/usr/include/kml/xsd/xsd_complex_type.h is in libkml-dev 1.3.0-5.
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#ifndef KML_XSD_XSD_COMPLEX_TYPE_H__
#define KML_XSD_XSD_COMPLEX_TYPE_H__
#include <vector>
#include "boost/intrusive_ptr.hpp"
#include "kml/base/attributes.h"
#include "kml/xsd/xsd_element.h"
#include "kml/xsd/xsd_type.h"
namespace kmlxsd {
class XsdComplexType;
// Use this typedef to manage the XsdComplexType pointer. For example:
// XsdComplexTypePtr complex_type = XsdComplexType::Create(attributes);
typedef boost::intrusive_ptr<XsdComplexType> XsdComplexTypePtr;
// Corresponds to <xs:complexType> with possible <xs:extension> and use of
// <xs:sequence> (order of <xs:element>'s matters in <xs:sequence>).
class XsdComplexType : public XsdType {
public:
// Create an XsdComplexType from the given attributes. The "name" attribute
// must exist for this to succeed. On success a pointer is returned which
// may be managed with intrusive_ptr using the recommended typedef above.
static XsdComplexType* Create(const kmlbase::Attributes& attributes) {
string name;
if (attributes.GetString("name", &name)) {
return new XsdComplexType(name);
}
return NULL;
}
// This dynamic cast to XsdComplexTypePtr returns non-NULL if the xsd_type
// is non-NULL and is_complex() is true.
static XsdComplexTypePtr AsComplexType(const XsdTypePtr& xsd_type) {
if (xsd_type && xsd_type->get_xsd_type_id() == XSD_TYPE_COMPLEX) {
return boost::static_pointer_cast<XsdComplexType>(xsd_type);
}
return NULL;
}
virtual XsdTypeEnum get_xsd_type_id() const {
return XSD_TYPE_COMPLEX;
}
virtual bool is_complex() const {
return true;
}
// Get the value of the name attribute.
virtual const string get_name() const {
return name_;
}
virtual const string get_base() const {
return extension_base_;
}
// Set the value of the "base" attribute of the complexType's
// <xs:extension> element.
void set_extension_base(const string& extension_base) {
extension_base_ = extension_base;
}
// Get the <xs:extension base=".."> value.
const string& get_extension_base() const {
return extension_base_;
}
// Return true IFF this complexType has an <xs:extension base="..."/>.
bool has_extension_base() const {
return !extension_base_.empty();
}
// Append the given <xs:element> to this complexType's <xs:sequence>.
void add_element(const XsdElementPtr& element) {
sequence_.push_back(element);
}
// Return the number of elements in the <xs:sequence>.
size_t get_sequence_size() const {
return sequence_.size();
}
// Return the index'th element in the <xs:sequence>.
const XsdElementPtr get_sequence_at(size_t index) const {
return sequence_[index];
}
private:
bool ParseAttributes(const kmlbase::Attributes& attributes);
XsdComplexType(const string& name)
: name_(name) {
}
string name_;
string extension_base_; // <xs:extension base="xx">
std::vector<XsdElementPtr> sequence_; // <xs:sequence> of <xs:element>'s.
};
} // end namespace kmlxsd
#endif // KML_XSD_XSD_COMPLEX_TYPE_H__
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