NAME

Venus::Code - Code Class

ABSTRACT

Code Class for Perl 5

SYNOPSIS

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub {
    my (@args) = @_;
    return [@args];
  });
  # $code->call(1..4);

DESCRIPTION

This package provides methods for manipulating subroutines.

INHERITS

This package inherits behaviors from:

Venus::Kind::Value

METHODS

This package provides the following methods:

call

  call(any @data) (any)

The call method executes and returns the result of the code.

Since 0.01

call example 1

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub { ($_[0] // 0) + 1 });
  my $call = $code->call;
  # 1

call example 2

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub { ($_[0] // 0) + 1 });
  my $call = $code->call(1);
  # 2

call example 3

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub { ($_[0] // 0) + 1 });
  my $call = $code->call(2);
  # 3

cast

  cast(string $kind) (object | undef)

The cast method converts "value" objects between different "value" object types, based on the name of the type provided. This method will return "undef" if the invocant is not a Venus::Kind::Value.

Since 0.08

cast example 1

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub{[@_]});
  my $cast = $code->cast('array');
  # bless({ value => [sub { ... }] }, "Venus::Array")

cast example 2

  package main;
  use Venus::Code;
  my $code = Venus::Code->new;
  my $cast = $code->cast('boolean');
  # bless({ value => 1 }, "Venus::Boolean")

cast example 3

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub{[@_]});
  my $cast = $code->cast('code');
  # bless({ value => sub { ... } }, "Venus::Code")

cast example 4

  package main;
  use Venus::Code;
  my $code = Venus::Code->new;
  my $cast = $code->cast('float');
  # bless({ value => "1.0" }, "Venus::Float")

cast example 5

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub{[@_]});
  my $cast = $code->cast('hash');
  # bless({ value => { "0" => sub { ... } } }, "Venus::Hash")

cast example 6

  package main;
  use Venus::Code;
  my $code = Venus::Code->new;
  my $cast = $code->cast('number');
  # bless({ value => 112 }, "Venus::Number")

cast example 7

  package main;
  use Venus::Code;
  my $code = Venus::Code->new;
  my $cast = $code->cast('regexp');
  # bless({ value => qr/.../, }, "Venus::Regexp")

cast example 8

  package main;
  use Venus::Code;
  my $code = Venus::Code->new;
  my $cast = $code->cast('scalar');
  # bless({ value => \sub {...} }, "Venus::Scalar")

cast example 9

  package main;
  use Venus::Code;
  my $code = Venus::Code->new;
  my $cast = $code->cast('string');
  # bless({ value => "sub {...}" }, "Venus::String")

cast example 10

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

compose

  compose(coderef $code, any @data) (coderef)

The compose method creates a code reference which executes the first argument (another code reference) using the result from executing the code as it's argument, and returns a code reference which executes the created code reference passing it the remaining arguments when executed.

Since 0.01

compose example 1

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub { [@_] });
  my $compose = $code->compose($code, 1, 2, 3);
  # sub { ... }
  # $compose->(4, 5, 6); # [[1,2,3,4,5,6]]

conjoin

  conjoin(coderef $code) (coderef)

The conjoin method creates a code reference which execute the code and the argument in a logical AND operation having the code as the lvalue and the argument as the rvalue.

Since 0.01

conjoin example 1

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub { $_[0] % 2 });
  my $conjoin = $code->conjoin(sub { 1 });
  # sub { ... }
  # $conjoin->(0); # 0
  # $conjoin->(1); # 1
  # $conjoin->(2); # 0
  # $conjoin->(3); # 1
  # $conjoin->(4); # 0

curry

  curry(any @data) (coderef)

The curry method returns a code reference which executes the code passing it the arguments and any additional parameters when executed.

Since 0.01

curry example 1

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub { [@_] });
  my $curry = $code->curry(1, 2, 3);
  # sub { ... }
  # $curry->(4,5,6); # [1,2,3,4,5,6]

default

  default() (coderef)

The default method returns the default value, i.e. "sub{}".

Since 0.01

default example 1

  # given: synopsis;
  my $default = $code->default;
  # sub {}

disjoin

  disjoin(coderef $code) (coderef)

The disjoin method creates a code reference which execute the code and the argument in a logical OR operation having the code as the lvalue and the argument as the rvalue.

Since 0.01

disjoin example 1

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub { $_[0] % 2 });
  my $disjoin = $code->disjoin(sub { -1 });
  # sub { ... }
  # disjoin->(0); # -1
  # disjoin->(1); #  1
  # disjoin->(2); # -1
  # disjoin->(3); #  1
  # disjoin->(4); # -1

eq

  eq(any $arg) (boolean)

The eq method performs an "equals" operation using the argument provided.

Since 0.08

eq example 1

  package main;
  use Venus::Array;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Array->new;
  my $result = $lvalue->eq($rvalue);
  # 0

eq example 2

  package main;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Code->new;
  my $result = $lvalue->eq($rvalue);
  # 1

eq example 3

  package main;
  use Venus::Code;
  use Venus::Float;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Float->new;
  my $result = $lvalue->eq($rvalue);
  # 0

eq example 4

  package main;
  use Venus::Code;
  use Venus::Hash;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Hash->new;
  my $result = $lvalue->eq($rvalue);
  # 0

eq example 5

  package main;
  use Venus::Code;
  use Venus::Number;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Number->new;
  my $result = $lvalue->eq($rvalue);
  # 0

eq example 6

  package main;
  use Venus::Code;
  use Venus::Regexp;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Regexp->new;
  my $result = $lvalue->eq($rvalue);
  # 0

eq example 7

  package main;
  use Venus::Code;
  use Venus::Scalar;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Scalar->new;
  my $result = $lvalue->eq($rvalue);
  # 0

eq example 8

  package main;
  use Venus::Code;
  use Venus::String;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::String->new;
  my $result = $lvalue->eq($rvalue);
  # 0

eq example 9

  package main;
  use Venus::Code;
  use Venus::Undef;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Undef->new;
  my $result = $lvalue->eq($rvalue);
  # 0

ge

  ge(any $arg) (boolean)

The ge method performs a "greater-than-or-equal-to" operation using the argument provided.

Since 0.08

ge example 1

  package main;
  use Venus::Array;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Array->new;
  my $result = $lvalue->ge($rvalue);
  # 1

ge example 2

  package main;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Code->new;
  my $result = $lvalue->ge($rvalue);
  # 1

ge example 3

  package main;
  use Venus::Code;
  use Venus::Float;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Float->new;
  my $result = $lvalue->ge($rvalue);
  # 1

ge example 4

  package main;
  use Venus::Code;
  use Venus::Hash;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Hash->new;
  my $result = $lvalue->ge($rvalue);
  # 1

ge example 5

  package main;
  use Venus::Code;
  use Venus::Number;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Number->new;
  my $result = $lvalue->ge($rvalue);
  # 1

ge example 6

  package main;
  use Venus::Code;
  use Venus::Regexp;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Regexp->new;
  my $result = $lvalue->ge($rvalue);
  # 1

ge example 7

  package main;
  use Venus::Code;
  use Venus::Scalar;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Scalar->new;
  my $result = $lvalue->ge($rvalue);
  # 1

ge example 8

  package main;
  use Venus::Code;
  use Venus::String;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::String->new;
  my $result = $lvalue->ge($rvalue);
  # 1

ge example 9

  package main;
  use Venus::Code;
  use Venus::Undef;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Undef->new;
  my $result = $lvalue->ge($rvalue);
  # 1

gele

  gele(any $arg1, any $arg2) (boolean)

The gele method performs a "greater-than-or-equal-to" operation on the 1st argument, and "lesser-than-or-equal-to" operation on the 2nd argument.

Since 0.08

gele example 1

  package main;
  use Venus::Array;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Array->new;
  my $result = $lvalue->gele($rvalue);
  # 0

gele example 2

  package main;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Code->new;
  my $result = $lvalue->gele($rvalue);
  # 0

gele example 3

  package main;
  use Venus::Code;
  use Venus::Float;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Float->new;
  my $result = $lvalue->gele($rvalue);
  # 0

gele example 4

  package main;
  use Venus::Code;
  use Venus::Hash;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Hash->new;
  my $result = $lvalue->gele($rvalue);
  # 0

gele example 5

  package main;
  use Venus::Code;
  use Venus::Number;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Number->new;
  my $result = $lvalue->gele($rvalue);
  # 0

gele example 6

  package main;
  use Venus::Code;
  use Venus::Regexp;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Regexp->new;
  my $result = $lvalue->gele($rvalue);
  # 0

gele example 7

  package main;
  use Venus::Code;
  use Venus::Scalar;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Scalar->new;
  my $result = $lvalue->gele($rvalue);
  # 0

gele example 8

  package main;
  use Venus::Code;
  use Venus::String;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::String->new;
  my $result = $lvalue->gele($rvalue);
  # 0

gele example 9

  package main;
  use Venus::Code;
  use Venus::Undef;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Undef->new;
  my $result = $lvalue->gele($rvalue);
  # 0

gt

  gt(any $arg) (boolean)

The gt method performs a "greater-than" operation using the argument provided.

Since 0.08

gt example 1

  package main;
  use Venus::Array;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Array->new;
  my $result = $lvalue->gt($rvalue);
  # 1

gt example 2

  package main;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Code->new;
  my $result = $lvalue->gt($rvalue);
  # 0

gt example 3

  package main;
  use Venus::Code;
  use Venus::Float;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Float->new;
  my $result = $lvalue->gt($rvalue);
  # 1

gt example 4

  package main;
  use Venus::Code;
  use Venus::Hash;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Hash->new;
  my $result = $lvalue->gt($rvalue);
  # 1

gt example 5

  package main;
  use Venus::Code;
  use Venus::Number;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Number->new;
  my $result = $lvalue->gt($rvalue);
  # 1

gt example 6

  package main;
  use Venus::Code;
  use Venus::Regexp;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Regexp->new;
  my $result = $lvalue->gt($rvalue);
  # 1

gt example 7

  package main;
  use Venus::Code;
  use Venus::Scalar;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Scalar->new;
  my $result = $lvalue->gt($rvalue);
  # 1

gt example 8

  package main;
  use Venus::Code;
  use Venus::String;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::String->new;
  my $result = $lvalue->gt($rvalue);
  # 1

gt example 9

  package main;
  use Venus::Code;
  use Venus::Undef;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Undef->new;
  my $result = $lvalue->gt($rvalue);
  # 1

gtlt

  gtlt(any $arg1, any $arg2) (boolean)

The gtlt method performs a "greater-than" operation on the 1st argument, and "lesser-than" operation on the 2nd argument.

Since 0.08

gtlt example 1

  package main;
  use Venus::Array;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Array->new;
  my $result = $lvalue->gtlt($rvalue);
  # 0

gtlt example 2

  package main;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Code->new;
  my $result = $lvalue->gtlt($rvalue);
  # 0

gtlt example 3

  package main;
  use Venus::Code;
  use Venus::Float;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Float->new;
  my $result = $lvalue->gtlt($rvalue);
  # 0

gtlt example 4

  package main;
  use Venus::Code;
  use Venus::Hash;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Hash->new;
  my $result = $lvalue->gtlt($rvalue);
  # 0

gtlt example 5

  package main;
  use Venus::Code;
  use Venus::Number;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Number->new;
  my $result = $lvalue->gtlt($rvalue);
  # 0

gtlt example 6

  package main;
  use Venus::Code;
  use Venus::Regexp;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Regexp->new;
  my $result = $lvalue->gtlt($rvalue);
  # 0

gtlt example 7

  package main;
  use Venus::Code;
  use Venus::Scalar;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Scalar->new;
  my $result = $lvalue->gtlt($rvalue);
  # 0

gtlt example 8

  package main;
  use Venus::Code;
  use Venus::String;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::String->new;
  my $result = $lvalue->gtlt($rvalue);
  # 0

gtlt example 9

  package main;
  use Venus::Code;
  use Venus::Undef;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Undef->new;
  my $result = $lvalue->gtlt($rvalue);
  # 0

le

  le(any $arg) (boolean)

The le method performs a "lesser-than-or-equal-to" operation using the argument provided.

Since 0.08

le example 1

  package main;
  use Venus::Array;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Array->new;
  my $result = $lvalue->le($rvalue);
  # 0

le example 2

  package main;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Code->new;
  my $result = $lvalue->le($rvalue);
  # 1

le example 3

  package main;
  use Venus::Code;
  use Venus::Float;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Float->new;
  my $result = $lvalue->le($rvalue);
  # 0

le example 4

  package main;
  use Venus::Code;
  use Venus::Hash;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Hash->new;
  my $result = $lvalue->le($rvalue);
  # 0

le example 5

  package main;
  use Venus::Code;
  use Venus::Number;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Number->new;
  my $result = $lvalue->le($rvalue);
  # 0

le example 6

  package main;
  use Venus::Code;
  use Venus::Regexp;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Regexp->new;
  my $result = $lvalue->le($rvalue);
  # 0

le example 7

  package main;
  use Venus::Code;
  use Venus::Scalar;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Scalar->new;
  my $result = $lvalue->le($rvalue);
  # 0

le example 8

  package main;
  use Venus::Code;
  use Venus::String;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::String->new;
  my $result = $lvalue->le($rvalue);
  # 0

le example 9

  package main;
  use Venus::Code;
  use Venus::Undef;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Undef->new;
  my $result = $lvalue->le($rvalue);
  # 0

lt

  lt(any $arg) (boolean)

The lt method performs a "lesser-than" operation using the argument provided.

Since 0.08

lt example 1

  package main;
  use Venus::Array;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Array->new;
  my $result = $lvalue->lt($rvalue);
  # 0

lt example 2

  package main;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Code->new;
  my $result = $lvalue->lt($rvalue);
  # 0

lt example 3

  package main;
  use Venus::Code;
  use Venus::Float;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Float->new;
  my $result = $lvalue->lt($rvalue);
  # 0

lt example 4

  package main;
  use Venus::Code;
  use Venus::Hash;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Hash->new;
  my $result = $lvalue->lt($rvalue);
  # 0

lt example 5

  package main;
  use Venus::Code;
  use Venus::Number;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Number->new;
  my $result = $lvalue->lt($rvalue);
  # 0

lt example 6

  package main;
  use Venus::Code;
  use Venus::Regexp;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Regexp->new;
  my $result = $lvalue->lt($rvalue);
  # 0

lt example 7

  package main;
  use Venus::Code;
  use Venus::Scalar;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Scalar->new;
  my $result = $lvalue->lt($rvalue);
  # 0

lt example 8

  package main;
  use Venus::Code;
  use Venus::String;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::String->new;
  my $result = $lvalue->lt($rvalue);
  # 0

lt example 9

  package main;
  use Venus::Code;
  use Venus::Undef;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Undef->new;
  my $result = $lvalue->lt($rvalue);
  # 0

ne

  ne(any $arg) (boolean)

The ne method performs a "not-equal-to" operation using the argument provided.

Since 0.08

ne example 1

  package main;
  use Venus::Array;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Array->new;
  my $result = $lvalue->ne($rvalue);
  # 1

ne example 2

  package main;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Code->new;
  my $result = $lvalue->ne($rvalue);
  # 0

ne example 3

  package main;
  use Venus::Code;
  use Venus::Float;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Float->new;
  my $result = $lvalue->ne($rvalue);
  # 1

ne example 4

  package main;
  use Venus::Code;
  use Venus::Hash;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Hash->new;
  my $result = $lvalue->ne($rvalue);
  # 1

ne example 5

  package main;
  use Venus::Code;
  use Venus::Number;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Number->new;
  my $result = $lvalue->ne($rvalue);
  # 1

ne example 6

  package main;
  use Venus::Code;
  use Venus::Regexp;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Regexp->new;
  my $result = $lvalue->ne($rvalue);
  # 1

ne example 7

  package main;
  use Venus::Code;
  use Venus::Scalar;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Scalar->new;
  my $result = $lvalue->ne($rvalue);
  # 1

ne example 8

  package main;
  use Venus::Code;
  use Venus::String;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::String->new;
  my $result = $lvalue->ne($rvalue);
  # 1

ne example 9

  package main;
  use Venus::Code;
  use Venus::Undef;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Undef->new;
  my $result = $lvalue->ne($rvalue);
  # 1

  next(any @data) (any)

The next method is an alias to the call method. The naming is especially useful (i.e. helps with readability) when used with closure-based iterators.

Since 0.01

next example 1

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub { $_[0] * 2 });
  my $next = $code->next(72);
  # 144

rcurry

  rcurry(any @data) (coderef)

The rcurry method returns a code reference which executes the code passing it the any additional parameters and any arguments when executed.

Since 0.01

rcurry example 1

  package main;
  use Venus::Code;
  my $code = Venus::Code->new(sub { [@_] });
  my $rcurry = $code->rcurry(1,2,3);
  # sub { ... }
  # $rcurry->(4,5,6); # [4,5,6,1,2,3]

tv

  tv(any $arg) (boolean)

The tv method performs a "type-and-value-equal-to" operation using argument provided.

Since 0.08

tv example 1

  package main;
  use Venus::Array;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Array->new;
  my $result = $lvalue->tv($rvalue);
  # 0

tv example 2

  package main;
  use Venus::Code;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Code->new;
  my $result = $lvalue->tv($rvalue);
  # 1

tv example 3

  package main;
  use Venus::Code;
  use Venus::Float;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Float->new;
  my $result = $lvalue->tv($rvalue);
  # 0

tv example 4

  package main;
  use Venus::Code;
  use Venus::Hash;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Hash->new;
  my $result = $lvalue->tv($rvalue);
  # 0

tv example 5

  package main;
  use Venus::Code;
  use Venus::Number;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Number->new;
  my $result = $lvalue->tv($rvalue);
  # 0

tv example 6

  package main;
  use Venus::Code;
  use Venus::Regexp;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Regexp->new;
  my $result = $lvalue->tv($rvalue);
  # 0

tv example 7

  package main;
  use Venus::Code;
  use Venus::Scalar;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Scalar->new;
  my $result = $lvalue->tv($rvalue);
  # 0

tv example 8

  package main;
  use Venus::Code;
  use Venus::String;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::String->new;
  my $result = $lvalue->tv($rvalue);
  # 0

tv example 9

  package main;
  use Venus::Code;
  use Venus::Undef;
  my $lvalue = Venus::Code->new;
  my $rvalue = Venus::Undef->new;
  my $result = $lvalue->tv($rvalue);
  # 0

OPERATORS

This package overloads the following operators:

operation: "(&{})"

This package overloads the "&{}" operator.

example 1

  # given: synopsis;
  my $result = &$code(1..4);
  # [1..4]

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.