=> Input XML Schema
<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema"> <xsd:element name="msg" type="xsd:string"/> </xsd:schema>
<?xml version="1.0"?> <msg>Hello World</msg>
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __NoNS_msg_H__ #define __NoNS_msg_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" using namespace XPlus; namespace NoNS { typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string> msg; // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {http://www.w3.org/2001/XMLSchema}msg // /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_string> > msg_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string>* msg_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string> msg; } // end namespace NoNS #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __NoNS_DOCUMENT_H__ #define __NoNS_DOCUMENT_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "NoNS/msg.h" using namespace XPlus; using namespace FSM; namespace NoNS { class Document : public XMLSchema::TDocument { private: msg_ptr _msg; AutoPtr<XsdFSM<msg_ptr> > _fsm_msg; // attributes, elements msg_ptr create_msg(FsmCbOptions& options); public: Document(bool buildTree=true, bool createSample=false); virtual ~Document() {} msg_p element_msg(); void initFSM(); }; } // end namespace NoNS #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __NoNS_ALL_INCLUDE_H__ #define __NoNS_ALL_INCLUDE_H__ #include "XPlus/AutoPtr.h" #include "NoNS/Document.h" #include "NoNS/msg.h" using namespace XPlus; #endif
#include <iostream> #include <string> #include "XSD/UserOps.h" #include "NoNS/all-include.h" void populateDocument(NoNS::Document* xsdDoc); void updateOrConsumeDocument(NoNS::Document* xsdDoc); int main (int argc, char**argv) { XSD::UserOps<NoNS::Document>::UserOpsCbStruct cbStruct; cbStruct.cbPopulateDocument = populateDocument; cbStruct.cbUpdateOrConsumeDocument = updateOrConsumeDocument; XSD::UserOps<NoNS::Document> opHandle(cbStruct); opHandle.run(argc, argv); } // // Following functions are use case templates. // You need to put "code" in the respective contexts. // // template function to populate the Tree with values // write code to populate the Document here void populateDocument(NoNS::Document* xsdDoc) { xsdDoc->element_msg()->stringValue("Hello World"); } // write code to operate(update/consume/test etc.) on the Document, which is already // populated(eg. read from an input xml file) void updateOrConsumeDocument(NoNS::Document* xsdDoc) { }
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "NoNS/Document.h" namespace NoNS { ///constructor for the Document node Document::Document(bool buildTree_, bool createSample_): XMLSchema::TDocument(buildTree_, createSample_) { initFSM(); DOM::Document::attributeDefaultQualified(false); DOM::Document::elementDefaultQualified(false); if(buildTree()) { DOMStringPtr nsUriPtr = NULL; XsdEvent event(nsUriPtr, NULL, DOMString("msg"), XsdEvent::ELEMENT_START); if(this->createSample()) { event.cbOptions.isSampleCreate = true; } _fsm->processEventThrow(event); } } void Document::initFSM() { _fsm_msg = new XsdFSM<msg_ptr>( Particle(NULL, DOMString("msg"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<msg_ptr, Document, FsmCbOptions>(this, &Document::create_msg)); XsdFsmBasePtr elemFsms[] = { _fsm_msg, NULL }; XsdFsmBasePtr fofElem = new XsdFsmOfFSMs(elemFsms, XsdFsmOfFSMs::CHOICE); XsdFsmBasePtr docEndFsm = new XsdFSM<void *>(Particle(NULL, "", 1, 1), XsdEvent::DOCUMENT_END); XsdFsmBasePtr ptrFsms[] = { fofElem, docEndFsm, NULL }; _fsm = new XsdFsmOfFSMs(ptrFsms, XsdFsmOfFSMs::SEQUENCE); } /* element functions */ msg_ptr Document::create_msg(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("msg"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "string"); msg_p node = XSD::createElementTmpl<msg, XMLSchema::Types::bt_string*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _msg = node; return node; } msg_p Document::element_msg() { FSM::warnNullNode(_msg, "msg", "{http://www.w3.org/2001/XMLSchema}msg", 1); return _msg; } } // end namespace NoNS
<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema" targetNamespace="http://www.example.com/simplest" elementFormDefault="qualified" > <xsd:element name="items"> <xsd:complexType mixed="true"> <xsd:sequence> <xsd:element name="item" type="xsd:string" minOccurs="0" maxOccurs="5"/> </xsd:sequence> <xsd:attribute name="id" type="xsd:string" default="102" use="optional"/> </xsd:complexType> </xsd:element> </xsd:schema>
<nsaliases> <alias uri="http://www.example.com/simplest" toUrn="urn:simplest"/> </nsaliases>
<?xml version="1.0"?> <ns1:items xmlns:ns1="http://www.example.com/simplest"> text content1 <ns1:item>one</ns1:item> text content2 <ns1:item>two</ns1:item> </ns1:items>
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __simplest_DOCUMENT_H__ #define __simplest_DOCUMENT_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "simplest/items.h" using namespace XPlus; using namespace FSM; namespace simplest{ class Document : public XMLSchema::TDocument { private: items_ptr _items; AutoPtr<XsdFSM<items_ptr> > _fsm_items; // attributes, elements items_ptr create_items(FsmCbOptions& options); public: Document(bool buildTree=true, bool createSample=false); virtual ~Document() {} items_p element_items(); void initFSM(); }; } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __simplest_ALL_INCLUDE_H__ #define __simplest_ALL_INCLUDE_H__ #include "XPlus/AutoPtr.h" #include "simplest/Document.h" #include "simplest/items.h" using namespace XPlus; #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __simplest_items_H__ #define __simplest_items_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" using namespace XPlus; namespace simplest{ /// The class for element {}items with following structure: /// \n complexType->ModelGroup-or-ModelGroupDefinition /// Read more on structures/methods inside ... class items : public XMLSchema::XmlElement<XMLSchema::Types::anyType> { public: /// constructor for the element node items(ElementCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_string> > item_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string>* item_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string> item; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_string> > attr_id_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_string>* attr_id_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_string> attr_id; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(items* that); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<item_ptr> elements_item(); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched item_p element_item_at(unsigned int idx); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Sets the value of the element at the supplied index with the supplied value /// @param idx index of the element /// @param val the value(as DOMString) to set with void set_item(unsigned int idx, DOMString val); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Returns the value of the element at the supplied index with the supplied value. /// @param idx index of the element /// @return the value(as DOMString) of the element DOMString get_item_string(unsigned int idx); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element item_p add_node_item(); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<item_ptr> set_count_item(unsigned int size); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Adds one element to the end of the "list of the element nodes", and sets the value with supplied DOMString value /// @param val the value(as DOMString) to set with void add_item_string(DOMString val); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } items* _that; }; // end sequence /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<item_ptr> elements_item(); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched item_p element_item_at(unsigned int idx); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Sets the value of the element at the supplied index with the supplied value /// @param idx index of the element /// @param val the value(as DOMString) to set with void set_item(unsigned int idx, DOMString val); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Returns the value of the element at the supplied index with the supplied value. /// @param idx index of the element /// @return the value(as DOMString) of the element DOMString get_item_string(unsigned int idx); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element item_p add_node_item(); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<item_ptr> set_count_item(unsigned int size); /// For vector-element with QName "{http://www.w3.org/2001/XMLSchema}item" : /// \n Adds one element to the end of the "list of the element nodes", and sets the value with supplied DOMString value /// @param val the value(as DOMString) to set with void add_item_string(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_id_p attribute_attr_id(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_id(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_id_string(); /// For the optional scalar attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// Marks the attribute as present void mark_present_attr_id(); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; List<item_ptr> _list_item; attr_id_ptr _attr_id; /// initialize the FSM void initFSM(); item_ptr create_item(FsmCbOptions& options); attr_id_ptr create_attr_id(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END }; //end class items // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {}items // /// typedef for the Shared pointer to the node typedef AutoPtr<items > items_ptr; /// typedef for the Plain pointer to the node typedef items* items_p; } // end namespace #endif
#include <iostream> #include <string> extern "C" { #include <getopt.h> } #include "simplest/all-include.h" void populateDocument(simplest::Document xsdDoc); void updateOrConsumeDocument(simplest::Document xsdDoc); void writePopulatedDoc(); void writeSample(); void readUpdateWriteFile(string inFilePath); void roundtripFile(string inFilePath); void validateFile(string inFilePath); void writePopulatedDoc() { cout << "Going to populate Document and write xml file..." << endl; string outFile="t.xml"; try { simplest::Document xsdDoc(true); xsdDoc.prettyPrint(true); populateDocument(xsdDoc); ofstream ofs(outFile.c_str()); ofs << xsdDoc; cout << " => wrote file:" << outFile << " (using DOM Document)" << endl << endl; } catch(XPlus::Exception& ex) { cerr << " => write failed" << endl; cerr << endl << "{" << endl; cerr << ex.msg(); cerr << endl << "}" << endl; exit(1); } } void writeSample() { cout << "writeSample:" << endl; string outFile = "sample.xml"; try { //write the Document back to a file simplest::Document xsdDoc(true, true); xsdDoc.prettyPrint(true); ofstream ofs(outFile.c_str()); ofs << xsdDoc; cout << " => wrote file:" << outFile << " (using DOM Document)" << endl << endl; } catch(XPlus::Exception& ex) { cerr << " => write failed" << endl; cerr << endl << "{" << endl; cerr << ex.msg(); cerr << endl << "}" << endl; exit(1); } } void readUpdateWriteFile(string inFilePath) { cout << "readUpdateWriteFile:" << inFilePath << endl; cout << "Going to: \n" << " 1) read input-xml-file\n" " 2) update the read Document with user-supplied function updateOrConsumeDocument()\n" " 3) write xml file..." << endl << endl; string outFile = inFilePath+ ".row.xml"; try { //read the file into the Document ifstream is(inFilePath.c_str()); simplest::Document xsdDoc(false); is >> xsdDoc; xsdDoc.prettyPrint(true); updateOrConsumeDocument(xsdDoc); //write the Document back to a file ofstream ofs(outFile.c_str()); ofs << xsdDoc; cout << " => wrote file:" << outFile << " (using DOM Document)" << endl << endl; } catch(XPlus::Exception& ex) { cerr << " => write failed" << endl; cerr << endl << "{" << endl; cerr << ex.msg(); cerr << endl << "}" << endl; exit(1); } } void roundtripFile(string inFilePath) { cout << "Going to roundtrip file:" << inFilePath << endl; try { //read the file into the Document ifstream is(inFilePath.c_str()); simplest::Document xsdDoc(false); is >> xsdDoc; //write the Document back to a file xsdDoc.prettyPrint(true); string outFile = inFilePath + ".rt.xml"; ofstream ofs(outFile.c_str()); ofs << xsdDoc; cout << " => wrote file:" << outFile << " (using DOM Document)" << endl << endl; } catch(XPlus::Exception& ex) { cerr << "Error:\n" << ex.msg() << endl; exit(1); } } void validateFile(string inFilePath) { cout << "validating file:" << inFilePath << endl; // this is one way of validation: // when the Document is built from a xml-file, the file // does get validated. Any errors(exception) thrown, would // be reported in the catch block try { //read the file into the Document ifstream is(inFilePath.c_str()); simplest::Document xsdDoc(false); is >> xsdDoc; } catch(XPlus::Exception& ex) { ex.setContext("file", inFilePath); cerr << " => validation failed" << endl; cerr << endl << "Error: {" << endl; cerr << ex.msg(); cerr << endl << "}" << endl; exit(1); } catch(std::exception& ex) { cerr << " unknown error" << endl; } catch(...) { cerr << " unknown error" << endl; } cout << " => validated successfully" << endl << endl; } void printHelp(string argv0) { cout << "Usage: " << argv0 << " [options] XMLfiles ..." << endl; cout << "Options:" << endl; cout << " -s, --sample\n" << " create a schema-driven sample xml-file\n" << " Note: optional fields are omitted" << endl; cout << " -w, --write\n" << " write a xml-file using populated Document\n" << " Note: populateDocument() function in main.cpp template,\n" << " must be used to populate the Document" << endl; cout << " -v, --validate\n" << " validate input xml-file(against compiled schema)" << endl; cout << " -r, --roundtrip\n" << " roundtrip (read->write) input xml-file" << endl; cout << " -u, --row\n" << " perform read->update->write operations on input xml-file" << endl; cout << " -h, --help\n" << " print help" << endl; cout << endl; } int main (int argc, char**argv) { int c; /* Flag set by ‘--verbose’. */ int verbose_flag=0; string inFile; while (1) { static struct option long_options[] = { /* These options set a flag. */ {"verbose", no_argument, &verbose_flag, 1}, /* These options don't set a flag. We distinguish them by their indices. */ {"help", no_argument, 0, 'h'}, {"sample", no_argument, 0, 's'}, {"write", no_argument, 0, 'w'}, {"validate", required_argument, 0, 'v'}, {"roundtrip", required_argument, 0, 'r'}, {"row", required_argument, 0, 'u'}, {0, 0, 0, 0} }; /* getopt_long stores the option index here. */ int option_index = 0; c = getopt_long (argc, argv, "hr:su:v:w", long_options, &option_index); /* Detect the end of the options. */ if (c == -1) break; switch (c) { case 0: /* If this option set a flag, do nothing else now. */ if (long_options[option_index].flag != 0) break; printf ("option %s", long_options[option_index].name); if (optarg) printf (" with arg %s", optarg); printf ("\n"); break; case 'h': printHelp(argv[0]); break; case 's': writeSample(); break; case 'w': writePopulatedDoc(); break; case 'r': inFile = optarg; roundtripFile(inFile); break; case 'v': inFile = optarg; validateFile(inFile); break; case 'u': inFile = optarg; readUpdateWriteFile(inFile); break; case '?': /* getopt_long already printed an error message. */ break; default: abort(); } } if (verbose_flag) { //cout << "verbose flag is set" << endl;; } if (optind < argc) { cout << "Invalid arguments: " << endl; while (optind < argc) cout << argv[optind++] << " "; cout << endl; exit(1); } } // // Following functions are templates. // You need to put code in the context // // template function to populate the Tree with values void populateDocument(simplest::Document xsdDoc) { // write code to populate the Document here simplest::items *pItems = xsdDoc.element_items(); pItems->setTextAmongChildrenAt("text content1", 0); if(1) { pItems->add_item_string("one"); pItems->add_item_string("two"); } else { XPlus::List<simplest::items::item_ptr> list_items2 = pItems->set_count_item(2); list_items2.at(0)->stringValue("one"); list_items2.at(1)->stringValue("two"); } pItems->setTextAmongChildrenAt("text content2", 2); } void updateOrConsumeDocument(simplest::Document xsdDoc) { // write code to update the populated-Document here simplest::items *pItems = xsdDoc.element_items(); pItems->replaceTextAt("updated text content2", 1); }
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "simplest/Document.h" namespace simplest{ ///constructor for the Document node Document::Document(bool buildTree_, bool createSample_): XMLSchema::TDocument(buildTree_, createSample_) { initFSM(); DOM::Document::attributeDefaultQualified(false); DOM::Document::elementDefaultQualified(true); if(buildTree()) { DOMStringPtr nsUriPtr = new DOMString("http://www.example.com/simplest"); XsdEvent event(nsUriPtr, NULL, DOMString("items"), XsdEvent::ELEMENT_START); if(this->createSample()) { event.cbOptions.isSampleCreate = true; } _fsm->processEventThrow(event); } } void Document::initFSM() { _fsm_items = new XsdFSM<items_ptr>( Particle(new DOMString("http://www.example.com/simplest"), DOMString("items"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<items_ptr, Document, FsmCbOptions>(this, &Document::create_items)); XsdFsmBasePtr elemFsms[] = { _fsm_items, NULL }; XsdFsmBasePtr fofElem = new XsdFsmOfFSMs(elemFsms, XsdFsmOfFSMs::CHOICE); XsdFsmBasePtr docEndFsm = new XsdFSM<void *>(Particle(NULL, "", 1, 1), XsdEvent::DOCUMENT_END); XsdFsmBasePtr ptrFsms[] = { fofElem, docEndFsm, NULL }; _fsm = new XsdFsmOfFSMs(ptrFsms, XsdFsmOfFSMs::SEQUENCE); } /* element functions */ items_ptr Document::create_items(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("items"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/simplest"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false); items_p node = XSD::createElementTmpl<items, void*>(t); _items = node; return node; } items_p Document::element_items() { FSM::warnNullNode(_items, "items", "{}items", 1); return _items; } } // end namespace
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "simplest/items.h" namespace simplest{ //constructor items::items(ElementCreateArgs args): XMLSchema::XmlElement<anyType>(args), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_MIXED); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree()) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void items::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { new XsdFSM<attr_id_ptr>( Particle(NULL, DOMString("id"), 0, 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_id_ptr, items, FsmCbOptions>(this, &items::create_attr_id)), NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ items::item_ptr items::create_item(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("item"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/simplest"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "string"); items::item_p node = XSD::createElementTmpl<item, XMLSchema::Types::bt_string*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _list_item.push_back(node); return node; } items::item_p items::element_item_at(unsigned int idx) { if(idx > _list_item.size()-1) { throw IndexOutOfBoundsException("IndexOutOfBoundsException"); } return _list_item.at(idx); } List<items::item_ptr> items::elements_item() { return _list_item; } items::item_p items::add_node_item() { return get_sequence()->add_node_item(); } List<items::item_ptr> items::set_count_item(unsigned int size) { return get_sequence()->set_count_item(size); } void items::add_item_string(DOMString val) { get_sequence()->add_item_string(val); } void items::set_item(unsigned int idx, DOMString val) { get_sequence()->set_item(idx, val); } DOMString items::get_item_string(unsigned int idx) { return get_sequence()->get_item_string(idx); } /* attribute functions */ items::attr_id_ptr items::create_attr_id(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("id"); static DOMStringPtr myNsUri = NULL; if(_attr_id) { return _attr_id; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); items::attr_id_p node = XSD::createAttributeTmpl<attr_id>(t); node->defaultValue("102"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_id = node; return node; } void items::mark_present_attr_id() { if(!_attr_id) { XsdEvent event(NULL, NULL, DOMString("id"), XsdEvent::ATTRIBUTE); _fsmAttrs->processEventThrow(event); _fsm->fsmCreatedNode(NULL); } } void items::set_attr_id(DOMString val) { mark_present_attr_id(); attribute_attr_id()->stringValue(val); } DOMString items::get_attr_id_string() { return attribute_attr_id()->stringValue(); } items::attr_id_p items::attribute_attr_id() { FSM::warnNullNode(_attr_id, "attr_id", "{http://www.w3.org/2001/XMLSchema}id", 0); return _attr_id; } //constructor items::sequence::sequence(items* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<item_ptr>( Particle(new DOMString("http://www.example.com/simplest"), DOMString("item"), 0, 5), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<item_ptr, items, FsmCbOptions>(_that, &items::create_item)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } List<items::item_ptr> items::sequence::elements_item() { List<item_ptr> nodeList; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<item_ptr> *unitFsm = dynamic_cast<XsdFSM<item_ptr> *>(fsm_p); if(unitFsm) { //nodeList = unitFsm->nodeList().stl_list(); nodeList = unitFsm->nodeList(); } } return nodeList; } items::item_p items::sequence::element_item_at(unsigned int idx) { return elements_item().at(idx); } void items::sequence::set_item(unsigned int idx, DOMString val) { element_item_at(idx)->stringValue(val); } DOMString items::sequence::get_item_string(unsigned int idx) { return element_item_at(idx)->stringValue(); } items::item_p items::sequence::add_node_item() { DOMStringPtr nsUriPtr = new DOMString("http://www.example.com/simplest"); XsdEvent event(nsUriPtr, NULL, DOMString("item"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); return elements_item().back(); } List<items::item_ptr> items::sequence::set_count_item(unsigned int size) { if( (size > 5) || (size < 0)) { ostringstream oss; oss << "set_count_item: size should be in range: [" << 0 << "," << 5 << "]"; throw IndexOutOfBoundsException(oss.str()); } unsigned int prevSize = elements_item().size(); if(size < prevSize) { //FIXME: allow later: throw XPlus::RuntimeException("resize lesser than current size not allowed"); } for(unsigned int j=prevSize; j<size; j++) { // pretend docBuilding to avoid computation of adding after first loop XsdEvent event(new DOMString("http://www.example.com/simplest"), NULL, DOMString("item"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); } return elements_item(); } void items::sequence::add_item_string(DOMString val) { this->add_node_item()->stringValue(val); } } // end namespace
<?xml version="1.0" encoding="UTF-8" ?> <!-- // This file is part of XmlPlus package // // Copyright (C) 2010-2011 Satya Prakash Tripathi // All rights reserved. // --> <xsd:schema elementFormDefault="qualified" attributeFormDefault="qualified" targetNamespace="http://www.example.com/STDemo" xmlns:tns="http://www.example.com/STDemo" xmlns:xsd="http://www.w3.org/2001/XMLSchema" > <!-- 1. global element/attribute declarations --> <xsd:element name="myComplexTypeElem" type="tns:MyComplexType"/> <xsd:element name="globalWaterTemp" type="tns:CelciusWaterTemp"/> <xsd:attribute name="globalStringAttr"> <xsd:simpleType> <xsd:restriction base='xsd:string'> <xsd:length value='3'/> </xsd:restriction> </xsd:simpleType> </xsd:attribute> <!-- 2. global simpleType/complexType declarations --> <xsd:complexType name="MyComplexType" mixed="true"> <xsd:sequence> <!-- 2.1 atomic, builtin simpleTypes --> <xsd:element name="xBoolean" type="xsd:boolean" fixed="false"/> <xsd:element name="xDecimal" type="xsd:decimal" default="-1.23e-6"/> <xsd:element name="xFloat" type="xsd:float" default="-1.23e-3"/> <xsd:element name="xDouble" type="xsd:double" default="-1.23e-5"/> <xsd:element name="xInteger" type="xsd:integer" default="-12678967543233"/> <xsd:element name="xPositiveInteger" type="xsd:positiveInteger" default="12678967543233"/> <xsd:element name="xNonPositiveInteger" type="xsd:nonPositiveInteger" default="-12678967543233"/> <xsd:element name="xNegativeInteger" type="xsd:negativeInteger" default="-12678967543233"/> <xsd:element name="xNonNegativeInteger" type="xsd:nonNegativeInteger" default="12678967543233"/> <xsd:element name="xLong" type="xsd:long" default="-9223372036854775808"/> <xsd:element name="xInt" type="xsd:int" default="-2147483648"/> <xsd:element name="xShort" type="xsd:short" default="-32768"/> <xsd:element name="xByte" type="xsd:byte" default="-127"/> <xsd:element name="xUnsignedLong" type="xsd:unsignedLong" default="18446744073709551615"/> <xsd:element name="xUnsignedInt" type="xsd:unsignedInt" default="4294967295"/> <xsd:element name="xUnsignedShort" type="xsd:unsignedShort" default="65535"/> <xsd:element name="xUnsignedByte" type="xsd:unsignedByte" default="255"/> <xsd:element name="xHexBinary" type="xsd:hexBinary" default="FEFF"/> <xsd:element name="xBase64Binary" type="xsd:base64Binary" default="aGVsbG8gd29ybGQ="/> <xsd:element name="xUri" type="xsd:anyURI" default="http://www.example.com/xmlplus"/> <xsd:element name="xNormalizedString" type="xsd:normalizedString" default="no CR LF TAB"/> <xsd:element name="xToken" type="xsd:token" default=" xs:hexBinary "/> <xsd:element name="xLanguage" type="xsd:language" default="english"/> <xsd:element name="xName" type="xsd:Name" default=":colonToken"/> <xsd:element name="xNCName" type="xsd:NCName" default="noColonToken"/> <xsd:element name="xQName" type="xsd:QName" default="xsi:schemaLocation"/> <xsd:element name="xDateTime" type="xsd:dateTime" default="2001-07-04T14:50:59Z"/> <xsd:element name="xDate" type="xsd:date" default="2010-01-04"/> <xsd:element name="xYearMonth" type="xsd:gYearMonth" default="1980-11"/> <xsd:element name="xYear" type="xsd:gYear" default="1978"/> <xsd:element name="xMonthDay" type="xsd:gMonthDay" default="12-30"/> <xsd:element name="xMonth" type="xsd:gMonth" default="7"/> <xsd:element name="xDay" type="xsd:gDay" default="30"/> <xsd:element name="xTime" type="xsd:time" default="14:59:57"/> <xsd:element name="xDuration" type="xsd:duration" default="P1Y2M3DT10H30M40S"/> <!-- 2.2 atomic, derived(non-builtin) simpleTypes --> <xsd:element name="anIntMax10" minOccurs="3" maxOccurs="5"> <xsd:simpleType> <xsd:restriction base='xsd:int'> <xsd:maxInclusive value='10'/> </xsd:restriction> </xsd:simpleType> </xsd:element> <xsd:element name="anIntMax5k" type="tns:IntMax5k"/> <xsd:element ref="tns:globalWaterTemp"/> <xsd:element name="aSKU" type="tns:SKU"/> <xsd:element name="aDateTime" type="tns:DateTimeInARange"/> <xsd:element name="aDate" type="tns:DateInARange" default="2010-01-04"/> <xsd:element name="aYear" type="tns:YearInARange"/> <xsd:element name="aCommonName"> <xsd:simpleType> <xsd:restriction base='xsd:string'> <xsd:length value='5'/> </xsd:restriction> </xsd:simpleType> </xsd:element> <!-- 2.3 list simpleTypes --> <xsd:element name="aListOfIntMax5k" type="tns:ListOfIntMax5k"/> <xsd:element name="aListOfFourIntMax500" type="tns:ListOfFourIntMax500"/> <xsd:element name="aListOfTwoIntMax3k" type="tns:ListOfTwoIntMax3k"/> <!-- 2.4 union simpleTypes --> <xsd:element name="aFont" type="tns:Font"/> <xsd:element name="anotherFont" type="tns:Font"/> </xsd:sequence> <xsd:attribute name="xID" type="xsd:ID" default="NMTOKENS.minLength" use="optional"/> <xsd:attribute name="xIDREF" type="xsd:IDREF" use="optional"/> <xsd:attribute name="xIDREFS" type="xsd:IDREFS" use="optional"/> <xsd:attribute name="xENTITY" type="xsd:ENTITY" use="optional"/> <xsd:attribute name="xENTITIES" type="xsd:ENTITIES" use="optional"/> <xsd:attribute name="xNMTOKEN" type="xsd:NMTOKEN" default="prohibited" use="optional"/> <xsd:attribute name="xNMTOKENS" type="xsd:NMTOKENS" default="optional prohibited required" use="optional"/> <xsd:attribute ref="tns:globalStringAttr" use="required"/> <xsd:attribute name="aNOTATION" type="tns:PictureNotationType"/> <xsd:attribute name="aNNI" type="tns:EnumNNI" use="required"/> <xsd:attribute name="anotherNNI" type="tns:EnumNNI" use="required"/> <xsd:attribute name="aCommonName" use="required"> <xsd:simpleType> <xsd:restriction base='xsd:string'> <xsd:length value='5'/> </xsd:restriction> </xsd:simpleType> </xsd:attribute> </xsd:complexType> <xsd:simpleType name="CelciusWaterTemp"> <xsd:restriction base="xsd:decimal"> <xsd:fractionDigits value="2"/> <xsd:minExclusive value="0.00"/> <xsd:maxExclusive value="100.00"/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name="SKU"> <xsd:restriction base="xsd:string"> <xsd:pattern value="\d{3}-[A-Z]{2}"/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name="DateTimeInARange"> <xsd:restriction base="xsd:dateTime"> <xsd:minInclusive value="2010-01-01T12:00:00Z"/> <xsd:maxInclusive value="2010-05-31T23:00:00Z"/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name="DateInARange"> <xsd:restriction base="xsd:date"> <xsd:minInclusive value="2010-01-01Z"/> <xsd:maxInclusive value="2010-01-31Z"/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name="YearInARange"> <xsd:restriction base="xsd:gYear"> <xsd:minExclusive value="2005"/> <xsd:maxInclusive value="2010"/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name='IntMax5k'> <xsd:restriction base='xsd:int'> <xsd:maxExclusive value='5000'/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name='ListOfIntMax5k'> <xsd:list itemType='tns:IntMax5k'/> </xsd:simpleType> <xsd:simpleType name='ListOfIntMax500'> <xsd:list> <xsd:simpleType> <xsd:restriction base='xsd:int'> <xsd:maxExclusive value='500'/> </xsd:restriction> </xsd:simpleType> </xsd:list> </xsd:simpleType> <xsd:simpleType name='ListOfFourIntMax500'> <xsd:restriction base='tns:ListOfIntMax500'> <xsd:maxLength value='4'/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name='ListOfIntMax3k'> <xsd:list> <xsd:simpleType> <xsd:restriction> <xsd:simpleType> <xsd:restriction base='tns:IntMax5k'> <xsd:maxExclusive value='4000'/> </xsd:restriction> </xsd:simpleType> <xsd:maxExclusive value='3000'/> </xsd:restriction> </xsd:simpleType> </xsd:list> </xsd:simpleType> <xsd:simpleType name='ListOfTwoIntMax3k'> <xsd:restriction base='tns:ListOfIntMax3k'> <xsd:maxLength value='2'/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name="Font"> <xsd:union memberTypes="tns:Fontbynumber tns:Fontbystringname"/> </xsd:simpleType> <xsd:simpleType name="Fontbynumber"> <xsd:restriction base="xsd:positiveInteger"> <xsd:maxInclusive value="72"/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name="Fontbystringname"> <xsd:restriction base="xsd:string"> <xsd:enumeration value="small"/> <xsd:enumeration value="medium"/> <xsd:enumeration value="large"/> </xsd:restriction> </xsd:simpleType> <xsd:simpleType name="EnumNNI"> <xsd:union memberTypes="xsd:nonNegativeInteger"> <xsd:simpleType> <xsd:restriction base="xsd:NMTOKEN"> <xsd:enumeration value="unbounded"/> </xsd:restriction> </xsd:simpleType> </xsd:union> </xsd:simpleType> <xsd:notation name="jpeg" public="JPG"/> <xsd:notation name="gif" public="GIF"/> <xsd:simpleType name="PictureNotationType"> <xsd:restriction base="xsd:NOTATION"> <xsd:enumeration value="jpeg"/> <xsd:enumeration value="gif"/> </xsd:restriction> </xsd:simpleType> </xsd:schema>
<nsaliases> <alias uri="http://www.example.com/STDemo" toUrn="urn:STDemo"/> </nsaliases>
<?xml version="1.0"?> <ns1:myComplexTypeElem ns1:globalStringAttr="abc" ns1:aNNI="unbounded" ns1:anotherNNI="100" ns1:aCommonName="abcde" xmlns:ns1="http://www.example.com/STDemo"> Here you will see some examples of simpleType elements Following are examples of -atomic- simpleType elements <ns1:xBoolean>false</ns1:xBoolean> <ns1:xDecimal>-1.23e-6</ns1:xDecimal> <ns1:xFloat>-1.23e-3</ns1:xFloat> <ns1:xDouble>-1.23e-5</ns1:xDouble> <ns1:xInteger>-12678967543233</ns1:xInteger> <ns1:xPositiveInteger>12678967543233</ns1:xPositiveInteger> <ns1:xNonPositiveInteger>-12678967543233</ns1:xNonPositiveInteger> <ns1:xNegativeInteger>-12678967543233</ns1:xNegativeInteger> <ns1:xNonNegativeInteger>12678967543233</ns1:xNonNegativeInteger> <ns1:xLong>-9223372036854775808</ns1:xLong> <ns1:xInt>-2147483648</ns1:xInt> <ns1:xShort>-32768</ns1:xShort> <ns1:xByte>-127</ns1:xByte> <ns1:xUnsignedLong>18446744073709551615</ns1:xUnsignedLong> <ns1:xUnsignedInt>4294967295</ns1:xUnsignedInt> <ns1:xUnsignedShort>65535</ns1:xUnsignedShort> <ns1:xUnsignedByte>255</ns1:xUnsignedByte> <ns1:xHexBinary>FEFF</ns1:xHexBinary> <ns1:xBase64Binary>ZXF+NAQF/d</ns1:xBase64Binary> <ns1:xUri>http://www.example.com/xmlplus</ns1:xUri> <ns1:xNormalizedString>no CR LF TAB</ns1:xNormalizedString> <ns1:xToken>xs:hexBinary</ns1:xToken> <ns1:xLanguage>english</ns1:xLanguage> <ns1:xName>:colonToken</ns1:xName> <ns1:xNCName>noColonToken</ns1:xNCName> <ns1:xQName>xsi:schemaLocation</ns1:xQName> <ns1:xDateTime>2001-07-04T14:50:59Z</ns1:xDateTime> <ns1:xDate>2010-01-04</ns1:xDate> <ns1:xYearMonth>1980-11</ns1:xYearMonth> <ns1:xYear>1978</ns1:xYear> <ns1:xMonthDay>12-30</ns1:xMonthDay> <ns1:xMonth>7</ns1:xMonth> <ns1:xDay>30</ns1:xDay> <ns1:xTime>14:59:57</ns1:xTime> <ns1:xDuration>P1Y2M3DT10H30M40S</ns1:xDuration> <ns1:anIntMax10>10</ns1:anIntMax10> <ns1:anIntMax10>10</ns1:anIntMax10> <ns1:anIntMax10>10</ns1:anIntMax10> <ns1:anIntMax5k>4999</ns1:anIntMax5k> <ns1:globalWaterTemp>30</ns1:globalWaterTemp> <ns1:aSKU>123-AB</ns1:aSKU> <ns1:aDateTime>2010-01-04T12:00:00Z</ns1:aDateTime> <ns1:aDate>2010-01-04</ns1:aDate> <ns1:aYear>2009</ns1:aYear> <ns1:aCommonName>abcde</ns1:aCommonName> End of -atomic- simpleType elements Following are examples of -list- simpleType elements <ns1:aListOfIntMax5k>0 1000 2000 3000 4000</ns1:aListOfIntMax5k> <ns1:aListOfFourIntMax500>100 200 300 400</ns1:aListOfFourIntMax500> <ns1:aListOfTwoIntMax3k>1000 2000</ns1:aListOfTwoIntMax3k> End of -list- simpleType elements Following are examples of -union- simpleType elements <ns1:aFont>medium</ns1:aFont> <ns1:anotherFont>72</ns1:anotherFont> End of -union- simpleType elements End of all example elements </ns1:myComplexTypeElem>
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_myComplexTypeElem_H__ #define __STDemo_myComplexTypeElem_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "STDemo/Types/MyComplexType.h" using namespace XPlus; namespace STDemo{ typedef XMLSchema::XmlElement<STDemo::Types::MyComplexType> myComplexTypeElem; // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {http://www.example.com/STDemo}myComplexTypeElem // /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::MyComplexType> > myComplexTypeElem_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::MyComplexType>* myComplexTypeElem_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::MyComplexType> myComplexTypeElem; } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_DOCUMENT_H__ #define __STDemo_DOCUMENT_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "STDemo/myComplexTypeElem.h" #include "STDemo/globalWaterTemp.h" #include "STDemo/attr_globalStringAttr.h" using namespace XPlus; using namespace FSM; namespace STDemo{ class Document : public XMLSchema::TDocument { private: myComplexTypeElem_ptr _myComplexTypeElem; AutoPtr<XsdFSM<myComplexTypeElem_ptr> > _fsm_myComplexTypeElem; globalWaterTemp_ptr _globalWaterTemp; AutoPtr<XsdFSM<globalWaterTemp_ptr> > _fsm_globalWaterTemp; // attributes, elements myComplexTypeElem_ptr create_myComplexTypeElem(FsmCbOptions& options); globalWaterTemp_ptr create_globalWaterTemp(FsmCbOptions& options); public: Document(bool buildTree=true, bool createSample=false); virtual ~Document() {} void set_root_myComplexTypeElem(); void set_root_globalWaterTemp(); myComplexTypeElem_p element_myComplexTypeElem(); globalWaterTemp_p element_globalWaterTemp(); void initFSM(); }; } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_ALL_INCLUDE_H__ #define __STDemo_ALL_INCLUDE_H__ #include "XPlus/AutoPtr.h" #include "STDemo/Document.h" #include "STDemo/myComplexTypeElem.h" #include "STDemo/globalWaterTemp.h" #include "STDemo/attr_globalStringAttr.h" #include "STDemo/Types/MyComplexType.h" #include "STDemo/Types/CelciusWaterTemp.h" #include "STDemo/Types/SKU.h" #include "STDemo/Types/DateTimeInARange.h" #include "STDemo/Types/DateInARange.h" #include "STDemo/Types/YearInARange.h" #include "STDemo/Types/IntMax5k.h" #include "STDemo/Types/ListOfIntMax5k.h" #include "STDemo/Types/ListOfIntMax500.h" #include "STDemo/Types/ListOfFourIntMax500.h" #include "STDemo/Types/ListOfIntMax3k.h" #include "STDemo/Types/ListOfTwoIntMax3k.h" #include "STDemo/Types/Font.h" #include "STDemo/Types/Fontbynumber.h" #include "STDemo/Types/Fontbystringname.h" #include "STDemo/Types/EnumNNI.h" #include "STDemo/Types/PictureNotationType.h" using namespace XPlus; #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_globalWaterTemp_H__ #define __STDemo_globalWaterTemp_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "STDemo/Types/CelciusWaterTemp.h" using namespace XPlus; namespace STDemo{ typedef XMLSchema::XmlElement<STDemo::Types::CelciusWaterTemp> globalWaterTemp; // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {http://www.example.com/STDemo}globalWaterTemp // /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::CelciusWaterTemp> > globalWaterTemp_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::CelciusWaterTemp>* globalWaterTemp_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::CelciusWaterTemp> globalWaterTemp; } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_attr_globalStringAttr_H__ #define __STDemo_attr_globalStringAttr_H__ using namespace XPlus; namespace STDemo{ /// class for simpleType with restriction on base class _attr_globalStringAttr : public XMLSchema::Types::bt_string { public: /// constructor _attr_globalStringAttr(AnyTypeCreateArgs args) : bt_string(args) { _lengthCFacet.stringValue("3"); this->appliedCFacets( appliedCFacets() | CF_LENGTH ); } protected: }; //types which this class needs, as INNER CLASSES /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<_attr_globalStringAttr> > attr_globalStringAttr_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<_attr_globalStringAttr>* attr_globalStringAttr_p; /// typedef for the node typedef XMLSchema::XmlAttribute<_attr_globalStringAttr> attr_globalStringAttr; } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_YearInARange_H__ #define __STDemo_YearInARange_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class YearInARange : public XMLSchema::Types::bt_gYear { public: /// constructor YearInARange(AnyTypeCreateArgs args) : bt_gYear(args) { minExclusiveCFacet().stringValue("2005"); maxInclusiveCFacet().stringValue("2010"); this->appliedCFacets( appliedCFacets() | CF_MINEXCLUSIVE| CF_MAXINCLUSIVE ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_IntMax5k_H__ #define __STDemo_IntMax5k_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class IntMax5k : public XMLSchema::Types::bt_int { public: /// constructor IntMax5k(AnyTypeCreateArgs args) : bt_int(args) { maxExclusiveCFacet().stringValue("5000"); this->appliedCFacets( appliedCFacets() | CF_MAXEXCLUSIVE ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_Font_H__ #define __STDemo_Font_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" #include "XSD/SimpleTypeUnionTmpl.h" #include "STDemo/Types/Fontbynumber.h" #include "STDemo/Types/Fontbystringname.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType of variety union class Font : public XMLSchema::Types::SimpleTypeUnionTmpl { public: /// constructor Font(AnyTypeCreateArgs args): XMLSchema::Types::SimpleTypeUnionTmpl(args) { _unionMembers.push_back(new STDemo::Types::Fontbynumber(AnyTypeCreateArgs())); _unionMembers.push_back(new STDemo::Types::Fontbystringname(AnyTypeCreateArgs())); } virtual DOMString stringValue() { return _value; } virtual void stringValue(DOMString val) { SimpleTypeUnionTmpl::stringValue(val); } virtual inline DOMString sampleValue() { return SimpleTypeUnionTmpl::sampleValue(); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_ListOfTwoIntMax3k_H__ #define __STDemo_ListOfTwoIntMax3k_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" #include "STDemo/Types/ListOfIntMax3k.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class ListOfTwoIntMax3k : public STDemo::Types::ListOfIntMax3k { public: /// constructor ListOfTwoIntMax3k(AnyTypeCreateArgs args) : ListOfIntMax3k(args) { _maxLengthCFacet.stringValue("2"); this->appliedCFacets( appliedCFacets() | CF_MAXLENGTH ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_DateInARange_H__ #define __STDemo_DateInARange_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class DateInARange : public XMLSchema::Types::bt_date { public: /// constructor DateInARange(AnyTypeCreateArgs args) : bt_date(args) { minInclusiveCFacet().stringValue("2010-01-01Z"); maxInclusiveCFacet().stringValue("2010-01-31Z"); this->appliedCFacets( appliedCFacets() | CF_MININCLUSIVE| CF_MAXINCLUSIVE ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_PictureNotationType_H__ #define __STDemo_PictureNotationType_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class PictureNotationType : public XMLSchema::Types::bt_NOTATION { public: /// constructor PictureNotationType(AnyTypeCreateArgs args) : bt_NOTATION(args) { vector<DOMString> enums; enums.push_back("jpeg"); enums.push_back("gif"); _enumerationCFacet.value(enums); this->appliedCFacets( appliedCFacets() | CF_ENUMERATION| CF_ENUMERATION ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_Fontbystringname_H__ #define __STDemo_Fontbystringname_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class Fontbystringname : public XMLSchema::Types::bt_string { public: /// constructor Fontbystringname(AnyTypeCreateArgs args) : bt_string(args) { vector<DOMString> enums; enums.push_back("small"); enums.push_back("medium"); enums.push_back("large"); _enumerationCFacet.value(enums); this->appliedCFacets( appliedCFacets() | CF_ENUMERATION| CF_ENUMERATION| CF_ENUMERATION ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_ListOfIntMax500_H__ #define __STDemo_ListOfIntMax500_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" #include "XSD/SimpleTypeListTmpl.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class ListOfIntMax500_list_simpleType1 : public XMLSchema::Types::bt_int { public: /// constructor ListOfIntMax500_list_simpleType1(AnyTypeCreateArgs args) : bt_int(args) { maxExclusiveCFacet().stringValue("500"); this->appliedCFacets( appliedCFacets() | CF_MAXEXCLUSIVE ); } protected: }; typedef XMLSchema::Types::SimpleTypeListTmpl<ListOfIntMax500_list_simpleType1> ListOfIntMax500; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_SKU_H__ #define __STDemo_SKU_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class SKU : public XMLSchema::Types::bt_string { public: /// constructor SKU(AnyTypeCreateArgs args) : bt_string(args) { _patternCFacet.value("\\d{3}-[A-Z]{2}"); this->appliedCFacets( appliedCFacets() | CF_PATTERN ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_types_MyComplexType_H__ #define __STDemo_types_MyComplexType_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "STDemo/Types/IntMax5k.h" #include "STDemo/globalWaterTemp.h" #include "STDemo/Types/SKU.h" #include "STDemo/Types/DateTimeInARange.h" #include "STDemo/Types/DateInARange.h" #include "STDemo/Types/YearInARange.h" #include "STDemo/Types/ListOfIntMax5k.h" #include "STDemo/Types/ListOfFourIntMax500.h" #include "STDemo/Types/ListOfTwoIntMax3k.h" #include "STDemo/Types/Font.h" #include "STDemo/Types/Font.h" #include "STDemo/attr_globalStringAttr.h" #include "STDemo/Types/PictureNotationType.h" #include "STDemo/Types/EnumNNI.h" #include "STDemo/Types/EnumNNI.h" using namespace XPlus; namespace STDemo{ namespace Types { /// The class for complexType MyComplexType /// \n Refer to documentation on structures/methods inside ... class MyComplexType : public XMLSchema::Types::anyType { public: //constructor MyComplexType(AnyTypeCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_boolean> > xBoolean_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_boolean>* xBoolean_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_boolean> xBoolean; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_decimal> > xDecimal_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_decimal>* xDecimal_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_decimal> xDecimal; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_float> > xFloat_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_float>* xFloat_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_float> xFloat; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_double> > xDouble_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_double>* xDouble_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_double> xDouble; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_integer> > xInteger_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_integer>* xInteger_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_integer> xInteger; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_positiveInteger> > xPositiveInteger_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_positiveInteger>* xPositiveInteger_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_positiveInteger> xPositiveInteger; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_nonPositiveInteger> > xNonPositiveInteger_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_nonPositiveInteger>* xNonPositiveInteger_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_nonPositiveInteger> xNonPositiveInteger; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_negativeInteger> > xNegativeInteger_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_negativeInteger>* xNegativeInteger_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_negativeInteger> xNegativeInteger; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_nonNegativeInteger> > xNonNegativeInteger_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_nonNegativeInteger>* xNonNegativeInteger_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_nonNegativeInteger> xNonNegativeInteger; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_long> > xLong_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_long>* xLong_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_long> xLong; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_int> > xInt_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_int>* xInt_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_int> xInt; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_short> > xShort_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_short>* xShort_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_short> xShort; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_byte> > xByte_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_byte>* xByte_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_byte> xByte; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedLong> > xUnsignedLong_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedLong>* xUnsignedLong_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedLong> xUnsignedLong; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedInt> > xUnsignedInt_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedInt>* xUnsignedInt_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedInt> xUnsignedInt; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedShort> > xUnsignedShort_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedShort>* xUnsignedShort_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedShort> xUnsignedShort; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedByte> > xUnsignedByte_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedByte>* xUnsignedByte_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_unsignedByte> xUnsignedByte; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_hexBinary> > xHexBinary_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_hexBinary>* xHexBinary_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_hexBinary> xHexBinary; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_base64Binary> > xBase64Binary_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_base64Binary>* xBase64Binary_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_base64Binary> xBase64Binary; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_anyURI> > xUri_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_anyURI>* xUri_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_anyURI> xUri; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_normalizedString> > xNormalizedString_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_normalizedString>* xNormalizedString_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_normalizedString> xNormalizedString; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_token> > xToken_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_token>* xToken_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_token> xToken; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_language> > xLanguage_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_language>* xLanguage_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_language> xLanguage; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_Name> > xName_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_Name>* xName_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_Name> xName; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_NCName> > xNCName_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_NCName>* xNCName_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_NCName> xNCName; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_QName> > xQName_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_QName>* xQName_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_QName> xQName; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_dateTime> > xDateTime_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_dateTime>* xDateTime_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_dateTime> xDateTime; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_date> > xDate_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_date>* xDate_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_date> xDate; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_gYearMonth> > xYearMonth_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gYearMonth>* xYearMonth_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gYearMonth> xYearMonth; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_gYear> > xYear_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gYear>* xYear_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gYear> xYear; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_gMonthDay> > xMonthDay_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gMonthDay>* xMonthDay_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gMonthDay> xMonthDay; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_gMonth> > xMonth_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gMonth>* xMonth_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gMonth> xMonth; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_gDay> > xDay_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gDay>* xDay_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_gDay> xDay; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_time> > xTime_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_time>* xTime_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_time> xTime; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_duration> > xDuration_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_duration>* xDuration_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_duration> xDuration; class _anIntMax10; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<_anIntMax10> > anIntMax10_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<_anIntMax10>* anIntMax10_p; /// typedef for the node typedef XMLSchema::XmlElement<_anIntMax10> anIntMax10; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::IntMax5k> > anIntMax5k_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::IntMax5k>* anIntMax5k_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::IntMax5k> anIntMax5k; /// typedef for the Shared pointer to the node typedef AutoPtr<STDemo::globalWaterTemp > globalWaterTemp_ptr; /// typedef for the Plain pointer to the node typedef STDemo::globalWaterTemp* globalWaterTemp_p; /// typedef for the node typedef STDemo::globalWaterTemp globalWaterTemp; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::SKU> > aSKU_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::SKU>* aSKU_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::SKU> aSKU; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::DateTimeInARange> > aDateTime_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::DateTimeInARange>* aDateTime_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::DateTimeInARange> aDateTime; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::DateInARange> > aDate_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::DateInARange>* aDate_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::DateInARange> aDate; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::YearInARange> > aYear_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::YearInARange>* aYear_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::YearInARange> aYear; #ifndef __MyComplexType_aCommonName_typedefs #define __MyComplexType_aCommonName_typedefs class _aCommonName; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<_aCommonName> > aCommonName_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<_aCommonName>* aCommonName_p; /// typedef for the node typedef XMLSchema::XmlElement<_aCommonName> aCommonName; #endif // __MyComplexType_aCommonName_typedefs /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::ListOfIntMax5k> > aListOfIntMax5k_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::ListOfIntMax5k>* aListOfIntMax5k_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::ListOfIntMax5k> aListOfIntMax5k; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::ListOfFourIntMax500> > aListOfFourIntMax500_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::ListOfFourIntMax500>* aListOfFourIntMax500_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::ListOfFourIntMax500> aListOfFourIntMax500; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::ListOfTwoIntMax3k> > aListOfTwoIntMax3k_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::ListOfTwoIntMax3k>* aListOfTwoIntMax3k_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::ListOfTwoIntMax3k> aListOfTwoIntMax3k; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::Font> > aFont_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::Font>* aFont_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::Font> aFont; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<STDemo::Types::Font> > anotherFont_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<STDemo::Types::Font>* anotherFont_p; /// typedef for the node typedef XMLSchema::XmlElement<STDemo::Types::Font> anotherFont; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_ID> > attr_xID_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_ID>* attr_xID_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_ID> attr_xID; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_IDREF> > attr_xIDREF_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_IDREF>* attr_xIDREF_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_IDREF> attr_xIDREF; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_IDREFS> > attr_xIDREFS_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_IDREFS>* attr_xIDREFS_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_IDREFS> attr_xIDREFS; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_ENTITY> > attr_xENTITY_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_ENTITY>* attr_xENTITY_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_ENTITY> attr_xENTITY; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_ENTITIES> > attr_xENTITIES_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_ENTITIES>* attr_xENTITIES_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_ENTITIES> attr_xENTITIES; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_NMTOKEN> > attr_xNMTOKEN_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_NMTOKEN>* attr_xNMTOKEN_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_NMTOKEN> attr_xNMTOKEN; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_NMTOKENS> > attr_xNMTOKENS_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_NMTOKENS>* attr_xNMTOKENS_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_NMTOKENS> attr_xNMTOKENS; /// typedef for the Shared pointer to the node typedef AutoPtr<STDemo::attr_globalStringAttr > attr_globalStringAttr_ptr; /// typedef for the Plain pointer to the node typedef STDemo::attr_globalStringAttr* attr_globalStringAttr_p; /// typedef for the node typedef STDemo::attr_globalStringAttr attr_globalStringAttr; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<STDemo::Types::PictureNotationType> > attr_aNOTATION_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<STDemo::Types::PictureNotationType>* attr_aNOTATION_p; /// typedef for the node typedef XMLSchema::XmlAttribute<STDemo::Types::PictureNotationType> attr_aNOTATION; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<STDemo::Types::EnumNNI> > attr_aNNI_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<STDemo::Types::EnumNNI>* attr_aNNI_p; /// typedef for the node typedef XMLSchema::XmlAttribute<STDemo::Types::EnumNNI> attr_aNNI; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<STDemo::Types::EnumNNI> > attr_anotherNNI_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<STDemo::Types::EnumNNI>* attr_anotherNNI_p; /// typedef for the node typedef XMLSchema::XmlAttribute<STDemo::Types::EnumNNI> attr_anotherNNI; #ifndef __MyComplexType_attr_aCommonName_typedefs #define __MyComplexType_attr_aCommonName_typedefs class _attr_aCommonName; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<_attr_aCommonName> > attr_aCommonName_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<_attr_aCommonName>* attr_aCommonName_p; /// typedef for the node typedef XMLSchema::XmlAttribute<_attr_aCommonName> attr_aCommonName; #endif // __MyComplexType_attr_aCommonName_typedefs /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(MyComplexType* that); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Returns the scalar element node /// @return the element node fetched xBoolean_p element_xBoolean(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xBoolean(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xBoolean_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as bool) to set with void set_xBoolean(bool val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Returns the value of the scalar element /// @return the value(as bool) of the element bool get_xBoolean(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Returns the scalar element node /// @return the element node fetched xDecimal_p element_xDecimal(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDecimal(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xDecimal_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as double) to set with void set_xDecimal(double val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Returns the value of the scalar element /// @return the value(as double) of the element double get_xDecimal(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Returns the scalar element node /// @return the element node fetched xFloat_p element_xFloat(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xFloat(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xFloat_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as float) to set with void set_xFloat(float val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Returns the value of the scalar element /// @return the value(as float) of the element float get_xFloat(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Returns the scalar element node /// @return the element node fetched xDouble_p element_xDouble(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDouble(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xDouble_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as double) to set with void set_xDouble(double val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Returns the value of the scalar element /// @return the value(as double) of the element double get_xDouble(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Returns the scalar element node /// @return the element node fetched xInteger_p element_xInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Int64) to set with void set_xInteger(XPlus::Int64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Int64) of the element XPlus::Int64 get_xInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Returns the scalar element node /// @return the element node fetched xPositiveInteger_p element_xPositiveInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xPositiveInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xPositiveInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::UInt64) to set with void set_xPositiveInteger(XPlus::UInt64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::UInt64) of the element XPlus::UInt64 get_xPositiveInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Returns the scalar element node /// @return the element node fetched xNonPositiveInteger_p element_xNonPositiveInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNonPositiveInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xNonPositiveInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Int64) to set with void set_xNonPositiveInteger(XPlus::Int64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Int64) of the element XPlus::Int64 get_xNonPositiveInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Returns the scalar element node /// @return the element node fetched xNegativeInteger_p element_xNegativeInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNegativeInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xNegativeInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Int64) to set with void set_xNegativeInteger(XPlus::Int64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Int64) of the element XPlus::Int64 get_xNegativeInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Returns the scalar element node /// @return the element node fetched xNonNegativeInteger_p element_xNonNegativeInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNonNegativeInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xNonNegativeInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::UInt64) to set with void set_xNonNegativeInteger(XPlus::UInt64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::UInt64) of the element XPlus::UInt64 get_xNonNegativeInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Returns the scalar element node /// @return the element node fetched xLong_p element_xLong(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xLong(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xLong_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Int64) to set with void set_xLong(XPlus::Int64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Int64) of the element XPlus::Int64 get_xLong(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Returns the scalar element node /// @return the element node fetched xInt_p element_xInt(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xInt(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xInt_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as int) to set with void set_xInt(int val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Returns the value of the scalar element /// @return the value(as int) of the element int get_xInt(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Returns the scalar element node /// @return the element node fetched xShort_p element_xShort(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xShort(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xShort_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as short) to set with void set_xShort(short val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Returns the value of the scalar element /// @return the value(as short) of the element short get_xShort(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Returns the scalar element node /// @return the element node fetched xByte_p element_xByte(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xByte(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xByte_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as char) to set with void set_xByte(char val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Returns the value of the scalar element /// @return the value(as char) of the element char get_xByte(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Returns the scalar element node /// @return the element node fetched xUnsignedLong_p element_xUnsignedLong(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUnsignedLong(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xUnsignedLong_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::UInt64) to set with void set_xUnsignedLong(XPlus::UInt64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::UInt64) of the element XPlus::UInt64 get_xUnsignedLong(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Returns the scalar element node /// @return the element node fetched xUnsignedInt_p element_xUnsignedInt(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUnsignedInt(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xUnsignedInt_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as unsigned int) to set with void set_xUnsignedInt(unsigned int val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Returns the value of the scalar element /// @return the value(as unsigned int) of the element unsigned int get_xUnsignedInt(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Returns the scalar element node /// @return the element node fetched xUnsignedShort_p element_xUnsignedShort(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUnsignedShort(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xUnsignedShort_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as unsigned short) to set with void set_xUnsignedShort(unsigned short val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Returns the value of the scalar element /// @return the value(as unsigned short) of the element unsigned short get_xUnsignedShort(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Returns the scalar element node /// @return the element node fetched xUnsignedByte_p element_xUnsignedByte(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUnsignedByte(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xUnsignedByte_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as unsigned char) to set with void set_xUnsignedByte(unsigned char val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Returns the value of the scalar element /// @return the value(as unsigned char) of the element unsigned char get_xUnsignedByte(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xHexBinary" : /// \n Returns the scalar element node /// @return the element node fetched xHexBinary_p element_xHexBinary(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xHexBinary" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xHexBinary(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xHexBinary" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xHexBinary_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBase64Binary" : /// \n Returns the scalar element node /// @return the element node fetched xBase64Binary_p element_xBase64Binary(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBase64Binary" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xBase64Binary(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBase64Binary" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xBase64Binary_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUri" : /// \n Returns the scalar element node /// @return the element node fetched xUri_p element_xUri(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUri" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUri(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUri" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xUri_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNormalizedString" : /// \n Returns the scalar element node /// @return the element node fetched xNormalizedString_p element_xNormalizedString(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNormalizedString" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNormalizedString(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNormalizedString" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xNormalizedString_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xToken" : /// \n Returns the scalar element node /// @return the element node fetched xToken_p element_xToken(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xToken" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xToken(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xToken" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xToken_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLanguage" : /// \n Returns the scalar element node /// @return the element node fetched xLanguage_p element_xLanguage(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLanguage" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xLanguage(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLanguage" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xLanguage_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xName" : /// \n Returns the scalar element node /// @return the element node fetched xName_p element_xName(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xName" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xName(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xName" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xName_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNCName" : /// \n Returns the scalar element node /// @return the element node fetched xNCName_p element_xNCName(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNCName" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNCName(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNCName" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xNCName_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xQName" : /// \n Returns the scalar element node /// @return the element node fetched xQName_p element_xQName(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xQName" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xQName(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xQName" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xQName_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Returns the scalar element node /// @return the element node fetched xDateTime_p element_xDateTime(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDateTime(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xDateTime_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::DateTime) to set with void set_xDateTime(XPlus::DateTime val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::DateTime) of the element XPlus::DateTime get_xDateTime(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Returns the scalar element node /// @return the element node fetched xDate_p element_xDate(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDate(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xDate_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Date) to set with void set_xDate(XPlus::Date val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Date) of the element XPlus::Date get_xDate(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Returns the scalar element node /// @return the element node fetched xYearMonth_p element_xYearMonth(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xYearMonth(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xYearMonth_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::YearMonth) to set with void set_xYearMonth(XPlus::YearMonth val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::YearMonth) of the element XPlus::YearMonth get_xYearMonth(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Returns the scalar element node /// @return the element node fetched xYear_p element_xYear(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xYear(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xYear_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Year) to set with void set_xYear(XPlus::Year val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Year) of the element XPlus::Year get_xYear(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Returns the scalar element node /// @return the element node fetched xMonthDay_p element_xMonthDay(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xMonthDay(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xMonthDay_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::MonthDay) to set with void set_xMonthDay(XPlus::MonthDay val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::MonthDay) of the element XPlus::MonthDay get_xMonthDay(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Returns the scalar element node /// @return the element node fetched xMonth_p element_xMonth(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xMonth(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xMonth_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Month) to set with void set_xMonth(XPlus::Month val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Month) of the element XPlus::Month get_xMonth(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Returns the scalar element node /// @return the element node fetched xDay_p element_xDay(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDay(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xDay_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Day) to set with void set_xDay(XPlus::Day val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Day) of the element XPlus::Day get_xDay(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Returns the scalar element node /// @return the element node fetched xTime_p element_xTime(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xTime(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xTime_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Time) to set with void set_xTime(XPlus::Time val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Time) of the element XPlus::Time get_xTime(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Returns the scalar element node /// @return the element node fetched xDuration_p element_xDuration(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDuration(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_xDuration_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Duration) to set with void set_xDuration(XPlus::Duration val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Duration) of the element XPlus::Duration get_xDuration(); /// For vector-element with QName "{}anIntMax10" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<anIntMax10_ptr> elements_anIntMax10(); /// For vector-element with QName "{}anIntMax10" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched anIntMax10_p element_anIntMax10_at(unsigned int idx); /// For vector-element with QName "{}anIntMax10" : /// \n Sets the value of the element at the supplied index with the supplied value /// @param idx index of the element /// @param val the value(as DOMString) to set with void set_anIntMax10(unsigned int idx, DOMString val); /// For vector-element with QName "{}anIntMax10" : /// \n Returns the value of the element at the supplied index with the supplied value. /// @param idx index of the element /// @return the value(as DOMString) of the element DOMString get_anIntMax10_string(unsigned int idx); /// For vector-element with QName "{}anIntMax10" : /// \n Sets the value of the element at the supplied index with the supplied value. /// @param idx index of the element /// @param val the value (as int) to set with void set_anIntMax10(unsigned int idx, int val); /// For vector-element with QName "{}anIntMax10" : /// \n Returns the value of the element at the supplied index with supplied value. /// @param idx index of the element /// @return the value(as int) of the element int get_anIntMax10(unsigned int idx); /// For vector-element with QName "{}anIntMax10" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element anIntMax10_p add_node_anIntMax10(); /// For vector-element with QName "{}anIntMax10" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<anIntMax10_ptr> set_count_anIntMax10(unsigned int size); /// For vector-element with QName "{}anIntMax10" : /// \n Adds one element to the end of the "list of the element nodes", and sets the value with supplied DOMString value /// @param val the value(as DOMString) to set with void add_anIntMax10_string(DOMString val); /// For vector-element with QName "{}anIntMax10" : /// \n Adds one element to the end of the "list of the element nodes", and sets the value with supplied type value /// @param val the value(as int) to set with void add_anIntMax10(int val); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Returns the scalar element node /// @return the element node fetched anIntMax5k_p element_anIntMax5k(); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_anIntMax5k(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_anIntMax5k_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as int) to set with void set_anIntMax5k(int val); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Returns the value of the scalar element /// @return the value(as int) of the element int get_anIntMax5k(); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Returns the scalar element node /// @return the element node fetched globalWaterTemp_p element_globalWaterTemp(); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_globalWaterTemp(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_globalWaterTemp_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as double) to set with void set_globalWaterTemp(double val); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Returns the value of the scalar element /// @return the value(as double) of the element double get_globalWaterTemp(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aSKU" : /// \n Returns the scalar element node /// @return the element node fetched aSKU_p element_aSKU(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aSKU" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_aSKU(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aSKU" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_aSKU_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Returns the scalar element node /// @return the element node fetched aDateTime_p element_aDateTime(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_aDateTime(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_aDateTime_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::DateTime) to set with void set_aDateTime(XPlus::DateTime val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::DateTime) of the element XPlus::DateTime get_aDateTime(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Returns the scalar element node /// @return the element node fetched aDate_p element_aDate(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_aDate(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_aDate_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Date) to set with void set_aDate(XPlus::Date val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Date) of the element XPlus::Date get_aDate(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Returns the scalar element node /// @return the element node fetched aYear_p element_aYear(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_aYear(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_aYear_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Year) to set with void set_aYear(XPlus::Year val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Year) of the element XPlus::Year get_aYear(); /// For the scalar-element with QName "{}aCommonName" : /// \n Returns the scalar element node /// @return the element node fetched aCommonName_p element_aCommonName(); /// For the scalar-element with QName "{}aCommonName" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_aCommonName(DOMString val); /// For the scalar-element with QName "{}aCommonName" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_aCommonName_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfIntMax5k" : /// \n Returns the scalar element node /// @return the element node fetched aListOfIntMax5k_p element_aListOfIntMax5k(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfIntMax5k" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_aListOfIntMax5k(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfIntMax5k" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_aListOfIntMax5k_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfFourIntMax500" : /// \n Returns the scalar element node /// @return the element node fetched aListOfFourIntMax500_p element_aListOfFourIntMax500(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfFourIntMax500" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_aListOfFourIntMax500(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfFourIntMax500" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_aListOfFourIntMax500_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfTwoIntMax3k" : /// \n Returns the scalar element node /// @return the element node fetched aListOfTwoIntMax3k_p element_aListOfTwoIntMax3k(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfTwoIntMax3k" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_aListOfTwoIntMax3k(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfTwoIntMax3k" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_aListOfTwoIntMax3k_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aFont" : /// \n Returns the scalar element node /// @return the element node fetched aFont_p element_aFont(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aFont" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_aFont(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aFont" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_aFont_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}anotherFont" : /// \n Returns the scalar element node /// @return the element node fetched anotherFont_p element_anotherFont(); /// For the scalar-element with QName "{http://www.example.com/STDemo}anotherFont" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_anotherFont(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}anotherFont" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_anotherFont_string(); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } MyComplexType* _that; }; // end sequence /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Returns the scalar element node /// @return the element node fetched xBoolean_p element_xBoolean(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xBoolean(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Returns the value(as DOMString) of the element DOMString get_xBoolean_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as bool) to set with void set_xBoolean(bool val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBoolean" : /// \n Returns the value of the element /// @return the value(as bool) of the element bool get_xBoolean(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Returns the scalar element node /// @return the element node fetched xDecimal_p element_xDecimal(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDecimal(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Returns the value(as DOMString) of the element DOMString get_xDecimal_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as double) to set with void set_xDecimal(double val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDecimal" : /// \n Returns the value of the element /// @return the value(as double) of the element double get_xDecimal(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Returns the scalar element node /// @return the element node fetched xFloat_p element_xFloat(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xFloat(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Returns the value(as DOMString) of the element DOMString get_xFloat_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as float) to set with void set_xFloat(float val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xFloat" : /// \n Returns the value of the element /// @return the value(as float) of the element float get_xFloat(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Returns the scalar element node /// @return the element node fetched xDouble_p element_xDouble(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDouble(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Returns the value(as DOMString) of the element DOMString get_xDouble_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as double) to set with void set_xDouble(double val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDouble" : /// \n Returns the value of the element /// @return the value(as double) of the element double get_xDouble(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Returns the scalar element node /// @return the element node fetched xInteger_p element_xInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Returns the value(as DOMString) of the element DOMString get_xInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Int64) to set with void set_xInteger(XPlus::Int64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInteger" : /// \n Returns the value of the element /// @return the value(as XPlus::Int64) of the element XPlus::Int64 get_xInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Returns the scalar element node /// @return the element node fetched xPositiveInteger_p element_xPositiveInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xPositiveInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Returns the value(as DOMString) of the element DOMString get_xPositiveInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::UInt64) to set with void set_xPositiveInteger(XPlus::UInt64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xPositiveInteger" : /// \n Returns the value of the element /// @return the value(as XPlus::UInt64) of the element XPlus::UInt64 get_xPositiveInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Returns the scalar element node /// @return the element node fetched xNonPositiveInteger_p element_xNonPositiveInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNonPositiveInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Returns the value(as DOMString) of the element DOMString get_xNonPositiveInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Int64) to set with void set_xNonPositiveInteger(XPlus::Int64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger" : /// \n Returns the value of the element /// @return the value(as XPlus::Int64) of the element XPlus::Int64 get_xNonPositiveInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Returns the scalar element node /// @return the element node fetched xNegativeInteger_p element_xNegativeInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNegativeInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Returns the value(as DOMString) of the element DOMString get_xNegativeInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Int64) to set with void set_xNegativeInteger(XPlus::Int64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNegativeInteger" : /// \n Returns the value of the element /// @return the value(as XPlus::Int64) of the element XPlus::Int64 get_xNegativeInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Returns the scalar element node /// @return the element node fetched xNonNegativeInteger_p element_xNonNegativeInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNonNegativeInteger(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Returns the value(as DOMString) of the element DOMString get_xNonNegativeInteger_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::UInt64) to set with void set_xNonNegativeInteger(XPlus::UInt64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger" : /// \n Returns the value of the element /// @return the value(as XPlus::UInt64) of the element XPlus::UInt64 get_xNonNegativeInteger(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Returns the scalar element node /// @return the element node fetched xLong_p element_xLong(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xLong(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Returns the value(as DOMString) of the element DOMString get_xLong_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Int64) to set with void set_xLong(XPlus::Int64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLong" : /// \n Returns the value of the element /// @return the value(as XPlus::Int64) of the element XPlus::Int64 get_xLong(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Returns the scalar element node /// @return the element node fetched xInt_p element_xInt(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xInt(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Returns the value(as DOMString) of the element DOMString get_xInt_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as int) to set with void set_xInt(int val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xInt" : /// \n Returns the value of the element /// @return the value(as int) of the element int get_xInt(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Returns the scalar element node /// @return the element node fetched xShort_p element_xShort(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xShort(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Returns the value(as DOMString) of the element DOMString get_xShort_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as short) to set with void set_xShort(short val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xShort" : /// \n Returns the value of the element /// @return the value(as short) of the element short get_xShort(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Returns the scalar element node /// @return the element node fetched xByte_p element_xByte(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xByte(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Returns the value(as DOMString) of the element DOMString get_xByte_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as char) to set with void set_xByte(char val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xByte" : /// \n Returns the value of the element /// @return the value(as char) of the element char get_xByte(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Returns the scalar element node /// @return the element node fetched xUnsignedLong_p element_xUnsignedLong(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUnsignedLong(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Returns the value(as DOMString) of the element DOMString get_xUnsignedLong_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::UInt64) to set with void set_xUnsignedLong(XPlus::UInt64 val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedLong" : /// \n Returns the value of the element /// @return the value(as XPlus::UInt64) of the element XPlus::UInt64 get_xUnsignedLong(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Returns the scalar element node /// @return the element node fetched xUnsignedInt_p element_xUnsignedInt(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUnsignedInt(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Returns the value(as DOMString) of the element DOMString get_xUnsignedInt_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as unsigned int) to set with void set_xUnsignedInt(unsigned int val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedInt" : /// \n Returns the value of the element /// @return the value(as unsigned int) of the element unsigned int get_xUnsignedInt(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Returns the scalar element node /// @return the element node fetched xUnsignedShort_p element_xUnsignedShort(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUnsignedShort(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Returns the value(as DOMString) of the element DOMString get_xUnsignedShort_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as unsigned short) to set with void set_xUnsignedShort(unsigned short val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedShort" : /// \n Returns the value of the element /// @return the value(as unsigned short) of the element unsigned short get_xUnsignedShort(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Returns the scalar element node /// @return the element node fetched xUnsignedByte_p element_xUnsignedByte(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUnsignedByte(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Returns the value(as DOMString) of the element DOMString get_xUnsignedByte_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as unsigned char) to set with void set_xUnsignedByte(unsigned char val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUnsignedByte" : /// \n Returns the value of the element /// @return the value(as unsigned char) of the element unsigned char get_xUnsignedByte(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xHexBinary" : /// \n Returns the scalar element node /// @return the element node fetched xHexBinary_p element_xHexBinary(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xHexBinary" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xHexBinary(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xHexBinary" : /// \n Returns the value(as DOMString) of the element DOMString get_xHexBinary_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBase64Binary" : /// \n Returns the scalar element node /// @return the element node fetched xBase64Binary_p element_xBase64Binary(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBase64Binary" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xBase64Binary(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xBase64Binary" : /// \n Returns the value(as DOMString) of the element DOMString get_xBase64Binary_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUri" : /// \n Returns the scalar element node /// @return the element node fetched xUri_p element_xUri(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUri" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xUri(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xUri" : /// \n Returns the value(as DOMString) of the element DOMString get_xUri_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNormalizedString" : /// \n Returns the scalar element node /// @return the element node fetched xNormalizedString_p element_xNormalizedString(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNormalizedString" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNormalizedString(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNormalizedString" : /// \n Returns the value(as DOMString) of the element DOMString get_xNormalizedString_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xToken" : /// \n Returns the scalar element node /// @return the element node fetched xToken_p element_xToken(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xToken" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xToken(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xToken" : /// \n Returns the value(as DOMString) of the element DOMString get_xToken_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLanguage" : /// \n Returns the scalar element node /// @return the element node fetched xLanguage_p element_xLanguage(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLanguage" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xLanguage(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xLanguage" : /// \n Returns the value(as DOMString) of the element DOMString get_xLanguage_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xName" : /// \n Returns the scalar element node /// @return the element node fetched xName_p element_xName(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xName" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xName(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xName" : /// \n Returns the value(as DOMString) of the element DOMString get_xName_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNCName" : /// \n Returns the scalar element node /// @return the element node fetched xNCName_p element_xNCName(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNCName" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xNCName(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xNCName" : /// \n Returns the value(as DOMString) of the element DOMString get_xNCName_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xQName" : /// \n Returns the scalar element node /// @return the element node fetched xQName_p element_xQName(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xQName" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xQName(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xQName" : /// \n Returns the value(as DOMString) of the element DOMString get_xQName_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Returns the scalar element node /// @return the element node fetched xDateTime_p element_xDateTime(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDateTime(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Returns the value(as DOMString) of the element DOMString get_xDateTime_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::DateTime) to set with void set_xDateTime(XPlus::DateTime val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDateTime" : /// \n Returns the value of the element /// @return the value(as XPlus::DateTime) of the element XPlus::DateTime get_xDateTime(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Returns the scalar element node /// @return the element node fetched xDate_p element_xDate(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDate(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Returns the value(as DOMString) of the element DOMString get_xDate_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Date) to set with void set_xDate(XPlus::Date val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDate" : /// \n Returns the value of the element /// @return the value(as XPlus::Date) of the element XPlus::Date get_xDate(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Returns the scalar element node /// @return the element node fetched xYearMonth_p element_xYearMonth(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xYearMonth(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Returns the value(as DOMString) of the element DOMString get_xYearMonth_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::YearMonth) to set with void set_xYearMonth(XPlus::YearMonth val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYearMonth" : /// \n Returns the value of the element /// @return the value(as XPlus::YearMonth) of the element XPlus::YearMonth get_xYearMonth(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Returns the scalar element node /// @return the element node fetched xYear_p element_xYear(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xYear(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Returns the value(as DOMString) of the element DOMString get_xYear_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Year) to set with void set_xYear(XPlus::Year val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xYear" : /// \n Returns the value of the element /// @return the value(as XPlus::Year) of the element XPlus::Year get_xYear(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Returns the scalar element node /// @return the element node fetched xMonthDay_p element_xMonthDay(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xMonthDay(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Returns the value(as DOMString) of the element DOMString get_xMonthDay_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::MonthDay) to set with void set_xMonthDay(XPlus::MonthDay val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonthDay" : /// \n Returns the value of the element /// @return the value(as XPlus::MonthDay) of the element XPlus::MonthDay get_xMonthDay(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Returns the scalar element node /// @return the element node fetched xMonth_p element_xMonth(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xMonth(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Returns the value(as DOMString) of the element DOMString get_xMonth_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Month) to set with void set_xMonth(XPlus::Month val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xMonth" : /// \n Returns the value of the element /// @return the value(as XPlus::Month) of the element XPlus::Month get_xMonth(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Returns the scalar element node /// @return the element node fetched xDay_p element_xDay(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDay(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Returns the value(as DOMString) of the element DOMString get_xDay_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Day) to set with void set_xDay(XPlus::Day val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDay" : /// \n Returns the value of the element /// @return the value(as XPlus::Day) of the element XPlus::Day get_xDay(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Returns the scalar element node /// @return the element node fetched xTime_p element_xTime(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xTime(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Returns the value(as DOMString) of the element DOMString get_xTime_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Time) to set with void set_xTime(XPlus::Time val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xTime" : /// \n Returns the value of the element /// @return the value(as XPlus::Time) of the element XPlus::Time get_xTime(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Returns the scalar element node /// @return the element node fetched xDuration_p element_xDuration(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_xDuration(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Returns the value(as DOMString) of the element DOMString get_xDuration_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Duration) to set with void set_xDuration(XPlus::Duration val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}xDuration" : /// \n Returns the value of the element /// @return the value(as XPlus::Duration) of the element XPlus::Duration get_xDuration(); /// For vector-element with QName "{}anIntMax10" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<anIntMax10_ptr> elements_anIntMax10(); /// For vector-element with QName "{}anIntMax10" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched anIntMax10_p element_anIntMax10_at(unsigned int idx); /// For vector-element with QName "{}anIntMax10" : /// \n Sets the value of the element at the supplied index with the supplied value /// @param idx index of the element /// @param val the value(as DOMString) to set with void set_anIntMax10(unsigned int idx, DOMString val); /// For vector-element with QName "{}anIntMax10" : /// \n Returns the value of the element at the supplied index with the supplied value. /// @param idx index of the element /// @return the value(as DOMString) of the element DOMString get_anIntMax10_string(unsigned int idx); /// For vector-element with QName "{}anIntMax10" : /// \n Sets the value of the element at the supplied index with the supplied value. /// @param idx index of the element /// @param val the value (as int) to set with void set_anIntMax10(unsigned int idx, int val); /// For vector-element with QName "{}anIntMax10" : /// \n Returns the value of the element at the supplied index with supplied value. /// @param idx index of the element /// @return the value(as int) of the element int get_anIntMax10(unsigned int idx); /// For vector-element with QName "{}anIntMax10" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element anIntMax10_p add_node_anIntMax10(); /// For vector-element with QName "{}anIntMax10" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<anIntMax10_ptr> set_count_anIntMax10(unsigned int size); /// For vector-element with QName "{}anIntMax10" : /// \n Adds one element to the end of the "list of the element nodes", and sets the value with supplied DOMString value /// @param val the value(as DOMString) to set with void add_anIntMax10_string(DOMString val); /// For vector-element with QName "{}anIntMax10" : /// \n Adds one element to the end of the "list of the element nodes", and sets the value with supplied type value /// @param val the value(as int) to set with void add_anIntMax10(int val); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Returns the scalar element node /// @return the element node fetched anIntMax5k_p element_anIntMax5k(); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_anIntMax5k(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Returns the value(as DOMString) of the element DOMString get_anIntMax5k_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as int) to set with void set_anIntMax5k(int val); /// For the scalar-element with QName "{http://www.example.com/STDemo}anIntMax5k" : /// \n Returns the value of the element /// @return the value(as int) of the element int get_anIntMax5k(); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Returns the scalar element node /// @return the element node fetched globalWaterTemp_p element_globalWaterTemp(); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_globalWaterTemp(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Returns the value(as DOMString) of the element DOMString get_globalWaterTemp_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as double) to set with void set_globalWaterTemp(double val); /// For the scalar-element with QName "{http://www.example.com/STDemo}globalWaterTemp" : /// \n Returns the value of the element /// @return the value(as double) of the element double get_globalWaterTemp(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aSKU" : /// \n Returns the scalar element node /// @return the element node fetched aSKU_p element_aSKU(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aSKU" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_aSKU(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aSKU" : /// \n Returns the value(as DOMString) of the element DOMString get_aSKU_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Returns the scalar element node /// @return the element node fetched aDateTime_p element_aDateTime(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_aDateTime(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Returns the value(as DOMString) of the element DOMString get_aDateTime_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::DateTime) to set with void set_aDateTime(XPlus::DateTime val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDateTime" : /// \n Returns the value of the element /// @return the value(as XPlus::DateTime) of the element XPlus::DateTime get_aDateTime(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Returns the scalar element node /// @return the element node fetched aDate_p element_aDate(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_aDate(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Returns the value(as DOMString) of the element DOMString get_aDate_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Date) to set with void set_aDate(XPlus::Date val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aDate" : /// \n Returns the value of the element /// @return the value(as XPlus::Date) of the element XPlus::Date get_aDate(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Returns the scalar element node /// @return the element node fetched aYear_p element_aYear(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_aYear(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Returns the value(as DOMString) of the element DOMString get_aYear_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Year) to set with void set_aYear(XPlus::Year val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aYear" : /// \n Returns the value of the element /// @return the value(as XPlus::Year) of the element XPlus::Year get_aYear(); #ifndef __MyComplexType_aCommonName_member_public_fns #define __MyComplexType_aCommonName_member_public_fns /// For the scalar-element with QName "{}aCommonName" : /// \n Returns the scalar element node /// @return the element node fetched aCommonName_p element_aCommonName(); /// For the scalar-element with QName "{}aCommonName" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_aCommonName(DOMString val); /// For the scalar-element with QName "{}aCommonName" : /// \n Returns the value(as DOMString) of the element DOMString get_aCommonName_string(); #endif // __MyComplexType_aCommonName_member_public_fns /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfIntMax5k" : /// \n Returns the scalar element node /// @return the element node fetched aListOfIntMax5k_p element_aListOfIntMax5k(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfIntMax5k" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_aListOfIntMax5k(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfIntMax5k" : /// \n Returns the value(as DOMString) of the element DOMString get_aListOfIntMax5k_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfFourIntMax500" : /// \n Returns the scalar element node /// @return the element node fetched aListOfFourIntMax500_p element_aListOfFourIntMax500(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfFourIntMax500" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_aListOfFourIntMax500(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfFourIntMax500" : /// \n Returns the value(as DOMString) of the element DOMString get_aListOfFourIntMax500_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfTwoIntMax3k" : /// \n Returns the scalar element node /// @return the element node fetched aListOfTwoIntMax3k_p element_aListOfTwoIntMax3k(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfTwoIntMax3k" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_aListOfTwoIntMax3k(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aListOfTwoIntMax3k" : /// \n Returns the value(as DOMString) of the element DOMString get_aListOfTwoIntMax3k_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aFont" : /// \n Returns the scalar element node /// @return the element node fetched aFont_p element_aFont(); /// For the scalar-element with QName "{http://www.example.com/STDemo}aFont" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_aFont(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}aFont" : /// \n Returns the value(as DOMString) of the element DOMString get_aFont_string(); /// For the scalar-element with QName "{http://www.example.com/STDemo}anotherFont" : /// \n Returns the scalar element node /// @return the element node fetched anotherFont_p element_anotherFont(); /// For the scalar-element with QName "{http://www.example.com/STDemo}anotherFont" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_anotherFont(DOMString val); /// For the scalar-element with QName "{http://www.example.com/STDemo}anotherFont" : /// \n Returns the value(as DOMString) of the element DOMString get_anotherFont_string(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xID" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_xID_p attribute_attr_xID(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xID" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_xID(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xID" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_xID_string(); /// For the optional scalar attribute with QName "{http://www.w3.org/2001/XMLSchema}xID" : /// Marks the attribute as present void mark_present_attr_xID(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xIDREF" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_xIDREF_p attribute_attr_xIDREF(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xIDREF" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_xIDREF(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xIDREF" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_xIDREF_string(); /// For the optional scalar attribute with QName "{http://www.w3.org/2001/XMLSchema}xIDREF" : /// Marks the attribute as present void mark_present_attr_xIDREF(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xIDREFS" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_xIDREFS_p attribute_attr_xIDREFS(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xIDREFS" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_xIDREFS(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xIDREFS" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_xIDREFS_string(); /// For the optional scalar attribute with QName "{http://www.w3.org/2001/XMLSchema}xIDREFS" : /// Marks the attribute as present void mark_present_attr_xIDREFS(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xENTITY" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_xENTITY_p attribute_attr_xENTITY(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xENTITY" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_xENTITY(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xENTITY" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_xENTITY_string(); /// For the optional scalar attribute with QName "{http://www.w3.org/2001/XMLSchema}xENTITY" : /// Marks the attribute as present void mark_present_attr_xENTITY(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xENTITIES" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_xENTITIES_p attribute_attr_xENTITIES(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xENTITIES" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_xENTITIES(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xENTITIES" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_xENTITIES_string(); /// For the optional scalar attribute with QName "{http://www.w3.org/2001/XMLSchema}xENTITIES" : /// Marks the attribute as present void mark_present_attr_xENTITIES(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xNMTOKEN" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_xNMTOKEN_p attribute_attr_xNMTOKEN(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xNMTOKEN" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_xNMTOKEN(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xNMTOKEN" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_xNMTOKEN_string(); /// For the optional scalar attribute with QName "{http://www.w3.org/2001/XMLSchema}xNMTOKEN" : /// Marks the attribute as present void mark_present_attr_xNMTOKEN(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xNMTOKENS" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_xNMTOKENS_p attribute_attr_xNMTOKENS(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xNMTOKENS" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_xNMTOKENS(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}xNMTOKENS" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_xNMTOKENS_string(); /// For the optional scalar attribute with QName "{http://www.w3.org/2001/XMLSchema}xNMTOKENS" : /// Marks the attribute as present void mark_present_attr_xNMTOKENS(); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}globalStringAttr" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_globalStringAttr_p attribute_attr_globalStringAttr(); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}globalStringAttr" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_globalStringAttr(DOMString val); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}globalStringAttr" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_globalStringAttr_string(); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}aNOTATION" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_aNOTATION_p attribute_attr_aNOTATION(); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}aNOTATION" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_aNOTATION(DOMString val); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}aNOTATION" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_aNOTATION_string(); /// For the optional scalar attribute with QName "{http://www.example.com/STDemo}aNOTATION" : /// Marks the attribute as present void mark_present_attr_aNOTATION(); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}aNNI" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_aNNI_p attribute_attr_aNNI(); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}aNNI" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_aNNI(DOMString val); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}aNNI" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_aNNI_string(); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}anotherNNI" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_anotherNNI_p attribute_attr_anotherNNI(); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}anotherNNI" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_anotherNNI(DOMString val); /// For the scalar-attribute with QName "{http://www.example.com/STDemo}anotherNNI" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_anotherNNI_string(); #ifndef __MyComplexType_attr_aCommonName_member_public_fns #define __MyComplexType_attr_aCommonName_member_public_fns /// For the scalar-attribute with QName "{}aCommonName" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_aCommonName_p attribute_attr_aCommonName(); /// For the scalar-attribute with QName "{}aCommonName" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_aCommonName(DOMString val); /// For the scalar-attribute with QName "{}aCommonName" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_aCommonName_string(); #endif // __MyComplexType_attr_aCommonName_member_public_fns /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; xBoolean_ptr _xBoolean; xDecimal_ptr _xDecimal; xFloat_ptr _xFloat; xDouble_ptr _xDouble; xInteger_ptr _xInteger; xPositiveInteger_ptr _xPositiveInteger; xNonPositiveInteger_ptr _xNonPositiveInteger; xNegativeInteger_ptr _xNegativeInteger; xNonNegativeInteger_ptr _xNonNegativeInteger; xLong_ptr _xLong; xInt_ptr _xInt; xShort_ptr _xShort; xByte_ptr _xByte; xUnsignedLong_ptr _xUnsignedLong; xUnsignedInt_ptr _xUnsignedInt; xUnsignedShort_ptr _xUnsignedShort; xUnsignedByte_ptr _xUnsignedByte; xHexBinary_ptr _xHexBinary; xBase64Binary_ptr _xBase64Binary; xUri_ptr _xUri; xNormalizedString_ptr _xNormalizedString; xToken_ptr _xToken; xLanguage_ptr _xLanguage; xName_ptr _xName; xNCName_ptr _xNCName; xQName_ptr _xQName; xDateTime_ptr _xDateTime; xDate_ptr _xDate; xYearMonth_ptr _xYearMonth; xYear_ptr _xYear; xMonthDay_ptr _xMonthDay; xMonth_ptr _xMonth; xDay_ptr _xDay; xTime_ptr _xTime; xDuration_ptr _xDuration; List<anIntMax10_ptr> _list_anIntMax10; anIntMax5k_ptr _anIntMax5k; globalWaterTemp_ptr _globalWaterTemp; aSKU_ptr _aSKU; aDateTime_ptr _aDateTime; aDate_ptr _aDate; aYear_ptr _aYear; #ifndef __MyComplexType_aCommonName_member_variables #define __MyComplexType_aCommonName_member_variables aCommonName_ptr _aCommonName; #endif // __MyComplexType_aCommonName_member_variables aListOfIntMax5k_ptr _aListOfIntMax5k; aListOfFourIntMax500_ptr _aListOfFourIntMax500; aListOfTwoIntMax3k_ptr _aListOfTwoIntMax3k; aFont_ptr _aFont; anotherFont_ptr _anotherFont; attr_xID_ptr _attr_xID; attr_xIDREF_ptr _attr_xIDREF; attr_xIDREFS_ptr _attr_xIDREFS; attr_xENTITY_ptr _attr_xENTITY; attr_xENTITIES_ptr _attr_xENTITIES; attr_xNMTOKEN_ptr _attr_xNMTOKEN; attr_xNMTOKENS_ptr _attr_xNMTOKENS; attr_globalStringAttr_ptr _attr_globalStringAttr; attr_aNOTATION_ptr _attr_aNOTATION; attr_aNNI_ptr _attr_aNNI; attr_anotherNNI_ptr _attr_anotherNNI; #ifndef __MyComplexType_attr_aCommonName_member_variables #define __MyComplexType_attr_aCommonName_member_variables attr_aCommonName_ptr _attr_aCommonName; #endif // __MyComplexType_attr_aCommonName_member_variables /// initialize the FSM void initFSM(); xBoolean_ptr create_xBoolean(FsmCbOptions& options); xDecimal_ptr create_xDecimal(FsmCbOptions& options); xFloat_ptr create_xFloat(FsmCbOptions& options); xDouble_ptr create_xDouble(FsmCbOptions& options); xInteger_ptr create_xInteger(FsmCbOptions& options); xPositiveInteger_ptr create_xPositiveInteger(FsmCbOptions& options); xNonPositiveInteger_ptr create_xNonPositiveInteger(FsmCbOptions& options); xNegativeInteger_ptr create_xNegativeInteger(FsmCbOptions& options); xNonNegativeInteger_ptr create_xNonNegativeInteger(FsmCbOptions& options); xLong_ptr create_xLong(FsmCbOptions& options); xInt_ptr create_xInt(FsmCbOptions& options); xShort_ptr create_xShort(FsmCbOptions& options); xByte_ptr create_xByte(FsmCbOptions& options); xUnsignedLong_ptr create_xUnsignedLong(FsmCbOptions& options); xUnsignedInt_ptr create_xUnsignedInt(FsmCbOptions& options); xUnsignedShort_ptr create_xUnsignedShort(FsmCbOptions& options); xUnsignedByte_ptr create_xUnsignedByte(FsmCbOptions& options); xHexBinary_ptr create_xHexBinary(FsmCbOptions& options); xBase64Binary_ptr create_xBase64Binary(FsmCbOptions& options); xUri_ptr create_xUri(FsmCbOptions& options); xNormalizedString_ptr create_xNormalizedString(FsmCbOptions& options); xToken_ptr create_xToken(FsmCbOptions& options); xLanguage_ptr create_xLanguage(FsmCbOptions& options); xName_ptr create_xName(FsmCbOptions& options); xNCName_ptr create_xNCName(FsmCbOptions& options); xQName_ptr create_xQName(FsmCbOptions& options); xDateTime_ptr create_xDateTime(FsmCbOptions& options); xDate_ptr create_xDate(FsmCbOptions& options); xYearMonth_ptr create_xYearMonth(FsmCbOptions& options); xYear_ptr create_xYear(FsmCbOptions& options); xMonthDay_ptr create_xMonthDay(FsmCbOptions& options); xMonth_ptr create_xMonth(FsmCbOptions& options); xDay_ptr create_xDay(FsmCbOptions& options); xTime_ptr create_xTime(FsmCbOptions& options); xDuration_ptr create_xDuration(FsmCbOptions& options); anIntMax10_ptr create_anIntMax10(FsmCbOptions& options); anIntMax5k_ptr create_anIntMax5k(FsmCbOptions& options); globalWaterTemp_ptr create_globalWaterTemp(FsmCbOptions& options); aSKU_ptr create_aSKU(FsmCbOptions& options); aDateTime_ptr create_aDateTime(FsmCbOptions& options); aDate_ptr create_aDate(FsmCbOptions& options); aYear_ptr create_aYear(FsmCbOptions& options); #ifndef __MyComplexType_aCommonName_private_fns #define __MyComplexType_aCommonName_private_fns aCommonName_ptr create_aCommonName(FsmCbOptions& options); #endif // __MyComplexType_aCommonName_private_fns aListOfIntMax5k_ptr create_aListOfIntMax5k(FsmCbOptions& options); aListOfFourIntMax500_ptr create_aListOfFourIntMax500(FsmCbOptions& options); aListOfTwoIntMax3k_ptr create_aListOfTwoIntMax3k(FsmCbOptions& options); aFont_ptr create_aFont(FsmCbOptions& options); anotherFont_ptr create_anotherFont(FsmCbOptions& options); attr_xID_ptr create_attr_xID(FsmCbOptions& options); attr_xIDREF_ptr create_attr_xIDREF(FsmCbOptions& options); attr_xIDREFS_ptr create_attr_xIDREFS(FsmCbOptions& options); attr_xENTITY_ptr create_attr_xENTITY(FsmCbOptions& options); attr_xENTITIES_ptr create_attr_xENTITIES(FsmCbOptions& options); attr_xNMTOKEN_ptr create_attr_xNMTOKEN(FsmCbOptions& options); attr_xNMTOKENS_ptr create_attr_xNMTOKENS(FsmCbOptions& options); attr_globalStringAttr_ptr create_attr_globalStringAttr(FsmCbOptions& options); attr_aNOTATION_ptr create_attr_aNOTATION(FsmCbOptions& options); attr_aNNI_ptr create_attr_aNNI(FsmCbOptions& options); attr_anotherNNI_ptr create_attr_anotherNNI(FsmCbOptions& options); #ifndef __MyComplexType_attr_aCommonName_private_fns #define __MyComplexType_attr_aCommonName_private_fns attr_aCommonName_ptr create_attr_aCommonName(FsmCbOptions& options); #endif // __MyComplexType_attr_aCommonName_private_fns public: //types which this class needs, as INNER CLASSES /// class for simpleType with restriction on base class _anIntMax10 : public XMLSchema::Types::bt_int { public: /// constructor _anIntMax10(AnyTypeCreateArgs args) : bt_int(args) { maxInclusiveCFacet().stringValue("10"); this->appliedCFacets( appliedCFacets() | CF_MAXINCLUSIVE ); } protected: }; /// class for simpleType with restriction on base class _aCommonName : public XMLSchema::Types::bt_string { public: /// constructor _aCommonName(AnyTypeCreateArgs args) : bt_string(args) { _lengthCFacet.stringValue("5"); this->appliedCFacets( appliedCFacets() | CF_LENGTH ); } protected: }; /// class for simpleType with restriction on base class _attr_aCommonName : public XMLSchema::Types::bt_string { public: /// constructor _attr_aCommonName(AnyTypeCreateArgs args) : bt_string(args) { _lengthCFacet.stringValue("5"); this->appliedCFacets( appliedCFacets() | CF_LENGTH ); } protected: }; //types which this class needs, as INNER CLASSES : END private: static XSD::TypeDefinitionFactoryTmpl<XmlElement<MyComplexType> > s_typeRegistry; }; //end class MyComplexType } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_DateTimeInARange_H__ #define __STDemo_DateTimeInARange_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class DateTimeInARange : public XMLSchema::Types::bt_dateTime { public: /// constructor DateTimeInARange(AnyTypeCreateArgs args) : bt_dateTime(args) { minInclusiveCFacet().stringValue("2010-01-01T12:00:00Z"); maxInclusiveCFacet().stringValue("2010-05-31T23:00:00Z"); this->appliedCFacets( appliedCFacets() | CF_MININCLUSIVE| CF_MAXINCLUSIVE ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_EnumNNI_H__ #define __STDemo_EnumNNI_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" #include "XSD/SimpleTypeUnionTmpl.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType of variety union class EnumNNI : public XMLSchema::Types::SimpleTypeUnionTmpl { public: /// class for simpleType with restriction on base class EnumNNI_union_simpleType1 : public XMLSchema::Types::bt_NMTOKEN { public: /// constructor EnumNNI_union_simpleType1(AnyTypeCreateArgs args) : bt_NMTOKEN(args) { vector<DOMString> enums; enums.push_back("unbounded"); _enumerationCFacet.value(enums); this->appliedCFacets( appliedCFacets() | CF_ENUMERATION ); } protected: }; /// constructor EnumNNI(AnyTypeCreateArgs args): XMLSchema::Types::SimpleTypeUnionTmpl(args) { _unionMembers.push_back(new XMLSchema::Types::bt_nonNegativeInteger(AnyTypeCreateArgs())); _unionMembers.push_back(new EnumNNI_union_simpleType1(AnyTypeCreateArgs())); } virtual DOMString stringValue() { return _value; } virtual void stringValue(DOMString val) { SimpleTypeUnionTmpl::stringValue(val); } virtual inline DOMString sampleValue() { return SimpleTypeUnionTmpl::sampleValue(); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_ListOfFourIntMax500_H__ #define __STDemo_ListOfFourIntMax500_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" #include "STDemo/Types/ListOfIntMax500.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class ListOfFourIntMax500 : public STDemo::Types::ListOfIntMax500 { public: /// constructor ListOfFourIntMax500(AnyTypeCreateArgs args) : ListOfIntMax500(args) { _maxLengthCFacet.stringValue("4"); this->appliedCFacets( appliedCFacets() | CF_MAXLENGTH ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_CelciusWaterTemp_H__ #define __STDemo_CelciusWaterTemp_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class CelciusWaterTemp : public XMLSchema::Types::bt_decimal { public: /// constructor CelciusWaterTemp(AnyTypeCreateArgs args) : bt_decimal(args) { _fractionDigitsCFacet.stringValue("2"); minExclusiveCFacet().stringValue("0.00"); maxExclusiveCFacet().stringValue("100.00"); this->appliedCFacets( appliedCFacets() | CF_FRACTIONDIGITS| CF_MINEXCLUSIVE| CF_MAXEXCLUSIVE ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_ListOfIntMax3k_H__ #define __STDemo_ListOfIntMax3k_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" #include "XSD/SimpleTypeListTmpl.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class ListOfIntMax3k_list_simpleType_restriction_simpleType : public STDemo::Types::IntMax5k { public: /// constructor ListOfIntMax3k_list_simpleType_restriction_simpleType(AnyTypeCreateArgs args) : IntMax5k(args) { maxExclusiveCFacet().stringValue("4000"); this->appliedCFacets( appliedCFacets() | CF_MAXEXCLUSIVE ); } protected: }; /// class for simpleType with restriction on simpleType class ListOfIntMax3k_list_simpleType1 : public ListOfIntMax3k_list_simpleType_restriction_simpleType { public: /// constructor ListOfIntMax3k_list_simpleType1(AnyTypeCreateArgs args): ListOfIntMax3k_list_simpleType_restriction_simpleType(args) { maxExclusiveCFacet().stringValue("3000"); this->appliedCFacets( appliedCFacets() | CF_MAXEXCLUSIVE ); } }; typedef XMLSchema::Types::SimpleTypeListTmpl<ListOfIntMax3k_list_simpleType1> ListOfIntMax3k; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_Fontbynumber_H__ #define __STDemo_Fontbynumber_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { /// class for simpleType with restriction on base class Fontbynumber : public XMLSchema::Types::bt_positiveInteger { public: /// constructor Fontbynumber(AnyTypeCreateArgs args) : bt_positiveInteger(args) { maxInclusiveCFacet().stringValue("72"); this->appliedCFacets( appliedCFacets() | CF_MAXINCLUSIVE ); } protected: }; } // end namespace Types } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __STDemo_ListOfIntMax5k_H__ #define __STDemo_ListOfIntMax5k_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" #include "XSD/SimpleTypeListTmpl.h" #include "STDemo/Types/IntMax5k.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace STDemo{ namespace Types { typedef XMLSchema::Types::SimpleTypeListTmpl<STDemo::Types::IntMax5k> ListOfIntMax5k; } // end namespace Types } // end namespace #endif
#include <iostream> #include <string> #include "XSD/UserOps.h" #include "STDemo/all-include.h" void populateDocument(STDemo::Document* xsdDoc); void updateOrConsumeDocument(STDemo::Document* xsdDoc); void chooseDocumentElement(STDemo::Document* xsdDoc); int main (int argc, char**argv) { XSD::UserOps<STDemo::Document>::UserOpsCbStruct cbStruct; cbStruct.cbPopulateDocument = populateDocument; cbStruct.cbUpdateOrConsumeDocument = updateOrConsumeDocument; cbStruct.cbChooseDocumentElement = chooseDocumentElement; XSD::UserOps<STDemo::Document> opHandle(cbStruct); opHandle.run(argc, argv); } // // Following functions are use case templates. // You need to put "code" in the respective contexts. // // choose the element inside Document that you want as root using // a call like : xsdDoc->set_root_xyz(); void chooseDocumentElement(STDemo::Document* xsdDoc) { // uncomment one of folowing to choose root xsdDoc->set_root_myComplexTypeElem(); //xsdDoc->set_root_globalWaterTemp(); } // template function to populate the Tree with values // write code to populate the Document here void populateDocument(STDemo::Document* xsdDoc) { // // Noteworthy Things: // // - aCommonName : both an element and an attribute share this name, please // note the namespace/naming differences in generated classes // corresponding to these two // // - many elements inside MyComplexType are not populated here, they would // show up in the xml with their default/fixed values // DOM::Node* markerNode = NULL; STDemo::myComplexTypeElem *rootElem = xsdDoc->element_myComplexTypeElem(); // set attributes rootElem->set_attr_aCommonName("abcde"); rootElem->set_attr_globalStringAttr("abc"); rootElem->set_attr_aNNI("unbounded"); rootElem->set_attr_anotherNNI("100"); // begin : atomic simpleType elements rootElem->set_anIntMax10(0, 10); rootElem->set_anIntMax10(1, 10); rootElem->set_anIntMax10(2, 10); rootElem->set_anIntMax5k(4999); rootElem->set_aSKU("123-AB"); rootElem->set_globalWaterTemp(30.00); rootElem->set_aDateTime("2010-01-04T12:00:00Z"); // let default show up //rootElem->set_aDate("2009"); rootElem->set_aYear(2009); rootElem->set_aCommonName("abcde"); // end : atomic simpleType elements // begin : list simpleType elements rootElem->set_aListOfIntMax5k("0 1000 2000 3000 4000"); rootElem->set_aListOfFourIntMax500("100 200 300 400"); rootElem->set_aListOfTwoIntMax3k("1000 2000"); // end : list simpleType elements // begin : union simpleType elements //rootElem->set_aNNI("unbounded"); //rootElem->set_anotherNNI("100"); rootElem->set_aFont("medium"); rootElem->set_anotherFont("72"); // end : union simpleType elements // set some text nodes which also do the job of describing the element sections rootElem->setTextAmongChildrenAt("\nHere you will see some examples of simpleType elements", 0); rootElem->setTextAmongChildrenAt("\nFollowing are examples of -atomic- simpleType elements", 1); markerNode = rootElem->element_aCommonName(); rootElem->setTextAfterNode("End of -atomic- simpleType elements\n Following are examples of -list- simpleType elements", markerNode); markerNode = rootElem->element_aListOfTwoIntMax3k(); rootElem->setTextAfterNode("End of -list- simpleType elements\n Following are examples of -union- simpleType elements", markerNode); rootElem->setTextEnd("End of -union- simpleType elements\nEnd of all example elements"); } // write code to operate(update/consume/test etc.) on the Document, which is already // populated(eg. read from an input xml file) void updateOrConsumeDocument(STDemo::Document* xsdDoc) { }
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "STDemo/Document.h" namespace STDemo{ ///constructor for the Document node Document::Document(bool buildTree_, bool createSample_): XMLSchema::TDocument(buildTree_, createSample_) { initFSM(); DOM::Document::attributeDefaultQualified(true); DOM::Document::elementDefaultQualified(true); } void Document::initFSM() { _fsm_myComplexTypeElem = new XsdFSM<myComplexTypeElem_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("myComplexTypeElem"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<myComplexTypeElem_ptr, Document, FsmCbOptions>(this, &Document::create_myComplexTypeElem)); _fsm_globalWaterTemp = new XsdFSM<globalWaterTemp_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("globalWaterTemp"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<globalWaterTemp_ptr, Document, FsmCbOptions>(this, &Document::create_globalWaterTemp)); XsdFsmBasePtr elemFsms[] = { _fsm_myComplexTypeElem, _fsm_globalWaterTemp, NULL }; XsdFsmBasePtr fofElem = new XsdFsmOfFSMs(elemFsms, XsdFsmOfFSMs::CHOICE); XsdFsmBasePtr docEndFsm = new XsdFSM<void *>(Particle(NULL, "", 1, 1), XsdEvent::DOCUMENT_END); XsdFsmBasePtr ptrFsms[] = { fofElem, docEndFsm, NULL }; _fsm = new XsdFsmOfFSMs(ptrFsms, XsdFsmOfFSMs::SEQUENCE); } void Document::set_root_myComplexTypeElem() { if(!_myComplexTypeElem) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("myComplexTypeElem"), XsdEvent::ELEMENT_START); _fsm->processEventThrow(event); } } void Document::set_root_globalWaterTemp() { if(!_globalWaterTemp) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("globalWaterTemp"), XsdEvent::ELEMENT_START); _fsm->processEventThrow(event); } } /* element functions */ myComplexTypeElem_ptr Document::create_myComplexTypeElem(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("myComplexTypeElem"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false, "http://www.example.com/STDemo", "MyComplexType"); myComplexTypeElem_p node = XSD::createElementTmpl<myComplexTypeElem, STDemo::Types::MyComplexType*>(t); _myComplexTypeElem = node; return node; } myComplexTypeElem_p Document::element_myComplexTypeElem() { FSM::warnNullNode(_myComplexTypeElem, "myComplexTypeElem", "{http://www.example.com/STDemo}myComplexTypeElem", 1); return _myComplexTypeElem; } globalWaterTemp_ptr Document::create_globalWaterTemp(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("globalWaterTemp"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false, "http://www.example.com/STDemo", "CelciusWaterTemp"); globalWaterTemp_p node = XSD::createElementTmpl<globalWaterTemp, STDemo::Types::CelciusWaterTemp*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _globalWaterTemp = node; return node; } globalWaterTemp_p Document::element_globalWaterTemp() { FSM::warnNullNode(_globalWaterTemp, "globalWaterTemp", "{http://www.example.com/STDemo}globalWaterTemp", 1); return _globalWaterTemp; } } // end namespace
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "STDemo/Types/MyComplexType.h" namespace STDemo{ namespace Types { XSD::TypeDefinitionFactoryTmpl<XmlElement<MyComplexType> > MyComplexType::s_typeRegistry("MyComplexType", "http://www.example.com/STDemo"); //constructor MyComplexType::MyComplexType(AnyTypeCreateArgs args): XMLSchema::Types::anyType(AnyTypeCreateArgs(false, args.ownerNode, args.ownerElem, args.ownerDoc, args.childBuildsTree, (args.createFromElementAttr? false : args.abstract), args.blockMask, args.finalMask, args.contentTypeVariety, args.anyTypeUseCase, args.suppressTypeAbstract )), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_MIXED); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree() && !args.childBuildsTree) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void MyComplexType::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { new XsdFSM<attr_xID_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xID"), 0, 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_xID_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_xID)), new XsdFSM<attr_xIDREF_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xIDREF"), 0, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_xIDREF_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_xIDREF)), new XsdFSM<attr_xIDREFS_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xIDREFS"), 0, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_xIDREFS_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_xIDREFS)), new XsdFSM<attr_xENTITY_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xENTITY"), 0, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_xENTITY_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_xENTITY)), new XsdFSM<attr_xENTITIES_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xENTITIES"), 0, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_xENTITIES_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_xENTITIES)), new XsdFSM<attr_xNMTOKEN_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xNMTOKEN"), 0, 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_xNMTOKEN_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_xNMTOKEN)), new XsdFSM<attr_xNMTOKENS_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xNMTOKENS"), 0, 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_xNMTOKENS_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_xNMTOKENS)), new XsdFSM<attr_globalStringAttr_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("globalStringAttr"), 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_globalStringAttr_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_globalStringAttr)), new XsdFSM<attr_aNOTATION_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aNOTATION"), 0, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_aNOTATION_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_aNOTATION)), new XsdFSM<attr_aNNI_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aNNI"), 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_aNNI_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_aNNI)), new XsdFSM<attr_anotherNNI_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("anotherNNI"), 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_anotherNNI_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_anotherNNI)), new XsdFSM<attr_aCommonName_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aCommonName"), 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_aCommonName_ptr, MyComplexType, FsmCbOptions>(this, &MyComplexType::create_attr_aCommonName)), NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ MyComplexType::xBoolean_ptr MyComplexType::create_xBoolean(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xBoolean"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, true, "http://www.w3.org/2001/XMLSchema", "boolean"); MyComplexType::xBoolean_p node = XSD::createElementTmpl<xBoolean, XMLSchema::Types::bt_boolean*>(t); node->defaultValue("false"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xBoolean = node; return node; } MyComplexType::xBoolean_p MyComplexType::element_xBoolean() { FSM::warnNullNode(_xBoolean, "xBoolean", "{http://www.w3.org/2001/XMLSchema}xBoolean", 1); return _xBoolean; } void MyComplexType::set_xBoolean(DOMString val) { get_sequence()->set_xBoolean(val); } DOMString MyComplexType::get_xBoolean_string() { return get_sequence()->get_xBoolean_string(); } void MyComplexType::set_xBoolean(bool val) { get_sequence()->set_xBoolean(val); } bool MyComplexType::get_xBoolean() { return get_sequence()->get_xBoolean(); } MyComplexType::xDecimal_ptr MyComplexType::create_xDecimal(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xDecimal"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "decimal"); MyComplexType::xDecimal_p node = XSD::createElementTmpl<xDecimal, XMLSchema::Types::bt_decimal*>(t); node->defaultValue("-1.23e-6"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xDecimal = node; return node; } MyComplexType::xDecimal_p MyComplexType::element_xDecimal() { FSM::warnNullNode(_xDecimal, "xDecimal", "{http://www.w3.org/2001/XMLSchema}xDecimal", 1); return _xDecimal; } void MyComplexType::set_xDecimal(DOMString val) { get_sequence()->set_xDecimal(val); } DOMString MyComplexType::get_xDecimal_string() { return get_sequence()->get_xDecimal_string(); } void MyComplexType::set_xDecimal(double val) { get_sequence()->set_xDecimal(val); } double MyComplexType::get_xDecimal() { return get_sequence()->get_xDecimal(); } MyComplexType::xFloat_ptr MyComplexType::create_xFloat(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xFloat"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "float"); MyComplexType::xFloat_p node = XSD::createElementTmpl<xFloat, XMLSchema::Types::bt_float*>(t); node->defaultValue("-1.23e-3"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xFloat = node; return node; } MyComplexType::xFloat_p MyComplexType::element_xFloat() { FSM::warnNullNode(_xFloat, "xFloat", "{http://www.w3.org/2001/XMLSchema}xFloat", 1); return _xFloat; } void MyComplexType::set_xFloat(DOMString val) { get_sequence()->set_xFloat(val); } DOMString MyComplexType::get_xFloat_string() { return get_sequence()->get_xFloat_string(); } void MyComplexType::set_xFloat(float val) { get_sequence()->set_xFloat(val); } float MyComplexType::get_xFloat() { return get_sequence()->get_xFloat(); } MyComplexType::xDouble_ptr MyComplexType::create_xDouble(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xDouble"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "double"); MyComplexType::xDouble_p node = XSD::createElementTmpl<xDouble, XMLSchema::Types::bt_double*>(t); node->defaultValue("-1.23e-5"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xDouble = node; return node; } MyComplexType::xDouble_p MyComplexType::element_xDouble() { FSM::warnNullNode(_xDouble, "xDouble", "{http://www.w3.org/2001/XMLSchema}xDouble", 1); return _xDouble; } void MyComplexType::set_xDouble(DOMString val) { get_sequence()->set_xDouble(val); } DOMString MyComplexType::get_xDouble_string() { return get_sequence()->get_xDouble_string(); } void MyComplexType::set_xDouble(double val) { get_sequence()->set_xDouble(val); } double MyComplexType::get_xDouble() { return get_sequence()->get_xDouble(); } MyComplexType::xInteger_ptr MyComplexType::create_xInteger(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xInteger"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "integer"); MyComplexType::xInteger_p node = XSD::createElementTmpl<xInteger, XMLSchema::Types::bt_integer*>(t); node->defaultValue("-12678967543233"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xInteger = node; return node; } MyComplexType::xInteger_p MyComplexType::element_xInteger() { FSM::warnNullNode(_xInteger, "xInteger", "{http://www.w3.org/2001/XMLSchema}xInteger", 1); return _xInteger; } void MyComplexType::set_xInteger(DOMString val) { get_sequence()->set_xInteger(val); } DOMString MyComplexType::get_xInteger_string() { return get_sequence()->get_xInteger_string(); } void MyComplexType::set_xInteger(XPlus::Int64 val) { get_sequence()->set_xInteger(val); } XPlus::Int64 MyComplexType::get_xInteger() { return get_sequence()->get_xInteger(); } MyComplexType::xPositiveInteger_ptr MyComplexType::create_xPositiveInteger(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xPositiveInteger"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "positiveInteger"); MyComplexType::xPositiveInteger_p node = XSD::createElementTmpl<xPositiveInteger, XMLSchema::Types::bt_positiveInteger*>(t); node->defaultValue("12678967543233"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xPositiveInteger = node; return node; } MyComplexType::xPositiveInteger_p MyComplexType::element_xPositiveInteger() { FSM::warnNullNode(_xPositiveInteger, "xPositiveInteger", "{http://www.w3.org/2001/XMLSchema}xPositiveInteger", 1); return _xPositiveInteger; } void MyComplexType::set_xPositiveInteger(DOMString val) { get_sequence()->set_xPositiveInteger(val); } DOMString MyComplexType::get_xPositiveInteger_string() { return get_sequence()->get_xPositiveInteger_string(); } void MyComplexType::set_xPositiveInteger(XPlus::UInt64 val) { get_sequence()->set_xPositiveInteger(val); } XPlus::UInt64 MyComplexType::get_xPositiveInteger() { return get_sequence()->get_xPositiveInteger(); } MyComplexType::xNonPositiveInteger_ptr MyComplexType::create_xNonPositiveInteger(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xNonPositiveInteger"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "nonPositiveInteger"); MyComplexType::xNonPositiveInteger_p node = XSD::createElementTmpl<xNonPositiveInteger, XMLSchema::Types::bt_nonPositiveInteger*>(t); node->defaultValue("-12678967543233"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xNonPositiveInteger = node; return node; } MyComplexType::xNonPositiveInteger_p MyComplexType::element_xNonPositiveInteger() { FSM::warnNullNode(_xNonPositiveInteger, "xNonPositiveInteger", "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger", 1); return _xNonPositiveInteger; } void MyComplexType::set_xNonPositiveInteger(DOMString val) { get_sequence()->set_xNonPositiveInteger(val); } DOMString MyComplexType::get_xNonPositiveInteger_string() { return get_sequence()->get_xNonPositiveInteger_string(); } void MyComplexType::set_xNonPositiveInteger(XPlus::Int64 val) { get_sequence()->set_xNonPositiveInteger(val); } XPlus::Int64 MyComplexType::get_xNonPositiveInteger() { return get_sequence()->get_xNonPositiveInteger(); } MyComplexType::xNegativeInteger_ptr MyComplexType::create_xNegativeInteger(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xNegativeInteger"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "negativeInteger"); MyComplexType::xNegativeInteger_p node = XSD::createElementTmpl<xNegativeInteger, XMLSchema::Types::bt_negativeInteger*>(t); node->defaultValue("-12678967543233"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xNegativeInteger = node; return node; } MyComplexType::xNegativeInteger_p MyComplexType::element_xNegativeInteger() { FSM::warnNullNode(_xNegativeInteger, "xNegativeInteger", "{http://www.w3.org/2001/XMLSchema}xNegativeInteger", 1); return _xNegativeInteger; } void MyComplexType::set_xNegativeInteger(DOMString val) { get_sequence()->set_xNegativeInteger(val); } DOMString MyComplexType::get_xNegativeInteger_string() { return get_sequence()->get_xNegativeInteger_string(); } void MyComplexType::set_xNegativeInteger(XPlus::Int64 val) { get_sequence()->set_xNegativeInteger(val); } XPlus::Int64 MyComplexType::get_xNegativeInteger() { return get_sequence()->get_xNegativeInteger(); } MyComplexType::xNonNegativeInteger_ptr MyComplexType::create_xNonNegativeInteger(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xNonNegativeInteger"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "nonNegativeInteger"); MyComplexType::xNonNegativeInteger_p node = XSD::createElementTmpl<xNonNegativeInteger, XMLSchema::Types::bt_nonNegativeInteger*>(t); node->defaultValue("12678967543233"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xNonNegativeInteger = node; return node; } MyComplexType::xNonNegativeInteger_p MyComplexType::element_xNonNegativeInteger() { FSM::warnNullNode(_xNonNegativeInteger, "xNonNegativeInteger", "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger", 1); return _xNonNegativeInteger; } void MyComplexType::set_xNonNegativeInteger(DOMString val) { get_sequence()->set_xNonNegativeInteger(val); } DOMString MyComplexType::get_xNonNegativeInteger_string() { return get_sequence()->get_xNonNegativeInteger_string(); } void MyComplexType::set_xNonNegativeInteger(XPlus::UInt64 val) { get_sequence()->set_xNonNegativeInteger(val); } XPlus::UInt64 MyComplexType::get_xNonNegativeInteger() { return get_sequence()->get_xNonNegativeInteger(); } MyComplexType::xLong_ptr MyComplexType::create_xLong(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xLong"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "long"); MyComplexType::xLong_p node = XSD::createElementTmpl<xLong, XMLSchema::Types::bt_long*>(t); node->defaultValue("-9223372036854775808"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xLong = node; return node; } MyComplexType::xLong_p MyComplexType::element_xLong() { FSM::warnNullNode(_xLong, "xLong", "{http://www.w3.org/2001/XMLSchema}xLong", 1); return _xLong; } void MyComplexType::set_xLong(DOMString val) { get_sequence()->set_xLong(val); } DOMString MyComplexType::get_xLong_string() { return get_sequence()->get_xLong_string(); } void MyComplexType::set_xLong(XPlus::Int64 val) { get_sequence()->set_xLong(val); } XPlus::Int64 MyComplexType::get_xLong() { return get_sequence()->get_xLong(); } MyComplexType::xInt_ptr MyComplexType::create_xInt(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xInt"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "int"); MyComplexType::xInt_p node = XSD::createElementTmpl<xInt, XMLSchema::Types::bt_int*>(t); node->defaultValue("-2147483648"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xInt = node; return node; } MyComplexType::xInt_p MyComplexType::element_xInt() { FSM::warnNullNode(_xInt, "xInt", "{http://www.w3.org/2001/XMLSchema}xInt", 1); return _xInt; } void MyComplexType::set_xInt(DOMString val) { get_sequence()->set_xInt(val); } DOMString MyComplexType::get_xInt_string() { return get_sequence()->get_xInt_string(); } void MyComplexType::set_xInt(int val) { get_sequence()->set_xInt(val); } int MyComplexType::get_xInt() { return get_sequence()->get_xInt(); } MyComplexType::xShort_ptr MyComplexType::create_xShort(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xShort"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "short"); MyComplexType::xShort_p node = XSD::createElementTmpl<xShort, XMLSchema::Types::bt_short*>(t); node->defaultValue("-32768"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xShort = node; return node; } MyComplexType::xShort_p MyComplexType::element_xShort() { FSM::warnNullNode(_xShort, "xShort", "{http://www.w3.org/2001/XMLSchema}xShort", 1); return _xShort; } void MyComplexType::set_xShort(DOMString val) { get_sequence()->set_xShort(val); } DOMString MyComplexType::get_xShort_string() { return get_sequence()->get_xShort_string(); } void MyComplexType::set_xShort(short val) { get_sequence()->set_xShort(val); } short MyComplexType::get_xShort() { return get_sequence()->get_xShort(); } MyComplexType::xByte_ptr MyComplexType::create_xByte(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xByte"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "byte"); MyComplexType::xByte_p node = XSD::createElementTmpl<xByte, XMLSchema::Types::bt_byte*>(t); node->defaultValue("-127"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xByte = node; return node; } MyComplexType::xByte_p MyComplexType::element_xByte() { FSM::warnNullNode(_xByte, "xByte", "{http://www.w3.org/2001/XMLSchema}xByte", 1); return _xByte; } void MyComplexType::set_xByte(DOMString val) { get_sequence()->set_xByte(val); } DOMString MyComplexType::get_xByte_string() { return get_sequence()->get_xByte_string(); } void MyComplexType::set_xByte(char val) { get_sequence()->set_xByte(val); } char MyComplexType::get_xByte() { return get_sequence()->get_xByte(); } MyComplexType::xUnsignedLong_ptr MyComplexType::create_xUnsignedLong(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xUnsignedLong"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "unsignedLong"); MyComplexType::xUnsignedLong_p node = XSD::createElementTmpl<xUnsignedLong, XMLSchema::Types::bt_unsignedLong*>(t); node->defaultValue("18446744073709551615"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xUnsignedLong = node; return node; } MyComplexType::xUnsignedLong_p MyComplexType::element_xUnsignedLong() { FSM::warnNullNode(_xUnsignedLong, "xUnsignedLong", "{http://www.w3.org/2001/XMLSchema}xUnsignedLong", 1); return _xUnsignedLong; } void MyComplexType::set_xUnsignedLong(DOMString val) { get_sequence()->set_xUnsignedLong(val); } DOMString MyComplexType::get_xUnsignedLong_string() { return get_sequence()->get_xUnsignedLong_string(); } void MyComplexType::set_xUnsignedLong(XPlus::UInt64 val) { get_sequence()->set_xUnsignedLong(val); } XPlus::UInt64 MyComplexType::get_xUnsignedLong() { return get_sequence()->get_xUnsignedLong(); } MyComplexType::xUnsignedInt_ptr MyComplexType::create_xUnsignedInt(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xUnsignedInt"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "unsignedInt"); MyComplexType::xUnsignedInt_p node = XSD::createElementTmpl<xUnsignedInt, XMLSchema::Types::bt_unsignedInt*>(t); node->defaultValue("4294967295"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xUnsignedInt = node; return node; } MyComplexType::xUnsignedInt_p MyComplexType::element_xUnsignedInt() { FSM::warnNullNode(_xUnsignedInt, "xUnsignedInt", "{http://www.w3.org/2001/XMLSchema}xUnsignedInt", 1); return _xUnsignedInt; } void MyComplexType::set_xUnsignedInt(DOMString val) { get_sequence()->set_xUnsignedInt(val); } DOMString MyComplexType::get_xUnsignedInt_string() { return get_sequence()->get_xUnsignedInt_string(); } void MyComplexType::set_xUnsignedInt(unsigned int val) { get_sequence()->set_xUnsignedInt(val); } unsigned int MyComplexType::get_xUnsignedInt() { return get_sequence()->get_xUnsignedInt(); } MyComplexType::xUnsignedShort_ptr MyComplexType::create_xUnsignedShort(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xUnsignedShort"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "unsignedShort"); MyComplexType::xUnsignedShort_p node = XSD::createElementTmpl<xUnsignedShort, XMLSchema::Types::bt_unsignedShort*>(t); node->defaultValue("65535"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xUnsignedShort = node; return node; } MyComplexType::xUnsignedShort_p MyComplexType::element_xUnsignedShort() { FSM::warnNullNode(_xUnsignedShort, "xUnsignedShort", "{http://www.w3.org/2001/XMLSchema}xUnsignedShort", 1); return _xUnsignedShort; } void MyComplexType::set_xUnsignedShort(DOMString val) { get_sequence()->set_xUnsignedShort(val); } DOMString MyComplexType::get_xUnsignedShort_string() { return get_sequence()->get_xUnsignedShort_string(); } void MyComplexType::set_xUnsignedShort(unsigned short val) { get_sequence()->set_xUnsignedShort(val); } unsigned short MyComplexType::get_xUnsignedShort() { return get_sequence()->get_xUnsignedShort(); } MyComplexType::xUnsignedByte_ptr MyComplexType::create_xUnsignedByte(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xUnsignedByte"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "unsignedByte"); MyComplexType::xUnsignedByte_p node = XSD::createElementTmpl<xUnsignedByte, XMLSchema::Types::bt_unsignedByte*>(t); node->defaultValue("255"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xUnsignedByte = node; return node; } MyComplexType::xUnsignedByte_p MyComplexType::element_xUnsignedByte() { FSM::warnNullNode(_xUnsignedByte, "xUnsignedByte", "{http://www.w3.org/2001/XMLSchema}xUnsignedByte", 1); return _xUnsignedByte; } void MyComplexType::set_xUnsignedByte(DOMString val) { get_sequence()->set_xUnsignedByte(val); } DOMString MyComplexType::get_xUnsignedByte_string() { return get_sequence()->get_xUnsignedByte_string(); } void MyComplexType::set_xUnsignedByte(unsigned char val) { get_sequence()->set_xUnsignedByte(val); } unsigned char MyComplexType::get_xUnsignedByte() { return get_sequence()->get_xUnsignedByte(); } MyComplexType::xHexBinary_ptr MyComplexType::create_xHexBinary(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xHexBinary"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "hexBinary"); MyComplexType::xHexBinary_p node = XSD::createElementTmpl<xHexBinary, XMLSchema::Types::bt_hexBinary*>(t); node->defaultValue("FEFF"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xHexBinary = node; return node; } MyComplexType::xHexBinary_p MyComplexType::element_xHexBinary() { FSM::warnNullNode(_xHexBinary, "xHexBinary", "{http://www.w3.org/2001/XMLSchema}xHexBinary", 1); return _xHexBinary; } void MyComplexType::set_xHexBinary(DOMString val) { get_sequence()->set_xHexBinary(val); } DOMString MyComplexType::get_xHexBinary_string() { return get_sequence()->get_xHexBinary_string(); } MyComplexType::xBase64Binary_ptr MyComplexType::create_xBase64Binary(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xBase64Binary"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "base64Binary"); MyComplexType::xBase64Binary_p node = XSD::createElementTmpl<xBase64Binary, XMLSchema::Types::bt_base64Binary*>(t); node->defaultValue("aGVsbG8gd29ybGQ="); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xBase64Binary = node; return node; } MyComplexType::xBase64Binary_p MyComplexType::element_xBase64Binary() { FSM::warnNullNode(_xBase64Binary, "xBase64Binary", "{http://www.w3.org/2001/XMLSchema}xBase64Binary", 1); return _xBase64Binary; } void MyComplexType::set_xBase64Binary(DOMString val) { get_sequence()->set_xBase64Binary(val); } DOMString MyComplexType::get_xBase64Binary_string() { return get_sequence()->get_xBase64Binary_string(); } MyComplexType::xUri_ptr MyComplexType::create_xUri(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xUri"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "anyURI"); MyComplexType::xUri_p node = XSD::createElementTmpl<xUri, XMLSchema::Types::bt_anyURI*>(t); node->defaultValue("http://www.example.com/xmlplus"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xUri = node; return node; } MyComplexType::xUri_p MyComplexType::element_xUri() { FSM::warnNullNode(_xUri, "xUri", "{http://www.w3.org/2001/XMLSchema}xUri", 1); return _xUri; } void MyComplexType::set_xUri(DOMString val) { get_sequence()->set_xUri(val); } DOMString MyComplexType::get_xUri_string() { return get_sequence()->get_xUri_string(); } MyComplexType::xNormalizedString_ptr MyComplexType::create_xNormalizedString(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xNormalizedString"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "normalizedString"); MyComplexType::xNormalizedString_p node = XSD::createElementTmpl<xNormalizedString, XMLSchema::Types::bt_normalizedString*>(t); node->defaultValue("no CR LF TAB"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xNormalizedString = node; return node; } MyComplexType::xNormalizedString_p MyComplexType::element_xNormalizedString() { FSM::warnNullNode(_xNormalizedString, "xNormalizedString", "{http://www.w3.org/2001/XMLSchema}xNormalizedString", 1); return _xNormalizedString; } void MyComplexType::set_xNormalizedString(DOMString val) { get_sequence()->set_xNormalizedString(val); } DOMString MyComplexType::get_xNormalizedString_string() { return get_sequence()->get_xNormalizedString_string(); } MyComplexType::xToken_ptr MyComplexType::create_xToken(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xToken"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "token"); MyComplexType::xToken_p node = XSD::createElementTmpl<xToken, XMLSchema::Types::bt_token*>(t); node->defaultValue(" xs:hexBinary "); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xToken = node; return node; } MyComplexType::xToken_p MyComplexType::element_xToken() { FSM::warnNullNode(_xToken, "xToken", "{http://www.w3.org/2001/XMLSchema}xToken", 1); return _xToken; } void MyComplexType::set_xToken(DOMString val) { get_sequence()->set_xToken(val); } DOMString MyComplexType::get_xToken_string() { return get_sequence()->get_xToken_string(); } MyComplexType::xLanguage_ptr MyComplexType::create_xLanguage(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xLanguage"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "language"); MyComplexType::xLanguage_p node = XSD::createElementTmpl<xLanguage, XMLSchema::Types::bt_language*>(t); node->defaultValue("english"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xLanguage = node; return node; } MyComplexType::xLanguage_p MyComplexType::element_xLanguage() { FSM::warnNullNode(_xLanguage, "xLanguage", "{http://www.w3.org/2001/XMLSchema}xLanguage", 1); return _xLanguage; } void MyComplexType::set_xLanguage(DOMString val) { get_sequence()->set_xLanguage(val); } DOMString MyComplexType::get_xLanguage_string() { return get_sequence()->get_xLanguage_string(); } MyComplexType::xName_ptr MyComplexType::create_xName(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xName"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "Name"); MyComplexType::xName_p node = XSD::createElementTmpl<xName, XMLSchema::Types::bt_Name*>(t); node->defaultValue(":colonToken"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xName = node; return node; } MyComplexType::xName_p MyComplexType::element_xName() { FSM::warnNullNode(_xName, "xName", "{http://www.w3.org/2001/XMLSchema}xName", 1); return _xName; } void MyComplexType::set_xName(DOMString val) { get_sequence()->set_xName(val); } DOMString MyComplexType::get_xName_string() { return get_sequence()->get_xName_string(); } MyComplexType::xNCName_ptr MyComplexType::create_xNCName(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xNCName"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "NCName"); MyComplexType::xNCName_p node = XSD::createElementTmpl<xNCName, XMLSchema::Types::bt_NCName*>(t); node->defaultValue("noColonToken"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xNCName = node; return node; } MyComplexType::xNCName_p MyComplexType::element_xNCName() { FSM::warnNullNode(_xNCName, "xNCName", "{http://www.w3.org/2001/XMLSchema}xNCName", 1); return _xNCName; } void MyComplexType::set_xNCName(DOMString val) { get_sequence()->set_xNCName(val); } DOMString MyComplexType::get_xNCName_string() { return get_sequence()->get_xNCName_string(); } MyComplexType::xQName_ptr MyComplexType::create_xQName(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xQName"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "QName"); MyComplexType::xQName_p node = XSD::createElementTmpl<xQName, XMLSchema::Types::bt_QName*>(t); node->defaultValue("xsi:schemaLocation"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xQName = node; return node; } MyComplexType::xQName_p MyComplexType::element_xQName() { FSM::warnNullNode(_xQName, "xQName", "{http://www.w3.org/2001/XMLSchema}xQName", 1); return _xQName; } void MyComplexType::set_xQName(DOMString val) { get_sequence()->set_xQName(val); } DOMString MyComplexType::get_xQName_string() { return get_sequence()->get_xQName_string(); } MyComplexType::xDateTime_ptr MyComplexType::create_xDateTime(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xDateTime"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "dateTime"); MyComplexType::xDateTime_p node = XSD::createElementTmpl<xDateTime, XMLSchema::Types::bt_dateTime*>(t); node->defaultValue("2001-07-04T14:50:59Z"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xDateTime = node; return node; } MyComplexType::xDateTime_p MyComplexType::element_xDateTime() { FSM::warnNullNode(_xDateTime, "xDateTime", "{http://www.w3.org/2001/XMLSchema}xDateTime", 1); return _xDateTime; } void MyComplexType::set_xDateTime(DOMString val) { get_sequence()->set_xDateTime(val); } DOMString MyComplexType::get_xDateTime_string() { return get_sequence()->get_xDateTime_string(); } void MyComplexType::set_xDateTime(XPlus::DateTime val) { get_sequence()->set_xDateTime(val); } XPlus::DateTime MyComplexType::get_xDateTime() { return get_sequence()->get_xDateTime(); } MyComplexType::xDate_ptr MyComplexType::create_xDate(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xDate"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "date"); MyComplexType::xDate_p node = XSD::createElementTmpl<xDate, XMLSchema::Types::bt_date*>(t); node->defaultValue("2010-01-04"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xDate = node; return node; } MyComplexType::xDate_p MyComplexType::element_xDate() { FSM::warnNullNode(_xDate, "xDate", "{http://www.w3.org/2001/XMLSchema}xDate", 1); return _xDate; } void MyComplexType::set_xDate(DOMString val) { get_sequence()->set_xDate(val); } DOMString MyComplexType::get_xDate_string() { return get_sequence()->get_xDate_string(); } void MyComplexType::set_xDate(XPlus::Date val) { get_sequence()->set_xDate(val); } XPlus::Date MyComplexType::get_xDate() { return get_sequence()->get_xDate(); } MyComplexType::xYearMonth_ptr MyComplexType::create_xYearMonth(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xYearMonth"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "gYearMonth"); MyComplexType::xYearMonth_p node = XSD::createElementTmpl<xYearMonth, XMLSchema::Types::bt_gYearMonth*>(t); node->defaultValue("1980-11"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xYearMonth = node; return node; } MyComplexType::xYearMonth_p MyComplexType::element_xYearMonth() { FSM::warnNullNode(_xYearMonth, "xYearMonth", "{http://www.w3.org/2001/XMLSchema}xYearMonth", 1); return _xYearMonth; } void MyComplexType::set_xYearMonth(DOMString val) { get_sequence()->set_xYearMonth(val); } DOMString MyComplexType::get_xYearMonth_string() { return get_sequence()->get_xYearMonth_string(); } void MyComplexType::set_xYearMonth(XPlus::YearMonth val) { get_sequence()->set_xYearMonth(val); } XPlus::YearMonth MyComplexType::get_xYearMonth() { return get_sequence()->get_xYearMonth(); } MyComplexType::xYear_ptr MyComplexType::create_xYear(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xYear"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "gYear"); MyComplexType::xYear_p node = XSD::createElementTmpl<xYear, XMLSchema::Types::bt_gYear*>(t); node->defaultValue("1978"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xYear = node; return node; } MyComplexType::xYear_p MyComplexType::element_xYear() { FSM::warnNullNode(_xYear, "xYear", "{http://www.w3.org/2001/XMLSchema}xYear", 1); return _xYear; } void MyComplexType::set_xYear(DOMString val) { get_sequence()->set_xYear(val); } DOMString MyComplexType::get_xYear_string() { return get_sequence()->get_xYear_string(); } void MyComplexType::set_xYear(XPlus::Year val) { get_sequence()->set_xYear(val); } XPlus::Year MyComplexType::get_xYear() { return get_sequence()->get_xYear(); } MyComplexType::xMonthDay_ptr MyComplexType::create_xMonthDay(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xMonthDay"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "gMonthDay"); MyComplexType::xMonthDay_p node = XSD::createElementTmpl<xMonthDay, XMLSchema::Types::bt_gMonthDay*>(t); node->defaultValue("12-30"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xMonthDay = node; return node; } MyComplexType::xMonthDay_p MyComplexType::element_xMonthDay() { FSM::warnNullNode(_xMonthDay, "xMonthDay", "{http://www.w3.org/2001/XMLSchema}xMonthDay", 1); return _xMonthDay; } void MyComplexType::set_xMonthDay(DOMString val) { get_sequence()->set_xMonthDay(val); } DOMString MyComplexType::get_xMonthDay_string() { return get_sequence()->get_xMonthDay_string(); } void MyComplexType::set_xMonthDay(XPlus::MonthDay val) { get_sequence()->set_xMonthDay(val); } XPlus::MonthDay MyComplexType::get_xMonthDay() { return get_sequence()->get_xMonthDay(); } MyComplexType::xMonth_ptr MyComplexType::create_xMonth(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xMonth"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "gMonth"); MyComplexType::xMonth_p node = XSD::createElementTmpl<xMonth, XMLSchema::Types::bt_gMonth*>(t); node->defaultValue("7"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xMonth = node; return node; } MyComplexType::xMonth_p MyComplexType::element_xMonth() { FSM::warnNullNode(_xMonth, "xMonth", "{http://www.w3.org/2001/XMLSchema}xMonth", 1); return _xMonth; } void MyComplexType::set_xMonth(DOMString val) { get_sequence()->set_xMonth(val); } DOMString MyComplexType::get_xMonth_string() { return get_sequence()->get_xMonth_string(); } void MyComplexType::set_xMonth(XPlus::Month val) { get_sequence()->set_xMonth(val); } XPlus::Month MyComplexType::get_xMonth() { return get_sequence()->get_xMonth(); } MyComplexType::xDay_ptr MyComplexType::create_xDay(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xDay"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "gDay"); MyComplexType::xDay_p node = XSD::createElementTmpl<xDay, XMLSchema::Types::bt_gDay*>(t); node->defaultValue("30"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xDay = node; return node; } MyComplexType::xDay_p MyComplexType::element_xDay() { FSM::warnNullNode(_xDay, "xDay", "{http://www.w3.org/2001/XMLSchema}xDay", 1); return _xDay; } void MyComplexType::set_xDay(DOMString val) { get_sequence()->set_xDay(val); } DOMString MyComplexType::get_xDay_string() { return get_sequence()->get_xDay_string(); } void MyComplexType::set_xDay(XPlus::Day val) { get_sequence()->set_xDay(val); } XPlus::Day MyComplexType::get_xDay() { return get_sequence()->get_xDay(); } MyComplexType::xTime_ptr MyComplexType::create_xTime(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xTime"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "time"); MyComplexType::xTime_p node = XSD::createElementTmpl<xTime, XMLSchema::Types::bt_time*>(t); node->defaultValue("14:59:57"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xTime = node; return node; } MyComplexType::xTime_p MyComplexType::element_xTime() { FSM::warnNullNode(_xTime, "xTime", "{http://www.w3.org/2001/XMLSchema}xTime", 1); return _xTime; } void MyComplexType::set_xTime(DOMString val) { get_sequence()->set_xTime(val); } DOMString MyComplexType::get_xTime_string() { return get_sequence()->get_xTime_string(); } void MyComplexType::set_xTime(XPlus::Time val) { get_sequence()->set_xTime(val); } XPlus::Time MyComplexType::get_xTime() { return get_sequence()->get_xTime(); } MyComplexType::xDuration_ptr MyComplexType::create_xDuration(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xDuration"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "duration"); MyComplexType::xDuration_p node = XSD::createElementTmpl<xDuration, XMLSchema::Types::bt_duration*>(t); node->defaultValue("P1Y2M3DT10H30M40S"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _xDuration = node; return node; } MyComplexType::xDuration_p MyComplexType::element_xDuration() { FSM::warnNullNode(_xDuration, "xDuration", "{http://www.w3.org/2001/XMLSchema}xDuration", 1); return _xDuration; } void MyComplexType::set_xDuration(DOMString val) { get_sequence()->set_xDuration(val); } DOMString MyComplexType::get_xDuration_string() { return get_sequence()->get_xDuration_string(); } void MyComplexType::set_xDuration(XPlus::Duration val) { get_sequence()->set_xDuration(val); } XPlus::Duration MyComplexType::get_xDuration() { return get_sequence()->get_xDuration(); } MyComplexType::anIntMax10_ptr MyComplexType::create_anIntMax10(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("anIntMax10"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); MyComplexType::anIntMax10_p node = XSD::createElementTmpl<anIntMax10, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _list_anIntMax10.push_back(node); return node; } MyComplexType::anIntMax10_p MyComplexType::element_anIntMax10_at(unsigned int idx) { if(idx > _list_anIntMax10.size()-1) { throw IndexOutOfBoundsException("IndexOutOfBoundsException"); } return _list_anIntMax10.at(idx); } List<MyComplexType::anIntMax10_ptr> MyComplexType::elements_anIntMax10() { return _list_anIntMax10; } MyComplexType::anIntMax10_p MyComplexType::add_node_anIntMax10() { return get_sequence()->add_node_anIntMax10(); } List<MyComplexType::anIntMax10_ptr> MyComplexType::set_count_anIntMax10(unsigned int size) { return get_sequence()->set_count_anIntMax10(size); } void MyComplexType::add_anIntMax10_string(DOMString val) { get_sequence()->add_anIntMax10_string(val); } void MyComplexType::add_anIntMax10(int val) { get_sequence()->add_anIntMax10(val); } void MyComplexType::set_anIntMax10(unsigned int idx, DOMString val) { get_sequence()->set_anIntMax10(idx, val); } DOMString MyComplexType::get_anIntMax10_string(unsigned int idx) { return get_sequence()->get_anIntMax10_string(idx); } void MyComplexType::set_anIntMax10(unsigned int idx,int val) { get_sequence()->set_anIntMax10(idx, val); } int MyComplexType::get_anIntMax10(unsigned int idx) { return get_sequence()->get_anIntMax10(idx); } MyComplexType::anIntMax5k_ptr MyComplexType::create_anIntMax5k(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("anIntMax5k"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "IntMax5k"); MyComplexType::anIntMax5k_p node = XSD::createElementTmpl<anIntMax5k, STDemo::Types::IntMax5k*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _anIntMax5k = node; return node; } MyComplexType::anIntMax5k_p MyComplexType::element_anIntMax5k() { FSM::warnNullNode(_anIntMax5k, "anIntMax5k", "{http://www.example.com/STDemo}anIntMax5k", 1); return _anIntMax5k; } void MyComplexType::set_anIntMax5k(DOMString val) { get_sequence()->set_anIntMax5k(val); } DOMString MyComplexType::get_anIntMax5k_string() { return get_sequence()->get_anIntMax5k_string(); } void MyComplexType::set_anIntMax5k(int val) { get_sequence()->set_anIntMax5k(val); } int MyComplexType::get_anIntMax5k() { return get_sequence()->get_anIntMax5k(); } globalWaterTemp_ptr MyComplexType::create_globalWaterTemp(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("globalWaterTemp"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); globalWaterTemp_p node = XSD::createElementTmpl<globalWaterTemp, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _globalWaterTemp = node; return node; } globalWaterTemp_p MyComplexType::element_globalWaterTemp() { FSM::warnNullNode(_globalWaterTemp, "globalWaterTemp", "{http://www.example.com/STDemo}globalWaterTemp", 1); return _globalWaterTemp; } void MyComplexType::set_globalWaterTemp(DOMString val) { get_sequence()->set_globalWaterTemp(val); } DOMString MyComplexType::get_globalWaterTemp_string() { return get_sequence()->get_globalWaterTemp_string(); } void MyComplexType::set_globalWaterTemp(double val) { get_sequence()->set_globalWaterTemp(val); } double MyComplexType::get_globalWaterTemp() { return get_sequence()->get_globalWaterTemp(); } MyComplexType::aSKU_ptr MyComplexType::create_aSKU(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aSKU"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "SKU"); MyComplexType::aSKU_p node = XSD::createElementTmpl<aSKU, STDemo::Types::SKU*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _aSKU = node; return node; } MyComplexType::aSKU_p MyComplexType::element_aSKU() { FSM::warnNullNode(_aSKU, "aSKU", "{http://www.example.com/STDemo}aSKU", 1); return _aSKU; } void MyComplexType::set_aSKU(DOMString val) { get_sequence()->set_aSKU(val); } DOMString MyComplexType::get_aSKU_string() { return get_sequence()->get_aSKU_string(); } MyComplexType::aDateTime_ptr MyComplexType::create_aDateTime(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aDateTime"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "DateTimeInARange"); MyComplexType::aDateTime_p node = XSD::createElementTmpl<aDateTime, STDemo::Types::DateTimeInARange*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _aDateTime = node; return node; } MyComplexType::aDateTime_p MyComplexType::element_aDateTime() { FSM::warnNullNode(_aDateTime, "aDateTime", "{http://www.example.com/STDemo}aDateTime", 1); return _aDateTime; } void MyComplexType::set_aDateTime(DOMString val) { get_sequence()->set_aDateTime(val); } DOMString MyComplexType::get_aDateTime_string() { return get_sequence()->get_aDateTime_string(); } void MyComplexType::set_aDateTime(XPlus::DateTime val) { get_sequence()->set_aDateTime(val); } XPlus::DateTime MyComplexType::get_aDateTime() { return get_sequence()->get_aDateTime(); } MyComplexType::aDate_ptr MyComplexType::create_aDate(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aDate"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "DateInARange"); MyComplexType::aDate_p node = XSD::createElementTmpl<aDate, STDemo::Types::DateInARange*>(t); node->defaultValue("2010-01-04"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _aDate = node; return node; } MyComplexType::aDate_p MyComplexType::element_aDate() { FSM::warnNullNode(_aDate, "aDate", "{http://www.example.com/STDemo}aDate", 1); return _aDate; } void MyComplexType::set_aDate(DOMString val) { get_sequence()->set_aDate(val); } DOMString MyComplexType::get_aDate_string() { return get_sequence()->get_aDate_string(); } void MyComplexType::set_aDate(XPlus::Date val) { get_sequence()->set_aDate(val); } XPlus::Date MyComplexType::get_aDate() { return get_sequence()->get_aDate(); } MyComplexType::aYear_ptr MyComplexType::create_aYear(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aYear"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "YearInARange"); MyComplexType::aYear_p node = XSD::createElementTmpl<aYear, STDemo::Types::YearInARange*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _aYear = node; return node; } MyComplexType::aYear_p MyComplexType::element_aYear() { FSM::warnNullNode(_aYear, "aYear", "{http://www.example.com/STDemo}aYear", 1); return _aYear; } void MyComplexType::set_aYear(DOMString val) { get_sequence()->set_aYear(val); } DOMString MyComplexType::get_aYear_string() { return get_sequence()->get_aYear_string(); } void MyComplexType::set_aYear(XPlus::Year val) { get_sequence()->set_aYear(val); } XPlus::Year MyComplexType::get_aYear() { return get_sequence()->get_aYear(); } #ifndef __MyComplexType_aCommonName_member_elems_fns #define __MyComplexType_aCommonName_member_elems_fns MyComplexType::aCommonName_ptr MyComplexType::create_aCommonName(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aCommonName"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); MyComplexType::aCommonName_p node = XSD::createElementTmpl<aCommonName, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _aCommonName = node; return node; } MyComplexType::aCommonName_p MyComplexType::element_aCommonName() { FSM::warnNullNode(_aCommonName, "aCommonName", "{}aCommonName", 1); return _aCommonName; } void MyComplexType::set_aCommonName(DOMString val) { get_sequence()->set_aCommonName(val); } DOMString MyComplexType::get_aCommonName_string() { return get_sequence()->get_aCommonName_string(); } #endif // __MyComplexType_aCommonName_member_elems_fns MyComplexType::aListOfIntMax5k_ptr MyComplexType::create_aListOfIntMax5k(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aListOfIntMax5k"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "ListOfIntMax5k"); MyComplexType::aListOfIntMax5k_p node = XSD::createElementTmpl<aListOfIntMax5k, STDemo::Types::ListOfIntMax5k*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _aListOfIntMax5k = node; return node; } MyComplexType::aListOfIntMax5k_p MyComplexType::element_aListOfIntMax5k() { FSM::warnNullNode(_aListOfIntMax5k, "aListOfIntMax5k", "{http://www.example.com/STDemo}aListOfIntMax5k", 1); return _aListOfIntMax5k; } void MyComplexType::set_aListOfIntMax5k(DOMString val) { get_sequence()->set_aListOfIntMax5k(val); } DOMString MyComplexType::get_aListOfIntMax5k_string() { return get_sequence()->get_aListOfIntMax5k_string(); } MyComplexType::aListOfFourIntMax500_ptr MyComplexType::create_aListOfFourIntMax500(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aListOfFourIntMax500"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "ListOfFourIntMax500"); MyComplexType::aListOfFourIntMax500_p node = XSD::createElementTmpl<aListOfFourIntMax500, STDemo::Types::ListOfFourIntMax500*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _aListOfFourIntMax500 = node; return node; } MyComplexType::aListOfFourIntMax500_p MyComplexType::element_aListOfFourIntMax500() { FSM::warnNullNode(_aListOfFourIntMax500, "aListOfFourIntMax500", "{http://www.example.com/STDemo}aListOfFourIntMax500", 1); return _aListOfFourIntMax500; } void MyComplexType::set_aListOfFourIntMax500(DOMString val) { get_sequence()->set_aListOfFourIntMax500(val); } DOMString MyComplexType::get_aListOfFourIntMax500_string() { return get_sequence()->get_aListOfFourIntMax500_string(); } MyComplexType::aListOfTwoIntMax3k_ptr MyComplexType::create_aListOfTwoIntMax3k(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aListOfTwoIntMax3k"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "ListOfTwoIntMax3k"); MyComplexType::aListOfTwoIntMax3k_p node = XSD::createElementTmpl<aListOfTwoIntMax3k, STDemo::Types::ListOfTwoIntMax3k*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _aListOfTwoIntMax3k = node; return node; } MyComplexType::aListOfTwoIntMax3k_p MyComplexType::element_aListOfTwoIntMax3k() { FSM::warnNullNode(_aListOfTwoIntMax3k, "aListOfTwoIntMax3k", "{http://www.example.com/STDemo}aListOfTwoIntMax3k", 1); return _aListOfTwoIntMax3k; } void MyComplexType::set_aListOfTwoIntMax3k(DOMString val) { get_sequence()->set_aListOfTwoIntMax3k(val); } DOMString MyComplexType::get_aListOfTwoIntMax3k_string() { return get_sequence()->get_aListOfTwoIntMax3k_string(); } MyComplexType::aFont_ptr MyComplexType::create_aFont(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aFont"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "Font"); MyComplexType::aFont_p node = XSD::createElementTmpl<aFont, STDemo::Types::Font*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _aFont = node; return node; } MyComplexType::aFont_p MyComplexType::element_aFont() { FSM::warnNullNode(_aFont, "aFont", "{http://www.example.com/STDemo}aFont", 1); return _aFont; } void MyComplexType::set_aFont(DOMString val) { get_sequence()->set_aFont(val); } DOMString MyComplexType::get_aFont_string() { return get_sequence()->get_aFont_string(); } MyComplexType::anotherFont_ptr MyComplexType::create_anotherFont(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("anotherFont"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.example.com/STDemo", "Font"); MyComplexType::anotherFont_p node = XSD::createElementTmpl<anotherFont, STDemo::Types::Font*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _anotherFont = node; return node; } MyComplexType::anotherFont_p MyComplexType::element_anotherFont() { FSM::warnNullNode(_anotherFont, "anotherFont", "{http://www.example.com/STDemo}anotherFont", 1); return _anotherFont; } void MyComplexType::set_anotherFont(DOMString val) { get_sequence()->set_anotherFont(val); } DOMString MyComplexType::get_anotherFont_string() { return get_sequence()->get_anotherFont_string(); } #ifndef __MyComplexType_attr_aCommonName_member_elems_fns #define __MyComplexType_attr_aCommonName_member_elems_fns #endif // __MyComplexType_attr_aCommonName_member_elems_fns /* attribute functions */ MyComplexType::attr_xID_ptr MyComplexType::create_attr_xID(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xID"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_xID) { return _attr_xID; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_xID_p node = XSD::createAttributeTmpl<attr_xID>(t); node->defaultValue("NMTOKENS.minLength"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_xID = node; return node; } void MyComplexType::mark_present_attr_xID() { if(!_attr_xID) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("xID"), XsdEvent::ATTRIBUTE); _fsmAttrs->processEventThrow(event); _fsm->fsmCreatedNode(NULL); } } void MyComplexType::set_attr_xID(DOMString val) { mark_present_attr_xID(); attribute_attr_xID()->stringValue(val); } DOMString MyComplexType::get_attr_xID_string() { return attribute_attr_xID()->stringValue(); } MyComplexType::attr_xID_p MyComplexType::attribute_attr_xID() { FSM::warnNullNode(_attr_xID, "attr_xID", "{http://www.w3.org/2001/XMLSchema}xID", 0); return _attr_xID; } MyComplexType::attr_xIDREF_ptr MyComplexType::create_attr_xIDREF(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xIDREF"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_xIDREF) { return _attr_xIDREF; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_xIDREF_p node = XSD::createAttributeTmpl<attr_xIDREF>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_xIDREF = node; return node; } void MyComplexType::mark_present_attr_xIDREF() { if(!_attr_xIDREF) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("xIDREF"), XsdEvent::ATTRIBUTE); _fsmAttrs->processEventThrow(event); _fsm->fsmCreatedNode(NULL); } } void MyComplexType::set_attr_xIDREF(DOMString val) { mark_present_attr_xIDREF(); attribute_attr_xIDREF()->stringValue(val); } DOMString MyComplexType::get_attr_xIDREF_string() { return attribute_attr_xIDREF()->stringValue(); } MyComplexType::attr_xIDREF_p MyComplexType::attribute_attr_xIDREF() { FSM::warnNullNode(_attr_xIDREF, "attr_xIDREF", "{http://www.w3.org/2001/XMLSchema}xIDREF", 0); return _attr_xIDREF; } MyComplexType::attr_xIDREFS_ptr MyComplexType::create_attr_xIDREFS(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xIDREFS"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_xIDREFS) { return _attr_xIDREFS; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_xIDREFS_p node = XSD::createAttributeTmpl<attr_xIDREFS>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_xIDREFS = node; return node; } void MyComplexType::mark_present_attr_xIDREFS() { if(!_attr_xIDREFS) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("xIDREFS"), XsdEvent::ATTRIBUTE); _fsmAttrs->processEventThrow(event); _fsm->fsmCreatedNode(NULL); } } void MyComplexType::set_attr_xIDREFS(DOMString val) { mark_present_attr_xIDREFS(); attribute_attr_xIDREFS()->stringValue(val); } DOMString MyComplexType::get_attr_xIDREFS_string() { return attribute_attr_xIDREFS()->stringValue(); } MyComplexType::attr_xIDREFS_p MyComplexType::attribute_attr_xIDREFS() { FSM::warnNullNode(_attr_xIDREFS, "attr_xIDREFS", "{http://www.w3.org/2001/XMLSchema}xIDREFS", 0); return _attr_xIDREFS; } MyComplexType::attr_xENTITY_ptr MyComplexType::create_attr_xENTITY(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xENTITY"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_xENTITY) { return _attr_xENTITY; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_xENTITY_p node = XSD::createAttributeTmpl<attr_xENTITY>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_xENTITY = node; return node; } void MyComplexType::mark_present_attr_xENTITY() { if(!_attr_xENTITY) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("xENTITY"), XsdEvent::ATTRIBUTE); _fsmAttrs->processEventThrow(event); _fsm->fsmCreatedNode(NULL); } } void MyComplexType::set_attr_xENTITY(DOMString val) { mark_present_attr_xENTITY(); attribute_attr_xENTITY()->stringValue(val); } DOMString MyComplexType::get_attr_xENTITY_string() { return attribute_attr_xENTITY()->stringValue(); } MyComplexType::attr_xENTITY_p MyComplexType::attribute_attr_xENTITY() { FSM::warnNullNode(_attr_xENTITY, "attr_xENTITY", "{http://www.w3.org/2001/XMLSchema}xENTITY", 0); return _attr_xENTITY; } MyComplexType::attr_xENTITIES_ptr MyComplexType::create_attr_xENTITIES(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xENTITIES"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_xENTITIES) { return _attr_xENTITIES; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_xENTITIES_p node = XSD::createAttributeTmpl<attr_xENTITIES>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_xENTITIES = node; return node; } void MyComplexType::mark_present_attr_xENTITIES() { if(!_attr_xENTITIES) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("xENTITIES"), XsdEvent::ATTRIBUTE); _fsmAttrs->processEventThrow(event); _fsm->fsmCreatedNode(NULL); } } void MyComplexType::set_attr_xENTITIES(DOMString val) { mark_present_attr_xENTITIES(); attribute_attr_xENTITIES()->stringValue(val); } DOMString MyComplexType::get_attr_xENTITIES_string() { return attribute_attr_xENTITIES()->stringValue(); } MyComplexType::attr_xENTITIES_p MyComplexType::attribute_attr_xENTITIES() { FSM::warnNullNode(_attr_xENTITIES, "attr_xENTITIES", "{http://www.w3.org/2001/XMLSchema}xENTITIES", 0); return _attr_xENTITIES; } MyComplexType::attr_xNMTOKEN_ptr MyComplexType::create_attr_xNMTOKEN(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xNMTOKEN"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_xNMTOKEN) { return _attr_xNMTOKEN; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_xNMTOKEN_p node = XSD::createAttributeTmpl<attr_xNMTOKEN>(t); node->defaultValue("prohibited"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_xNMTOKEN = node; return node; } void MyComplexType::mark_present_attr_xNMTOKEN() { if(!_attr_xNMTOKEN) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("xNMTOKEN"), XsdEvent::ATTRIBUTE); _fsmAttrs->processEventThrow(event); _fsm->fsmCreatedNode(NULL); } } void MyComplexType::set_attr_xNMTOKEN(DOMString val) { mark_present_attr_xNMTOKEN(); attribute_attr_xNMTOKEN()->stringValue(val); } DOMString MyComplexType::get_attr_xNMTOKEN_string() { return attribute_attr_xNMTOKEN()->stringValue(); } MyComplexType::attr_xNMTOKEN_p MyComplexType::attribute_attr_xNMTOKEN() { FSM::warnNullNode(_attr_xNMTOKEN, "attr_xNMTOKEN", "{http://www.w3.org/2001/XMLSchema}xNMTOKEN", 0); return _attr_xNMTOKEN; } MyComplexType::attr_xNMTOKENS_ptr MyComplexType::create_attr_xNMTOKENS(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("xNMTOKENS"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_xNMTOKENS) { return _attr_xNMTOKENS; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_xNMTOKENS_p node = XSD::createAttributeTmpl<attr_xNMTOKENS>(t); node->defaultValue("optional prohibited required"); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_xNMTOKENS = node; return node; } void MyComplexType::mark_present_attr_xNMTOKENS() { if(!_attr_xNMTOKENS) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("xNMTOKENS"), XsdEvent::ATTRIBUTE); _fsmAttrs->processEventThrow(event); _fsm->fsmCreatedNode(NULL); } } void MyComplexType::set_attr_xNMTOKENS(DOMString val) { mark_present_attr_xNMTOKENS(); attribute_attr_xNMTOKENS()->stringValue(val); } DOMString MyComplexType::get_attr_xNMTOKENS_string() { return attribute_attr_xNMTOKENS()->stringValue(); } MyComplexType::attr_xNMTOKENS_p MyComplexType::attribute_attr_xNMTOKENS() { FSM::warnNullNode(_attr_xNMTOKENS, "attr_xNMTOKENS", "{http://www.w3.org/2001/XMLSchema}xNMTOKENS", 0); return _attr_xNMTOKENS; } attr_globalStringAttr_ptr MyComplexType::create_attr_globalStringAttr(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("globalStringAttr"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_globalStringAttr) { return _attr_globalStringAttr; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); attr_globalStringAttr_p node = XSD::createAttributeTmpl<attr_globalStringAttr>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_globalStringAttr = node; return node; } void MyComplexType::set_attr_globalStringAttr(DOMString val) { attribute_attr_globalStringAttr()->stringValue(val); } DOMString MyComplexType::get_attr_globalStringAttr_string() { return attribute_attr_globalStringAttr()->stringValue(); } attr_globalStringAttr_p MyComplexType::attribute_attr_globalStringAttr() { FSM::warnNullNode(_attr_globalStringAttr, "attr_globalStringAttr", "{http://www.example.com/STDemo}globalStringAttr", 1); return _attr_globalStringAttr; } MyComplexType::attr_aNOTATION_ptr MyComplexType::create_attr_aNOTATION(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aNOTATION"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_aNOTATION) { return _attr_aNOTATION; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_aNOTATION_p node = XSD::createAttributeTmpl<attr_aNOTATION>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_aNOTATION = node; return node; } void MyComplexType::mark_present_attr_aNOTATION() { if(!_attr_aNOTATION) { XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("aNOTATION"), XsdEvent::ATTRIBUTE); _fsmAttrs->processEventThrow(event); _fsm->fsmCreatedNode(NULL); } } void MyComplexType::set_attr_aNOTATION(DOMString val) { mark_present_attr_aNOTATION(); attribute_attr_aNOTATION()->stringValue(val); } DOMString MyComplexType::get_attr_aNOTATION_string() { return attribute_attr_aNOTATION()->stringValue(); } MyComplexType::attr_aNOTATION_p MyComplexType::attribute_attr_aNOTATION() { FSM::warnNullNode(_attr_aNOTATION, "attr_aNOTATION", "{http://www.example.com/STDemo}aNOTATION", 0); return _attr_aNOTATION; } MyComplexType::attr_aNNI_ptr MyComplexType::create_attr_aNNI(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aNNI"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_aNNI) { return _attr_aNNI; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_aNNI_p node = XSD::createAttributeTmpl<attr_aNNI>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_aNNI = node; return node; } void MyComplexType::set_attr_aNNI(DOMString val) { attribute_attr_aNNI()->stringValue(val); } DOMString MyComplexType::get_attr_aNNI_string() { return attribute_attr_aNNI()->stringValue(); } MyComplexType::attr_aNNI_p MyComplexType::attribute_attr_aNNI() { FSM::warnNullNode(_attr_aNNI, "attr_aNNI", "{http://www.example.com/STDemo}aNNI", 1); return _attr_aNNI; } MyComplexType::attr_anotherNNI_ptr MyComplexType::create_attr_anotherNNI(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("anotherNNI"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_anotherNNI) { return _attr_anotherNNI; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_anotherNNI_p node = XSD::createAttributeTmpl<attr_anotherNNI>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_anotherNNI = node; return node; } void MyComplexType::set_attr_anotherNNI(DOMString val) { attribute_attr_anotherNNI()->stringValue(val); } DOMString MyComplexType::get_attr_anotherNNI_string() { return attribute_attr_anotherNNI()->stringValue(); } MyComplexType::attr_anotherNNI_p MyComplexType::attribute_attr_anotherNNI() { FSM::warnNullNode(_attr_anotherNNI, "attr_anotherNNI", "{http://www.example.com/STDemo}anotherNNI", 1); return _attr_anotherNNI; } #ifndef __MyComplexType_attr_aCommonName_member_attrs_fns #define __MyComplexType_attr_aCommonName_member_attrs_fns MyComplexType::attr_aCommonName_ptr MyComplexType::create_attr_aCommonName(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("aCommonName"); static DOMStringPtr myNsUri = new DOMString("http://www.example.com/STDemo"); if(_attr_aCommonName) { return _attr_aCommonName; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); MyComplexType::attr_aCommonName_p node = XSD::createAttributeTmpl<attr_aCommonName>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_aCommonName = node; return node; } void MyComplexType::set_attr_aCommonName(DOMString val) { attribute_attr_aCommonName()->stringValue(val); } DOMString MyComplexType::get_attr_aCommonName_string() { return attribute_attr_aCommonName()->stringValue(); } MyComplexType::attr_aCommonName_p MyComplexType::attribute_attr_aCommonName() { FSM::warnNullNode(_attr_aCommonName, "attr_aCommonName", "{}aCommonName", 1); return _attr_aCommonName; } #endif // __MyComplexType_attr_aCommonName_member_attrs_fns //constructor MyComplexType::sequence::sequence(MyComplexType* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<xBoolean_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xBoolean"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xBoolean_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xBoolean)), new XsdFSM<xDecimal_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xDecimal"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xDecimal_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xDecimal)), new XsdFSM<xFloat_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xFloat"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xFloat_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xFloat)), new XsdFSM<xDouble_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xDouble"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xDouble_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xDouble)), new XsdFSM<xInteger_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xInteger"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xInteger_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xInteger)), new XsdFSM<xPositiveInteger_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xPositiveInteger"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xPositiveInteger_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xPositiveInteger)), new XsdFSM<xNonPositiveInteger_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xNonPositiveInteger"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xNonPositiveInteger_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xNonPositiveInteger)), new XsdFSM<xNegativeInteger_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xNegativeInteger"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xNegativeInteger_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xNegativeInteger)), new XsdFSM<xNonNegativeInteger_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xNonNegativeInteger"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xNonNegativeInteger_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xNonNegativeInteger)), new XsdFSM<xLong_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xLong"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xLong_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xLong)), new XsdFSM<xInt_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xInt"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xInt_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xInt)), new XsdFSM<xShort_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xShort"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xShort_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xShort)), new XsdFSM<xByte_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xByte"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xByte_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xByte)), new XsdFSM<xUnsignedLong_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xUnsignedLong"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xUnsignedLong_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xUnsignedLong)), new XsdFSM<xUnsignedInt_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xUnsignedInt"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xUnsignedInt_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xUnsignedInt)), new XsdFSM<xUnsignedShort_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xUnsignedShort"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xUnsignedShort_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xUnsignedShort)), new XsdFSM<xUnsignedByte_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xUnsignedByte"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xUnsignedByte_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xUnsignedByte)), new XsdFSM<xHexBinary_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xHexBinary"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xHexBinary_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xHexBinary)), new XsdFSM<xBase64Binary_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xBase64Binary"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xBase64Binary_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xBase64Binary)), new XsdFSM<xUri_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xUri"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xUri_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xUri)), new XsdFSM<xNormalizedString_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xNormalizedString"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xNormalizedString_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xNormalizedString)), new XsdFSM<xToken_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xToken"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xToken_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xToken)), new XsdFSM<xLanguage_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xLanguage"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xLanguage_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xLanguage)), new XsdFSM<xName_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xName"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xName_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xName)), new XsdFSM<xNCName_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xNCName"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xNCName_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xNCName)), new XsdFSM<xQName_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xQName"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xQName_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xQName)), new XsdFSM<xDateTime_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xDateTime"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xDateTime_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xDateTime)), new XsdFSM<xDate_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xDate"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xDate_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xDate)), new XsdFSM<xYearMonth_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xYearMonth"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xYearMonth_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xYearMonth)), new XsdFSM<xYear_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xYear"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xYear_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xYear)), new XsdFSM<xMonthDay_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xMonthDay"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xMonthDay_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xMonthDay)), new XsdFSM<xMonth_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xMonth"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xMonth_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xMonth)), new XsdFSM<xDay_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xDay"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xDay_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xDay)), new XsdFSM<xTime_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xTime"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xTime_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xTime)), new XsdFSM<xDuration_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("xDuration"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<xDuration_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_xDuration)), new XsdFSM<anIntMax10_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("anIntMax10"), 3, 5), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<anIntMax10_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_anIntMax10)), new XsdFSM<anIntMax5k_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("anIntMax5k"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<anIntMax5k_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_anIntMax5k)), new XsdFSM<globalWaterTemp_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("globalWaterTemp"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<globalWaterTemp_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_globalWaterTemp)), new XsdFSM<aSKU_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aSKU"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<aSKU_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_aSKU)), new XsdFSM<aDateTime_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aDateTime"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<aDateTime_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_aDateTime)), new XsdFSM<aDate_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aDate"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<aDate_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_aDate)), new XsdFSM<aYear_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aYear"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<aYear_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_aYear)), new XsdFSM<aCommonName_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aCommonName"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<aCommonName_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_aCommonName)), new XsdFSM<aListOfIntMax5k_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aListOfIntMax5k"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<aListOfIntMax5k_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_aListOfIntMax5k)), new XsdFSM<aListOfFourIntMax500_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aListOfFourIntMax500"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<aListOfFourIntMax500_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_aListOfFourIntMax500)), new XsdFSM<aListOfTwoIntMax3k_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aListOfTwoIntMax3k"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<aListOfTwoIntMax3k_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_aListOfTwoIntMax3k)), new XsdFSM<aFont_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("aFont"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<aFont_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_aFont)), new XsdFSM<anotherFont_ptr>( Particle(new DOMString("http://www.example.com/STDemo"), DOMString("anotherFont"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<anotherFont_ptr, MyComplexType, FsmCbOptions>(_that, &MyComplexType::create_anotherFont)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } MyComplexType::xBoolean_p MyComplexType::sequence::element_xBoolean() { MyComplexType::xBoolean_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<xBoolean_ptr> *unitFsm = dynamic_cast<XsdFSM<xBoolean_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xBoolean", "{http://www.w3.org/2001/XMLSchema}xBoolean", 1); return node_p; } void MyComplexType::sequence::set_xBoolean(DOMString val) { element_xBoolean()->stringValue(val); } DOMString MyComplexType::sequence::get_xBoolean_string() { return element_xBoolean()->stringValue(); } void MyComplexType::sequence::set_xBoolean(bool val) { element_xBoolean()->value(val); } bool MyComplexType::sequence::get_xBoolean() { return element_xBoolean()->value(); } MyComplexType::xDecimal_p MyComplexType::sequence::element_xDecimal() { MyComplexType::xDecimal_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[1].get(); if(fsm_p) { XsdFSM<xDecimal_ptr> *unitFsm = dynamic_cast<XsdFSM<xDecimal_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xDecimal", "{http://www.w3.org/2001/XMLSchema}xDecimal", 1); return node_p; } void MyComplexType::sequence::set_xDecimal(DOMString val) { element_xDecimal()->stringValue(val); } DOMString MyComplexType::sequence::get_xDecimal_string() { return element_xDecimal()->stringValue(); } void MyComplexType::sequence::set_xDecimal(double val) { element_xDecimal()->value(val); } double MyComplexType::sequence::get_xDecimal() { return element_xDecimal()->value(); } MyComplexType::xFloat_p MyComplexType::sequence::element_xFloat() { MyComplexType::xFloat_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[2].get(); if(fsm_p) { XsdFSM<xFloat_ptr> *unitFsm = dynamic_cast<XsdFSM<xFloat_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xFloat", "{http://www.w3.org/2001/XMLSchema}xFloat", 1); return node_p; } void MyComplexType::sequence::set_xFloat(DOMString val) { element_xFloat()->stringValue(val); } DOMString MyComplexType::sequence::get_xFloat_string() { return element_xFloat()->stringValue(); } void MyComplexType::sequence::set_xFloat(float val) { element_xFloat()->value(val); } float MyComplexType::sequence::get_xFloat() { return element_xFloat()->value(); } MyComplexType::xDouble_p MyComplexType::sequence::element_xDouble() { MyComplexType::xDouble_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[3].get(); if(fsm_p) { XsdFSM<xDouble_ptr> *unitFsm = dynamic_cast<XsdFSM<xDouble_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xDouble", "{http://www.w3.org/2001/XMLSchema}xDouble", 1); return node_p; } void MyComplexType::sequence::set_xDouble(DOMString val) { element_xDouble()->stringValue(val); } DOMString MyComplexType::sequence::get_xDouble_string() { return element_xDouble()->stringValue(); } void MyComplexType::sequence::set_xDouble(double val) { element_xDouble()->value(val); } double MyComplexType::sequence::get_xDouble() { return element_xDouble()->value(); } MyComplexType::xInteger_p MyComplexType::sequence::element_xInteger() { MyComplexType::xInteger_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[4].get(); if(fsm_p) { XsdFSM<xInteger_ptr> *unitFsm = dynamic_cast<XsdFSM<xInteger_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xInteger", "{http://www.w3.org/2001/XMLSchema}xInteger", 1); return node_p; } void MyComplexType::sequence::set_xInteger(DOMString val) { element_xInteger()->stringValue(val); } DOMString MyComplexType::sequence::get_xInteger_string() { return element_xInteger()->stringValue(); } void MyComplexType::sequence::set_xInteger(XPlus::Int64 val) { element_xInteger()->value(val); } XPlus::Int64 MyComplexType::sequence::get_xInteger() { return element_xInteger()->value(); } MyComplexType::xPositiveInteger_p MyComplexType::sequence::element_xPositiveInteger() { MyComplexType::xPositiveInteger_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[5].get(); if(fsm_p) { XsdFSM<xPositiveInteger_ptr> *unitFsm = dynamic_cast<XsdFSM<xPositiveInteger_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xPositiveInteger", "{http://www.w3.org/2001/XMLSchema}xPositiveInteger", 1); return node_p; } void MyComplexType::sequence::set_xPositiveInteger(DOMString val) { element_xPositiveInteger()->stringValue(val); } DOMString MyComplexType::sequence::get_xPositiveInteger_string() { return element_xPositiveInteger()->stringValue(); } void MyComplexType::sequence::set_xPositiveInteger(XPlus::UInt64 val) { element_xPositiveInteger()->value(val); } XPlus::UInt64 MyComplexType::sequence::get_xPositiveInteger() { return element_xPositiveInteger()->value(); } MyComplexType::xNonPositiveInteger_p MyComplexType::sequence::element_xNonPositiveInteger() { MyComplexType::xNonPositiveInteger_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[6].get(); if(fsm_p) { XsdFSM<xNonPositiveInteger_ptr> *unitFsm = dynamic_cast<XsdFSM<xNonPositiveInteger_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xNonPositiveInteger", "{http://www.w3.org/2001/XMLSchema}xNonPositiveInteger", 1); return node_p; } void MyComplexType::sequence::set_xNonPositiveInteger(DOMString val) { element_xNonPositiveInteger()->stringValue(val); } DOMString MyComplexType::sequence::get_xNonPositiveInteger_string() { return element_xNonPositiveInteger()->stringValue(); } void MyComplexType::sequence::set_xNonPositiveInteger(XPlus::Int64 val) { element_xNonPositiveInteger()->value(val); } XPlus::Int64 MyComplexType::sequence::get_xNonPositiveInteger() { return element_xNonPositiveInteger()->value(); } MyComplexType::xNegativeInteger_p MyComplexType::sequence::element_xNegativeInteger() { MyComplexType::xNegativeInteger_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[7].get(); if(fsm_p) { XsdFSM<xNegativeInteger_ptr> *unitFsm = dynamic_cast<XsdFSM<xNegativeInteger_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xNegativeInteger", "{http://www.w3.org/2001/XMLSchema}xNegativeInteger", 1); return node_p; } void MyComplexType::sequence::set_xNegativeInteger(DOMString val) { element_xNegativeInteger()->stringValue(val); } DOMString MyComplexType::sequence::get_xNegativeInteger_string() { return element_xNegativeInteger()->stringValue(); } void MyComplexType::sequence::set_xNegativeInteger(XPlus::Int64 val) { element_xNegativeInteger()->value(val); } XPlus::Int64 MyComplexType::sequence::get_xNegativeInteger() { return element_xNegativeInteger()->value(); } MyComplexType::xNonNegativeInteger_p MyComplexType::sequence::element_xNonNegativeInteger() { MyComplexType::xNonNegativeInteger_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[8].get(); if(fsm_p) { XsdFSM<xNonNegativeInteger_ptr> *unitFsm = dynamic_cast<XsdFSM<xNonNegativeInteger_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xNonNegativeInteger", "{http://www.w3.org/2001/XMLSchema}xNonNegativeInteger", 1); return node_p; } void MyComplexType::sequence::set_xNonNegativeInteger(DOMString val) { element_xNonNegativeInteger()->stringValue(val); } DOMString MyComplexType::sequence::get_xNonNegativeInteger_string() { return element_xNonNegativeInteger()->stringValue(); } void MyComplexType::sequence::set_xNonNegativeInteger(XPlus::UInt64 val) { element_xNonNegativeInteger()->value(val); } XPlus::UInt64 MyComplexType::sequence::get_xNonNegativeInteger() { return element_xNonNegativeInteger()->value(); } MyComplexType::xLong_p MyComplexType::sequence::element_xLong() { MyComplexType::xLong_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[9].get(); if(fsm_p) { XsdFSM<xLong_ptr> *unitFsm = dynamic_cast<XsdFSM<xLong_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xLong", "{http://www.w3.org/2001/XMLSchema}xLong", 1); return node_p; } void MyComplexType::sequence::set_xLong(DOMString val) { element_xLong()->stringValue(val); } DOMString MyComplexType::sequence::get_xLong_string() { return element_xLong()->stringValue(); } void MyComplexType::sequence::set_xLong(XPlus::Int64 val) { element_xLong()->value(val); } XPlus::Int64 MyComplexType::sequence::get_xLong() { return element_xLong()->value(); } MyComplexType::xInt_p MyComplexType::sequence::element_xInt() { MyComplexType::xInt_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[10].get(); if(fsm_p) { XsdFSM<xInt_ptr> *unitFsm = dynamic_cast<XsdFSM<xInt_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xInt", "{http://www.w3.org/2001/XMLSchema}xInt", 1); return node_p; } void MyComplexType::sequence::set_xInt(DOMString val) { element_xInt()->stringValue(val); } DOMString MyComplexType::sequence::get_xInt_string() { return element_xInt()->stringValue(); } void MyComplexType::sequence::set_xInt(int val) { element_xInt()->value(val); } int MyComplexType::sequence::get_xInt() { return element_xInt()->value(); } MyComplexType::xShort_p MyComplexType::sequence::element_xShort() { MyComplexType::xShort_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[11].get(); if(fsm_p) { XsdFSM<xShort_ptr> *unitFsm = dynamic_cast<XsdFSM<xShort_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xShort", "{http://www.w3.org/2001/XMLSchema}xShort", 1); return node_p; } void MyComplexType::sequence::set_xShort(DOMString val) { element_xShort()->stringValue(val); } DOMString MyComplexType::sequence::get_xShort_string() { return element_xShort()->stringValue(); } void MyComplexType::sequence::set_xShort(short val) { element_xShort()->value(val); } short MyComplexType::sequence::get_xShort() { return element_xShort()->value(); } MyComplexType::xByte_p MyComplexType::sequence::element_xByte() { MyComplexType::xByte_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[12].get(); if(fsm_p) { XsdFSM<xByte_ptr> *unitFsm = dynamic_cast<XsdFSM<xByte_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xByte", "{http://www.w3.org/2001/XMLSchema}xByte", 1); return node_p; } void MyComplexType::sequence::set_xByte(DOMString val) { element_xByte()->stringValue(val); } DOMString MyComplexType::sequence::get_xByte_string() { return element_xByte()->stringValue(); } void MyComplexType::sequence::set_xByte(char val) { element_xByte()->value(val); } char MyComplexType::sequence::get_xByte() { return element_xByte()->value(); } MyComplexType::xUnsignedLong_p MyComplexType::sequence::element_xUnsignedLong() { MyComplexType::xUnsignedLong_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[13].get(); if(fsm_p) { XsdFSM<xUnsignedLong_ptr> *unitFsm = dynamic_cast<XsdFSM<xUnsignedLong_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xUnsignedLong", "{http://www.w3.org/2001/XMLSchema}xUnsignedLong", 1); return node_p; } void MyComplexType::sequence::set_xUnsignedLong(DOMString val) { element_xUnsignedLong()->stringValue(val); } DOMString MyComplexType::sequence::get_xUnsignedLong_string() { return element_xUnsignedLong()->stringValue(); } void MyComplexType::sequence::set_xUnsignedLong(XPlus::UInt64 val) { element_xUnsignedLong()->value(val); } XPlus::UInt64 MyComplexType::sequence::get_xUnsignedLong() { return element_xUnsignedLong()->value(); } MyComplexType::xUnsignedInt_p MyComplexType::sequence::element_xUnsignedInt() { MyComplexType::xUnsignedInt_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[14].get(); if(fsm_p) { XsdFSM<xUnsignedInt_ptr> *unitFsm = dynamic_cast<XsdFSM<xUnsignedInt_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xUnsignedInt", "{http://www.w3.org/2001/XMLSchema}xUnsignedInt", 1); return node_p; } void MyComplexType::sequence::set_xUnsignedInt(DOMString val) { element_xUnsignedInt()->stringValue(val); } DOMString MyComplexType::sequence::get_xUnsignedInt_string() { return element_xUnsignedInt()->stringValue(); } void MyComplexType::sequence::set_xUnsignedInt(unsigned int val) { element_xUnsignedInt()->value(val); } unsigned int MyComplexType::sequence::get_xUnsignedInt() { return element_xUnsignedInt()->value(); } MyComplexType::xUnsignedShort_p MyComplexType::sequence::element_xUnsignedShort() { MyComplexType::xUnsignedShort_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[15].get(); if(fsm_p) { XsdFSM<xUnsignedShort_ptr> *unitFsm = dynamic_cast<XsdFSM<xUnsignedShort_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xUnsignedShort", "{http://www.w3.org/2001/XMLSchema}xUnsignedShort", 1); return node_p; } void MyComplexType::sequence::set_xUnsignedShort(DOMString val) { element_xUnsignedShort()->stringValue(val); } DOMString MyComplexType::sequence::get_xUnsignedShort_string() { return element_xUnsignedShort()->stringValue(); } void MyComplexType::sequence::set_xUnsignedShort(unsigned short val) { element_xUnsignedShort()->value(val); } unsigned short MyComplexType::sequence::get_xUnsignedShort() { return element_xUnsignedShort()->value(); } MyComplexType::xUnsignedByte_p MyComplexType::sequence::element_xUnsignedByte() { MyComplexType::xUnsignedByte_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[16].get(); if(fsm_p) { XsdFSM<xUnsignedByte_ptr> *unitFsm = dynamic_cast<XsdFSM<xUnsignedByte_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xUnsignedByte", "{http://www.w3.org/2001/XMLSchema}xUnsignedByte", 1); return node_p; } void MyComplexType::sequence::set_xUnsignedByte(DOMString val) { element_xUnsignedByte()->stringValue(val); } DOMString MyComplexType::sequence::get_xUnsignedByte_string() { return element_xUnsignedByte()->stringValue(); } void MyComplexType::sequence::set_xUnsignedByte(unsigned char val) { element_xUnsignedByte()->value(val); } unsigned char MyComplexType::sequence::get_xUnsignedByte() { return element_xUnsignedByte()->value(); } MyComplexType::xHexBinary_p MyComplexType::sequence::element_xHexBinary() { MyComplexType::xHexBinary_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[17].get(); if(fsm_p) { XsdFSM<xHexBinary_ptr> *unitFsm = dynamic_cast<XsdFSM<xHexBinary_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xHexBinary", "{http://www.w3.org/2001/XMLSchema}xHexBinary", 1); return node_p; } void MyComplexType::sequence::set_xHexBinary(DOMString val) { element_xHexBinary()->stringValue(val); } DOMString MyComplexType::sequence::get_xHexBinary_string() { return element_xHexBinary()->stringValue(); } MyComplexType::xBase64Binary_p MyComplexType::sequence::element_xBase64Binary() { MyComplexType::xBase64Binary_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[18].get(); if(fsm_p) { XsdFSM<xBase64Binary_ptr> *unitFsm = dynamic_cast<XsdFSM<xBase64Binary_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xBase64Binary", "{http://www.w3.org/2001/XMLSchema}xBase64Binary", 1); return node_p; } void MyComplexType::sequence::set_xBase64Binary(DOMString val) { element_xBase64Binary()->stringValue(val); } DOMString MyComplexType::sequence::get_xBase64Binary_string() { return element_xBase64Binary()->stringValue(); } MyComplexType::xUri_p MyComplexType::sequence::element_xUri() { MyComplexType::xUri_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[19].get(); if(fsm_p) { XsdFSM<xUri_ptr> *unitFsm = dynamic_cast<XsdFSM<xUri_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xUri", "{http://www.w3.org/2001/XMLSchema}xUri", 1); return node_p; } void MyComplexType::sequence::set_xUri(DOMString val) { element_xUri()->stringValue(val); } DOMString MyComplexType::sequence::get_xUri_string() { return element_xUri()->stringValue(); } MyComplexType::xNormalizedString_p MyComplexType::sequence::element_xNormalizedString() { MyComplexType::xNormalizedString_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[20].get(); if(fsm_p) { XsdFSM<xNormalizedString_ptr> *unitFsm = dynamic_cast<XsdFSM<xNormalizedString_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xNormalizedString", "{http://www.w3.org/2001/XMLSchema}xNormalizedString", 1); return node_p; } void MyComplexType::sequence::set_xNormalizedString(DOMString val) { element_xNormalizedString()->stringValue(val); } DOMString MyComplexType::sequence::get_xNormalizedString_string() { return element_xNormalizedString()->stringValue(); } MyComplexType::xToken_p MyComplexType::sequence::element_xToken() { MyComplexType::xToken_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[21].get(); if(fsm_p) { XsdFSM<xToken_ptr> *unitFsm = dynamic_cast<XsdFSM<xToken_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xToken", "{http://www.w3.org/2001/XMLSchema}xToken", 1); return node_p; } void MyComplexType::sequence::set_xToken(DOMString val) { element_xToken()->stringValue(val); } DOMString MyComplexType::sequence::get_xToken_string() { return element_xToken()->stringValue(); } MyComplexType::xLanguage_p MyComplexType::sequence::element_xLanguage() { MyComplexType::xLanguage_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[22].get(); if(fsm_p) { XsdFSM<xLanguage_ptr> *unitFsm = dynamic_cast<XsdFSM<xLanguage_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xLanguage", "{http://www.w3.org/2001/XMLSchema}xLanguage", 1); return node_p; } void MyComplexType::sequence::set_xLanguage(DOMString val) { element_xLanguage()->stringValue(val); } DOMString MyComplexType::sequence::get_xLanguage_string() { return element_xLanguage()->stringValue(); } MyComplexType::xName_p MyComplexType::sequence::element_xName() { MyComplexType::xName_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[23].get(); if(fsm_p) { XsdFSM<xName_ptr> *unitFsm = dynamic_cast<XsdFSM<xName_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xName", "{http://www.w3.org/2001/XMLSchema}xName", 1); return node_p; } void MyComplexType::sequence::set_xName(DOMString val) { element_xName()->stringValue(val); } DOMString MyComplexType::sequence::get_xName_string() { return element_xName()->stringValue(); } MyComplexType::xNCName_p MyComplexType::sequence::element_xNCName() { MyComplexType::xNCName_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[24].get(); if(fsm_p) { XsdFSM<xNCName_ptr> *unitFsm = dynamic_cast<XsdFSM<xNCName_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xNCName", "{http://www.w3.org/2001/XMLSchema}xNCName", 1); return node_p; } void MyComplexType::sequence::set_xNCName(DOMString val) { element_xNCName()->stringValue(val); } DOMString MyComplexType::sequence::get_xNCName_string() { return element_xNCName()->stringValue(); } MyComplexType::xQName_p MyComplexType::sequence::element_xQName() { MyComplexType::xQName_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[25].get(); if(fsm_p) { XsdFSM<xQName_ptr> *unitFsm = dynamic_cast<XsdFSM<xQName_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xQName", "{http://www.w3.org/2001/XMLSchema}xQName", 1); return node_p; } void MyComplexType::sequence::set_xQName(DOMString val) { element_xQName()->stringValue(val); } DOMString MyComplexType::sequence::get_xQName_string() { return element_xQName()->stringValue(); } MyComplexType::xDateTime_p MyComplexType::sequence::element_xDateTime() { MyComplexType::xDateTime_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[26].get(); if(fsm_p) { XsdFSM<xDateTime_ptr> *unitFsm = dynamic_cast<XsdFSM<xDateTime_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xDateTime", "{http://www.w3.org/2001/XMLSchema}xDateTime", 1); return node_p; } void MyComplexType::sequence::set_xDateTime(DOMString val) { element_xDateTime()->stringValue(val); } DOMString MyComplexType::sequence::get_xDateTime_string() { return element_xDateTime()->stringValue(); } void MyComplexType::sequence::set_xDateTime(XPlus::DateTime val) { element_xDateTime()->value(val); } XPlus::DateTime MyComplexType::sequence::get_xDateTime() { return element_xDateTime()->value(); } MyComplexType::xDate_p MyComplexType::sequence::element_xDate() { MyComplexType::xDate_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[27].get(); if(fsm_p) { XsdFSM<xDate_ptr> *unitFsm = dynamic_cast<XsdFSM<xDate_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xDate", "{http://www.w3.org/2001/XMLSchema}xDate", 1); return node_p; } void MyComplexType::sequence::set_xDate(DOMString val) { element_xDate()->stringValue(val); } DOMString MyComplexType::sequence::get_xDate_string() { return element_xDate()->stringValue(); } void MyComplexType::sequence::set_xDate(XPlus::Date val) { element_xDate()->value(val); } XPlus::Date MyComplexType::sequence::get_xDate() { return element_xDate()->value(); } MyComplexType::xYearMonth_p MyComplexType::sequence::element_xYearMonth() { MyComplexType::xYearMonth_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[28].get(); if(fsm_p) { XsdFSM<xYearMonth_ptr> *unitFsm = dynamic_cast<XsdFSM<xYearMonth_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xYearMonth", "{http://www.w3.org/2001/XMLSchema}xYearMonth", 1); return node_p; } void MyComplexType::sequence::set_xYearMonth(DOMString val) { element_xYearMonth()->stringValue(val); } DOMString MyComplexType::sequence::get_xYearMonth_string() { return element_xYearMonth()->stringValue(); } void MyComplexType::sequence::set_xYearMonth(XPlus::YearMonth val) { element_xYearMonth()->value(val); } XPlus::YearMonth MyComplexType::sequence::get_xYearMonth() { return element_xYearMonth()->value(); } MyComplexType::xYear_p MyComplexType::sequence::element_xYear() { MyComplexType::xYear_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[29].get(); if(fsm_p) { XsdFSM<xYear_ptr> *unitFsm = dynamic_cast<XsdFSM<xYear_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xYear", "{http://www.w3.org/2001/XMLSchema}xYear", 1); return node_p; } void MyComplexType::sequence::set_xYear(DOMString val) { element_xYear()->stringValue(val); } DOMString MyComplexType::sequence::get_xYear_string() { return element_xYear()->stringValue(); } void MyComplexType::sequence::set_xYear(XPlus::Year val) { element_xYear()->value(val); } XPlus::Year MyComplexType::sequence::get_xYear() { return element_xYear()->value(); } MyComplexType::xMonthDay_p MyComplexType::sequence::element_xMonthDay() { MyComplexType::xMonthDay_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[30].get(); if(fsm_p) { XsdFSM<xMonthDay_ptr> *unitFsm = dynamic_cast<XsdFSM<xMonthDay_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xMonthDay", "{http://www.w3.org/2001/XMLSchema}xMonthDay", 1); return node_p; } void MyComplexType::sequence::set_xMonthDay(DOMString val) { element_xMonthDay()->stringValue(val); } DOMString MyComplexType::sequence::get_xMonthDay_string() { return element_xMonthDay()->stringValue(); } void MyComplexType::sequence::set_xMonthDay(XPlus::MonthDay val) { element_xMonthDay()->value(val); } XPlus::MonthDay MyComplexType::sequence::get_xMonthDay() { return element_xMonthDay()->value(); } MyComplexType::xMonth_p MyComplexType::sequence::element_xMonth() { MyComplexType::xMonth_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[31].get(); if(fsm_p) { XsdFSM<xMonth_ptr> *unitFsm = dynamic_cast<XsdFSM<xMonth_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xMonth", "{http://www.w3.org/2001/XMLSchema}xMonth", 1); return node_p; } void MyComplexType::sequence::set_xMonth(DOMString val) { element_xMonth()->stringValue(val); } DOMString MyComplexType::sequence::get_xMonth_string() { return element_xMonth()->stringValue(); } void MyComplexType::sequence::set_xMonth(XPlus::Month val) { element_xMonth()->value(val); } XPlus::Month MyComplexType::sequence::get_xMonth() { return element_xMonth()->value(); } MyComplexType::xDay_p MyComplexType::sequence::element_xDay() { MyComplexType::xDay_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[32].get(); if(fsm_p) { XsdFSM<xDay_ptr> *unitFsm = dynamic_cast<XsdFSM<xDay_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xDay", "{http://www.w3.org/2001/XMLSchema}xDay", 1); return node_p; } void MyComplexType::sequence::set_xDay(DOMString val) { element_xDay()->stringValue(val); } DOMString MyComplexType::sequence::get_xDay_string() { return element_xDay()->stringValue(); } void MyComplexType::sequence::set_xDay(XPlus::Day val) { element_xDay()->value(val); } XPlus::Day MyComplexType::sequence::get_xDay() { return element_xDay()->value(); } MyComplexType::xTime_p MyComplexType::sequence::element_xTime() { MyComplexType::xTime_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[33].get(); if(fsm_p) { XsdFSM<xTime_ptr> *unitFsm = dynamic_cast<XsdFSM<xTime_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xTime", "{http://www.w3.org/2001/XMLSchema}xTime", 1); return node_p; } void MyComplexType::sequence::set_xTime(DOMString val) { element_xTime()->stringValue(val); } DOMString MyComplexType::sequence::get_xTime_string() { return element_xTime()->stringValue(); } void MyComplexType::sequence::set_xTime(XPlus::Time val) { element_xTime()->value(val); } XPlus::Time MyComplexType::sequence::get_xTime() { return element_xTime()->value(); } MyComplexType::xDuration_p MyComplexType::sequence::element_xDuration() { MyComplexType::xDuration_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[34].get(); if(fsm_p) { XsdFSM<xDuration_ptr> *unitFsm = dynamic_cast<XsdFSM<xDuration_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "xDuration", "{http://www.w3.org/2001/XMLSchema}xDuration", 1); return node_p; } void MyComplexType::sequence::set_xDuration(DOMString val) { element_xDuration()->stringValue(val); } DOMString MyComplexType::sequence::get_xDuration_string() { return element_xDuration()->stringValue(); } void MyComplexType::sequence::set_xDuration(XPlus::Duration val) { element_xDuration()->value(val); } XPlus::Duration MyComplexType::sequence::get_xDuration() { return element_xDuration()->value(); } List<MyComplexType::anIntMax10_ptr> MyComplexType::sequence::elements_anIntMax10() { List<anIntMax10_ptr> nodeList; XsdFsmBase* fsm_p = this->allFSMs()[35].get(); if(fsm_p) { XsdFSM<anIntMax10_ptr> *unitFsm = dynamic_cast<XsdFSM<anIntMax10_ptr> *>(fsm_p); if(unitFsm) { //nodeList = unitFsm->nodeList().stl_list(); nodeList = unitFsm->nodeList(); } } return nodeList; } MyComplexType::anIntMax10_p MyComplexType::sequence::element_anIntMax10_at(unsigned int idx) { return elements_anIntMax10().at(idx); } void MyComplexType::sequence::set_anIntMax10(unsigned int idx, DOMString val) { element_anIntMax10_at(idx)->stringValue(val); } DOMString MyComplexType::sequence::get_anIntMax10_string(unsigned int idx) { return element_anIntMax10_at(idx)->stringValue(); } void MyComplexType::sequence::set_anIntMax10(unsigned int idx,int val) { element_anIntMax10_at(idx)->value(val); } int MyComplexType::sequence::get_anIntMax10(unsigned int idx) { return element_anIntMax10_at(idx)->value(); } MyComplexType::anIntMax10_p MyComplexType::sequence::add_node_anIntMax10() { DOMStringPtr nsUriPtr = new DOMString("http://www.example.com/STDemo"); XsdEvent event(nsUriPtr, NULL, DOMString("anIntMax10"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); return elements_anIntMax10().back(); } List<MyComplexType::anIntMax10_ptr> MyComplexType::sequence::set_count_anIntMax10(unsigned int size) { if( (size > 5) || (size < 3)) { ostringstream oss; oss << "set_count_anIntMax10: size should be in range: [" << 3 << "," << 5 << "]"; throw IndexOutOfBoundsException(oss.str()); } unsigned int prevSize = elements_anIntMax10().size(); if(size < prevSize) { //FIXME: allow later: throw XPlus::RuntimeException("resize lesser than current size not allowed"); } for(unsigned int j=prevSize; j<size; j++) { // pretend docBuilding to avoid computation of adding after first loop XsdEvent event(new DOMString("http://www.example.com/STDemo"), NULL, DOMString("anIntMax10"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); } return elements_anIntMax10(); } void MyComplexType::sequence::add_anIntMax10_string(DOMString val) { this->add_node_anIntMax10()->stringValue(val); } void MyComplexType::sequence::add_anIntMax10(int val) { this->add_node_anIntMax10()->value(val); } MyComplexType::anIntMax5k_p MyComplexType::sequence::element_anIntMax5k() { MyComplexType::anIntMax5k_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[36].get(); if(fsm_p) { XsdFSM<anIntMax5k_ptr> *unitFsm = dynamic_cast<XsdFSM<anIntMax5k_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "anIntMax5k", "{http://www.example.com/STDemo}anIntMax5k", 1); return node_p; } void MyComplexType::sequence::set_anIntMax5k(DOMString val) { element_anIntMax5k()->stringValue(val); } DOMString MyComplexType::sequence::get_anIntMax5k_string() { return element_anIntMax5k()->stringValue(); } void MyComplexType::sequence::set_anIntMax5k(int val) { element_anIntMax5k()->value(val); } int MyComplexType::sequence::get_anIntMax5k() { return element_anIntMax5k()->value(); } globalWaterTemp_p MyComplexType::sequence::element_globalWaterTemp() { globalWaterTemp_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[37].get(); if(fsm_p) { XsdFSM<globalWaterTemp_ptr> *unitFsm = dynamic_cast<XsdFSM<globalWaterTemp_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "globalWaterTemp", "{http://www.example.com/STDemo}globalWaterTemp", 1); return node_p; } void MyComplexType::sequence::set_globalWaterTemp(DOMString val) { element_globalWaterTemp()->stringValue(val); } DOMString MyComplexType::sequence::get_globalWaterTemp_string() { return element_globalWaterTemp()->stringValue(); } void MyComplexType::sequence::set_globalWaterTemp(double val) { element_globalWaterTemp()->value(val); } double MyComplexType::sequence::get_globalWaterTemp() { return element_globalWaterTemp()->value(); } MyComplexType::aSKU_p MyComplexType::sequence::element_aSKU() { MyComplexType::aSKU_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[38].get(); if(fsm_p) { XsdFSM<aSKU_ptr> *unitFsm = dynamic_cast<XsdFSM<aSKU_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "aSKU", "{http://www.example.com/STDemo}aSKU", 1); return node_p; } void MyComplexType::sequence::set_aSKU(DOMString val) { element_aSKU()->stringValue(val); } DOMString MyComplexType::sequence::get_aSKU_string() { return element_aSKU()->stringValue(); } MyComplexType::aDateTime_p MyComplexType::sequence::element_aDateTime() { MyComplexType::aDateTime_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[39].get(); if(fsm_p) { XsdFSM<aDateTime_ptr> *unitFsm = dynamic_cast<XsdFSM<aDateTime_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "aDateTime", "{http://www.example.com/STDemo}aDateTime", 1); return node_p; } void MyComplexType::sequence::set_aDateTime(DOMString val) { element_aDateTime()->stringValue(val); } DOMString MyComplexType::sequence::get_aDateTime_string() { return element_aDateTime()->stringValue(); } void MyComplexType::sequence::set_aDateTime(XPlus::DateTime val) { element_aDateTime()->value(val); } XPlus::DateTime MyComplexType::sequence::get_aDateTime() { return element_aDateTime()->value(); } MyComplexType::aDate_p MyComplexType::sequence::element_aDate() { MyComplexType::aDate_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[40].get(); if(fsm_p) { XsdFSM<aDate_ptr> *unitFsm = dynamic_cast<XsdFSM<aDate_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "aDate", "{http://www.example.com/STDemo}aDate", 1); return node_p; } void MyComplexType::sequence::set_aDate(DOMString val) { element_aDate()->stringValue(val); } DOMString MyComplexType::sequence::get_aDate_string() { return element_aDate()->stringValue(); } void MyComplexType::sequence::set_aDate(XPlus::Date val) { element_aDate()->value(val); } XPlus::Date MyComplexType::sequence::get_aDate() { return element_aDate()->value(); } MyComplexType::aYear_p MyComplexType::sequence::element_aYear() { MyComplexType::aYear_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[41].get(); if(fsm_p) { XsdFSM<aYear_ptr> *unitFsm = dynamic_cast<XsdFSM<aYear_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "aYear", "{http://www.example.com/STDemo}aYear", 1); return node_p; } void MyComplexType::sequence::set_aYear(DOMString val) { element_aYear()->stringValue(val); } DOMString MyComplexType::sequence::get_aYear_string() { return element_aYear()->stringValue(); } void MyComplexType::sequence::set_aYear(XPlus::Year val) { element_aYear()->value(val); } XPlus::Year MyComplexType::sequence::get_aYear() { return element_aYear()->value(); } MyComplexType::aCommonName_p MyComplexType::sequence::element_aCommonName() { MyComplexType::aCommonName_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[42].get(); if(fsm_p) { XsdFSM<aCommonName_ptr> *unitFsm = dynamic_cast<XsdFSM<aCommonName_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "aCommonName", "{}aCommonName", 1); return node_p; } void MyComplexType::sequence::set_aCommonName(DOMString val) { element_aCommonName()->stringValue(val); } DOMString MyComplexType::sequence::get_aCommonName_string() { return element_aCommonName()->stringValue(); } MyComplexType::aListOfIntMax5k_p MyComplexType::sequence::element_aListOfIntMax5k() { MyComplexType::aListOfIntMax5k_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[43].get(); if(fsm_p) { XsdFSM<aListOfIntMax5k_ptr> *unitFsm = dynamic_cast<XsdFSM<aListOfIntMax5k_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "aListOfIntMax5k", "{http://www.example.com/STDemo}aListOfIntMax5k", 1); return node_p; } void MyComplexType::sequence::set_aListOfIntMax5k(DOMString val) { element_aListOfIntMax5k()->stringValue(val); } DOMString MyComplexType::sequence::get_aListOfIntMax5k_string() { return element_aListOfIntMax5k()->stringValue(); } MyComplexType::aListOfFourIntMax500_p MyComplexType::sequence::element_aListOfFourIntMax500() { MyComplexType::aListOfFourIntMax500_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[44].get(); if(fsm_p) { XsdFSM<aListOfFourIntMax500_ptr> *unitFsm = dynamic_cast<XsdFSM<aListOfFourIntMax500_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "aListOfFourIntMax500", "{http://www.example.com/STDemo}aListOfFourIntMax500", 1); return node_p; } void MyComplexType::sequence::set_aListOfFourIntMax500(DOMString val) { element_aListOfFourIntMax500()->stringValue(val); } DOMString MyComplexType::sequence::get_aListOfFourIntMax500_string() { return element_aListOfFourIntMax500()->stringValue(); } MyComplexType::aListOfTwoIntMax3k_p MyComplexType::sequence::element_aListOfTwoIntMax3k() { MyComplexType::aListOfTwoIntMax3k_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[45].get(); if(fsm_p) { XsdFSM<aListOfTwoIntMax3k_ptr> *unitFsm = dynamic_cast<XsdFSM<aListOfTwoIntMax3k_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "aListOfTwoIntMax3k", "{http://www.example.com/STDemo}aListOfTwoIntMax3k", 1); return node_p; } void MyComplexType::sequence::set_aListOfTwoIntMax3k(DOMString val) { element_aListOfTwoIntMax3k()->stringValue(val); } DOMString MyComplexType::sequence::get_aListOfTwoIntMax3k_string() { return element_aListOfTwoIntMax3k()->stringValue(); } MyComplexType::aFont_p MyComplexType::sequence::element_aFont() { MyComplexType::aFont_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[46].get(); if(fsm_p) { XsdFSM<aFont_ptr> *unitFsm = dynamic_cast<XsdFSM<aFont_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "aFont", "{http://www.example.com/STDemo}aFont", 1); return node_p; } void MyComplexType::sequence::set_aFont(DOMString val) { element_aFont()->stringValue(val); } DOMString MyComplexType::sequence::get_aFont_string() { return element_aFont()->stringValue(); } MyComplexType::anotherFont_p MyComplexType::sequence::element_anotherFont() { MyComplexType::anotherFont_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[47].get(); if(fsm_p) { XsdFSM<anotherFont_ptr> *unitFsm = dynamic_cast<XsdFSM<anotherFont_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "anotherFont", "{http://www.example.com/STDemo}anotherFont", 1); return node_p; } void MyComplexType::sequence::set_anotherFont(DOMString val) { element_anotherFont()->stringValue(val); } DOMString MyComplexType::sequence::get_anotherFont_string() { return element_anotherFont()->stringValue(); } } // end namespace Types } // end namespace
INPUT_XSD=org.xsd
<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:ns1="urn:org:engg" xmlns:ns2="urn:org:hr" targetNamespace="urn:org:engg" > <xsd:import namespace="urn:org:hr" schemaLocation="hr.xsd"/> <xsd:complexType name="EnggDept"> <xsd:sequence> <xsd:element ref="ns2:leaderId"/> <xsd:element name="project" type="ns1:EnggProject" maxOccurs="unbounded"/> </xsd:sequence> <xsd:attribute name="id" type="xsd:token" use="required"/> </xsd:complexType> <xsd:complexType name="EnggProject"> <xsd:sequence> <xsd:element ref="ns2:leaderId"/> <xsd:element name="projectName" type="xsd:string"/> <xsd:element name="engineers" type="ns2:UserIdList"/> </xsd:sequence> </xsd:complexType> </xsd:schema>
<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:ns1="urn:org:hr" targetNamespace="urn:org:hr" > <xsd:element name="userId" type="ns1:UserId" /> <xsd:element name="leaderId" type="ns1:UserId" /> <xsd:simpleType name="UserId"> <xsd:restriction base='xsd:token'> </xsd:restriction> </xsd:simpleType> <xsd:complexType name="UserIdList"> <xsd:sequence> <xsd:element ref="ns1:userId" minOccurs="0" maxOccurs="unbounded"/> </xsd:sequence> </xsd:complexType> <xsd:complexType name="Employee"> <xsd:sequence> <xsd:element ref="ns1:userId"/> <xsd:element name="name" type="xsd:string"/> <xsd:element name="title" type="xsd:string"/> <xsd:element name="joiningDate" type="xsd:date"/> <xsd:element name="reportsTo" type="ns1:UserId" minOccurs="0"/> <xsd:element name="reportees" type="ns1:UserIdList"/> </xsd:sequence> </xsd:complexType> <xsd:complexType name="AllEmployees"> <xsd:sequence> <xsd:element name="employee" type="ns1:Employee" maxOccurs="unbounded"/> </xsd:sequence> </xsd:complexType> </xsd:schema>
<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:ns1="urn:org:legal" xmlns:ns2="urn:org:hr" targetNamespace="urn:org:legal" > <xsd:import namespace="urn:org:hr" schemaLocation="hr.xsd"/> <xsd:complexType name="LegalDept"> <xsd:sequence> <xsd:element ref="ns2:leaderId"/> <xsd:element name="legalAdvisors" type="ns2:UserIdList"/> </xsd:sequence> <xsd:attribute name="id" type="xsd:token" use="required"/> </xsd:complexType> </xsd:schema>
<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:ns1="urn:org" xmlns:ns2="urn:org:engg" xmlns:ns3="urn:org:legal" xmlns:ns4="urn:org:hr" targetNamespace="urn:org" > <xsd:import namespace="urn:org:engg" schemaLocation="engg.xsd"/> <xsd:import namespace="urn:org:legal" schemaLocation="legal.xsd"/> <xsd:import namespace="urn:org:hr" schemaLocation="hr.xsd"/> <xsd:element name="organization"> <xsd:complexType> <xsd:sequence> <xsd:element ref="ns4:leaderId"/> <xsd:element name="name" type="xsd:string"/> <xsd:element name="departments" type="ns1:Departments"/> <xsd:element name="allEmployees" type="ns4:AllEmployees"/> </xsd:sequence> <xsd:attribute name="id" type="xsd:token" use="required"/> </xsd:complexType> </xsd:element> <xsd:complexType name="Departments"> <xsd:sequence> <xsd:element name="engineering" type="ns2:EnggDept"/> <xsd:element name="legal" type="ns3:LegalDept"/> </xsd:sequence> </xsd:complexType> </xsd:schema>
<?xml version="1.0"?> <ns1:organization id="nasa" xmlns:ns1="urn:org" xmlns:ns2="urn:org:hr"> <ns2:leaderId>jimb</ns2:leaderId> <name>NASA</name> <departments> <engineering id="nasa.deperatments.engineering"> <ns2:leaderId>paulb</ns2:leaderId> <project> <ns2:leaderId>allenb</ns2:leaderId> <projectName>The unmanned moon mission 2015</projectName> <engineers> <ns2:userId>charlese</ns2:userId> <ns2:userId>waynec</ns2:userId> </engineers> </project> <project> <ns2:leaderId>leeb</ns2:leaderId> <projectName>The manned moon mission 2020</projectName> <engineers> <ns2:userId>peterc</ns2:userId> <ns2:userId>davidc</ns2:userId> </engineers> </project> </engineering> <legal id="nasa.deperatments.legal"> <ns2:leaderId>donb</ns2:leaderId> <legalAdvisors> <ns2:userId>danc</ns2:userId> <ns2:userId>ugoc</ns2:userId> </legalAdvisors> </legal> </departments> <allEmployees> <employee> <ns2:userId>jimb</ns2:userId> <name>Jim Barnette</name> <title>org head</title> <joiningDate>1978-02-11</joiningDate> <reportees> <ns2:userId>paulb</ns2:userId> <ns2:userId>donb</ns2:userId> </reportees> </employee> <employee> <ns2:userId>paulb</ns2:userId> <name>Paul V. Biron</name> <title>Engg head</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>jimb</reportsTo> <reportees> <ns2:userId>allenb</ns2:userId> <ns2:userId>leeb</ns2:userId> </reportees> </employee> <employee> <ns2:userId>donb</ns2:userId> <name>Don Box</name> <title>Legal head</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>jimb</reportsTo> <reportees> <ns2:userId>danc</ns2:userId> <ns2:userId>ugoc</ns2:userId> </reportees> </employee> <employee> <ns2:userId>allenb</ns2:userId> <name>Allen Brown</name> <title>Proj1 head</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>paulb</reportsTo> <reportees> <ns2:userId>charlese</ns2:userId> <ns2:userId>waynec</ns2:userId> </reportees> </employee> <employee> <ns2:userId>leeb</ns2:userId> <name>Lee Buck</name> <title>Proj2 head</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>paulb</reportsTo> <reportees> <ns2:userId>peterc</ns2:userId> <ns2:userId>davidc</ns2:userId> </reportees> </employee> <employee> <ns2:userId>charlese</ns2:userId> <name>Charles E Campbell</name> <title>SMTS</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>allenb</reportsTo> <reportees/> </employee> <employee> <ns2:userId>waynec</ns2:userId> <name>Wayne Carr</name> <title>SMTS</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>allenb</reportsTo> <reportees/> </employee> <employee> <ns2:userId>peterc</ns2:userId> <name>Peter Chen</name> <title>SMTS</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>leeb</reportsTo> <reportees/> </employee> <employee> <ns2:userId>davidc</ns2:userId> <name>David Cleary</name> <title>SMTS</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>leeb</reportsTo> <reportees/> </employee> <employee> <ns2:userId>danc</ns2:userId> <name>Dan Connolly</name> <title>Legal Advisor</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>donb</reportsTo> <reportees/> </employee> <employee> <ns2:userId>ugoc</ns2:userId> <name>Ugo Corda</name> <title>Legal Advisor</title> <joiningDate>1978-02-15</joiningDate> <reportsTo>donb</reportsTo> <reportees/> </employee> </allEmployees> </ns1:organization>
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_hr_DOCUMENT_H__ #define __org_hr_DOCUMENT_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/userId.h" #include "org_hr/leaderId.h" using namespace XPlus; using namespace FSM; namespace org { namespace hr { class Document : public XMLSchema::TDocument { private: userId_ptr _userId; AutoPtr<XsdFSM<userId_ptr> > _fsm_userId; leaderId_ptr _leaderId; AutoPtr<XsdFSM<leaderId_ptr> > _fsm_leaderId; // attributes, elements userId_ptr create_userId(FsmCbOptions& options); leaderId_ptr create_leaderId(FsmCbOptions& options); public: Document(bool buildTree=true, bool createSample=false); virtual ~Document() {} void set_root_userId(); void set_root_leaderId(); userId_p element_userId(); leaderId_p element_leaderId(); void initFSM(); }; } // end namespace hr } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_hr_ALL_INCLUDE_H__ #define __org_hr_ALL_INCLUDE_H__ #include "XPlus/AutoPtr.h" #include "org_hr/Document.h" #include "org_hr/userId.h" #include "org_hr/leaderId.h" #include "org_hr/Types/UserId.h" #include "org_hr/Types/UserIdList.h" #include "org_hr/Types/Employee.h" #include "org_hr/Types/AllEmployees.h" using namespace XPlus; #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_hr_userId_H__ #define __org_hr_userId_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/Types/UserId.h" using namespace XPlus; namespace org { namespace hr { typedef XMLSchema::XmlElement<org::hr::Types::UserId> userId; // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {urn:org:hr}userId // /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::hr::Types::UserId> > userId_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::hr::Types::UserId>* userId_p; /// typedef for the node typedef XMLSchema::XmlElement<org::hr::Types::UserId> userId; } // end namespace hr } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_hr_leaderId_H__ #define __org_hr_leaderId_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/Types/UserId.h" using namespace XPlus; namespace org { namespace hr { typedef XMLSchema::XmlElement<org::hr::Types::UserId> leaderId; // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {urn:org:hr}leaderId // /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::hr::Types::UserId> > leaderId_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::hr::Types::UserId>* leaderId_p; /// typedef for the node typedef XMLSchema::XmlElement<org::hr::Types::UserId> leaderId; } // end namespace hr } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_hr_types_Employee_H__ #define __org_hr_types_Employee_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/userId.h" #include "org_hr/Types/UserId.h" #include "org_hr/Types/UserIdList.h" using namespace XPlus; namespace org { namespace hr { namespace Types { /// The class for complexType Employee /// \n Refer to documentation on structures/methods inside ... class Employee : public XMLSchema::Types::anyType { public: //constructor Employee(AnyTypeCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<org::hr::userId > userId_ptr; /// typedef for the Plain pointer to the node typedef org::hr::userId* userId_p; /// typedef for the node typedef org::hr::userId userId; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_string> > name_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string>* name_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string> name; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_string> > title_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string>* title_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string> title; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_date> > joiningDate_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_date>* joiningDate_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_date> joiningDate; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::hr::Types::UserId> > reportsTo_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::hr::Types::UserId>* reportsTo_p; /// typedef for the node typedef XMLSchema::XmlElement<org::hr::Types::UserId> reportsTo; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::hr::Types::UserIdList> > reportees_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::hr::Types::UserIdList>* reportees_p; /// typedef for the node typedef XMLSchema::XmlElement<org::hr::Types::UserIdList> reportees; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(Employee* that); /// For the scalar-element with QName "{urn:org:hr}userId" : /// \n Returns the scalar element node /// @return the element node fetched userId_p element_userId(); /// For the scalar-element with QName "{urn:org:hr}userId" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_userId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}userId" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_userId_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Returns the scalar element node /// @return the element node fetched name_p element_name(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_name(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_name_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}title" : /// \n Returns the scalar element node /// @return the element node fetched title_p element_title(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}title" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_title(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}title" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_title_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Returns the scalar element node /// @return the element node fetched joiningDate_p element_joiningDate(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_joiningDate(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_joiningDate_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as XPlus::Date) to set with void set_joiningDate(XPlus::Date val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Returns the value of the scalar element /// @return the value(as XPlus::Date) of the element XPlus::Date get_joiningDate(); /// For the scalar-element with QName "{urn:org:hr}reportsTo" : /// \n Returns the scalar element node /// @return the element node fetched reportsTo_p element_reportsTo(); /// For the scalar-element with QName "{urn:org:hr}reportsTo" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_reportsTo(DOMString val); /// For the scalar-element with QName "{urn:org:hr}reportsTo" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_reportsTo_string(); /// For the optional scalar element with QName "{urn:org:hr}reportsTo" : /// \n Marks the element as present void mark_present_reportsTo(); /// For the scalar-element with QName "{urn:org:hr}reportees" : /// \n Returns the scalar element node /// @return the element node fetched reportees_p element_reportees(); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } Employee* _that; }; // end sequence /// For the scalar-element with QName "{urn:org:hr}userId" : /// \n Returns the scalar element node /// @return the element node fetched userId_p element_userId(); /// For the scalar-element with QName "{urn:org:hr}userId" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_userId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}userId" : /// \n Returns the value(as DOMString) of the element DOMString get_userId_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Returns the scalar element node /// @return the element node fetched name_p element_name(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_name(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Returns the value(as DOMString) of the element DOMString get_name_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}title" : /// \n Returns the scalar element node /// @return the element node fetched title_p element_title(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}title" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_title(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}title" : /// \n Returns the value(as DOMString) of the element DOMString get_title_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Returns the scalar element node /// @return the element node fetched joiningDate_p element_joiningDate(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_joiningDate(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Returns the value(as DOMString) of the element DOMString get_joiningDate_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as XPlus::Date) to set with void set_joiningDate(XPlus::Date val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}joiningDate" : /// \n Returns the value of the element /// @return the value(as XPlus::Date) of the element XPlus::Date get_joiningDate(); /// For the scalar-element with QName "{urn:org:hr}reportsTo" : /// \n Returns the scalar element node /// @return the element node fetched reportsTo_p element_reportsTo(); /// For the scalar-element with QName "{urn:org:hr}reportsTo" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_reportsTo(DOMString val); /// For the scalar-element with QName "{urn:org:hr}reportsTo" : /// \n Returns the value(as DOMString) of the element DOMString get_reportsTo_string(); /// For the optional scalar element with QName "{urn:org:hr}reportsTo" : /// Marks the element as present void mark_present_reportsTo(); /// For the scalar-element with QName "{urn:org:hr}reportees" : /// \n Returns the scalar element node /// @return the element node fetched reportees_p element_reportees(); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; userId_ptr _userId; name_ptr _name; title_ptr _title; joiningDate_ptr _joiningDate; reportsTo_ptr _reportsTo; reportees_ptr _reportees; /// initialize the FSM void initFSM(); userId_ptr create_userId(FsmCbOptions& options); name_ptr create_name(FsmCbOptions& options); title_ptr create_title(FsmCbOptions& options); joiningDate_ptr create_joiningDate(FsmCbOptions& options); reportsTo_ptr create_reportsTo(FsmCbOptions& options); reportees_ptr create_reportees(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END private: static XSD::TypeDefinitionFactoryTmpl<XmlElement<Employee> > s_typeRegistry; }; //end class Employee } // end namespace Types } // end namespace hr } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_hr_types_AllEmployees_H__ #define __org_hr_types_AllEmployees_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/Types/Employee.h" using namespace XPlus; namespace org { namespace hr { namespace Types { /// The class for complexType AllEmployees /// \n Refer to documentation on structures/methods inside ... class AllEmployees : public XMLSchema::Types::anyType { public: //constructor AllEmployees(AnyTypeCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::hr::Types::Employee> > employee_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::hr::Types::Employee>* employee_p; /// typedef for the node typedef XMLSchema::XmlElement<org::hr::Types::Employee> employee; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(AllEmployees* that); /// For vector-element with QName "{urn:org:hr}employee" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<employee_ptr> elements_employee(); /// For vector-element with QName "{urn:org:hr}employee" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched employee_p element_employee_at(unsigned int idx); /// For vector-element with QName "{urn:org:hr}employee" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element employee_p add_node_employee(); /// For vector-element with QName "{urn:org:hr}employee" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<employee_ptr> set_count_employee(unsigned int size); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } AllEmployees* _that; }; // end sequence /// For vector-element with QName "{urn:org:hr}employee" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<employee_ptr> elements_employee(); /// For vector-element with QName "{urn:org:hr}employee" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched employee_p element_employee_at(unsigned int idx); /// For vector-element with QName "{urn:org:hr}employee" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element employee_p add_node_employee(); /// For vector-element with QName "{urn:org:hr}employee" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<employee_ptr> set_count_employee(unsigned int size); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; List<employee_ptr> _list_employee; /// initialize the FSM void initFSM(); employee_ptr create_employee(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END private: static XSD::TypeDefinitionFactoryTmpl<XmlElement<AllEmployees> > s_typeRegistry; }; //end class AllEmployees } // end namespace Types } // end namespace hr } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_hr_types_UserIdList_H__ #define __org_hr_types_UserIdList_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/userId.h" using namespace XPlus; namespace org { namespace hr { namespace Types { /// The class for complexType UserIdList /// \n Refer to documentation on structures/methods inside ... class UserIdList : public XMLSchema::Types::anyType { public: //constructor UserIdList(AnyTypeCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<org::hr::userId > userId_ptr; /// typedef for the Plain pointer to the node typedef org::hr::userId* userId_p; /// typedef for the node typedef org::hr::userId userId; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(UserIdList* that); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<userId_ptr> elements_userId(); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched userId_p element_userId_at(unsigned int idx); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Sets the value of the element at the supplied index with the supplied value /// @param idx index of the element /// @param val the value(as DOMString) to set with void set_userId(unsigned int idx, DOMString val); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Returns the value of the element at the supplied index with the supplied value. /// @param idx index of the element /// @return the value(as DOMString) of the element DOMString get_userId_string(unsigned int idx); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element userId_p add_node_userId(); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<userId_ptr> set_count_userId(unsigned int size); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Adds one element to the end of the "list of the element nodes", and sets the value with supplied DOMString value /// @param val the value(as DOMString) to set with void add_userId_string(DOMString val); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } UserIdList* _that; }; // end sequence /// For vector-element with QName "{urn:org:hr}userId" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<userId_ptr> elements_userId(); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched userId_p element_userId_at(unsigned int idx); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Sets the value of the element at the supplied index with the supplied value /// @param idx index of the element /// @param val the value(as DOMString) to set with void set_userId(unsigned int idx, DOMString val); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Returns the value of the element at the supplied index with the supplied value. /// @param idx index of the element /// @return the value(as DOMString) of the element DOMString get_userId_string(unsigned int idx); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element userId_p add_node_userId(); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<userId_ptr> set_count_userId(unsigned int size); /// For vector-element with QName "{urn:org:hr}userId" : /// \n Adds one element to the end of the "list of the element nodes", and sets the value with supplied DOMString value /// @param val the value(as DOMString) to set with void add_userId_string(DOMString val); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; List<userId_ptr> _list_userId; /// initialize the FSM void initFSM(); userId_ptr create_userId(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END private: static XSD::TypeDefinitionFactoryTmpl<XmlElement<UserIdList> > s_typeRegistry; }; //end class UserIdList } // end namespace Types } // end namespace hr } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_hr_UserId_H__ #define __org_hr_UserId_H__ #include <string> #include <list> #include "DOM/DOMCommonInc.h" #include "XSD/PrimitiveTypes.h" #include "XSD/xsdUtils.h" #include "XSD/PrimitiveTypes.h" using namespace std; using namespace XPlus; using namespace DOM; using namespace XMLSchema; namespace org { namespace hr { namespace Types { /// class for simpleType with restriction on base class UserId : public XMLSchema::Types::bt_token { public: /// constructor UserId(AnyTypeCreateArgs args) : bt_token(args) { this->appliedCFacets( appliedCFacets() ); } protected: }; } // end namespace Types } // end namespace hr } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_engg_ALL_INCLUDE_H__ #define __org_engg_ALL_INCLUDE_H__ #include "XPlus/AutoPtr.h" #include "org_hr/all-include.h" #include "org_engg/Types/EnggDept.h" #include "org_engg/Types/EnggProject.h" using namespace XPlus; #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_engg_types_EnggProject_H__ #define __org_engg_types_EnggProject_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/leaderId.h" #include "org_hr/Types/UserIdList.h" using namespace XPlus; namespace org { namespace engg { namespace Types { /// The class for complexType EnggProject /// \n Refer to documentation on structures/methods inside ... class EnggProject : public XMLSchema::Types::anyType { public: //constructor EnggProject(AnyTypeCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<org::hr::leaderId > leaderId_ptr; /// typedef for the Plain pointer to the node typedef org::hr::leaderId* leaderId_p; /// typedef for the node typedef org::hr::leaderId leaderId; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_string> > projectName_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string>* projectName_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string> projectName; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::hr::Types::UserIdList> > engineers_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::hr::Types::UserIdList>* engineers_p; /// typedef for the node typedef XMLSchema::XmlElement<org::hr::Types::UserIdList> engineers; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(EnggProject* that); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the scalar element node /// @return the element node fetched leaderId_p element_leaderId(); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_leaderId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_leaderId_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}projectName" : /// \n Returns the scalar element node /// @return the element node fetched projectName_p element_projectName(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}projectName" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_projectName(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}projectName" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_projectName_string(); /// For the scalar-element with QName "{urn:org:hr}engineers" : /// \n Returns the scalar element node /// @return the element node fetched engineers_p element_engineers(); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } EnggProject* _that; }; // end sequence /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the scalar element node /// @return the element node fetched leaderId_p element_leaderId(); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_leaderId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the value(as DOMString) of the element DOMString get_leaderId_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}projectName" : /// \n Returns the scalar element node /// @return the element node fetched projectName_p element_projectName(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}projectName" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_projectName(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}projectName" : /// \n Returns the value(as DOMString) of the element DOMString get_projectName_string(); /// For the scalar-element with QName "{urn:org:hr}engineers" : /// \n Returns the scalar element node /// @return the element node fetched engineers_p element_engineers(); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; leaderId_ptr _leaderId; projectName_ptr _projectName; engineers_ptr _engineers; /// initialize the FSM void initFSM(); leaderId_ptr create_leaderId(FsmCbOptions& options); projectName_ptr create_projectName(FsmCbOptions& options); engineers_ptr create_engineers(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END private: static XSD::TypeDefinitionFactoryTmpl<XmlElement<EnggProject> > s_typeRegistry; }; //end class EnggProject } // end namespace Types } // end namespace engg } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_engg_types_EnggDept_H__ #define __org_engg_types_EnggDept_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/leaderId.h" #include "org_engg/Types/EnggProject.h" using namespace XPlus; namespace org { namespace engg { namespace Types { /// The class for complexType EnggDept /// \n Refer to documentation on structures/methods inside ... class EnggDept : public XMLSchema::Types::anyType { public: //constructor EnggDept(AnyTypeCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<org::hr::leaderId > leaderId_ptr; /// typedef for the Plain pointer to the node typedef org::hr::leaderId* leaderId_p; /// typedef for the node typedef org::hr::leaderId leaderId; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::engg::Types::EnggProject> > project_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::engg::Types::EnggProject>* project_p; /// typedef for the node typedef XMLSchema::XmlElement<org::engg::Types::EnggProject> project; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_token> > attr_id_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_token>* attr_id_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_token> attr_id; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(EnggDept* that); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the scalar element node /// @return the element node fetched leaderId_p element_leaderId(); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_leaderId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_leaderId_string(); /// For vector-element with QName "{urn:org:engg}project" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<project_ptr> elements_project(); /// For vector-element with QName "{urn:org:engg}project" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched project_p element_project_at(unsigned int idx); /// For vector-element with QName "{urn:org:engg}project" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element project_p add_node_project(); /// For vector-element with QName "{urn:org:engg}project" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<project_ptr> set_count_project(unsigned int size); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } EnggDept* _that; }; // end sequence /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the scalar element node /// @return the element node fetched leaderId_p element_leaderId(); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_leaderId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the value(as DOMString) of the element DOMString get_leaderId_string(); /// For vector-element with QName "{urn:org:engg}project" : /// \n Returns the list of the element nodes /// @return the list of element nodes fetched List<project_ptr> elements_project(); /// For vector-element with QName "{urn:org:engg}project" : /// \n Returns the element node at supplied index /// @param idx index of the element to fetch /// @return the element node fetched project_p element_project_at(unsigned int idx); /// For vector-element with QName "{urn:org:engg}project" : /// \n Adds one element to the end of the "list of the element nodes" /// @return the pointer to the added element project_p add_node_project(); /// For vector-element with QName "{urn:org:engg}project" : /// \n Sizes-up the "list of the element nodes" with the supplied size /// @param size the request size(unsigned int) of the list /// @return the list of "pointer-to-element-node" List<project_ptr> set_count_project(unsigned int size); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_id_p attribute_attr_id(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_id(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_id_string(); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; leaderId_ptr _leaderId; List<project_ptr> _list_project; attr_id_ptr _attr_id; /// initialize the FSM void initFSM(); leaderId_ptr create_leaderId(FsmCbOptions& options); project_ptr create_project(FsmCbOptions& options); attr_id_ptr create_attr_id(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END private: static XSD::TypeDefinitionFactoryTmpl<XmlElement<EnggDept> > s_typeRegistry; }; //end class EnggDept } // end namespace Types } // end namespace engg } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_organization_H__ #define __org_organization_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/leaderId.h" #include "org/Types/Departments.h" #include "org_hr/Types/AllEmployees.h" using namespace XPlus; namespace org { /// The class for element {}organization with following structure: /// \n complexType->ModelGroup-or-ModelGroupDefinition /// Read more on structures/methods inside ... class organization : public XMLSchema::XmlElement<XMLSchema::Types::anyType> { public: /// constructor for the element node organization(ElementCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<org::hr::leaderId > leaderId_ptr; /// typedef for the Plain pointer to the node typedef org::hr::leaderId* leaderId_p; /// typedef for the node typedef org::hr::leaderId leaderId; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_string> > name_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string>* name_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_string> name; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::Types::Departments> > departments_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::Types::Departments>* departments_p; /// typedef for the node typedef XMLSchema::XmlElement<org::Types::Departments> departments; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::hr::Types::AllEmployees> > allEmployees_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::hr::Types::AllEmployees>* allEmployees_p; /// typedef for the node typedef XMLSchema::XmlElement<org::hr::Types::AllEmployees> allEmployees; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_token> > attr_id_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_token>* attr_id_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_token> attr_id; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(organization* that); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the scalar element node /// @return the element node fetched leaderId_p element_leaderId(); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_leaderId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_leaderId_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Returns the scalar element node /// @return the element node fetched name_p element_name(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_name(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_name_string(); /// For the scalar-element with QName "{urn:org}departments" : /// \n Returns the scalar element node /// @return the element node fetched departments_p element_departments(); /// For the scalar-element with QName "{urn:org:hr}allEmployees" : /// \n Returns the scalar element node /// @return the element node fetched allEmployees_p element_allEmployees(); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } organization* _that; }; // end sequence /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the scalar element node /// @return the element node fetched leaderId_p element_leaderId(); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_leaderId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the value(as DOMString) of the element DOMString get_leaderId_string(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Returns the scalar element node /// @return the element node fetched name_p element_name(); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_name(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2001/XMLSchema}name" : /// \n Returns the value(as DOMString) of the element DOMString get_name_string(); /// For the scalar-element with QName "{urn:org}departments" : /// \n Returns the scalar element node /// @return the element node fetched departments_p element_departments(); /// For the scalar-element with QName "{urn:org:hr}allEmployees" : /// \n Returns the scalar element node /// @return the element node fetched allEmployees_p element_allEmployees(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_id_p attribute_attr_id(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_id(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_id_string(); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; leaderId_ptr _leaderId; name_ptr _name; departments_ptr _departments; allEmployees_ptr _allEmployees; attr_id_ptr _attr_id; /// initialize the FSM void initFSM(); leaderId_ptr create_leaderId(FsmCbOptions& options); name_ptr create_name(FsmCbOptions& options); departments_ptr create_departments(FsmCbOptions& options); allEmployees_ptr create_allEmployees(FsmCbOptions& options); attr_id_ptr create_attr_id(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END }; //end class organization // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {}organization // /// typedef for the Shared pointer to the node typedef AutoPtr<organization > organization_ptr; /// typedef for the Plain pointer to the node typedef organization* organization_p; } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_DOCUMENT_H__ #define __org_DOCUMENT_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org/organization.h" using namespace XPlus; using namespace FSM; namespace org { class Document : public XMLSchema::TDocument { private: organization_ptr _organization; AutoPtr<XsdFSM<organization_ptr> > _fsm_organization; // attributes, elements organization_ptr create_organization(FsmCbOptions& options); public: Document(bool buildTree=true, bool createSample=false); virtual ~Document() {} organization_p element_organization(); void initFSM(); }; } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_ALL_INCLUDE_H__ #define __org_ALL_INCLUDE_H__ #include "XPlus/AutoPtr.h" #include "org_engg/all-include.h" #include "org_legal/all-include.h" #include "org_hr/all-include.h" #include "org/Document.h" #include "org/organization.h" #include "org/Types/Departments.h" using namespace XPlus; #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_types_Departments_H__ #define __org_types_Departments_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_engg/Types/EnggDept.h" #include "org_legal/Types/LegalDept.h" using namespace XPlus; namespace org { namespace Types { /// The class for complexType Departments /// \n Refer to documentation on structures/methods inside ... class Departments : public XMLSchema::Types::anyType { public: //constructor Departments(AnyTypeCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::engg::Types::EnggDept> > engineering_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::engg::Types::EnggDept>* engineering_p; /// typedef for the node typedef XMLSchema::XmlElement<org::engg::Types::EnggDept> engineering; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::legal::Types::LegalDept> > legal_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::legal::Types::LegalDept>* legal_p; /// typedef for the node typedef XMLSchema::XmlElement<org::legal::Types::LegalDept> legal; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(Departments* that); /// For the scalar-element with QName "{urn:org:engg}engineering" : /// \n Returns the scalar element node /// @return the element node fetched engineering_p element_engineering(); /// For the scalar-element with QName "{urn:org:legal}legal" : /// \n Returns the scalar element node /// @return the element node fetched legal_p element_legal(); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } Departments* _that; }; // end sequence /// For the scalar-element with QName "{urn:org:engg}engineering" : /// \n Returns the scalar element node /// @return the element node fetched engineering_p element_engineering(); /// For the scalar-element with QName "{urn:org:legal}legal" : /// \n Returns the scalar element node /// @return the element node fetched legal_p element_legal(); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; engineering_ptr _engineering; legal_ptr _legal; /// initialize the FSM void initFSM(); engineering_ptr create_engineering(FsmCbOptions& options); legal_ptr create_legal(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END private: static XSD::TypeDefinitionFactoryTmpl<XmlElement<Departments> > s_typeRegistry; }; //end class Departments } // end namespace Types } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_legal_ALL_INCLUDE_H__ #define __org_legal_ALL_INCLUDE_H__ #include "XPlus/AutoPtr.h" #include "org_hr/all-include.h" #include "org_legal/Types/LegalDept.h" using namespace XPlus; #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __org_legal_types_LegalDept_H__ #define __org_legal_types_LegalDept_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "org_hr/leaderId.h" #include "org_hr/Types/UserIdList.h" using namespace XPlus; namespace org { namespace legal { namespace Types { /// The class for complexType LegalDept /// \n Refer to documentation on structures/methods inside ... class LegalDept : public XMLSchema::Types::anyType { public: //constructor LegalDept(AnyTypeCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<org::hr::leaderId > leaderId_ptr; /// typedef for the Plain pointer to the node typedef org::hr::leaderId* leaderId_p; /// typedef for the node typedef org::hr::leaderId leaderId; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<org::hr::Types::UserIdList> > legalAdvisors_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<org::hr::Types::UserIdList>* legalAdvisors_p; /// typedef for the node typedef XMLSchema::XmlElement<org::hr::Types::UserIdList> legalAdvisors; /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlAttribute<XMLSchema::Types::bt_token> > attr_id_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_token>* attr_id_p; /// typedef for the node typedef XMLSchema::XmlAttribute<XMLSchema::Types::bt_token> attr_id; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(LegalDept* that); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the scalar element node /// @return the element node fetched leaderId_p element_leaderId(); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_leaderId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_leaderId_string(); /// For the scalar-element with QName "{urn:org:hr}legalAdvisors" : /// \n Returns the scalar element node /// @return the element node fetched legalAdvisors_p element_legalAdvisors(); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } LegalDept* _that; }; // end sequence /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the scalar element node /// @return the element node fetched leaderId_p element_leaderId(); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_leaderId(DOMString val); /// For the scalar-element with QName "{urn:org:hr}leaderId" : /// \n Returns the value(as DOMString) of the element DOMString get_leaderId_string(); /// For the scalar-element with QName "{urn:org:hr}legalAdvisors" : /// \n Returns the scalar element node /// @return the element node fetched legalAdvisors_p element_legalAdvisors(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Returns the scalar attribute node /// @return the attribute node fetched attr_id_p attribute_attr_id(); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Sets the value of the attribute with the supplied value. /// @param val the value(as DOMString) to set with void set_attr_id(DOMString val); /// For the scalar-attribute with QName "{http://www.w3.org/2001/XMLSchema}id" : /// \n Returns the value(as DOMString) of the attribute DOMString get_attr_id_string(); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; leaderId_ptr _leaderId; legalAdvisors_ptr _legalAdvisors; attr_id_ptr _attr_id; /// initialize the FSM void initFSM(); leaderId_ptr create_leaderId(FsmCbOptions& options); legalAdvisors_ptr create_legalAdvisors(FsmCbOptions& options); attr_id_ptr create_attr_id(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END private: static XSD::TypeDefinitionFactoryTmpl<XmlElement<LegalDept> > s_typeRegistry; }; //end class LegalDept } // end namespace Types } // end namespace legal } // end namespace org #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // On subsequent "xsd2cpp" invocations, this file would not be overwritten. // You can edit this file. // #include <iostream> #include <string> #include "XSD/UserOps.h" #include "org/all-include.h" void populateDocument(org::Document* xsdDoc); void updateOrConsumeDocument(org::Document* xsdDoc); int main (int argc, char**argv) { XSD::UserOps<org::Document>::UserOpsCbStruct cbStruct; cbStruct.cbPopulateDocument = populateDocument; cbStruct.cbUpdateOrConsumeDocument = updateOrConsumeDocument; XSD::UserOps<org::Document> opHandle(cbStruct); opHandle.run(argc, argv); } // // Following functions are use case templates. // You need to put "code" in the respective contexts. // // template function to populate the Tree with values // write code to populate the Document here ... void populateDocument(org::Document* xsdDoc) { /* Jim Barnette : org head Engg: Paul V. Biron : engg head Project1: Allen Brown : proj1 head Charles E. Campbell Wayne Carr Project2: Lee Buck : proj2 head Peter Chen David Cleary Legal: Don Box :legal head Dan Connolly Ugo Corda */ org::organization* pOrgn = xsdDoc->element_organization(); pOrgn->set_leaderId("jimb"); pOrgn->set_attr_id("nasa"); pOrgn->set_name("NASA"); // all employees pOrgn->element_allEmployees()->set_count_employee(11); org::hr::Types::Employee* pEmpl = NULL; pEmpl = pOrgn->element_allEmployees()->element_employee_at(0); pEmpl->set_name("Jim Barnette"); pEmpl->set_userId("jimb"); pEmpl->set_joiningDate("1978-02-11"); pEmpl->set_title("org head"); pEmpl->element_reportees()->add_userId_string("paulb"); pEmpl->element_reportees()->add_userId_string("donb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(1); pEmpl->set_name("Paul V. Biron"); pEmpl->set_userId("paulb"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("Engg head"); pEmpl->element_reportees()->add_userId_string("allenb"); pEmpl->element_reportees()->add_userId_string("leeb"); pEmpl->set_reportsTo("jimb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(2); pEmpl->set_name("Don Box"); pEmpl->set_userId("donb"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("Legal head"); pEmpl->element_reportees()->add_userId_string("danc"); pEmpl->element_reportees()->add_userId_string("ugoc"); pEmpl->set_reportsTo("jimb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(3); pEmpl->set_name("Allen Brown"); pEmpl->set_userId("allenb"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("Proj1 head"); pEmpl->element_reportees()->add_userId_string("charlese"); pEmpl->element_reportees()->add_userId_string("waynec"); pEmpl->set_reportsTo("paulb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(4); pEmpl->set_name("Lee Buck"); pEmpl->set_userId("leeb"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("Proj2 head"); pEmpl->element_reportees()->add_userId_string("peterc"); pEmpl->element_reportees()->add_userId_string("davidc"); pEmpl->set_reportsTo("paulb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(5); pEmpl->set_name("Charles E Campbell"); pEmpl->set_userId("charlese"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("SMTS"); pEmpl->set_reportsTo("allenb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(6); pEmpl->set_name("Wayne Carr"); pEmpl->set_userId("waynec"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("SMTS"); pEmpl->set_reportsTo("allenb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(7); pEmpl->set_name("Peter Chen"); pEmpl->set_userId("peterc"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("SMTS"); pEmpl->set_reportsTo("leeb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(8); pEmpl->set_name("David Cleary"); pEmpl->set_userId("davidc"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("SMTS"); pEmpl->set_reportsTo("leeb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(9); pEmpl->set_name("Dan Connolly"); pEmpl->set_userId("danc"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("Legal Advisor"); pEmpl->set_reportsTo("donb"); pEmpl = pOrgn->element_allEmployees()->element_employee_at(10); pEmpl->set_name("Ugo Corda"); pEmpl->set_userId("ugoc"); pEmpl->set_joiningDate("1978-02-15"); pEmpl->set_title("Legal Advisor"); pEmpl->set_reportsTo("donb"); org::Types::Departments::engineering* pEnggDept = pOrgn->element_departments()->element_engineering(); pEnggDept->set_attr_id("nasa.deperatments.engineering"); pEnggDept->set_leaderId("paulb"); pEnggDept->set_count_project(2); org::engg::Types::EnggDept::project* pProj = NULL; pProj = pEnggDept->element_project_at(0); pProj->set_leaderId("allenb"); pProj->element_engineers()->add_userId_string("charlese"); pProj->element_engineers()->add_userId_string("waynec"); pProj->set_projectName("The unmanned moon mission 2015"); pProj = pEnggDept->element_project_at(1); pProj->set_leaderId("leeb"); pProj->element_engineers()->add_userId_string("peterc"); pProj->element_engineers()->add_userId_string("davidc"); pProj->set_projectName("The manned moon mission 2020"); org::Types::Departments::legal* pLegalDept = pOrgn->element_departments()->element_legal(); pLegalDept->set_attr_id("nasa.deperatments.legal"); pLegalDept->set_leaderId("donb"); pLegalDept->element_legalAdvisors()->add_userId_string("danc"); pLegalDept->element_legalAdvisors()->add_userId_string("ugoc"); } // write code to operate(update/consume/test etc.) on the Document here... // This Document is typically already populated(eg. read from an input // xml file) void updateOrConsumeDocument(org::Document* xsdDoc) { }
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org_hr/Document.h" namespace org { namespace hr { ///constructor for the Document node Document::Document(bool buildTree_, bool createSample_): XMLSchema::TDocument(buildTree_, createSample_) { initFSM(); DOM::Document::attributeDefaultQualified(false); DOM::Document::elementDefaultQualified(false); } void Document::initFSM() { _fsm_userId = new XsdFSM<userId_ptr>( Particle(new DOMString("urn:org:hr"), DOMString("userId"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<userId_ptr, Document, FsmCbOptions>(this, &Document::create_userId)); _fsm_leaderId = new XsdFSM<leaderId_ptr>( Particle(new DOMString("urn:org:hr"), DOMString("leaderId"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<leaderId_ptr, Document, FsmCbOptions>(this, &Document::create_leaderId)); XsdFsmBasePtr elemFsms[] = { _fsm_userId, _fsm_leaderId, NULL }; XsdFsmBasePtr fofElem = new XsdFsmOfFSMs(elemFsms, XsdFsmOfFSMs::CHOICE); XsdFsmBasePtr docEndFsm = new XsdFSM<void *>(Particle(NULL, "", 1, 1), XsdEvent::DOCUMENT_END); XsdFsmBasePtr ptrFsms[] = { fofElem, docEndFsm, NULL }; _fsm = new XsdFsmOfFSMs(ptrFsms, XsdFsmOfFSMs::SEQUENCE); } void Document::set_root_userId() { if(!_userId) { XsdEvent event(new DOMString("urn:org:hr"), NULL, DOMString("userId"), XsdEvent::ELEMENT_START); _fsm->processEventThrow(event); } } void Document::set_root_leaderId() { if(!_leaderId) { XsdEvent event(new DOMString("urn:org:hr"), NULL, DOMString("leaderId"), XsdEvent::ELEMENT_START); _fsm->processEventThrow(event); } } /* element functions */ userId_ptr Document::create_userId(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("userId"); static DOMStringPtr myNsUri = new DOMString("urn:org:hr"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false, "urn:org:hr", "UserId"); userId_p node = XSD::createElementTmpl<userId, org::hr::Types::UserId*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _userId = node; return node; } userId_p Document::element_userId() { FSM::warnNullNode(_userId, "userId", "{urn:org:hr}userId", 1); return _userId; } leaderId_ptr Document::create_leaderId(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("leaderId"); static DOMStringPtr myNsUri = new DOMString("urn:org:hr"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false, "urn:org:hr", "UserId"); leaderId_p node = XSD::createElementTmpl<leaderId, org::hr::Types::UserId*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _leaderId = node; return node; } leaderId_p Document::element_leaderId() { FSM::warnNullNode(_leaderId, "leaderId", "{urn:org:hr}leaderId", 1); return _leaderId; } } // end namespace hr } // end namespace org
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org_hr/Types/AllEmployees.h" namespace org { namespace hr { namespace Types { XSD::TypeDefinitionFactoryTmpl<XmlElement<AllEmployees> > AllEmployees::s_typeRegistry("AllEmployees", "urn:org:hr"); //constructor AllEmployees::AllEmployees(AnyTypeCreateArgs args): XMLSchema::Types::anyType(AnyTypeCreateArgs(false, args.ownerNode, args.ownerElem, args.ownerDoc, args.childBuildsTree, (args.createFromElementAttr? false : args.abstract), args.blockMask, args.finalMask, args.contentTypeVariety, args.anyTypeUseCase, args.suppressTypeAbstract )), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree() && !args.childBuildsTree) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void AllEmployees::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ AllEmployees::employee_ptr AllEmployees::create_employee(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("employee"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org:hr", "Employee"); AllEmployees::employee_p node = XSD::createElementTmpl<employee, org::hr::Types::Employee*>(t); _list_employee.push_back(node); return node; } AllEmployees::employee_p AllEmployees::element_employee_at(unsigned int idx) { if(idx > _list_employee.size()-1) { throw IndexOutOfBoundsException("IndexOutOfBoundsException"); } return _list_employee.at(idx); } List<AllEmployees::employee_ptr> AllEmployees::elements_employee() { return _list_employee; } AllEmployees::employee_p AllEmployees::add_node_employee() { return get_sequence()->add_node_employee(); } List<AllEmployees::employee_ptr> AllEmployees::set_count_employee(unsigned int size) { return get_sequence()->set_count_employee(size); } /* attribute functions */ //constructor AllEmployees::sequence::sequence(AllEmployees* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<employee_ptr>( Particle(NULL, DOMString("employee"), 1, -1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<employee_ptr, AllEmployees, FsmCbOptions>(_that, &AllEmployees::create_employee)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } List<AllEmployees::employee_ptr> AllEmployees::sequence::elements_employee() { List<employee_ptr> nodeList; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<employee_ptr> *unitFsm = dynamic_cast<XsdFSM<employee_ptr> *>(fsm_p); if(unitFsm) { //nodeList = unitFsm->nodeList().stl_list(); nodeList = unitFsm->nodeList(); } } return nodeList; } AllEmployees::employee_p AllEmployees::sequence::element_employee_at(unsigned int idx) { return elements_employee().at(idx); } AllEmployees::employee_p AllEmployees::sequence::add_node_employee() { DOMStringPtr nsUriPtr = NULL; XsdEvent event(nsUriPtr, NULL, DOMString("employee"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); return elements_employee().back(); } List<AllEmployees::employee_ptr> AllEmployees::sequence::set_count_employee(unsigned int size) { if( (size > -1) || (size < 1)) { ostringstream oss; oss << "set_count_employee: size should be in range: [" << 1 << "," << "unbounded" << "]"; throw IndexOutOfBoundsException(oss.str()); } unsigned int prevSize = elements_employee().size(); if(size < prevSize) { //FIXME: allow later: throw XPlus::RuntimeException("resize lesser than current size not allowed"); } for(unsigned int j=prevSize; j<size; j++) { // pretend docBuilding to avoid computation of adding after first loop XsdEvent event(NULL, NULL, DOMString("employee"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); } return elements_employee(); } } // end namespace Types } // end namespace hr } // end namespace org
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org_hr/Types/UserIdList.h" namespace org { namespace hr { namespace Types { XSD::TypeDefinitionFactoryTmpl<XmlElement<UserIdList> > UserIdList::s_typeRegistry("UserIdList", "urn:org:hr"); //constructor UserIdList::UserIdList(AnyTypeCreateArgs args): XMLSchema::Types::anyType(AnyTypeCreateArgs(false, args.ownerNode, args.ownerElem, args.ownerDoc, args.childBuildsTree, (args.createFromElementAttr? false : args.abstract), args.blockMask, args.finalMask, args.contentTypeVariety, args.anyTypeUseCase, args.suppressTypeAbstract )), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree() && !args.childBuildsTree) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void UserIdList::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ userId_ptr UserIdList::create_userId(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("userId"); static DOMStringPtr myNsUri = new DOMString("urn:org:hr"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); userId_p node = XSD::createElementTmpl<userId, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _list_userId.push_back(node); return node; } userId_p UserIdList::element_userId_at(unsigned int idx) { if(idx > _list_userId.size()-1) { throw IndexOutOfBoundsException("IndexOutOfBoundsException"); } return _list_userId.at(idx); } List<userId_ptr> UserIdList::elements_userId() { return _list_userId; } userId_p UserIdList::add_node_userId() { return get_sequence()->add_node_userId(); } List<userId_ptr> UserIdList::set_count_userId(unsigned int size) { return get_sequence()->set_count_userId(size); } void UserIdList::add_userId_string(DOMString val) { get_sequence()->add_userId_string(val); } void UserIdList::set_userId(unsigned int idx, DOMString val) { get_sequence()->set_userId(idx, val); } DOMString UserIdList::get_userId_string(unsigned int idx) { return get_sequence()->get_userId_string(idx); } /* attribute functions */ //constructor UserIdList::sequence::sequence(UserIdList* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<userId_ptr>( Particle(new DOMString("urn:org:hr"), DOMString("userId"), 0, -1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<userId_ptr, UserIdList, FsmCbOptions>(_that, &UserIdList::create_userId)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } List<userId_ptr> UserIdList::sequence::elements_userId() { List<userId_ptr> nodeList; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<userId_ptr> *unitFsm = dynamic_cast<XsdFSM<userId_ptr> *>(fsm_p); if(unitFsm) { //nodeList = unitFsm->nodeList().stl_list(); nodeList = unitFsm->nodeList(); } } return nodeList; } userId_p UserIdList::sequence::element_userId_at(unsigned int idx) { return elements_userId().at(idx); } void UserIdList::sequence::set_userId(unsigned int idx, DOMString val) { element_userId_at(idx)->stringValue(val); } DOMString UserIdList::sequence::get_userId_string(unsigned int idx) { return element_userId_at(idx)->stringValue(); } userId_p UserIdList::sequence::add_node_userId() { DOMStringPtr nsUriPtr = new DOMString("urn:org:hr"); XsdEvent event(nsUriPtr, NULL, DOMString("userId"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); return elements_userId().back(); } List<userId_ptr> UserIdList::sequence::set_count_userId(unsigned int size) { if( (size > -1) || (size < 0)) { ostringstream oss; oss << "set_count_userId: size should be in range: [" << 0 << "," << "unbounded" << "]"; throw IndexOutOfBoundsException(oss.str()); } unsigned int prevSize = elements_userId().size(); if(size < prevSize) { //FIXME: allow later: throw XPlus::RuntimeException("resize lesser than current size not allowed"); } for(unsigned int j=prevSize; j<size; j++) { // pretend docBuilding to avoid computation of adding after first loop XsdEvent event(new DOMString("urn:org:hr"), NULL, DOMString("userId"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); } return elements_userId(); } void UserIdList::sequence::add_userId_string(DOMString val) { this->add_node_userId()->stringValue(val); } } // end namespace Types } // end namespace hr } // end namespace org
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org_hr/Types/Employee.h" namespace org { namespace hr { namespace Types { XSD::TypeDefinitionFactoryTmpl<XmlElement<Employee> > Employee::s_typeRegistry("Employee", "urn:org:hr"); //constructor Employee::Employee(AnyTypeCreateArgs args): XMLSchema::Types::anyType(AnyTypeCreateArgs(false, args.ownerNode, args.ownerElem, args.ownerDoc, args.childBuildsTree, (args.createFromElementAttr? false : args.abstract), args.blockMask, args.finalMask, args.contentTypeVariety, args.anyTypeUseCase, args.suppressTypeAbstract )), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree() && !args.childBuildsTree) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void Employee::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ userId_ptr Employee::create_userId(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("userId"); static DOMStringPtr myNsUri = new DOMString("urn:org:hr"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); userId_p node = XSD::createElementTmpl<userId, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _userId = node; return node; } userId_p Employee::element_userId() { FSM::warnNullNode(_userId, "userId", "{urn:org:hr}userId", 1); return _userId; } void Employee::set_userId(DOMString val) { get_sequence()->set_userId(val); } DOMString Employee::get_userId_string() { return get_sequence()->get_userId_string(); } Employee::name_ptr Employee::create_name(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("name"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "string"); Employee::name_p node = XSD::createElementTmpl<name, XMLSchema::Types::bt_string*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _name = node; return node; } Employee::name_p Employee::element_name() { FSM::warnNullNode(_name, "name", "{http://www.w3.org/2001/XMLSchema}name", 1); return _name; } void Employee::set_name(DOMString val) { get_sequence()->set_name(val); } DOMString Employee::get_name_string() { return get_sequence()->get_name_string(); } Employee::title_ptr Employee::create_title(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("title"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "string"); Employee::title_p node = XSD::createElementTmpl<title, XMLSchema::Types::bt_string*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _title = node; return node; } Employee::title_p Employee::element_title() { FSM::warnNullNode(_title, "title", "{http://www.w3.org/2001/XMLSchema}title", 1); return _title; } void Employee::set_title(DOMString val) { get_sequence()->set_title(val); } DOMString Employee::get_title_string() { return get_sequence()->get_title_string(); } Employee::joiningDate_ptr Employee::create_joiningDate(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("joiningDate"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "date"); Employee::joiningDate_p node = XSD::createElementTmpl<joiningDate, XMLSchema::Types::bt_date*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _joiningDate = node; return node; } Employee::joiningDate_p Employee::element_joiningDate() { FSM::warnNullNode(_joiningDate, "joiningDate", "{http://www.w3.org/2001/XMLSchema}joiningDate", 1); return _joiningDate; } void Employee::set_joiningDate(DOMString val) { get_sequence()->set_joiningDate(val); } DOMString Employee::get_joiningDate_string() { return get_sequence()->get_joiningDate_string(); } void Employee::set_joiningDate(XPlus::Date val) { get_sequence()->set_joiningDate(val); } XPlus::Date Employee::get_joiningDate() { return get_sequence()->get_joiningDate(); } Employee::reportsTo_ptr Employee::create_reportsTo(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("reportsTo"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org:hr", "UserId"); Employee::reportsTo_p node = XSD::createElementTmpl<reportsTo, org::hr::Types::UserId*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _reportsTo = node; return node; } Employee::reportsTo_p Employee::element_reportsTo() { FSM::warnNullNode(_reportsTo, "reportsTo", "{urn:org:hr}reportsTo", 0); return _reportsTo; } void Employee::set_reportsTo(DOMString val) { get_sequence()->set_reportsTo(val); } DOMString Employee::get_reportsTo_string() { return get_sequence()->get_reportsTo_string(); } void Employee::mark_present_reportsTo() { return get_sequence()->mark_present_reportsTo(); } Employee::reportees_ptr Employee::create_reportees(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("reportees"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org:hr", "UserIdList"); Employee::reportees_p node = XSD::createElementTmpl<reportees, org::hr::Types::UserIdList*>(t); _reportees = node; return node; } Employee::reportees_p Employee::element_reportees() { FSM::warnNullNode(_reportees, "reportees", "{urn:org:hr}reportees", 1); return _reportees; } /* attribute functions */ //constructor Employee::sequence::sequence(Employee* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<userId_ptr>( Particle(new DOMString("urn:org:hr"), DOMString("userId"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<userId_ptr, Employee, FsmCbOptions>(_that, &Employee::create_userId)), new XsdFSM<name_ptr>( Particle(NULL, DOMString("name"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<name_ptr, Employee, FsmCbOptions>(_that, &Employee::create_name)), new XsdFSM<title_ptr>( Particle(NULL, DOMString("title"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<title_ptr, Employee, FsmCbOptions>(_that, &Employee::create_title)), new XsdFSM<joiningDate_ptr>( Particle(NULL, DOMString("joiningDate"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<joiningDate_ptr, Employee, FsmCbOptions>(_that, &Employee::create_joiningDate)), new XsdFSM<reportsTo_ptr>( Particle(NULL, DOMString("reportsTo"), 0, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<reportsTo_ptr, Employee, FsmCbOptions>(_that, &Employee::create_reportsTo)), new XsdFSM<reportees_ptr>( Particle(NULL, DOMString("reportees"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<reportees_ptr, Employee, FsmCbOptions>(_that, &Employee::create_reportees)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } userId_p Employee::sequence::element_userId() { userId_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<userId_ptr> *unitFsm = dynamic_cast<XsdFSM<userId_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "userId", "{urn:org:hr}userId", 1); return node_p; } void Employee::sequence::set_userId(DOMString val) { element_userId()->stringValue(val); } DOMString Employee::sequence::get_userId_string() { return element_userId()->stringValue(); } Employee::name_p Employee::sequence::element_name() { Employee::name_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[1].get(); if(fsm_p) { XsdFSM<name_ptr> *unitFsm = dynamic_cast<XsdFSM<name_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "name", "{http://www.w3.org/2001/XMLSchema}name", 1); return node_p; } void Employee::sequence::set_name(DOMString val) { element_name()->stringValue(val); } DOMString Employee::sequence::get_name_string() { return element_name()->stringValue(); } Employee::title_p Employee::sequence::element_title() { Employee::title_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[2].get(); if(fsm_p) { XsdFSM<title_ptr> *unitFsm = dynamic_cast<XsdFSM<title_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "title", "{http://www.w3.org/2001/XMLSchema}title", 1); return node_p; } void Employee::sequence::set_title(DOMString val) { element_title()->stringValue(val); } DOMString Employee::sequence::get_title_string() { return element_title()->stringValue(); } Employee::joiningDate_p Employee::sequence::element_joiningDate() { Employee::joiningDate_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[3].get(); if(fsm_p) { XsdFSM<joiningDate_ptr> *unitFsm = dynamic_cast<XsdFSM<joiningDate_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "joiningDate", "{http://www.w3.org/2001/XMLSchema}joiningDate", 1); return node_p; } void Employee::sequence::set_joiningDate(DOMString val) { element_joiningDate()->stringValue(val); } DOMString Employee::sequence::get_joiningDate_string() { return element_joiningDate()->stringValue(); } void Employee::sequence::set_joiningDate(XPlus::Date val) { element_joiningDate()->value(val); } XPlus::Date Employee::sequence::get_joiningDate() { return element_joiningDate()->value(); } Employee::reportsTo_p Employee::sequence::element_reportsTo() { Employee::reportsTo_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[4].get(); if(fsm_p) { XsdFSM<reportsTo_ptr> *unitFsm = dynamic_cast<XsdFSM<reportsTo_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "reportsTo", "{urn:org:hr}reportsTo", 0); return node_p; } void Employee::sequence::set_reportsTo(DOMString val) { mark_present_reportsTo(); element_reportsTo()->stringValue(val); } DOMString Employee::sequence::get_reportsTo_string() { return element_reportsTo()->stringValue(); } void Employee::sequence::mark_present_reportsTo() { DOMStringPtr nsUriPtr = NULL; XsdEvent event(nsUriPtr, NULL, DOMString("reportsTo"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); } Employee::reportees_p Employee::sequence::element_reportees() { Employee::reportees_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[5].get(); if(fsm_p) { XsdFSM<reportees_ptr> *unitFsm = dynamic_cast<XsdFSM<reportees_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "reportees", "{urn:org:hr}reportees", 1); return node_p; } } // end namespace Types } // end namespace hr } // end namespace org
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org_engg/Types/EnggDept.h" namespace org { namespace engg { namespace Types { XSD::TypeDefinitionFactoryTmpl<XmlElement<EnggDept> > EnggDept::s_typeRegistry("EnggDept", "urn:org:engg"); //constructor EnggDept::EnggDept(AnyTypeCreateArgs args): XMLSchema::Types::anyType(AnyTypeCreateArgs(false, args.ownerNode, args.ownerElem, args.ownerDoc, args.childBuildsTree, (args.createFromElementAttr? false : args.abstract), args.blockMask, args.finalMask, args.contentTypeVariety, args.anyTypeUseCase, args.suppressTypeAbstract )), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree() && !args.childBuildsTree) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void EnggDept::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { new XsdFSM<attr_id_ptr>( Particle(NULL, DOMString("id"), 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_id_ptr, EnggDept, FsmCbOptions>(this, &EnggDept::create_attr_id)), NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ org::hr::leaderId_ptr EnggDept::create_leaderId(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("leaderId"); static DOMStringPtr myNsUri = new DOMString("urn:org:hr"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); org::hr::leaderId_p node = XSD::createElementTmpl<leaderId, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _leaderId = node; return node; } org::hr::leaderId_p EnggDept::element_leaderId() { FSM::warnNullNode(_leaderId, "leaderId", "{urn:org:hr}leaderId", 1); return _leaderId; } void EnggDept::set_leaderId(DOMString val) { get_sequence()->set_leaderId(val); } DOMString EnggDept::get_leaderId_string() { return get_sequence()->get_leaderId_string(); } EnggDept::project_ptr EnggDept::create_project(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("project"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org:engg", "EnggProject"); EnggDept::project_p node = XSD::createElementTmpl<project, org::engg::Types::EnggProject*>(t); _list_project.push_back(node); return node; } EnggDept::project_p EnggDept::element_project_at(unsigned int idx) { if(idx > _list_project.size()-1) { throw IndexOutOfBoundsException("IndexOutOfBoundsException"); } return _list_project.at(idx); } List<EnggDept::project_ptr> EnggDept::elements_project() { return _list_project; } EnggDept::project_p EnggDept::add_node_project() { return get_sequence()->add_node_project(); } List<EnggDept::project_ptr> EnggDept::set_count_project(unsigned int size) { return get_sequence()->set_count_project(size); } /* attribute functions */ EnggDept::attr_id_ptr EnggDept::create_attr_id(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("id"); static DOMStringPtr myNsUri = NULL; if(_attr_id) { return _attr_id; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); EnggDept::attr_id_p node = XSD::createAttributeTmpl<attr_id>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_id = node; return node; } void EnggDept::set_attr_id(DOMString val) { attribute_attr_id()->stringValue(val); } DOMString EnggDept::get_attr_id_string() { return attribute_attr_id()->stringValue(); } EnggDept::attr_id_p EnggDept::attribute_attr_id() { FSM::warnNullNode(_attr_id, "attr_id", "{http://www.w3.org/2001/XMLSchema}id", 1); return _attr_id; } //constructor EnggDept::sequence::sequence(EnggDept* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<leaderId_ptr>( Particle(new DOMString("urn:org:hr"), DOMString("leaderId"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<leaderId_ptr, EnggDept, FsmCbOptions>(_that, &EnggDept::create_leaderId)), new XsdFSM<project_ptr>( Particle(NULL, DOMString("project"), 1, -1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<project_ptr, EnggDept, FsmCbOptions>(_that, &EnggDept::create_project)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } org::hr::leaderId_p EnggDept::sequence::element_leaderId() { org::hr::leaderId_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<leaderId_ptr> *unitFsm = dynamic_cast<XsdFSM<leaderId_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "leaderId", "{urn:org:hr}leaderId", 1); return node_p; } void EnggDept::sequence::set_leaderId(DOMString val) { element_leaderId()->stringValue(val); } DOMString EnggDept::sequence::get_leaderId_string() { return element_leaderId()->stringValue(); } List<EnggDept::project_ptr> EnggDept::sequence::elements_project() { List<project_ptr> nodeList; XsdFsmBase* fsm_p = this->allFSMs()[1].get(); if(fsm_p) { XsdFSM<project_ptr> *unitFsm = dynamic_cast<XsdFSM<project_ptr> *>(fsm_p); if(unitFsm) { //nodeList = unitFsm->nodeList().stl_list(); nodeList = unitFsm->nodeList(); } } return nodeList; } EnggDept::project_p EnggDept::sequence::element_project_at(unsigned int idx) { return elements_project().at(idx); } EnggDept::project_p EnggDept::sequence::add_node_project() { DOMStringPtr nsUriPtr = NULL; XsdEvent event(nsUriPtr, NULL, DOMString("project"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); return elements_project().back(); } List<EnggDept::project_ptr> EnggDept::sequence::set_count_project(unsigned int size) { if( (size > -1) || (size < 1)) { ostringstream oss; oss << "set_count_project: size should be in range: [" << 1 << "," << "unbounded" << "]"; throw IndexOutOfBoundsException(oss.str()); } unsigned int prevSize = elements_project().size(); if(size < prevSize) { //FIXME: allow later: throw XPlus::RuntimeException("resize lesser than current size not allowed"); } for(unsigned int j=prevSize; j<size; j++) { // pretend docBuilding to avoid computation of adding after first loop XsdEvent event(NULL, NULL, DOMString("project"), XsdEvent::ELEMENT_START, false); this->processEventThrow(event); } return elements_project(); } } // end namespace Types } // end namespace engg } // end namespace org
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org_engg/Types/EnggProject.h" namespace org { namespace engg { namespace Types { XSD::TypeDefinitionFactoryTmpl<XmlElement<EnggProject> > EnggProject::s_typeRegistry("EnggProject", "urn:org:engg"); //constructor EnggProject::EnggProject(AnyTypeCreateArgs args): XMLSchema::Types::anyType(AnyTypeCreateArgs(false, args.ownerNode, args.ownerElem, args.ownerDoc, args.childBuildsTree, (args.createFromElementAttr? false : args.abstract), args.blockMask, args.finalMask, args.contentTypeVariety, args.anyTypeUseCase, args.suppressTypeAbstract )), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree() && !args.childBuildsTree) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void EnggProject::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ org::hr::leaderId_ptr EnggProject::create_leaderId(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("leaderId"); static DOMStringPtr myNsUri = new DOMString("urn:org:hr"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); org::hr::leaderId_p node = XSD::createElementTmpl<leaderId, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _leaderId = node; return node; } org::hr::leaderId_p EnggProject::element_leaderId() { FSM::warnNullNode(_leaderId, "leaderId", "{urn:org:hr}leaderId", 1); return _leaderId; } void EnggProject::set_leaderId(DOMString val) { get_sequence()->set_leaderId(val); } DOMString EnggProject::get_leaderId_string() { return get_sequence()->get_leaderId_string(); } EnggProject::projectName_ptr EnggProject::create_projectName(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("projectName"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "string"); EnggProject::projectName_p node = XSD::createElementTmpl<projectName, XMLSchema::Types::bt_string*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _projectName = node; return node; } EnggProject::projectName_p EnggProject::element_projectName() { FSM::warnNullNode(_projectName, "projectName", "{http://www.w3.org/2001/XMLSchema}projectName", 1); return _projectName; } void EnggProject::set_projectName(DOMString val) { get_sequence()->set_projectName(val); } DOMString EnggProject::get_projectName_string() { return get_sequence()->get_projectName_string(); } EnggProject::engineers_ptr EnggProject::create_engineers(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("engineers"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org:hr", "UserIdList"); EnggProject::engineers_p node = XSD::createElementTmpl<engineers, org::hr::Types::UserIdList*>(t); _engineers = node; return node; } EnggProject::engineers_p EnggProject::element_engineers() { FSM::warnNullNode(_engineers, "engineers", "{urn:org:hr}engineers", 1); return _engineers; } /* attribute functions */ //constructor EnggProject::sequence::sequence(EnggProject* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<leaderId_ptr>( Particle(new DOMString("urn:org:hr"), DOMString("leaderId"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<leaderId_ptr, EnggProject, FsmCbOptions>(_that, &EnggProject::create_leaderId)), new XsdFSM<projectName_ptr>( Particle(NULL, DOMString("projectName"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<projectName_ptr, EnggProject, FsmCbOptions>(_that, &EnggProject::create_projectName)), new XsdFSM<engineers_ptr>( Particle(NULL, DOMString("engineers"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<engineers_ptr, EnggProject, FsmCbOptions>(_that, &EnggProject::create_engineers)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } org::hr::leaderId_p EnggProject::sequence::element_leaderId() { org::hr::leaderId_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<leaderId_ptr> *unitFsm = dynamic_cast<XsdFSM<leaderId_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "leaderId", "{urn:org:hr}leaderId", 1); return node_p; } void EnggProject::sequence::set_leaderId(DOMString val) { element_leaderId()->stringValue(val); } DOMString EnggProject::sequence::get_leaderId_string() { return element_leaderId()->stringValue(); } EnggProject::projectName_p EnggProject::sequence::element_projectName() { EnggProject::projectName_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[1].get(); if(fsm_p) { XsdFSM<projectName_ptr> *unitFsm = dynamic_cast<XsdFSM<projectName_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "projectName", "{http://www.w3.org/2001/XMLSchema}projectName", 1); return node_p; } void EnggProject::sequence::set_projectName(DOMString val) { element_projectName()->stringValue(val); } DOMString EnggProject::sequence::get_projectName_string() { return element_projectName()->stringValue(); } EnggProject::engineers_p EnggProject::sequence::element_engineers() { EnggProject::engineers_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[2].get(); if(fsm_p) { XsdFSM<engineers_ptr> *unitFsm = dynamic_cast<XsdFSM<engineers_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "engineers", "{urn:org:hr}engineers", 1); return node_p; } } // end namespace Types } // end namespace engg } // end namespace org
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org/Document.h" namespace org { ///constructor for the Document node Document::Document(bool buildTree_, bool createSample_): XMLSchema::TDocument(buildTree_, createSample_) { initFSM(); DOM::Document::attributeDefaultQualified(false); DOM::Document::elementDefaultQualified(false); if(buildTree()) { DOMStringPtr nsUriPtr = new DOMString("urn:org"); XsdEvent event(nsUriPtr, NULL, DOMString("organization"), XsdEvent::ELEMENT_START); if(this->createSample()) { event.cbOptions.isSampleCreate = true; } _fsm->processEventThrow(event); } } void Document::initFSM() { _fsm_organization = new XsdFSM<organization_ptr>( Particle(new DOMString("urn:org"), DOMString("organization"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<organization_ptr, Document, FsmCbOptions>(this, &Document::create_organization)); XsdFsmBasePtr elemFsms[] = { _fsm_organization, NULL }; XsdFsmBasePtr fofElem = new XsdFsmOfFSMs(elemFsms, XsdFsmOfFSMs::CHOICE); XsdFsmBasePtr docEndFsm = new XsdFSM<void *>(Particle(NULL, "", 1, 1), XsdEvent::DOCUMENT_END); XsdFsmBasePtr ptrFsms[] = { fofElem, docEndFsm, NULL }; _fsm = new XsdFsmOfFSMs(ptrFsms, XsdFsmOfFSMs::SEQUENCE); } /* element functions */ organization_ptr Document::create_organization(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("organization"); static DOMStringPtr myNsUri = new DOMString("urn:org"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false); organization_p node = XSD::createElementTmpl<organization, void*>(t); _organization = node; return node; } organization_p Document::element_organization() { FSM::warnNullNode(_organization, "organization", "{}organization", 1); return _organization; } } // end namespace org
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org/organization.h" namespace org { //constructor organization::organization(ElementCreateArgs args): XMLSchema::XmlElement<anyType>(args), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree()) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void organization::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { new XsdFSM<attr_id_ptr>( Particle(NULL, DOMString("id"), 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_id_ptr, organization, FsmCbOptions>(this, &organization::create_attr_id)), NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ org::hr::leaderId_ptr organization::create_leaderId(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("leaderId"); static DOMStringPtr myNsUri = new DOMString("urn:org:hr"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); org::hr::leaderId_p node = XSD::createElementTmpl<leaderId, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _leaderId = node; return node; } org::hr::leaderId_p organization::element_leaderId() { FSM::warnNullNode(_leaderId, "leaderId", "{urn:org:hr}leaderId", 1); return _leaderId; } void organization::set_leaderId(DOMString val) { get_sequence()->set_leaderId(val); } DOMString organization::get_leaderId_string() { return get_sequence()->get_leaderId_string(); } organization::name_ptr organization::create_name(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("name"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "string"); organization::name_p node = XSD::createElementTmpl<name, XMLSchema::Types::bt_string*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _name = node; return node; } organization::name_p organization::element_name() { FSM::warnNullNode(_name, "name", "{http://www.w3.org/2001/XMLSchema}name", 1); return _name; } void organization::set_name(DOMString val) { get_sequence()->set_name(val); } DOMString organization::get_name_string() { return get_sequence()->get_name_string(); } organization::departments_ptr organization::create_departments(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("departments"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org", "Departments"); organization::departments_p node = XSD::createElementTmpl<departments, org::Types::Departments*>(t); _departments = node; return node; } organization::departments_p organization::element_departments() { FSM::warnNullNode(_departments, "departments", "{urn:org}departments", 1); return _departments; } organization::allEmployees_ptr organization::create_allEmployees(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("allEmployees"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org:hr", "AllEmployees"); organization::allEmployees_p node = XSD::createElementTmpl<allEmployees, org::hr::Types::AllEmployees*>(t); _allEmployees = node; return node; } organization::allEmployees_p organization::element_allEmployees() { FSM::warnNullNode(_allEmployees, "allEmployees", "{urn:org:hr}allEmployees", 1); return _allEmployees; } /* attribute functions */ organization::attr_id_ptr organization::create_attr_id(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("id"); static DOMStringPtr myNsUri = NULL; if(_attr_id) { return _attr_id; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); organization::attr_id_p node = XSD::createAttributeTmpl<attr_id>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_id = node; return node; } void organization::set_attr_id(DOMString val) { attribute_attr_id()->stringValue(val); } DOMString organization::get_attr_id_string() { return attribute_attr_id()->stringValue(); } organization::attr_id_p organization::attribute_attr_id() { FSM::warnNullNode(_attr_id, "attr_id", "{http://www.w3.org/2001/XMLSchema}id", 1); return _attr_id; } //constructor organization::sequence::sequence(organization* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<leaderId_ptr>( Particle(new DOMString("urn:org:hr"), DOMString("leaderId"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<leaderId_ptr, organization, FsmCbOptions>(_that, &organization::create_leaderId)), new XsdFSM<name_ptr>( Particle(NULL, DOMString("name"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<name_ptr, organization, FsmCbOptions>(_that, &organization::create_name)), new XsdFSM<departments_ptr>( Particle(NULL, DOMString("departments"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<departments_ptr, organization, FsmCbOptions>(_that, &organization::create_departments)), new XsdFSM<allEmployees_ptr>( Particle(NULL, DOMString("allEmployees"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<allEmployees_ptr, organization, FsmCbOptions>(_that, &organization::create_allEmployees)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } org::hr::leaderId_p organization::sequence::element_leaderId() { org::hr::leaderId_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<leaderId_ptr> *unitFsm = dynamic_cast<XsdFSM<leaderId_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "leaderId", "{urn:org:hr}leaderId", 1); return node_p; } void organization::sequence::set_leaderId(DOMString val) { element_leaderId()->stringValue(val); } DOMString organization::sequence::get_leaderId_string() { return element_leaderId()->stringValue(); } organization::name_p organization::sequence::element_name() { organization::name_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[1].get(); if(fsm_p) { XsdFSM<name_ptr> *unitFsm = dynamic_cast<XsdFSM<name_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "name", "{http://www.w3.org/2001/XMLSchema}name", 1); return node_p; } void organization::sequence::set_name(DOMString val) { element_name()->stringValue(val); } DOMString organization::sequence::get_name_string() { return element_name()->stringValue(); } organization::departments_p organization::sequence::element_departments() { organization::departments_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[2].get(); if(fsm_p) { XsdFSM<departments_ptr> *unitFsm = dynamic_cast<XsdFSM<departments_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "departments", "{urn:org}departments", 1); return node_p; } organization::allEmployees_p organization::sequence::element_allEmployees() { organization::allEmployees_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[3].get(); if(fsm_p) { XsdFSM<allEmployees_ptr> *unitFsm = dynamic_cast<XsdFSM<allEmployees_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "allEmployees", "{urn:org:hr}allEmployees", 1); return node_p; } } // end namespace org
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org/Types/Departments.h" namespace org { namespace Types { XSD::TypeDefinitionFactoryTmpl<XmlElement<Departments> > Departments::s_typeRegistry("Departments", "urn:org"); //constructor Departments::Departments(AnyTypeCreateArgs args): XMLSchema::Types::anyType(AnyTypeCreateArgs(false, args.ownerNode, args.ownerElem, args.ownerDoc, args.childBuildsTree, (args.createFromElementAttr? false : args.abstract), args.blockMask, args.finalMask, args.contentTypeVariety, args.anyTypeUseCase, args.suppressTypeAbstract )), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree() && !args.childBuildsTree) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void Departments::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ Departments::engineering_ptr Departments::create_engineering(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("engineering"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org:engg", "EnggDept"); Departments::engineering_p node = XSD::createElementTmpl<engineering, org::engg::Types::EnggDept*>(t); _engineering = node; return node; } Departments::engineering_p Departments::element_engineering() { FSM::warnNullNode(_engineering, "engineering", "{urn:org:engg}engineering", 1); return _engineering; } Departments::legal_ptr Departments::create_legal(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("legal"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org:legal", "LegalDept"); Departments::legal_p node = XSD::createElementTmpl<legal, org::legal::Types::LegalDept*>(t); _legal = node; return node; } Departments::legal_p Departments::element_legal() { FSM::warnNullNode(_legal, "legal", "{urn:org:legal}legal", 1); return _legal; } /* attribute functions */ //constructor Departments::sequence::sequence(Departments* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<engineering_ptr>( Particle(NULL, DOMString("engineering"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<engineering_ptr, Departments, FsmCbOptions>(_that, &Departments::create_engineering)), new XsdFSM<legal_ptr>( Particle(NULL, DOMString("legal"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<legal_ptr, Departments, FsmCbOptions>(_that, &Departments::create_legal)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } Departments::engineering_p Departments::sequence::element_engineering() { Departments::engineering_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<engineering_ptr> *unitFsm = dynamic_cast<XsdFSM<engineering_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "engineering", "{urn:org:engg}engineering", 1); return node_p; } Departments::legal_p Departments::sequence::element_legal() { Departments::legal_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[1].get(); if(fsm_p) { XsdFSM<legal_ptr> *unitFsm = dynamic_cast<XsdFSM<legal_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "legal", "{urn:org:legal}legal", 1); return node_p; } } // end namespace Types } // end namespace org
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "org_legal/Types/LegalDept.h" namespace org { namespace legal { namespace Types { XSD::TypeDefinitionFactoryTmpl<XmlElement<LegalDept> > LegalDept::s_typeRegistry("LegalDept", "urn:org:legal"); //constructor LegalDept::LegalDept(AnyTypeCreateArgs args): XMLSchema::Types::anyType(AnyTypeCreateArgs(false, args.ownerNode, args.ownerElem, args.ownerDoc, args.childBuildsTree, (args.createFromElementAttr? false : args.abstract), args.blockMask, args.finalMask, args.contentTypeVariety, args.anyTypeUseCase, args.suppressTypeAbstract )), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree() && !args.childBuildsTree) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void LegalDept::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { new XsdFSM<attr_id_ptr>( Particle(NULL, DOMString("id"), 1, 1), XsdEvent::ATTRIBUTE, new object_unary_mem_fun_t<attr_id_ptr, LegalDept, FsmCbOptions>(this, &LegalDept::create_attr_id)), NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ org::hr::leaderId_ptr LegalDept::create_leaderId(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("leaderId"); static DOMStringPtr myNsUri = new DOMString("urn:org:hr"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); org::hr::leaderId_p node = XSD::createElementTmpl<leaderId, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _leaderId = node; return node; } org::hr::leaderId_p LegalDept::element_leaderId() { FSM::warnNullNode(_leaderId, "leaderId", "{urn:org:hr}leaderId", 1); return _leaderId; } void LegalDept::set_leaderId(DOMString val) { get_sequence()->set_leaderId(val); } DOMString LegalDept::get_leaderId_string() { return get_sequence()->get_leaderId_string(); } LegalDept::legalAdvisors_ptr LegalDept::create_legalAdvisors(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("legalAdvisors"); static DOMStringPtr myNsUri = NULL; XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false, "urn:org:hr", "UserIdList"); LegalDept::legalAdvisors_p node = XSD::createElementTmpl<legalAdvisors, org::hr::Types::UserIdList*>(t); _legalAdvisors = node; return node; } LegalDept::legalAdvisors_p LegalDept::element_legalAdvisors() { FSM::warnNullNode(_legalAdvisors, "legalAdvisors", "{urn:org:hr}legalAdvisors", 1); return _legalAdvisors; } /* attribute functions */ LegalDept::attr_id_ptr LegalDept::create_attr_id(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("id"); static DOMStringPtr myNsUri = NULL; if(_attr_id) { return _attr_id; } XSD::StructCreateAttrThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options); LegalDept::attr_id_p node = XSD::createAttributeTmpl<attr_id>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _attr_id = node; return node; } void LegalDept::set_attr_id(DOMString val) { attribute_attr_id()->stringValue(val); } DOMString LegalDept::get_attr_id_string() { return attribute_attr_id()->stringValue(); } LegalDept::attr_id_p LegalDept::attribute_attr_id() { FSM::warnNullNode(_attr_id, "attr_id", "{http://www.w3.org/2001/XMLSchema}id", 1); return _attr_id; } //constructor LegalDept::sequence::sequence(LegalDept* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<leaderId_ptr>( Particle(new DOMString("urn:org:hr"), DOMString("leaderId"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<leaderId_ptr, LegalDept, FsmCbOptions>(_that, &LegalDept::create_leaderId)), new XsdFSM<legalAdvisors_ptr>( Particle(NULL, DOMString("legalAdvisors"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<legalAdvisors_ptr, LegalDept, FsmCbOptions>(_that, &LegalDept::create_legalAdvisors)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } org::hr::leaderId_p LegalDept::sequence::element_leaderId() { org::hr::leaderId_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<leaderId_ptr> *unitFsm = dynamic_cast<XsdFSM<leaderId_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "leaderId", "{urn:org:hr}leaderId", 1); return node_p; } void LegalDept::sequence::set_leaderId(DOMString val) { element_leaderId()->stringValue(val); } DOMString LegalDept::sequence::get_leaderId_string() { return element_leaderId()->stringValue(); } LegalDept::legalAdvisors_p LegalDept::sequence::element_legalAdvisors() { LegalDept::legalAdvisors_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[1].get(); if(fsm_p) { XsdFSM<legalAdvisors_ptr> *unitFsm = dynamic_cast<XsdFSM<legalAdvisors_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "legalAdvisors", "{urn:org:hr}legalAdvisors", 1); return node_p; } } // end namespace Types } // end namespace legal } // end namespace org
This example(netEnabled) demonstrates the "network-enabled processor" capability of xsd2cpp. The netEnabled.xsd document includes a XML Schema located on world-wide-web: schemaLocation="http://www.w3.org/2002/ws/databinding/examples/6/05/HexBinaryElement/echoHexBinaryElement.xsd" For xsd2cpp to work sucessfully: - the world-wide-web must be accessible on machine(internet) - the schemaLocation URL must be valid, and available on WWW. Since xsd2cpp is also a "minimally-conforming processor", with "network-enabled processor" capability, it qualifies to become "Fully conforming processor". Related definitions from W3C specification: =========================================== link: http://www.w3.org/TR/xmlschema-1/XML%20Schema%20Part%201_%20Structures%20Second%20Edition.html#key-fullyConforming [Definition:] Minimally conforming processors must completely and correctly implement the ·Schema Component Constraints·, ·Validation Rules·, and ·Schema Information Set Contributions· contained in this specification. [Definition:] ·Minimally conforming· processors which accept schemas represented in the form of XML documents as described in Layer 2: Schema Documents, Namespaces and Composition (§4.2) are additionally said to provide conformance to the XML Representation of Schemas. Such processors must, when processing schema documents, completely and correctly implement all ·Schema Representation Constraints· in this specification, and must adhere exactly to the specifications in Schema Component Details (§3) for mapping the contents of such documents to ·schema components· for use in ·validation· and ·assessment·. [Definition:] Fully conforming processors are network-enabled processors which are not only both ·minimally conforming· and ·in conformance to the XML Representation of Schemas·, but which additionally must be capable of accessing schema documents from the World Wide Web according to Representation of Schemas on the World Wide Web (§2.7) and How schema definitions are located on the Web (§4.3.2). .
<xsd:schema xmlns:xsd="http://www.w3.org/2001/XMLSchema" targetNamespace="http://www.w3.org/2002/ws/databinding/examples/6/05/" xmlns="http://www.w3.org/2002/ws/databinding/examples/6/05/" xmlns:ns1="http://www.w3.org/2002/ws/databinding/examples/6/05/" > <xsd:include schemaLocation="http://www.w3.org/2002/ws/databinding/examples/6/05/HexBinaryElement/echoHexBinaryElement.xsd"/> <xsd:element name="echo"> <xsd:complexType> <xsd:sequence> <xsd:element ref="ns1:echoHexBinaryElement"/> </xsd:sequence> </xsd:complexType> </xsd:element> </xsd:schema>
<nsaliases> <alias uri="http://www.w3.org/2002/ws/databinding/examples/6/05/" toUrn="urn:examples_6_05"/> </nsaliases>
<?xml version="1.0"?> <ns1:echo xmlns:ns1="http://www.w3.org/2002/ws/databinding/examples/6/05/"> <ns1:echoHexBinaryElement> <ns1:hexBinaryElement>77696f646d6f6e7974637174716a7169696e6b65616f76786f746e66716b707875757261736e686469796b65706c656d7465626661637661646e6b65636662647669726d6f6e757361</ns1:hexBinaryElement> </ns1:echoHexBinaryElement> </ns1:echo>
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __examples_6_05_echoHexBinaryElement_H__ #define __examples_6_05_echoHexBinaryElement_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "examples_6_05/hexBinaryElement.h" using namespace XPlus; namespace examples_6_05{ /// The class for element {}echoHexBinaryElement with following structure: /// \n complexType->ModelGroup-or-ModelGroupDefinition /// Read more on structures/methods inside ... class echoHexBinaryElement : public XMLSchema::XmlElement<XMLSchema::Types::anyType> { public: /// constructor for the element node echoHexBinaryElement(ElementCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<examples_6_05::hexBinaryElement > hexBinaryElement_ptr; /// typedef for the Plain pointer to the node typedef examples_6_05::hexBinaryElement* hexBinaryElement_p; /// typedef for the node typedef examples_6_05::hexBinaryElement hexBinaryElement; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(echoHexBinaryElement* that); /// For the scalar-element with QName "{http://www.w3.org/2002/ws/databinding/examples/6/05/}hexBinaryElement" : /// \n Returns the scalar element node /// @return the element node fetched hexBinaryElement_p element_hexBinaryElement(); /// For the scalar-element with QName "{http://www.w3.org/2002/ws/databinding/examples/6/05/}hexBinaryElement" : /// \n Sets the value of the scalar element with the supplied value. /// @param val the value(as DOMString) to set with void set_hexBinaryElement(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2002/ws/databinding/examples/6/05/}hexBinaryElement" : /// \n Returns the value of the scalar element /// @return the value(as DOMString) of the element DOMString get_hexBinaryElement_string(); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } echoHexBinaryElement* _that; }; // end sequence /// For the scalar-element with QName "{http://www.w3.org/2002/ws/databinding/examples/6/05/}hexBinaryElement" : /// \n Returns the scalar element node /// @return the element node fetched hexBinaryElement_p element_hexBinaryElement(); /// For the scalar-element with QName "{http://www.w3.org/2002/ws/databinding/examples/6/05/}hexBinaryElement" : /// \n Sets the value of the element with the supplied value. /// @param val the value(as DOMString) to set with void set_hexBinaryElement(DOMString val); /// For the scalar-element with QName "{http://www.w3.org/2002/ws/databinding/examples/6/05/}hexBinaryElement" : /// \n Returns the value(as DOMString) of the element DOMString get_hexBinaryElement_string(); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; hexBinaryElement_ptr _hexBinaryElement; /// initialize the FSM void initFSM(); hexBinaryElement_ptr create_hexBinaryElement(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END }; //end class echoHexBinaryElement // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {}echoHexBinaryElement // /// typedef for the Shared pointer to the node typedef AutoPtr<echoHexBinaryElement > echoHexBinaryElement_ptr; /// typedef for the Plain pointer to the node typedef echoHexBinaryElement* echoHexBinaryElement_p; } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __examples_6_05_DOCUMENT_H__ #define __examples_6_05_DOCUMENT_H__ #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "examples_6_05/echo.h" #include "examples_6_05/hexBinaryElement.h" #include "examples_6_05/echoHexBinaryElement.h" using namespace XPlus; using namespace FSM; namespace examples_6_05{ class Document : public XMLSchema::TDocument { private: echo_ptr _echo; AutoPtr<XsdFSM<echo_ptr> > _fsm_echo; hexBinaryElement_ptr _hexBinaryElement; XsdFSM<hexBinaryElement_ptr>* _fsm_hexBinaryElement; echoHexBinaryElement_ptr _echoHexBinaryElement; XsdFSM<echoHexBinaryElement_ptr>* _fsm_echoHexBinaryElement; // attributes, elements echo_ptr create_echo(FsmCbOptions& options); hexBinaryElement_ptr create_hexBinaryElement(FsmCbOptions& options); echoHexBinaryElement_ptr create_echoHexBinaryElement(FsmCbOptions& options); public: Document(bool buildTree=true, bool createSample=false); virtual ~Document() {} void set_root_echo(); void set_root_hexBinaryElement(); void set_root_echoHexBinaryElement(); echo_p element_echo(); hexBinaryElement_p element_hexBinaryElement(); echoHexBinaryElement_p element_echoHexBinaryElement(); void initFSM(); }; } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __examples_6_05_echo_H__ #define __examples_6_05_echo_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" #include "examples_6_05/echoHexBinaryElement.h" using namespace XPlus; namespace examples_6_05{ /// The class for element {http://www.w3.org/2002/ws/databinding/examples/6/05/}echo with following structure: /// \n complexType->ModelGroup-or-ModelGroupDefinition /// Read more on structures/methods inside ... class echo : public XMLSchema::XmlElement<XMLSchema::Types::anyType> { public: /// constructor for the element node echo(ElementCreateArgs args); /// typedef for the Shared pointer to the node typedef AutoPtr<examples_6_05::echoHexBinaryElement > echoHexBinaryElement_ptr; /// typedef for the Plain pointer to the node typedef examples_6_05::echoHexBinaryElement* echoHexBinaryElement_p; /// typedef for the node typedef examples_6_05::echoHexBinaryElement echoHexBinaryElement; /// The MG class inside a complexType /// \n Refer to documentation on structures/methods inside ... struct sequence : public XsdSequenceFsmOfFSMs { /// constructor for the MG node sequence(echo* that); /// For the scalar-element with QName "{http://www.w3.org/2002/ws/databinding/examples/6/05/}echoHexBinaryElement" : /// \n Returns the scalar element node /// @return the element node fetched echoHexBinaryElement_p element_echoHexBinaryElement(); // accessors for MGs/MGDs which are nested children of this MG/MGD private: inline XsdFsmBase* clone() const { return new sequence(*this); } echo* _that; }; // end sequence /// For the scalar-element with QName "{http://www.w3.org/2002/ws/databinding/examples/6/05/}echoHexBinaryElement" : /// \n Returns the scalar element node /// @return the element node fetched echoHexBinaryElement_p element_echoHexBinaryElement(); /// Returns the MG node(or node-list) inside the complexType sequence* get_sequence() { return _sequence; } protected: XsdAllFsmOfFSMsPtr _fsmAttrs; XsdFsmBasePtr _fsmElems; AutoPtr<sequence> _sequence; echoHexBinaryElement_ptr _echoHexBinaryElement; /// initialize the FSM void initFSM(); echoHexBinaryElement_ptr create_echoHexBinaryElement(FsmCbOptions& options); public: //types which this class needs, as INNER CLASSES //types which this class needs, as INNER CLASSES : END }; //end class echo // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {http://www.w3.org/2002/ws/databinding/examples/6/05/}echo // /// typedef for the Shared pointer to the node typedef AutoPtr<echo > echo_ptr; /// typedef for the Plain pointer to the node typedef echo* echo_p; } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __examples_6_05_ALL_INCLUDE_H__ #define __examples_6_05_ALL_INCLUDE_H__ #include "XPlus/AutoPtr.h" #include "examples_6_05/Document.h" #include "examples_6_05/echo.h" using namespace XPlus; #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #ifndef __examples_6_05_hexBinaryElement_H__ #define __examples_6_05_hexBinaryElement_H__ #include "XSD/UrTypes.h" #include "XSD/xsdUtils.h" #include "XSD/TypeDefinitionFactory.h" using namespace XPlus; namespace examples_6_05{ typedef XMLSchema::XmlElement<XMLSchema::Types::bt_hexBinary> hexBinaryElement; // // Following types(mostly typedefs) are the ones, based on above C++ class definition // for the top-level element {http://www.w3.org/2001/XMLSchema}hexBinaryElement // /// typedef for the Shared pointer to the node typedef AutoPtr<XMLSchema::XmlElement<XMLSchema::Types::bt_hexBinary> > hexBinaryElement_ptr; /// typedef for the Plain pointer to the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_hexBinary>* hexBinaryElement_p; /// typedef for the node typedef XMLSchema::XmlElement<XMLSchema::Types::bt_hexBinary> hexBinaryElement; } // end namespace #endif
// // This file was automatically generated using XmlPlus xsd2cpp tool. // On subsequent "xsd2cpp" invocations, this file would not be overwritten. // You can edit this file. // #include <iostream> #include <string> #include "XSD/UserOps.h" #include "examples_6_05/all-include.h" void populateDocument(examples_6_05::Document* xsdDoc); void updateOrConsumeDocument(examples_6_05::Document* xsdDoc); void chooseDocumentElement(examples_6_05::Document* xsdDoc); int main (int argc, char** argv) { XSD::UserOps<examples_6_05::Document>::UserOpsCbStruct cbStruct; cbStruct.cbPopulateDocument = populateDocument; cbStruct.cbUpdateOrConsumeDocument = updateOrConsumeDocument; cbStruct.cbChooseDocumentElement = chooseDocumentElement; XSD::UserOps<examples_6_05::Document> opHandle(cbStruct); opHandle.run(argc, argv); } // // Following functions are use case templates. // You need to put "code" in the respective contexts. // // choose the element inside Document that you want as root using // a call like : xsdDoc->set_root_xyz(); void chooseDocumentElement(examples_6_05::Document* xsdDoc) { // uncomment one of folowing to choose root xsdDoc->set_root_echo(); //xsdDoc->set_root_hexBinaryElement(); //xsdDoc->set_root_echoHexBinaryElement(); } // template function to populate the Tree with values // write code to populate the Document here ... void populateDocument(examples_6_05::Document* xsdDoc) { xsdDoc->element_echo()->element_echoHexBinaryElement()->set_hexBinaryElement("77696f646d6f6e7974637174716a7169696e6b65616f76786f746e66716b707875757261736e686469796b65706c656d7465626661637661646e6b65636662647669726d6f6e757361"); } // write code to operate(update/consume/test etc.) on the Document here... // This Document is typically already populated(eg. read from an input // xml file) void updateOrConsumeDocument(examples_6_05::Document* xsdDoc) { }
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "examples_6_05/Document.h" namespace examples_6_05{ ///constructor for the Document node Document::Document(bool buildTree_, bool createSample_): XMLSchema::TDocument(buildTree_, createSample_) { initFSM(); DOM::Document::attributeDefaultQualified(false); DOM::Document::elementDefaultQualified(false); } void Document::initFSM() { _fsm_echo = new XsdFSM<echo_ptr>( Particle(new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"), DOMString("echo"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<echo_ptr, Document, FsmCbOptions>(this, &Document::create_echo)); _fsm_hexBinaryElement = new XsdFSM<hexBinaryElement_ptr>( Particle(new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"), DOMString("hexBinaryElement"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<hexBinaryElement_ptr, Document, FsmCbOptions>(this, &Document::create_hexBinaryElement)); _fsm_echoHexBinaryElement = new XsdFSM<echoHexBinaryElement_ptr>( Particle(new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"), DOMString("echoHexBinaryElement"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<echoHexBinaryElement_ptr, Document, FsmCbOptions>(this, &Document::create_echoHexBinaryElement)); XsdFsmBasePtr elemFsms[] = { _fsm_echo, _fsm_hexBinaryElement, _fsm_echoHexBinaryElement, NULL }; XsdFsmBasePtr fofElem = new XsdFsmOfFSMs(elemFsms, XsdFsmOfFSMs::CHOICE); XsdFsmBasePtr docEndFsm = new XsdFSM<void *>(Particle(NULL, "", 1, 1), XsdEvent::DOCUMENT_END); XsdFsmBasePtr ptrFsms[] = { fofElem, docEndFsm, NULL }; _fsm = new XsdFsmOfFSMs(ptrFsms, XsdFsmOfFSMs::SEQUENCE); } void Document::set_root_echo() { if(!_echo) { XsdEvent event(new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"), NULL, DOMString("echo"), XsdEvent::ELEMENT_START); _fsm->processEventThrow(event); } } void Document::set_root_hexBinaryElement() { if(!_hexBinaryElement) { XsdEvent event(new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"), NULL, DOMString("hexBinaryElement"), XsdEvent::ELEMENT_START); _fsm->processEventThrow(event); } } void Document::set_root_echoHexBinaryElement() { if(!_echoHexBinaryElement) { XsdEvent event(new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"), NULL, DOMString("echoHexBinaryElement"), XsdEvent::ELEMENT_START); _fsm->processEventThrow(event); } } /* element functions */ echo_ptr Document::create_echo(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("echo"); static DOMStringPtr myNsUri = new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false); echo_p node = XSD::createElementTmpl<echo, void*>(t); _echo = node; return node; } echo_p Document::element_echo() { FSM::warnNullNode(_echo, "echo", "{http://www.w3.org/2002/ws/databinding/examples/6/05/}echo", 1); return _echo; } hexBinaryElement_ptr Document::create_hexBinaryElement(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("hexBinaryElement"); static DOMStringPtr myNsUri = new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false, "http://www.w3.org/2001/XMLSchema", "hexBinary"); hexBinaryElement_p node = XSD::createElementTmpl<hexBinaryElement, XMLSchema::Types::bt_hexBinary*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _hexBinaryElement = node; return node; } hexBinaryElement_p Document::element_hexBinaryElement() { FSM::warnNullNode(_hexBinaryElement, "hexBinaryElement", "{http://www.w3.org/2001/XMLSchema}hexBinaryElement", 1); return _hexBinaryElement; } echoHexBinaryElement_ptr Document::create_echoHexBinaryElement(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("echoHexBinaryElement"); static DOMStringPtr myNsUri = new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this, this, _fsm, options, false, false, false); echoHexBinaryElement_p node = XSD::createElementTmpl<echoHexBinaryElement, void*>(t); _echoHexBinaryElement = node; return node; } echoHexBinaryElement_p Document::element_echoHexBinaryElement() { FSM::warnNullNode(_echoHexBinaryElement, "echoHexBinaryElement", "{}echoHexBinaryElement", 1); return _echoHexBinaryElement; } } // end namespace
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "examples_6_05/echoHexBinaryElement.h" namespace examples_6_05{ //constructor echoHexBinaryElement::echoHexBinaryElement(ElementCreateArgs args): XMLSchema::XmlElement<anyType>(args), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree()) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void echoHexBinaryElement::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ hexBinaryElement_ptr echoHexBinaryElement::create_hexBinaryElement(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("hexBinaryElement"); static DOMStringPtr myNsUri = new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); hexBinaryElement_p node = XSD::createElementTmpl<hexBinaryElement, void*>(t); if(options.isSampleCreate && (node->stringValue() == "") ) { node->stringValue(node->sampleValue()); } _hexBinaryElement = node; return node; } hexBinaryElement_p echoHexBinaryElement::element_hexBinaryElement() { FSM::warnNullNode(_hexBinaryElement, "hexBinaryElement", "{http://www.w3.org/2002/ws/databinding/examples/6/05/}hexBinaryElement", 1); return _hexBinaryElement; } void echoHexBinaryElement::set_hexBinaryElement(DOMString val) { get_sequence()->set_hexBinaryElement(val); } DOMString echoHexBinaryElement::get_hexBinaryElement_string() { return get_sequence()->get_hexBinaryElement_string(); } /* attribute functions */ //constructor echoHexBinaryElement::sequence::sequence(echoHexBinaryElement* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<hexBinaryElement_ptr>( Particle(new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"), DOMString("hexBinaryElement"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<hexBinaryElement_ptr, echoHexBinaryElement, FsmCbOptions>(_that, &echoHexBinaryElement::create_hexBinaryElement)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } hexBinaryElement_p echoHexBinaryElement::sequence::element_hexBinaryElement() { hexBinaryElement_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<hexBinaryElement_ptr> *unitFsm = dynamic_cast<XsdFSM<hexBinaryElement_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "hexBinaryElement", "{http://www.w3.org/2002/ws/databinding/examples/6/05/}hexBinaryElement", 1); return node_p; } void echoHexBinaryElement::sequence::set_hexBinaryElement(DOMString val) { element_hexBinaryElement()->stringValue(val); } DOMString echoHexBinaryElement::sequence::get_hexBinaryElement_string() { return element_hexBinaryElement()->stringValue(); } } // end namespace
// // This file was automatically generated using XmlPlus xsd2cpp tool. // Please do not edit. // #include "examples_6_05/echo.h" namespace examples_6_05{ //constructor echo::echo(ElementCreateArgs args): XMLSchema::XmlElement<anyType>(args), _fsmElems(NULL), _fsmAttrs(NULL) , _sequence(new sequence(this) ) { this->contentTypeVariety(CONTENT_TYPE_VARIETY_ELEMENT_ONLY); initFSM(); if(args.ownerDoc && args.ownerDoc->buildTree()) { if(args.ownerDoc->createSample()) { _fsm->fireSampleEvents(); } else { _fsm->fireRequiredEvents(); } } } void echo::initFSM() { XsdFsmBasePtr fsmsAttrs[] = { NULL }; _fsm->replaceOrAppendUniqueAttributeFsms(fsmsAttrs); _fsm->replaceContentFsm(_sequence); _fsmAttrs = _fsm->attributeFsm(); _fsmElems = _fsm->contentFsm(); } /* element functions */ echoHexBinaryElement_ptr echo::create_echoHexBinaryElement(FsmCbOptions& options) { static DOMStringPtr myName = new DOMString("echoHexBinaryElement"); static DOMStringPtr myNsUri = new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"); XSD::StructCreateElementThroughFsm t( myName, myNsUri, NULL, this->ownerElement(), this->ownerDocument(), _fsm, options, false, false, false); echoHexBinaryElement_p node = XSD::createElementTmpl<echoHexBinaryElement, void*>(t); _echoHexBinaryElement = node; return node; } echoHexBinaryElement_p echo::element_echoHexBinaryElement() { FSM::warnNullNode(_echoHexBinaryElement, "echoHexBinaryElement", "{http://www.w3.org/2002/ws/databinding/examples/6/05/}echoHexBinaryElement", 1); return _echoHexBinaryElement; } /* attribute functions */ //constructor echo::sequence::sequence(echo* that): _that(that) { XsdFsmBasePtr fsmArray[] = { new XsdFSM<echoHexBinaryElement_ptr>( Particle(new DOMString("http://www.w3.org/2002/ws/databinding/examples/6/05/"), DOMString("echoHexBinaryElement"), 1, 1), XsdEvent::ELEMENT_START, new object_unary_mem_fun_t<echoHexBinaryElement_ptr, echo, FsmCbOptions>(_that, &echo::create_echoHexBinaryElement)), NULL } ; XsdSequenceFsmOfFSMs::init(fsmArray); } echoHexBinaryElement_p echo::sequence::element_echoHexBinaryElement() { echoHexBinaryElement_p node_p = NULL; XsdFsmBase* fsm_p = this->allFSMs()[0].get(); if(fsm_p) { XsdFSM<echoHexBinaryElement_ptr> *unitFsm = dynamic_cast<XsdFSM<echoHexBinaryElement_ptr> *>(fsm_p); if(unitFsm && unitFsm->nodeList().size()>0) { assert(unitFsm->nodeList().size()==1); node_p = unitFsm->nodeList().at(0); } } FSM::warnNullNode(node_p, "echoHexBinaryElement", "{http://www.w3.org/2002/ws/databinding/examples/6/05/}echoHexBinaryElement", 1); return node_p; } } // end namespace