NAME
    MooseX::Types::XMLSchema - XMLSchema compatible Moose types library

VERSION
    version 0.06

SYNOPSIS
        package My::Class;
        use Moose;
        use MooseX::Types::XMLSchema qw( :all );

        has 'string'       => ( is => 'rw', isa => 'xs:string' );

        has 'boolean'      => ( is => 'rw', isa => 'xs:boolean' );

        has 'byte'         => ( is => 'rw', isa => 'xs:byte' );
        has 'short'        => ( is => 'rw', isa => 'xs:short' );
        has 'int'          => ( is => 'rw', isa => 'xs:int' );
        has 'long'         => ( is => 'rw', isa => 'xs:long', coerce => 1 );
        has 'integer'      => ( is => 'rw', isa => 'xs:integer', coerce => 1 );
        has 'float'        => ( is => 'rw', isa => 'xs:float', coerce => 1 );
        has 'double'       => ( is => 'rw', isa => 'xs:double', coerce => 1 );
        has 'decimal'      => ( is => 'rw', isa => 'xs:decimal', coerce => 1 );

        has 'duration'     => ( is => 'rw', isa => 'xs:duration', coerce => 1 );
        has 'datetime'     => ( is => 'rw', isa => 'xs:dateTime', coerce => 1 );
        has 'time'         => ( is => 'rw', isa => 'xs:time', coerce => 1 );
        has 'date'         => ( is => 'rw', isa => 'xs:date', coerce => 1 );
        has 'gYearMonth'   => ( is => 'rw', isa => 'xs:gYearMonth', coerce => 1 );
        has 'gYear'        => ( is => 'rw', isa => 'xs:gYear', coerce => 1 );
        has 'gMonthDay'    => ( is => 'rw', isa => 'xs:gMonthDay', coerce => 1 );
        has 'gDay'         => ( is => 'rw', isa => 'xs:gDay', coerce => 1 );
        has 'gMonth'       => ( is => 'rw', isa => 'xs:gMonth', coerce => 1 );

        has 'base64Binary' => ( is => 'rw', isa => 'xs:base64Binary', coerce => 1 );

        has 'anyURI'            => ( is => 'rw', isa => 'xs:anyURI', coerce => 1 );

        has 'nonPositiveInteger' => ( is => 'rw', isa => 'xs:nonPositiveInteger', coerce => 1 );
        has 'positiveInteger'    => ( is => 'rw', isa => 'xs:positiveInteger', coerce => 1 );
        has 'nonNegativeInteger' => ( is => 'rw', isa => 'xs:nonNegativeInteger', coerce => 1 );
        has 'negativeInteger'    => ( is => 'rw', isa => 'xs:negativeInteger', coerce => 1 );

        has 'unsignedByte'    => ( is => 'rw', isa => 'xs:unsignedByte' );
        has 'unsignedShort'   => ( is => 'rw', isa => 'xs:unsignedShort' );
        has 'unsignedInt'     => ( is => 'rw', isa => 'xs:unsignedInt' );
        has 'unsignedLong'    => ( is => 'rw', isa => 'xs:unsignedLong', coerce => 1 );

    Then, elsewhere:

        my $object = My::Class->new(
            string          => 'string',
            decimal         => Math::BigFloat->new(20.12),
            duration        => DateTime->now - DateTime->(year => 1990),
            base64Binary    => IO::File->new($0),
        );

DESCRIPTION
    This class provides a number of XMLSchema compatible types for your
    Moose classes.

TYPES
  xs:string
        has 'string'       => (
            is => 'rw',
            isa => 'xs:string'
        );

    A wrapper around built-in Str.

  xs:integer
        has 'integer'      => (
            is => 'rw',
            isa => 'xs:integer',
            coerce => 1
        );

    A Math::BigInt object. Set to coerce from Int/Str.

    This is defined in XSchema to be an arbitrary size integer.

  xs:positiveInteger
        has 'positiveInteger' => (
            is => 'rw',
            isa => 'xs:positiveInteger',
            coerce => 1,
        );

    A Math::BigInt object. Set to coerce from Int/Str.

    This is defined in XSchema to be an arbitrary size integer greater than
    zero.

  xs:nonPositiveInteger
        has 'nonPositiveInteger' => (
            is => 'rw',
            isa => 'xs:nonPositiveInteger',
            coerce => 1,
        );

    A Math::BigInt object. Set to coerce from Int/Str.

    This is defined in XSchema to be an arbitrary size integer less than or
    equal to zero.

  xs:negativeInteger
        has 'negativeInteger' => (
            is => 'rw',
            isa => 'xs:negativeInteger',
            coerce => 1,
        );

    A Math::BigInt object. Set to coerce from Int/Str.

    This is defined in XSchema to be an arbitrary size integer less than
    zero.

  xs:nonNegativeInteger
        has 'nonPositiveInteger' => (
            is => 'rw',
            isa => 'xs:nonNegativeInteger',
            coerce => 1,
        );

    A Math::BigInt object. Set to coerce from Int/Str.

    This is defined in XSchema to be an arbitrary size integer greater than
    or equal to zero.

  xs:long
        has 'long' => (
            is => 'rw',
            isa => 'xs:long',
            coerce => 1,
        );

    A 64-bit Integer. Represented as a Math::Bigint object, but limited to
    the 64-bit (signed) range. Set to coerce from Int/Str.

  xs:unsignedLong
        has 'unsignedLong' => (
            is => 'rw',
            isa => 'xs:unsignedLong',
            coerce => 1,
        );

    A 64-bit Integer. Represented as a Math::Bigint object, but limited to
    the 64-bit (unsigned) range. Set to coerce from Int/Str.

  xs:int
        has 'int' => (
            is => 'rw',
            isa => 'xs:int'
        );

    A 32-bit integer. Represented natively.

  xs:unsignedInt
        has 'unsignedInt' => (
            is => 'rw',
            isa => 'xs:unsignedInt'
        );

    A 32-bit integer. Represented natively.

  xs:short
        has 'short' => (
            is => 'rw',
            isa => 'xs:short'
        );

    A 16-bit integer. Represented natively.

  xs:unsignedShort
        has 'unsignedShort' => (
            is => 'rw',
            isa => 'xs:unsignedShort'
        );

    A 16-bit integer. Represented natively.

  xs:byte
        has 'byte' => (
            is => 'rw',
            isa => 'xs:byte'
        );

    An 8-bit integer. Represented natively.

  xs:unsignedByte
        has 'unsignedByte' => (
            is => 'rw',
            isa => 'xs:unsignedByte'
        );

    An 8-bit integer. Represented natively.

  xs:boolean
        has 'boolean' => (
            is => 'rw',
            isa => 'xs:boolean'
        );

    A wrapper around built-in Bool.

  xs:float
        has 'float' => (
            is => 'rw',
            isa => 'xs:float',
            coerce => 1,
        );

    A single-precision 32-bit Float. Represented as a Math::BigFloat object,
    but limited to the 32-bit range. Set to coerce from Num/Str.

  xs:double
        has 'double' => (
            is => 'rw',
            isa => 'xs:double',
            coerce => 1,
        );

    A double-precision 64-bit Float. Represented as a Math::BigFloat object,
    but limited to the 64-bit range. Set to coerce from Num/Str.

  xs:decimal
        has 'decimal' => (
            is => 'rw',
            isa => 'xs:decimal',
            coerce => 1,
        );

    Any base-10 fixed-point number. Represented as a Math::BigFloat object.
    Set to coerce from Num/Str.

  xs:duration
        has 'duration' => (
            is => 'rw',
            isa => 'xs:duration',
            coerce => 1,
        );

    A wrapper around Str. If you enable coerce you can pass a
    DateTime::Duration object.

  xs:dateTime
        has 'datetime' => (
            is => 'rw',
            isa => 'xs:dateTime',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a DateTime
    object.

  xs:time
        has 'time' => (
            is => 'rw',
            isa => 'xs:time',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a DateTime
    object.

  xs:date
        has 'date'  => (
            is => 'rw',
            isa => 'xs:date',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a DateTime
    object.

  xs:gYearMonth
        has 'gYearMonth' => (
            is => 'rw',
            isa => 'xs:gYearMonth',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a DateTime
    object or a ArrayRef of two integers.

  xs:gYear
        has 'gYear' => (
            is => 'rw',
            isa => 'xs:gYear',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a DateTime
    object.

  xs:gMonthDay
        has 'gMonthDay' => (
            is => 'rw',
            isa => 'xs:gMonthDay',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a DateTime
    object or a ArrayRef of two integers.

  xs:gDay
        has 'gDay' => (
            is => 'rw',
            isa => 'xs:gDay',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a DateTime
    object or Int eg. 24.

  xs:gMonth
        has 'gMonth' => (
            is => 'rw',
            isa => 'xs:gMonth',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a DateTime
    object or Int eg. 10.

  xs:base64Binary
        has 'base64Binary' => (
            is => 'rw',
            isa => 'xs:base64Binary',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a IO::Handle
    object - the content of the file will be encoded to UTF-8 before
    encoding with base64.

  xs:anyURI
        has 'anyURI' => (
            is => 'rw',
            isa => 'xs:anyURI',
            coerce => 1
        );

    A wrapper around Str. If you enable coerce you can pass a URI object.

SEE ALSO
    *   Enable attributes coercion automatically with

        MooseX::AlwaysCoerce

AUTHOR
    Alex J. G. Burzyński <ajgb@cpan.org>

COPYRIGHT AND LICENSE
    This software is copyright (c) 2012 by Alex J. G. Burzyński
    <ajgb@cpan.org>.

    This is free software; you can redistribute it and/or modify it under
    the same terms as the Perl 5 programming language system itself.