SOAP::WSDL::XSD::Typelib::ComplexType (3)

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========================================================================

(The comments found at the beginning of the groff file "man3/SOAP::WSDL::XSD::Typelib::ComplexType.3pm".)

NAME

SOAP::WSDL::XSD::Typelib::ComplexType - Base class for complexType node classes

Subclassing

To subclass, write a package like this:

 package MyComplexType;
 use Class::Std::Fast::Storable constructor => 'none';
 use base qw(SOAP::WSDL::XSD::Typelib::ComplexType);

 # we only need the :get attribute qualifier.
 # set and init_arg are automatically created by
 # SOAP::WSDL::XSD::Typelib::ComplexType
 my %first_attr_of   :ATTR(:get<first_attr>  :default<()>);
 my %second_attr_of  :ATTR(:get<second_attr> :default<()>);
 my %third_attr_of   :ATTR(:get<third_attr>  :default<()>);

 # the order of elements in a complexType
 my @elements_from = qw(first_attr second_attr third_attr);

 # references to the private hashes
 my %attribute_of = (
    first_attr  => \%first_attr_of,
    second_attr => \%second_attr_of,
    third_attr  => \%third_attr_of,
 );

 # classes_of: Classes the child elements should be of
 my %classes_of = (
    first_attr  => 'My::FirstElement',
    second_attr => 'My::SecondElement',
    third_attr  => 'My::ThirdElement',
 );

 # call _factory
 __PACKAGE__->_factory(
    \@elements_from,
    \%attributes_of,
    \%classes_of,
 );

 1;

When subclassing, the following methods are created in the subclass:

new

Constructor. For your convenience, new will accept data for the object's properties in the following forms:

 hash refs
 1) of scalars
 2) of list refs
 3) of hash refs
 4) of objects
 5) mixed stuff of all of the above

new() will set the data via the set_FOO methods to the object's element properties.

Data passed to new must comply to the object's structure or new() will complain. Objects passed must be of the expected type, or new() will complain, too.

The special key xmlattr may be used to pass

attributes. This key is chosen, because ``xmlattr'' cannot legally be used as name (it starts with ``xml''). Passing a hash ref structure as value to ``xmlattr'' has the same effect as passing the same structure to a call to "$obj-"attr()>

Examples:

 my $obj = MyClass->new({ MyName => $value });

 my $obj = MyClass->new({
     MyName => {
         DeepName => $value,
     },
     MySecondName => $value,
 });

 my $obj = MyClass->new({
     MyName => [
        { DeepName => $value },
        { DeepName => $other_value },
     ],
     MySecondName => $object,
     MyThirdName => [ $object1, $object2 ],
 });

my $obj = MyClass->new({
     xmlattr => { name => 'foo' },
     MyName => {
         DeepName => $value,
     },
     MySecondName => $value,
 });

In case your building on Class::Std, please note the following limitations:

The new() method from Class::Std will be overridden, so you should not rely on it's behaviour.

Your

and methods are called, but the class' inheritance tree is not traversed.

set_FOO

A mutator method for every element property.

For your convenience, the set_FOO methods will accept all kind of data you can think of (and all combinations of them) as input - with the exception of

and filehandles.

This means you may set element properties by passing

 a) objects
 b) scalars
 c) list refs
 d) hash refs
 e) mixed stuff of all of the above

Examples are similar to the examples provided for new() above.

Note that you cannot delete a property by setting it to undef - this sets the property to an empty property object (with value undef).

To delete a property, say:

 $obj->set_FOO();

attr

Returns / sets the attribute object associated with the object. Attributes are modeled as attribute objects - their classes are usually private (i.e. part of the associated class' file, not in a separate file named after the attribute class).

Note that attribute support is still experimental.

as_bool

Returns the boolean value of the complexType (always true).

as_hash_ref

Returns a hash ref representation of the complexType object

Attributes are included under the special key ``xmlattr'' (if any).

The inclusion of attributes can be suppressed by calling

 $obj->as_has_ref(1);

or even globally by setting

 $SOAP::WSDL::XSD::Typelib::ComplexType::AS_HASH_REF_WITHOUT_ATTRIBUTES = 1;

Note that using the $AS_HASH_REF_WITHOUT_ATTRIBUTES global variable is strongly discouraged. Use of this variable is deprecated and will be removed as of version 2.1

as_hash_ref can be used for deep cloning. The following statement creates a deep clone of a SOAP::WSDL::ComplexType-based object

 my $clone = ref($obj)->new($obj->as_hash_ref());

serialize_attr

Serialize a complexType's attributes

serialize

Serialize a ComplexType object to Exported via symbol table into derived classes.

Bugs and limitations

*

Incomplete

API

Not all variants of

XML

Schema ComplexType definitions are supported yet.

Variants known to work are:

 sequence
 all
 complexContent containing sequence/all definitions

*

Thread safety

SOAP::WSDL::XSD::Typelib::Builtin::ComplexType uses Class::Std::Fast::Storable which uses Class::Std. Class::Std is not thread safe, so SOAP::WSDL::XSD::Typelib::Builtin::ComplexType is neither.

*

XML

Schema facets

No facets are implemented yet.

LICENSE AND COPYRIGHT

Copyright 2007 Martin Kutter.

This file is part of SOAP-WSDL. You may distribute/modify it under the same terms as perl itself

AUTHOR

Martin Kutter <martin.kutter fen-net.de>

REPOSITORY INFORMATION

 $Rev: 851 $
 $LastChangedBy: kutterma $
 $Id: ComplexType.pm 851 2009-05-15 22:45:18Z kutterma $
 $HeadURL: soap-wsdl.svn.sourceforge.net/svnroot/soap-wsdl/SOAP-WSDL/trunk/lib/SOAP/WSDL/XSD/Typelib/ComplexType.pm $