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package SOAP::WSDL::XSD::ComplexType;
use strict;
use warnings;
use Class::Std::Fast::Storable;
use Scalar::Util qw(blessed);
use base qw(SOAP::WSDL::Base);
our $VERSION = 3.004;
# id provided by Base
# name provided by Base
# annotation provided by Base
my %length_of :ATTR(:name<length> :default<[]>);
my %minLength_of :ATTR(:name<minLength> :default<[]>);
my %maxLength_of :ATTR(:name<maxLength> :default<[]>);
my %pattern_of :ATTR(:name<pattern> :default<[]>);
my %enumeration_of :ATTR(:name<enumeration> :default<[]>);
my %whiteSpace_of :ATTR(:name<whiteSpace> :default<[]>);
my %totalDigits_of :ATTR(:name<totalDigits> :default<[]>);
my %fractionDigits_of :ATTR(:name<fractionDigits> :default<[]>);
my %minExclusive :ATTR(:name<minExclusive> :default<[]>);
my %minInclusive :ATTR(:name<minInclusive> :default<[]>);
my %maxExclusive :ATTR(:name<maxExclusive> :default<[]>);
my %maxInclusive :ATTR(:name<maxInclusive> :default<[]>);
my %attribute_of :ATTR(:name<attribute> :default<()>);
my %element_of :ATTR(:name<element> :default<[]>);
my %group_of :ATTR(:name<group> :default<()>);
my %variety_of :ATTR(:name<variety> :default<()>);
my %base_of :ATTR(:name<base> :default<()>);
my %itemType_of :ATTR(:name<itemType> :default<()>);
my %abstract_of :ATTR(:name<abstract> :default<()>);
my %final_of :ATTR(:name<final> :default<()>);
my %mixed_of :ATTR(:name<mixed> :default<()>); # default is false
my %derivation_of :ATTR(:name<derivation> :default<()>);
# is set to simpleContent/complexContent
my %content_model_of :ATTR(:name<contentModel> :default<NONE>);
sub get_flavor; *get_flavor = \&get_variety;
sub push_element {
my $self = shift;
my $element = shift;
if ($variety_of{ ident $self } eq 'all')
{
$element->set_minOccurs(0) if not defined ($element->get_minOccurs);
$element->set_maxOccurs(1) if not defined ($element->get_maxOccurs);
}
elsif ($variety_of{ ident $self } eq 'sequence')
{
$element->set_minOccurs(1) if not defined ($element->get_minOccurs);
$element->set_maxOccurs(1) if not defined ($element->get_maxOccurs);
}
push @{ $element_of{ ident $self } }, $element;
}
sub set_restriction {
my $self = shift;
my $element = shift;
$variety_of{ ident $self } = 'restriction';
$derivation_of{ ident $self } = 'restriction';
$base_of{ ident $self } = $element->{ Value };
}
sub set_extension {
my $self = shift;
my $element = shift;
$variety_of{ ident $self } = 'extension';
$derivation_of{ ident $self } = 'extension';
$base_of{ ident $self } = $element->{ Value };
}
sub init {
my $self = shift;
my @args = @_;
$self->SUPER::init( @args );
}
sub serialize {
my ($self, $name, $value, $opt) = @_;
$opt->{ indent } ||= q{};
$opt->{ attributes } ||= [];
my $variety = $self->get_variety();
my $xml = ($opt->{ readable }) ? $opt->{ indent } : q{}; # add indentation
if ( $opt->{ qualify } ) {
$opt->{ attributes } = [ ' xmlns="' . $self->get_targetNamespace .'"' ];
delete $opt->{ qualify };
}
$xml .= join q{ } , "<$name" , @{ $opt->{ attributes } };
delete $opt->{ attributes }; # don't propagate...
if ( $opt->{ autotype }) {
my $ns = $self->get_targetNamespace();
# reverse namespace by prefix hash
# build a list of hash keys (eg '#default', 'tns') whose values match our namespace (eg 'urn:myNamespace')
(my @possible_namespace_names) = grep { $opt->{ namespace }->{$_} eq $ns } keys %{ $opt->{ namespace } };
# put any '#default' option last
@possible_namespace_names = sort { $a eq '#default' ? 1 : $b eq '#default' ? -1 : $a cmp $b } @possible_namespace_names;
if( grep( $_ ne '#default', @possible_namespace_names ) > 1 or ! @possible_namespace_names ) {
die "No prefix found for namespace $ns, or too many possible names: ``@possible_namespace_names''; there should be just one and maybe a '#default' entry";
}
my $prefix = $possible_namespace_names[0];
$xml .= join q{}, " type=\"$prefix:", $self->get_name(), '" '
if ($self->get_name() );
}
$xml .= '>';
$xml .= "\n" if ( $opt->{ readable } ); # add linebreak
if ($self->schema) {
if ($self->schema()->get_elementFormDefault() ne "qualified") {
push @{$opt->{ attributes } }, q{xmlns=""}
if ($self->get_targetNamespace() ne "");
}
}
if ( ($variety eq "sequence") or ($variety eq "all") ) {
$opt->{ indent } .= "\t";
for my $element (@{ $self->get_element() }) {
# resolve element ref
#
# Basic algorithm is like this:
# If on serialization, we meet a element whose get_ref method
# returns a true value, lookup the element from the <types>
# definitions instead, and serialize this element.
#
if (my $ref = $element->get_ref()) {
$element = $opt->{ typelib }->find_element(
$element->expand($ref)
);
}
# might be list - listify
$value = [ $value ] if not ref $value eq 'ARRAY';
for my $single_value (@{ $value }) {
my $element_value;
if (blessed $single_value) {
my $method = 'get_' . $element->get_name();
$element_value = $single_value->$method();
}
else {
$element_value = $single_value->{ $element->get_name() };
}
$element_value = [ $element_value ]
if not ref $element_value eq 'ARRAY';
$xml .= join q{}
, map { $element->serialize( undef, $_, $opt ) }
@{ $element_value };
}
}
$opt->{ indent } =~s/\t$//;
}
else {
die "sorry, we just handle all and sequence types yet...";
}
$xml .= $opt->{ indent } if ( $opt->{ readable } ); # add indentation
$xml .= '</' . $name . '>';
$xml .= "\n" if ($opt->{ readable } ); # add linebreak
return $xml;
}
1;
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