({message => 'Something failed!', ...}, 'MyApp::Error')

random

  random(string | coderef $code, any @args) (any)

The random function builds and returns a Venus::Random object, or dispatches to the coderef or method provided.

Since 2.55

random example 1

  package main;
  use Venus 'random';
  my $random = random;
  # bless({...}, 'Venus::Random')

random example 2

  package main;
  use Venus 'random';
  my $random = random 'collect', 10, 'letter';
  # "ryKUPbJHYT"

range

  range(number | string @args) (arrayref)

The range function returns the result of a "range" in Venus::Array operation.

Since 3.20

range example 1

  package main;
  use Venus 'range';
  my $range = range [1..9], ':4';
  # [1..5]

range example 2

  package main;
  use Venus 'range';
  my $range = range [1..9], '-4:-1';
  # [6..9]

regexp

  regexp(string $value, string | coderef $code, any @args) (any)

The regexp function builds and returns a Venus::Regexp object, or dispatches to the coderef or method provided.

Since 2.55

regexp example 1

  package main;
  use Venus 'regexp';
  my $regexp = regexp '[0-9]';
  # bless({...}, 'Venus::Regexp')

regexp example 2

  package main;
  use Venus 'regexp';
  my $replace = regexp '[0-9]', 'replace', 'ID 12345', '0', 'g';
  # bless({...}, 'Venus::Replace')
  # $replace->get;
  # "ID 00000"

render

  render(string $data, hashref $args) (string)

The render function accepts a string as a template and renders it using Venus::Template, and returns the result.

Since 3.04

render example 1

  package main;
  use Venus 'render';
  my $render = render 'hello {{name}}', {
    name => 'user',
  };
  # "hello user"

replace

  replace(arrayref $value, string | coderef $code, any @args) (any)

The replace function builds and returns a Venus::Replace object, or dispatches to the coderef or method provided.

Since 2.55

replace example 1

  package main;
  use Venus 'replace';
  my $replace = replace ['hello world', 'world', 'universe'];
  # bless({...}, 'Venus::Replace')

replace example 2

  package main;
  use Venus 'replace';
  my $replace = replace ['hello world', 'world', 'universe'], 'get';
  # "hello universe"

resolve

  resolve(hashref $value, any @args) (any)

The resolve function builds and returns an object via "resolve" in Venus::Container.

Since 3.30

resolve example 1

  package main;
  use Venus 'resolve';
  my $resolve = resolve {};
  # undef

resolve example 2

  package main;
  use Venus 'resolve';
  my $data = {
    '$services' => {
      log => {
        package => "Venus/Path",
      }
    }
  };
  my $log = resolve $data, 'log';
  # bless({...}, 'Venus::Path')

roll

  roll(string $name, any @args) (any)

The roll function takes a list of arguments, assuming the first argument is invokable, and reorders the list such that the routine name provided comes after the invocant (i.e. the 1st argument), creating a list acceptable to the "call" function.

Since 2.32

roll example 1

  package main;
  use Venus 'roll';
  my @list = roll('sha1_hex', 'Digest::SHA');
  # ('Digest::SHA', 'sha1_hex');

roll example 2

  package main;
  use Venus 'roll';
  my @list = roll('sha1_hex', call(\'Digest::SHA', 'new'));
  # (bless(do{\(my $o = '...')}, 'Digest::SHA'), 'sha1_hex');

schema

  schema(string $value, string | coderef $code, any @args) (any)

The schema function builds and returns a Venus::Schema object, or dispatches to the coderef or method provided.

Since 2.55

schema example 1

  package main;
  use Venus 'schema';
  my $schema = schema { name => 'string' };
  # bless({...}, "Venus::Schema")

schema example 2

  package main;
  use Venus 'schema';
  my $result = schema { name => 'string' }, 'validate', { name => 'example' };
  # { name => 'example' }

search

  search(arrayref $value, string | coderef $code, any @args) (any)

The search function builds and returns a Venus::Search object, or dispatches to the coderef or method provided.

Since 2.55

search example 1

  package main;
  use Venus 'search';
  my $search = search ['hello world', 'world'];
  # bless({...}, 'Venus::Search')

search example 2

  package main;
  use Venus 'search';
  my $search = search ['hello world', 'world'], 'count';
  # 1

set

  set(arrayref $value) (Venus::Set)

The set function returns a Venus::Set object for the arrayref provided.

Since 4.11

set example 1

  package main;
  use Venus 'set';
  my $set = set [1..9];
  # bless(..., 'Venus::Set')

space

  space(any $name) (Venus::Space)

The space function returns a Venus::Space object for the package provided.

Since 2.32

space example 1

  package main;
  use Venus 'space';
  my $space = space 'Venus::Scalar';
  # bless({value => 'Venus::Scalar'}, 'Venus::Space')

string

  string(string $value, string | coderef $code, any @args) (any)

The string function builds and returns a Venus::String object, or dispatches to the coderef or method provided.

Since 2.55

string example 1

  package main;
  use Venus 'string';
  my $string = string 'hello world';
  # bless({...}, 'Venus::String')

string example 2

  package main;
  use Venus 'string';
  my $string = string 'hello world', 'camelcase';
  # "helloWorld"

syscall

  syscall(number | string @args) (any)

The syscall function perlforms system call, i.e. a "qx" in perlfunc operation, and returns "true" if the command succeeds, otherwise returns "false". In list context, returns the output of the operation and the exit code.

Since 3.04

syscall example 1

  package main;
  use Venus 'syscall';
  my $syscall = syscall 'perl', '-v';
  # true

syscall example 2

  package main;
  use Venus 'syscall';
  my $syscall = syscall 'perl', '-z';
  # false

syscall example 3

  package main;
  use Venus 'syscall';
  my ($data, $code) = syscall 'sun', '--heat-death';
  # ('done', 0)

syscall example 4

  package main;
  use Venus 'syscall';
  my ($data, $code) = syscall 'earth', '--melt-icecaps';
  # ('', 127)

template

  template(string $value, string | coderef $code, any @args) (any)

The template function builds and returns a Venus::Template object, or dispatches to the coderef or method provided.

Since 2.55

template example 1

  package main;
  use Venus 'template';
  my $template = template 'Hi {{name}}';
  # bless({...}, 'Venus::Template')

template example 2

  package main;
  use Venus 'template';
  my $template = template 'Hi {{name}}', 'render', undef, {
    name => 'stranger',
  };
  # "Hi stranger"

test

  test(string $value, string | coderef $code, any @args) (any)

The test function builds and returns a Venus::Test object, or dispatches to the coderef or method provided.

Since 2.55

test example 1

  package main;
  use Venus 'test';
  my $test = test 't/Venus.t';
  # bless({...}, 'Venus::Test')

test example 2

  package main;
  use Venus 'test';
  my $test = test 't/Venus.t', 'for', 'synopsis';
  # bless({...}, 'Venus::Test')

text

  text(any @args) (any)

The text function builds a Venus::Data object using "text" in Venus::Data for the current file, i.e. "__FILE__" in perlfunc or script, i.e. $0, and returns the result of a "string" in Venus::Data operation using the arguments provided.

Since 3.30

text example 1

  package main;
  use Venus 'text';
  # @@ name
  #
  # Example Name
  #
  # @@ end
  #
  # @@ titles #1
  #
  # Example Title #1
  #
  # @@ end
  #
  # @@ titles #2
  #
  # Example Title #2
  #
  # @@ end
  my $text = text 'name';
  # "Example Name"

text example 2

  package main;
  use Venus 'text';
  # @@ name
  #
  # Example Name
  #
  # @@ end
  #
  # @@ titles #1
  #
  # Example Title #1
  #
  # @@ end
  #
  # @@ titles #2
  #
  # Example Title #2
  #
  # @@ end
  my $text = text 'titles', '#1';
  # "Example Title #1"

text example 3

  package main;
  use Venus 'text';
  # @@ name
  #
  # Example Name
  #
  # @@ end
  #
  # @@ titles #1
  #
  # Example Title #1
  #
  # @@ end
  #
  # @@ titles #2
  #
  # Example Title #2
  #
  # @@ end
  my $text = text undef, 'name';
  # "Example Name"

then

  then(string | object | coderef $self, any @args) (any)

The then function proxies the call request to the "call" function and returns the result as a list, prepended with the invocant.

Since 2.32

then example 1

  package main;
  use Venus 'then';
  my @list = then('Digest::SHA', 'sha1_hex');
  # ("Digest::SHA", "da39a3ee5e6b4b0d3255bfef95601890afd80709")

throw

  throw(string | hashref $value, string | coderef $code, any @args) (any)

The throw function builds and returns a Venus::Throw object, or dispatches to the coderef or method provided.

Since 2.55

throw example 1

  package main;
  use Venus 'throw';
  my $throw = throw 'Example::Error';
  # bless({...}, 'Venus::Throw')

throw example 2

  package main;
  use Venus 'throw';
  my $throw = throw 'Example::Error', 'catch', 'error';
  # bless({...}, 'Example::Error')

throw example 3

  package main;
  use Venus 'throw';
  my $throw = throw {
    name => 'on.execute',
    package => 'Example::Error',
    capture => ['...'],
    stash => {
      time => time,
    },
  };
  # bless({...}, 'Venus::Throw')

true

  true() (boolean)

The true function returns a truthy boolean value which is designed to be practically indistinguishable from the conventional numerical 1 value.

Since 0.01

true example 1

  package main;
  use Venus;
  my $true = true;
  # 1

true example 2

  package main;
  use Venus;
  my $false = !true;
  # 0

try

  try(any $data, string | coderef $code, any @args) (any)

The try function builds and returns a Venus::Try object, or dispatches to the coderef or method provided.

Since 2.55

try example 1

  package main;
  use Venus 'try';
  my $try = try sub {};
  # bless({...}, 'Venus::Try')
  # my $result = $try->result;
  # ()

try example 2

  package main;
  use Venus 'try';
  my $try = try sub { die };
  # bless({...}, 'Venus::Try')
  # my $result = $try->result;
  # Exception! (isa Venus::Error)

try example 3

  package main;
  use Venus 'try';
  my $try = try sub { die }, 'maybe';
  # bless({...}, 'Venus::Try')
  # my $result = $try->result;
  # undef

type

  type(any $data, string | coderef $code, any @args) (any)

The type function builds and returns a Venus::Type object, or dispatches to the coderef or method provided.

Since 2.55

type example 1

  package main;
  use Venus 'type';
  my $type = type [1..4];
  # bless({...}, 'Venus::Type')
  # $type->deduce;
  # bless({...}, 'Venus::Array')

type example 2

  package main;
  use Venus 'type';
  my $type = type [1..4], 'deduce';
  # bless({...}, 'Venus::Array')

unpack

  unpack(any @args) (Venus::Unpack)

The unpack function builds and returns a Venus::Unpack object.

Since 2.40

unpack example 1

  package main;
  use Venus 'unpack';
  my $unpack = unpack;
  # bless({...}, 'Venus::Unpack')
  # $unpack->checks('string');
  # false
  # $unpack->checks('undef');
  # false

unpack example 2

  package main;
  use Venus 'unpack';
  my $unpack = unpack rand;
  # bless({...}, 'Venus::Unpack')
  # $unpack->check('number');
  # false
  # $unpack->check('float');
  # true

vars

  vars(hashref $value, string | coderef $code, any @args) (any)

The vars function builds and returns a Venus::Vars object, or dispatches to the coderef or method provided.

Since 2.55

vars example 1

  package main;
  use Venus 'vars';
  my $vars = vars {};
  # bless({...}, 'Venus::Vars')

vars example 2

  package main;
  use Venus 'vars';
  my $path = vars {}, 'exists', 'path';
  # "..."

venus

  venus(string $name, any @args) (any)

The venus function build a Venus package via the "chain" function based on the name provided and returns an instance of that package.

Since 2.40

venus example 1

  package main;
  use Venus 'venus';
  my $space = venus 'space';
  # bless({value => 'Venus'}, 'Venus::Space')

venus example 2

  package main;
  use Venus 'venus';
  my $space = venus 'space', ['new', 'venus/string'];
  # bless({value => 'Venus::String'}, 'Venus::Space')

venus example 3

  package main;
  use Venus 'venus';
  my $space = venus 'code';
  # bless({value => sub{...}}, 'Venus::Code')

work

  work(coderef $callback) (Venus::Process)

The work function builds a Venus::Process object, forks the current process using the callback provided via the "work" in Venus::Process operation, and returns an instance of Venus::Process representing the current process.

Since 2.40

work example 1

  package main;
  use Venus 'work';
  my $parent = work sub {
    my ($process) = @_;
    # in forked process ...
    $process->exit;
  };
  # bless({...}, 'Venus::Process')

wrap

  wrap(string $data, string $name) (coderef)

The wrap function installs a wrapper function in the calling package which when called either returns the package string if no arguments are provided, or calls "make" on the package with whatever arguments are provided and returns the result. Unless an alias is provided as a second argument, special characters are stripped from the package to create the function name.

Since 2.32

wrap example 1

  package main;
  use Venus 'wrap';
  my $coderef = wrap('Digest::SHA');
  # sub { ... }
  # my $digest = DigestSHA();
  # "Digest::SHA"
  # my $digest = DigestSHA(1);
  # bless(do{\(my $o = '...')}, 'Digest::SHA')

wrap example 2

  package main;
  use Venus 'wrap';
  my $coderef = wrap('Digest::SHA', 'SHA');
  # sub { ... }
  # my $digest = SHA();
  # "Digest::SHA"
  # my $digest = SHA(1);
  # bless(do{\(my $o = '...')}, 'Digest::SHA')

yaml

  yaml(string $call, any $data) (any)

The yaml function builds a Venus::Yaml object and will either "decode" in Venus::Yaml or "encode" in Venus::Yaml based on the argument provided and returns the result.

Since 2.40

yaml example 1

  package main;
  use Venus 'yaml';
  my $decode = yaml 'decode', "---\nname:\n- Ready\n- Robot\nstable: true\n";
  # { name => ["Ready", "Robot"], stable => 1 }

yaml example 2

  package main;
  use Venus 'yaml';
  my $encode = yaml 'encode', { name => ["Ready", "Robot"], stable => true };
  # '---\nname:\n- Ready\n- Robot\nstable: true\n'

yaml example 3

  package main;
  use Venus 'yaml';
  my $yaml = yaml;
  # bless({...}, 'Venus::Yaml')

yaml example 4

  package main;
  use Venus 'yaml';
  my $yaml = yaml 'class', {data => "..."};
  # Exception! (isa Venus::Fault)

FEATURES

This package provides the following features:

venus-args: This library contains a Venus::Args class which provides methods for accessing @ARGS items.
venus-array: This library contains a Venus::Array class which provides methods for manipulating array data.
venus-assert: This library contains a Venus::Assert class which provides a mechanism for asserting type constraints and coercion.
venus-boolean: This library contains a Venus::Boolean class which provides a representation for boolean values.
venus-box: This library contains a Venus::Box class which provides a pure Perl boxing mechanism.
venus-class: This library contains a Venus::Class class which provides a class builder.
venus-cli: This library contains a Venus::Cli class which provides a superclass for creating CLIs.
venus-code: This library contains a Venus::Code class which provides methods for manipulating subroutines.
venus-config: This library contains a Venus::Config class which provides methods for loading Perl, YAML, and JSON configuration data.
venus-data: This library contains a Venus::Data class which provides methods for extracting "DATA" sections and POD block.
venus-date: This library contains a Venus::Date class which provides methods for formatting, parsing, and manipulating dates.
venus-dump: This library contains a Venus::Dump class which provides methods for reading and writing dumped Perl data.
venus-error: This library contains a Venus::Error class which represents a context-aware error (exception object).
venus-false: This library contains a Venus::False class which provides the global "false" value.
venus-fault: This library contains a Venus::Fault class which represents a generic system error (exception object).
venus-float: This library contains a Venus::Float class which provides methods for manipulating float data.
venus-gather: This library contains a Venus::Gather class which provides an object-oriented interface for complex pattern matching operations on collections of data, e.g. array references.
venus-hash: This library contains a Venus::Hash class which provides methods for manipulating hash data.
venus-json: This library contains a Venus::Json class which provides methods for reading and writing JSON data.
venus-log: This library contains a Venus::Log class which provides methods for logging information using various log levels.
venus-match: This library contains a Venus::Match class which provides an object-oriented interface for complex pattern matching operations on scalar values.
venus-meta: This library contains a Venus::Meta class which provides configuration information for Venus derived classes.
venus-mixin: This library contains a Venus::Mixin class which provides a mixin builder.
venus-name: This library contains a Venus::Name class which provides methods for parsing and formatting package namespaces.
venus-number: This library contains a Venus::Number class which provides methods for manipulating number data.
venus-opts: This library contains a Venus::Opts class which provides methods for handling command-line arguments.
venus-path: This library contains a Venus::Path class which provides methods for working with file system paths.
venus-process: This library contains a Venus::Process class which provides methods for handling and forking processes.
venus-prototype: This library contains a Venus::Prototype class which provides a simple construct for enabling prototype-base programming.
venus-random: This library contains a Venus::Random class which provides an object-oriented interface for Perl's pseudo-random number generator.
venus-regexp: This library contains a Venus::Regexp class which provides methods for manipulating regexp data.
venus-replace: This library contains a Venus::Replace class which provides methods for manipulating regexp replacement data.
venus-run: This library contains a Venus::Run class which provides a base class for providing a command execution system for creating CLIs (command-line interfaces).
venus-scalar: This library contains a Venus::Scalar class which provides methods for manipulating scalar data.
venus-search: This library contains a Venus::Search class which provides methods for manipulating regexp search data.
venus-space: This library contains a Venus::Space class which provides methods for parsing and manipulating package namespaces.
venus-string: This library contains a Venus::String class which provides methods for manipulating string data.
venus-task: This library contains a Venus::Task class which provides a base class for creating CLIs (command-line interfaces).
venus-template: This library contains a Venus::Template class which provides a templating system, and methods for rendering template.
venus-test: This library contains a Venus::Test class which aims to provide a standard for documenting Venus derived software projects.
venus-throw: This library contains a Venus::Throw class which provides a mechanism for generating and raising error objects.
venus-true: This library contains a Venus::True class which provides the global "true" value.
venus-try: This library contains a Venus::Try class which provides an object-oriented interface for performing complex try/catch operations.
venus-type: This library contains a Venus::Type class which provides methods for casting native data types to objects.
venus-undef: This library contains a Venus::Undef class which provides methods for manipulating undef data.
venus-unpack: This library contains a Venus::Unpack class which provides methods for validating, coercing, and otherwise operating on lists of arguments.
venus-vars: This library contains a Venus::Vars class which provides methods for accessing %ENV items.
venus-yaml: This library contains a Venus::Yaml class which provides methods for reading and writing YAML data.

AUTHORS

Awncorp, "awncorp@cpan.org"

LICENSE

This program is free software, you can redistribute it and/or modify it under the terms of the Apache license version 2.0.