QPatternist::XsdSchemaParser Class Reference

Implements the parsing of XML schema file. More...

#include <qxsdschemaparser_p.h>

Inheritance diagram for QPatternist::XsdSchemaParser:

Public Types
typedef QSet< QUrl >	NamespaceSet
enum	ParserType { TopLevelParser, IncludeParser, ImportParser, RedefineParser }
Public Types inherited from QXmlStreamReader
enum	Error {   NoError, UnexpectedElementError, CustomError, NotWellFormedError,   PrematureEndOfDocumentError }
	This enum specifies different error cases. More...
enum	ReadElementTextBehaviour { ErrorOnUnexpectedElement, IncludeChildElements, SkipChildElements }
	This enum specifies the different behaviours of readElementText(). More...
enum	TokenType {   NoToken = 0, Invalid, StartDocument, EndDocument,   StartElement, EndElement, Characters, Comment,   DTD, EntityReference, ProcessingInstruction }
	This enum specifies the type of token the reader just read. More...

Public Functions
void	addImportedSchemas (const NamespaceSet &schemas)
void	addIncludedSchemas (const NamespaceSet &schemas)
void	addRedefinedSchemas (const NamespaceSet &schemas)
QUrl	documentURI () const
bool	isAnyAttributeAllowed () const
bool	parse (ParserType parserType=TopLevelParser)
void	setDocumentURI (const QUrl &uri)
void	setImportedSchemas (const NamespaceSet &schemas)
void	setIncludedSchemas (const NamespaceSet &schemas)
void	setRedefinedSchemas (const NamespaceSet &schemas)
void	setTargetNamespace (const QString &targetNamespace)
	XsdSchemaParser (const XsdSchemaContext::Ptr &context, const XsdSchemaParserContext::Ptr &parserContext, QIODevice *device)
Public Functions inherited from QXmlStreamReader
void	addData (const QByteArray &data)
	Adds more data for the reader to read. More...
void	addData (const QString &data)
	Adds more data for the reader to read. More...
void	addData (const char *data)
	Adds more data for the reader to read. More...
void	addExtraNamespaceDeclaration (const QXmlStreamNamespaceDeclaration &extraNamespaceDeclaraction)
	Adds an extraNamespaceDeclaration. More...
void	addExtraNamespaceDeclarations (const QXmlStreamNamespaceDeclarations &extraNamespaceDeclaractions)
	Adds a vector of declarations specified by extraNamespaceDeclarations. More...
bool	atEnd () const
	Returns true if the reader has read until the end of the XML document, or if an error() has occurred and reading has been aborted. More...
QXmlStreamAttributes	attributes () const
	Returns the attributes of a StartElement. More...
qint64	characterOffset () const
	Returns the current character offset, starting with 0. More...
void	clear ()
	Removes any device() or data from the reader and resets its internal state to the initial state. More...
qint64	columnNumber () const
	Returns the current column number, starting with 0. More...
QIODevice *	device () const
	Returns the current device associated with the QXmlStreamReader, or 0 if no device has been assigned. More...
QStringRef	documentEncoding () const
	If the state() is StartDocument , this function returns the encoding string as specified in the XML declaration. More...
QStringRef	documentVersion () const
	If the state() is StartDocument , this function returns the version string as specified in the XML declaration. More...
QStringRef	dtdName () const
	If the state() is DTD , this function returns the DTD's name. More...
QStringRef	dtdPublicId () const
	If the state() is DTD , this function returns the DTD's public identifier. More...
QStringRef	dtdSystemId () const
	If the state() is DTD , this function returns the DTD's system identifier. More...
QXmlStreamEntityDeclarations	entityDeclarations () const
	If the state() is DTD , this function returns the DTD's unparsed (external) entity declarations. More...
QXmlStreamEntityResolver *	entityResolver () const
	Returns the entity resolver, or 0 if there is no entity resolver. More...
Error	error () const
	Returns the type of the current error, or NoError if no error occurred. More...
QString	errorString () const
	Returns the error message that was set with raiseError(). More...
bool	hasError () const
	Returns true if an error has occurred, otherwise false. More...
bool	isCDATA () const
	Returns true if the reader reports characters that stem from a CDATA section; otherwise returns false. More...
bool	isCharacters () const
	Returns true if tokenType() equals Characters ; otherwise returns false. More...
bool	isComment () const
	Returns true if tokenType() equals Comment ; otherwise returns false. More...
bool	isDTD () const
	Returns true if tokenType() equals DTD ; otherwise returns false. More...
bool	isEndDocument () const
	Returns true if tokenType() equals EndDocument ; otherwise returns false. More...
bool	isEndElement () const
	Returns true if tokenType() equals EndElement ; otherwise returns false. More...
bool	isEntityReference () const
	Returns true if tokenType() equals EntityReference ; otherwise returns false. More...
bool	isProcessingInstruction () const
	Returns true if tokenType() equals ProcessingInstruction ; otherwise returns false. More...
bool	isStandaloneDocument () const
	Returns true if this document has been declared standalone in the XML declaration; otherwise returns false. More...
bool	isStartDocument () const
	Returns true if tokenType() equals StartDocument ; otherwise returns false. More...
bool	isStartElement () const
	Returns true if tokenType() equals StartElement ; otherwise returns false. More...
bool	isWhitespace () const
	Returns true if the reader reports characters that only consist of white-space; otherwise returns false. More...
qint64	lineNumber () const
	Returns the current line number, starting with 1. More...
QStringRef	name () const
	Returns the local name of a StartElement, EndElement, or an EntityReference. More...
QXmlStreamNamespaceDeclarations	namespaceDeclarations () const
	If the state() is StartElement , this function returns the element's namespace declarations. More...
bool	namespaceProcessing () const
	This property controls whether or not the stream reader processes namespaces. More...
QStringRef	namespaceUri () const
	Returns the namespaceUri of a StartElement or EndElement. More...
QXmlStreamNotationDeclarations	notationDeclarations () const
	If the state() is DTD , this function returns the DTD's notation declarations. More...
QStringRef	prefix () const
	Returns the prefix of a StartElement or EndElement. More...
QStringRef	processingInstructionData () const
	Returns the data of a ProcessingInstruction. More...
QStringRef	processingInstructionTarget () const
	Returns the target of a ProcessingInstruction. More...
QStringRef	qualifiedName () const
	Returns the qualified name of a StartElement or EndElement;. More...
	QXmlStreamReader ()
	Constructs a stream reader. More...
	QXmlStreamReader (QIODevice *device)
	Creates a new stream reader that reads from device. More...
	QXmlStreamReader (const QByteArray &data)
	Creates a new stream reader that reads from data. More...
	QXmlStreamReader (const QString &data)
	Creates a new stream reader that reads from data. More...
	QXmlStreamReader (const char *data)
	Creates a new stream reader that reads from data. More...
void	raiseError (const QString &message=QString())
	Raises a custom error with an optional error message. More...
QString	readElementText (ReadElementTextBehaviour behaviour)
	Convenience function to be called in case a StartElement was read. More...
QString	readElementText ()
TokenType	readNext ()
	Reads the next token and returns its type. More...
bool	readNextStartElement ()
	Reads until the next start element within the current element. More...
void	setDevice (QIODevice *device)
	Sets the current device to device. More...
void	setEntityResolver (QXmlStreamEntityResolver *resolver)
	Makes resolver the new entityResolver(). More...
void	setNamespaceProcessing (bool)
void	skipCurrentElement ()
	Reads until the end of the current element, skipping any child nodes. More...
QStringRef	text () const
	Returns the text of Characters , Comment , DTD , or EntityReference. More...
QString	tokenString () const
	Returns the reader's current token as string. More...
TokenType	tokenType () const
	Returns the type of the current token. More...
	~QXmlStreamReader ()
	Destructs the reader. More...

Private Types
enum	XPathType { XPath20, XPathSelector, XPathField }

Private Functions
void	addAnonymousType (const SchemaType::Ptr &type)
void	addAttribute (const XsdAttribute::Ptr &attribute)
void	addAttributeGroup (const XsdAttributeGroup::Ptr &group)
void	addElement (const XsdElement::Ptr &element)
void	addElementGroup (const XsdModelGroup::Ptr &group)
void	addFacet (const XsdFacet::Ptr &facet, XsdFacet::Hash &facets, const SchemaType::Ptr &type)
void	addIdentityConstraint (const XsdIdentityConstraint::Ptr &constraint)
void	addNotation (const XsdNotation::Ptr &notation)
void	addType (const SchemaType::Ptr &type)
void	attributeContentError (const char *attributeName, const char *elementName, const QString &value, const SchemaType::Ptr &type=SchemaType::Ptr())
void	convertName (const QString &qualified, NamespaceSupport::NameType type, QXmlName &name)
QSourceLocation	currentSourceLocation () const
virtual void	error (const QString &msg)
bool	isSchemaTag (XsdSchemaToken::NodeName tag, XsdSchemaToken::NodeName token, XsdSchemaToken::NodeName namespaceToken) const
XsdModelGroup::Ptr	parseAll (const NamedSchemaComponent::Ptr &parent)
XsdAlternative::Ptr	parseAlternative ()
XsdAnnotation::Ptr	parseAnnotation ()
XsdWildcard::Ptr	parseAny (const XsdParticle::Ptr &particle)
XsdWildcard::Ptr	parseAnyAttribute ()
XsdApplicationInformation::Ptr	parseAppInfo ()
XsdAssertion::Ptr	parseAssertion (const XsdSchemaToken::NodeName &nodeName, const XsdTagScope::Type &tag)
XsdFacet::Ptr	parseAssertionFacet ()
XsdModelGroup::Ptr	parseChoice (const NamedSchemaComponent::Ptr &parent)
void	parseComplexContent (const XsdComplexType::Ptr &complexType, bool *mixed)
void	parseComplexContentExtension (const XsdComplexType::Ptr &complexType)
void	parseComplexContentRestriction (const XsdComplexType::Ptr &complexType)
void	parseDefaultOpenContent ()
XsdDocumentation::Ptr	parseDocumentation ()
XsdFacet::Ptr	parseEnumerationFacet ()
void	parseField (const XsdIdentityConstraint::Ptr &ptr)
XsdFacet::Ptr	parseFractionDigitsFacet ()
XsdAttribute::Ptr	parseGlobalAttribute ()
XsdComplexType::Ptr	parseGlobalComplexType ()
XsdElement::Ptr	parseGlobalElement ()
XsdSimpleType::Ptr	parseGlobalSimpleType ()
void	parseImport ()
void	parseInclude ()
XsdIdentityConstraint::Ptr	parseKey ()
XsdIdentityConstraint::Ptr	parseKeyRef (const XsdElement::Ptr &element)
XsdFacet::Ptr	parseLengthFacet ()
void	parseList (const XsdSimpleType::Ptr &ptr)
XsdModelGroup::Ptr	parseLocalAll (const XsdParticle::Ptr &particle, const NamedSchemaComponent::Ptr &parent)
XsdAttributeUse::Ptr	parseLocalAttribute (const NamedSchemaComponent::Ptr &parent)
XsdModelGroup::Ptr	parseLocalChoice (const XsdParticle::Ptr &particle, const NamedSchemaComponent::Ptr &parent)
XsdComplexType::Ptr	parseLocalComplexType ()
XsdTerm::Ptr	parseLocalElement (const XsdParticle::Ptr &particle, const NamedSchemaComponent::Ptr &parent)
XsdModelGroup::Ptr	parseLocalSequence (const XsdParticle::Ptr &particle, const NamedSchemaComponent::Ptr &parent)
XsdSimpleType::Ptr	parseLocalSimpleType ()
XsdFacet::Ptr	parseMaxExclusiveFacet ()
XsdFacet::Ptr	parseMaxInclusiveFacet ()
XsdFacet::Ptr	parseMaxLengthFacet ()
XsdFacet::Ptr	parseMinExclusiveFacet ()
XsdFacet::Ptr	parseMinInclusiveFacet ()
XsdFacet::Ptr	parseMinLengthFacet ()
bool	parseMinMaxConstraint (const XsdParticle::Ptr &particle, const char *tagName)
XsdAttributeGroup::Ptr	parseNamedAttributeGroup ()
XsdModelGroup::Ptr	parseNamedGroup ()
XsdNotation::Ptr	parseNotation ()
XsdComplexType::OpenContent::Ptr	parseOpenContent ()
XsdFacet::Ptr	parsePatternFacet ()
void	parseRedefine ()
XsdAttributeUse::Ptr	parseReferredAttributeGroup ()
XsdTerm::Ptr	parseReferredGroup (const XsdParticle::Ptr &particle)
void	parseSchema (ParserType parserType)
void	parseSelector (const XsdIdentityConstraint::Ptr &ptr)
XsdModelGroup::Ptr	parseSequence (const NamedSchemaComponent::Ptr &parent)
void	parseSimpleContent (const XsdComplexType::Ptr &complexType)
void	parseSimpleContentExtension (const XsdComplexType::Ptr &complexType)
void	parseSimpleContentRestriction (const XsdComplexType::Ptr &complexType)
void	parseSimpleRestriction (const XsdSimpleType::Ptr &ptr)
XsdFacet::Ptr	parseTotalDigitsFacet ()
void	parseUnion (const XsdSimpleType::Ptr &ptr)
XsdIdentityConstraint::Ptr	parseUnique ()
void	parseUnknown ()
void	parseUnknownDocumentation ()
XsdFacet::Ptr	parseWhiteSpaceFacet ()
NamedSchemaComponent::BlockingConstraints	readBlockingConstraintAttribute (const NamedSchemaComponent::BlockingConstraints &allowedConstraints, const char *elementName)
SchemaType::DerivationConstraints	readDerivationConstraintAttribute (const SchemaType::DerivationConstraints &allowedConstraints, const char *elementName)
QString	readNameAttribute (const char *elementName)
QString	readNamespaceAttribute (const QString &attributeName, const char *elementName)
QString	readQNameAttribute (const QString &typeAttribute, const char *elementName)
QString	readXPathAttribute (const QString &attributeName, XPathType type, const char *elementName)
XsdXPathExpression::Ptr	readXPathExpression (const char *elementName)
void	resolveComplexContentType (const XsdComplexType::Ptr &complexType, bool effectiveMixed)
void	setTargetNamespaceExtended (const QString &targetNamespace)
void	setupBuiltinTypeNames ()
void	setupStateMachines ()
void	validateIdAttribute (const char *elementName)

Properties
QString	m_attributeFormDefault
QString	m_blockDefault
QSet< QXmlName >	m_builtinTypeNames
ComponentLocationHash	m_componentLocationHash
XsdSchemaContext *	m_context
QXmlName	m_defaultAttributes
XsdComplexType::OpenContent::Ptr	m_defaultOpenContent
bool	m_defaultOpenContentAppliesToEmpty
QUrl	m_documentURI
QString	m_elementFormDefault
QString	m_finalDefault
XsdIdCache::Ptr	m_idCache
NamespaceSet	m_importedSchemas
NamespaceSet	m_includedSchemas
NamePool *	m_namePool
NamespaceSupport	m_namespaceSupport
XsdSchemaParserContext *	m_parserContext
NamespaceSet	m_redefinedSchemas
XsdSchema *	m_schema
XsdSchemaResolver *	m_schemaResolver
QHash< XsdTagScope::Type, XsdStateMachine< XsdSchemaToken::NodeName > >	m_stateMachines
QString	m_targetNamespace
QString	m_xpathDefaultNamespace

Friends
class	ElementNamespaceHandler
class	TagValidationHandler

Additional Inherited Members
Protected Types inherited from XsdSchemaToken
enum	NodeName {   NoKeyword, Abstract, All, Alternative,   Annotation, Any, AnyAttribute, Appinfo,   AppliesToEmpty, Assert, Assertion, Attribute,   AttributeFormDefault, AttributeGroup, Base, Block,   BlockDefault, Choice, Collapse, ComplexContent,   ComplexType, Default, DefaultAttributes, DefaultAttributesApply,   DefaultOpenContent, Documentation, Element, ElementFormDefault,   Enumeration, Extension, Field, Final,   FinalDefault, Fixed, Form, FractionDigits,   Group, Id, Import, Include,   ItemType, Key, Keyref, Length,   List, MaxExclusive, MaxInclusive, MaxLength,   MaxOccurs, MemberTypes, MinExclusive, MinInclusive,   MinLength, MinOccurs, Mixed, Mode,   Name, Namespace, Nillable, NotNamespace,   NotQName, Notation, OpenContent, Override,   Pattern, Preserve, ProcessContents, Public,   Redefine, Ref, Refer, Replace,   Restriction, Schema, SchemaLocation, Selector,   Sequence, SimpleContent, SimpleType, Source,   SubstitutionGroup, System, TargetNamespace, Test,   TotalDigits, Type, Union, Unique,   Use, Value, Version, WhiteSpace,   XML_NS_SCHEMA_URI, XPathDefaultNamespace, XmlLanguage, Xpath }
Protected Functions inherited from QPatternist::MaintainingReader< XsdSchemaToken, XsdTagScope::Type >
XsdSchemaToken ::NodeName	currentElementName () const
void	error (const QString &message, const ReportContext::ErrorCode code) const
	Convenience function for calling ReportContext::error(). More...
bool	hasAttribute (const QString &namespaceURI, const QString &localName) const
	Returns true if the current element has an attribute whose name is namespaceURI and local name is localName. More...
bool	hasAttribute (const QString &localName) const
	Returns true if the current element has an attribute whose local name is localName and namespace URI is null. More...
bool	isWhitespace () const
	MaintainingReader (const typename ElementDescription< XsdSchemaToken, XsdTagScope::Type >::Hash &elementDescriptions, const QSet< typename XsdSchemaToken ::NodeName > &standardAttributes, const ReportContext::Ptr &context, QIODevice *const queryDevice)
QString	readAttribute (const QString &localName, const QString &namespaceURI=QString()) const
	Returns the value for attribute by name name. More...
TokenType	readNext ()
void	validateElement (const XsdTagScope::Type name) const
void	warning (const QString &message) const
	Convenience function for calling ReportContext::warning(). More...
virtual	~MaintainingReader ()
Static Protected Functions inherited from XsdSchemaToken
static QString	toString (NodeName token)
static NodeName	toToken (const QString &value)
static NodeName	toToken (const QStringRef &value)
static NodeName	toToken (const QChar *data, int length)
Protected Variables inherited from QPatternist::MaintainingReader< XsdSchemaToken, XsdTagScope::Type >
QXmlStreamAttributes	m_currentAttributes
bool	m_hasHandledStandardAttributes
QStack< bool >	m_stripWhitespace

Detailed Description

Implements the parsing of XML schema file.

This class parses a XML schema in XML presentation from an QIODevice and returns object representation as XsdSchema.

Author

Tobias Koenig tobia.nosp@m.s.ko.nosp@m.enig@.nosp@m.noki.nosp@m.a.com

Definition at line 91 of file qxsdschemaparser_p.h.

Typedefs

NamespaceSet

typedef QSet<QUrl> QPatternist::XsdSchemaParser::NamespaceSet

Describes a set of namespace URIs

Definition at line 120 of file qxsdschemaparser_p.h.

Enumerations

ParserType

enum QPatternist::XsdSchemaParser::ParserType

Enumerator
TopLevelParser
IncludeParser
ImportParser
RedefineParser

Definition at line 97 of file qxsdschemaparser_p.h.

            {
                TopLevelParser,
                IncludeParser,
                ImportParser,
                RedefineParser
            };

XPathType

enum QPatternist::XsdSchemaParser::XPathType

private

Describes the type of XPath that is allowed by the readXPathAttribute method.

Enumerator
XPath20
XPathSelector
XPathField

Definition at line 628 of file qxsdschemaparser_p.h.

                           {
                XPath20,
                XPathSelector,
                XPathField
            };

Constructors and Destructors

XsdSchemaParser()

XsdSchemaParser::XsdSchemaParser	(	const XsdSchemaContext::Ptr &	context,
		const XsdSchemaParserContext::Ptr &	parserContext,
		QIODevice *	device
	)

Creates a new schema parser object.

Definition at line 252 of file qxsdschemaparser.cpp.

    : MaintainingReader<XsdSchemaToken, XsdTagScope::Type>(parserContext->elementDescriptions(), QSet<XsdSchemaToken::NodeName>(), context, device)
    , m_context(context.data())
    , m_parserContext(parserContext.data())
    , m_namePool(m_parserContext->namePool().data())
    , m_namespaceSupport(*m_namePool)
{
    m_schema = m_parserContext->schema().data();
    m_schemaResolver = m_parserContext->resolver().data();
    m_idCache = XsdIdCache::Ptr(new XsdIdCache());

    setupStateMachines();
    setupBuiltinTypeNames();
}

Functions

addAnonymousType()

void XsdSchemaParser::addAnonymousType ( const SchemaType::Ptr &  type )

private

Adds an anonymous type to the schema and checks for duplicated entries.

Definition at line 6052 of file qxsdschemaparser.cpp.

Referenced by parseAlternative(), parseGlobalAttribute(), parseGlobalElement(), parseList(), parseLocalAttribute(), parseLocalElement(), parseRedefine(), parseSimpleContentRestriction(), parseSimpleRestriction(), and parseUnion().

{
    m_schema->addAnonymousType(type);
    if (type->isSimpleType())
        m_componentLocationHash.insert(XsdSimpleType::Ptr(type), currentSourceLocation());
    else
        m_componentLocationHash.insert(XsdComplexType::Ptr(type), currentSourceLocation());
}

addAttribute()

void XsdSchemaParser::addAttribute ( const XsdAttribute::Ptr &  attribute )

private

Adds an attribute to the schema and checks for duplicated entries.

Definition at line 6023 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    const QXmlName objectName = attribute->name(NamePool::Ptr(m_namePool));
    if (m_schema->attribute(objectName)) {
        error(QtXmlPatterns::tr("Attribute %1 already defined.").arg(formatAttribute(m_namePool->displayName(objectName))));
    } else {
        m_schema->addAttribute(attribute);
        m_componentLocationHash.insert(attribute, currentSourceLocation());
    }
}

addAttributeGroup()

void XsdSchemaParser::addAttributeGroup ( const XsdAttributeGroup::Ptr &  group )

private

Adds an attribute group to the schema and checks for duplicated entries.

Definition at line 6061 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    const QXmlName objectName = group->name(NamePool::Ptr(m_namePool));
    if (m_schema->attributeGroup(objectName)) {
        error(QtXmlPatterns::tr("Attribute group %1 already defined.").arg(formatKeyword(NamePool::Ptr(m_namePool), objectName)));
    } else {
        m_schema->addAttributeGroup(group);
        m_componentLocationHash.insert(group, currentSourceLocation());
    }
}

addElement()

void XsdSchemaParser::addElement ( const XsdElement::Ptr &  element )

private

Adds an element to the schema and checks for duplicated entries.

Definition at line 6012 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    const QXmlName objectName = element->name(NamePool::Ptr(m_namePool));
    if (m_schema->element(objectName)) {
        error(QtXmlPatterns::tr("Element %1 already defined.").arg(formatElement(m_namePool->displayName(objectName))));
    } else {
        m_schema->addElement(element);
        m_componentLocationHash.insert(element, currentSourceLocation());
    }
}

addElementGroup()

void XsdSchemaParser::addElementGroup ( const XsdModelGroup::Ptr &  group )

private

Adds an element group to the schema and checks for duplicated entries.

Definition at line 6072 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    const QXmlName objectName = group->name(NamePool::Ptr(m_namePool));
    if (m_schema->elementGroup(objectName)) {
        error(QtXmlPatterns::tr("Element group %1 already defined.").arg(formatKeyword(NamePool::Ptr(m_namePool), objectName)));
    } else {
        m_schema->addElementGroup(group);
        m_componentLocationHash.insert(group, currentSourceLocation());
    }
}

addFacet()

void XsdSchemaParser::addFacet ( const XsdFacet::Ptr &  facet, XsdFacet::Hash &  facets, const SchemaType::Ptr &  type  )

private

Adds the facet to the list of facets for type and checks for duplicates.

Definition at line 6105 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    // @see http://www.w3.org/TR/xmlschema-2/#src-single-facet-value
    if (facets.contains(facet->type())) {
        error(QtXmlPatterns::tr("Duplicated facets in simple type %1.").arg(formatType(NamePool::Ptr(m_namePool), type)));
        return;
    }

    facets.insert(facet->type(), facet);
}

addIdentityConstraint()

void XsdSchemaParser::addIdentityConstraint ( const XsdIdentityConstraint::Ptr &  constraint )

private

Adds an identity constraint to the schema and checks for duplicated entries.

Definition at line 6094 of file qxsdschemaparser.cpp.

Referenced by parseKey(), parseKeyRef(), and parseUnique().

{
    const QXmlName objectName = constraint->name(NamePool::Ptr(m_namePool));
    if (m_schema->identityConstraint(objectName)) {
        error(QtXmlPatterns::tr("Identity constraint %1 already defined.").arg(formatKeyword(NamePool::Ptr(m_namePool), objectName)));
    } else {
        m_schema->addIdentityConstraint(constraint);
        m_componentLocationHash.insert(constraint, currentSourceLocation());
    }
}

addImportedSchemas()

void XsdSchemaParser::addImportedSchemas

(

const NamespaceSet &

schemas

)

Adds schemas to the list of already imported schemas, so the parser can detect multiple imports of the same schema.

Definition at line 277 of file qxsdschemaparser.cpp.

Referenced by parseImport(), parseInclude(), and parseRedefine().

{
    m_importedSchemas += schemas;
}

addIncludedSchemas()

void XsdSchemaParser::addIncludedSchemas

(

const NamespaceSet &

schemas

)

Adds schemas to the list of already included schemas, so the parser can detect multiple includes of the same schema.

Definition at line 267 of file qxsdschemaparser.cpp.

Referenced by parseImport(), parseInclude(), and parseRedefine().

{
    m_includedSchemas += schemas;
}

addNotation()

void XsdSchemaParser::addNotation ( const XsdNotation::Ptr &  notation )

private

Adds a notation to the schema and checks for duplicated entries.

Definition at line 6083 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    const QXmlName objectName = notation->name(NamePool::Ptr(m_namePool));
    if (m_schema->notation(objectName)) {
        error(QtXmlPatterns::tr("Notation %1 already defined.").arg(formatKeyword(NamePool::Ptr(m_namePool), objectName)));
    } else {
        m_schema->addNotation(notation);
        m_componentLocationHash.insert(notation, currentSourceLocation());
    }
}

addRedefinedSchemas()

void XsdSchemaParser::addRedefinedSchemas

(

const NamespaceSet &

schemas

)

Adds schemas to the list of already redefined schemas, so the parser can detect multiple redefines of the same schema.

Definition at line 287 of file qxsdschemaparser.cpp.

Referenced by parseImport(), parseInclude(), and parseRedefine().

{
    m_redefinedSchemas += schemas;
}

addType()

void XsdSchemaParser::addType ( const SchemaType::Ptr &  type )

private

Adds a type to the schema and checks for duplicated entries.

Definition at line 6034 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    // we don't import redefinitions of builtin types, that just causes problems
    if (m_builtinTypeNames.contains(type->name(NamePool::Ptr(m_namePool))))
        return;

    const QXmlName objectName = type->name(NamePool::Ptr(m_namePool));
    if (m_schema->type(objectName)) {
        error(QtXmlPatterns::tr("Type %1 already defined.").arg(formatType(NamePool::Ptr(m_namePool), objectName)));
    } else {
        m_schema->addType(type);
        if (type->isSimpleType())
            m_componentLocationHash.insert(XsdSimpleType::Ptr(type), currentSourceLocation());
        else
            m_componentLocationHash.insert(XsdComplexType::Ptr(type), currentSourceLocation());
    }
}

attributeContentError()

void XsdSchemaParser::attributeContentError ( const char *  attributeName, const char *  elementName, const QString &  value, const SchemaType::Ptr &  type = SchemaType::Ptr()  )

private

Definition at line 361 of file qxsdschemaparser.cpp.

Referenced by parseAny(), parseAnyAttribute(), parseAppInfo(), parseComplexContent(), parseDefaultOpenContent(), parseDocumentation(), parseEnumerationFacet(), parseFractionDigitsFacet(), parseGlobalComplexType(), parseGlobalElement(), parseLengthFacet(), parseLocalAttribute(), parseLocalComplexType(), parseLocalElement(), parseMaxExclusiveFacet(), parseMaxInclusiveFacet(), parseMaxLengthFacet(), parseMinExclusiveFacet(), parseMinInclusiveFacet(), parseMinLengthFacet(), parseMinMaxConstraint(), parseNotation(), parseOpenContent(), parsePatternFacet(), parseSchema(), parseTotalDigitsFacet(), parseWhiteSpaceFacet(), readBlockingConstraintAttribute(), readDerivationConstraintAttribute(), readNameAttribute(), readNamespaceAttribute(), readQNameAttribute(), readXPathAttribute(), readXPathExpression(), and validateIdAttribute().

{
    if (type) {
        error(QtXmlPatterns::tr("%1 attribute of %2 element contains invalid content: {%3} is not a value of type %4.")
                               .arg(formatAttribute(attributeName))
                               .arg(formatElement(elementName))
                               .arg(formatData(value))
                               .arg(formatType(NamePool::Ptr(m_namePool), type)));
    } else {
        error(QtXmlPatterns::tr("%1 attribute of %2 element contains invalid content: {%3}.")
                               .arg(formatAttribute(attributeName))
                               .arg(formatElement(elementName))
                               .arg(formatData(value)));
    }
}

convertName()

void XsdSchemaParser::convertName ( const QString &  qualified, NamespaceSupport::NameType  type, QXmlName &  name  )

private

Converts a qualified name into a QXmlName name and does some error handling.

Definition at line 5738 of file qxsdschemaparser.cpp.

Referenced by parseAlternative(), parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalAttribute(), parseGlobalElement(), parseKeyRef(), parseList(), parseLocalAttribute(), parseLocalElement(), parseReferredAttributeGroup(), parseReferredGroup(), parseSchema(), parseSimpleContentExtension(), parseSimpleContentRestriction(), parseSimpleRestriction(), and parseUnion().

{
    bool result = m_namespaceSupport.processName(qualifiedName, type, name);
    if (!result) {
        error(QtXmlPatterns::tr("Prefix of qualified name %1 is not defined.").arg(formatKeyword(qualifiedName)));
    }
}

currentSourceLocation()

QSourceLocation XsdSchemaParser::currentSourceLocation ( ) const

private

Returnes an source location for the current position.

Definition at line 5728 of file qxsdschemaparser.cpp.

Referenced by addAnonymousType(), addAttribute(), addAttributeGroup(), addElement(), addElementGroup(), addIdentityConstraint(), addNotation(), addType(), parseAlternative(), parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalAttribute(), parseGlobalElement(), parseKeyRef(), parseList(), parseLocalAttribute(), parseLocalElement(), parseReferredAttributeGroup(), parseReferredGroup(), parseSimpleContentExtension(), parseSimpleContentRestriction(), parseSimpleRestriction(), and parseUnion().

{
    QSourceLocation location;
    location.setLine(lineNumber());
    location.setColumn(columnNumber());
    location.setUri(m_documentURI);

    return location;
}

documentURI()

QUrl XsdSchemaParser::documentURI ( ) const

virtual

Returns the document URI of the schema to parse.

Implements QPatternist::MaintainingReader< XsdSchemaToken, XsdTagScope::Type >.

Definition at line 318 of file qxsdschemaparser.cpp.

{
    return m_documentURI;
}

error()

void XsdSchemaParser::error ( const QString &  msg )

privatevirtual

Used internally to report any kind of parsing error or schema inconsistency.

Definition at line 356 of file qxsdschemaparser.cpp.

Referenced by QPatternist::TagValidationHandler::finalize(), and QPatternist::TagValidationHandler::validate().

{
    MaintainingReader<XsdSchemaToken, XsdTagScope::Type>::error(msg, XsdSchemaContext::XSDError);
}

isAnyAttributeAllowed()

bool XsdSchemaParser::isAnyAttributeAllowed ( ) const

virtual

Reimplemented from MaintainingReader, always returns false.

Implements QPatternist::MaintainingReader< XsdSchemaToken, XsdTagScope::Type >.

Definition at line 323 of file qxsdschemaparser.cpp.

{
    return false;
}

isSchemaTag()

bool XsdSchemaParser::isSchemaTag ( XsdSchemaToken::NodeName  tag, XsdSchemaToken::NodeName  token, XsdSchemaToken::NodeName  namespaceToken  ) const

inlineprivate

Checks whether the given tag is equal to the given token and the given namespaceToken is the XML Schema namespace.

Definition at line 6007 of file qxsdschemaparser.cpp.

Referenced by parse(), parseAll(), parseAlternative(), parseAnnotation(), parseAny(), parseAnyAttribute(), parseAssertion(), parseChoice(), parseComplexContent(), parseComplexContentExtension(), parseComplexContentRestriction(), parseDefaultOpenContent(), parseEnumerationFacet(), parseField(), parseFractionDigitsFacet(), parseGlobalAttribute(), parseGlobalComplexType(), parseGlobalElement(), parseGlobalSimpleType(), parseImport(), parseInclude(), parseKey(), parseKeyRef(), parseLengthFacet(), parseList(), parseLocalAll(), parseLocalAttribute(), parseLocalChoice(), parseLocalComplexType(), parseLocalElement(), parseLocalSequence(), parseLocalSimpleType(), parseMaxExclusiveFacet(), parseMaxInclusiveFacet(), parseMaxLengthFacet(), parseMinExclusiveFacet(), parseMinInclusiveFacet(), parseMinLengthFacet(), parseNamedAttributeGroup(), parseNamedGroup(), parseNotation(), parseOpenContent(), parsePatternFacet(), parseRedefine(), parseReferredAttributeGroup(), parseReferredGroup(), parseSchema(), parseSelector(), parseSequence(), parseSimpleContent(), parseSimpleContentExtension(), parseSimpleContentRestriction(), parseSimpleRestriction(), parseTotalDigitsFacet(), parseUnion(), parseUnique(), and parseWhiteSpaceFacet().

{
    return ((tag == token) && (namespaceToken == XsdSchemaToken::XML_NS_SCHEMA_URI));
}

parse()

bool XsdSchemaParser::parse

(

ParserType

parserType = TopLevelParser

)

Parses the XML schema file.

Returns

true on success, false if the schema is somehow invalid.

Definition at line 328 of file qxsdschemaparser.cpp.

Referenced by QXmlSchemaPrivate::load(), parseImport(), and parseRedefine().

{
    m_componentLocationHash.clear();

    while (!atEnd()) {
        readNext();

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            if (isSchemaTag(XsdSchemaToken::Schema, token, namespaceToken)) {
                parseSchema(parserType);
            } else {
                error(QtXmlPatterns::tr("Document is not a XML schema."));
            }
        }
    }

    m_schemaResolver->addComponentLocationHash(m_componentLocationHash);
    m_schemaResolver->setDefaultOpenContent(m_defaultOpenContent, m_defaultOpenContentAppliesToEmpty);

    if (QXmlStreamReader::error() != QXmlStreamReader::NoError)
        error(errorString());

    return true;
}

parseAll()

XsdModelGroup::Ptr XsdSchemaParser::parseAll ( const NamedSchemaComponent::Ptr &  parent )

private

This method is called for parsing an all object as child of a top-level group object.

Parameters

parent

The schema component the all object is part of.

Definition at line 3594 of file qxsdschemaparser.cpp.

Referenced by parseNamedGroup().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::All, this);

    validateElement(XsdTagScope::All);

    const XsdModelGroup::Ptr modelGroup(new XsdModelGroup());
    modelGroup->setCompositor(XsdModelGroup::AllCompositor);

    validateIdAttribute("all");

    TagValidationHandler tagValidator(XsdTagScope::All, this, NamePool::Ptr(m_namePool));

    XsdParticle::List particles;
    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                modelGroup->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Element, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalElement(particle, parent);
                particle->setTerm(term);

                if (particle->maximumOccursUnbounded() || particle->maximumOccurs() > 1) {
                    error(QtXmlPatterns::tr("%1 attribute of %2 element must be %3 or %4.")
                                           .arg(formatAttribute("maxOccurs"))
                                           .arg(formatElement("all"))
                                           .arg(formatData("0"))
                                           .arg(formatData("1")));
                    return modelGroup;
                }

                particles.append(particle);
            } else {
                parseUnknown();
            }
        }
    }

    modelGroup->setParticles(particles);

    tagValidator.finalize();

    return modelGroup;
}

parseAlternative()

XsdAlternative::Ptr XsdSchemaParser::parseAlternative ( )

private

This method is called for parsing an alternative object inside an element object.

Definition at line 5239 of file qxsdschemaparser.cpp.

Referenced by parseGlobalElement(), and parseLocalElement().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Alternative, this);

    validateElement(XsdTagScope::Alternative);

    const XsdAlternative::Ptr alternative(new XsdAlternative());

    bool hasTypeSpecified = false;

    if (hasAttribute(QString::fromLatin1("test"))) {
        const XsdXPathExpression::Ptr expression = readXPathExpression("alternative");

        const QString test = readXPathAttribute(QString::fromLatin1("test"), XPath20, "alternative");
        expression->setExpression(test);

        alternative->setTest(expression);
    }

    if (hasAttribute(QString::fromLatin1("type"))) {
        const QString type = readQNameAttribute(QString::fromLatin1("type"), "alternative");
        QXmlName typeName;
        convertName(type, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
        m_schemaResolver->addAlternativeType(alternative, typeName, currentSourceLocation()); // add to resolver

        hasTypeSpecified = true;
    }

    validateIdAttribute("alternative");

    TagValidationHandler tagValidator(XsdTagScope::Alternative, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                alternative->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                const XsdSimpleType::Ptr type = parseLocalSimpleType();
                alternative->setType(type);

                // add it to list of anonymous types as well
                addAnonymousType(type);

                hasTypeSpecified = true;
            } else if (isSchemaTag(XsdSchemaToken::ComplexType, token, namespaceToken)) {
                const XsdComplexType::Ptr type = parseLocalComplexType();
                alternative->setType(type);

                // add it to list of anonymous types as well
                addAnonymousType(type);

                hasTypeSpecified = true;
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    if (!hasTypeSpecified) {
        error(QtXmlPatterns::tr("%1 element must have either %2 attribute or %3 or %4 as child element.")
                               .arg(formatElement("alternative"))
                               .arg(formatAttribute("type"))
                               .arg(formatElement("simpleType"))
                               .arg(formatElement("complexType")));
        return alternative;
    }

    return alternative;
}

parseAnnotation()

XsdAnnotation::Ptr XsdSchemaParser::parseAnnotation ( )

private

This method is called for parsing any annotation object everywhere in the schema.

Definition at line 1185 of file qxsdschemaparser.cpp.

Referenced by parseAll(), parseAlternative(), parseAny(), parseAnyAttribute(), parseAssertion(), parseChoice(), parseComplexContent(), parseComplexContentExtension(), parseComplexContentRestriction(), parseDefaultOpenContent(), parseEnumerationFacet(), parseField(), parseFractionDigitsFacet(), parseGlobalAttribute(), parseGlobalComplexType(), parseGlobalElement(), parseGlobalSimpleType(), parseImport(), parseInclude(), parseKey(), parseKeyRef(), parseLengthFacet(), parseList(), parseLocalAll(), parseLocalAttribute(), parseLocalChoice(), parseLocalComplexType(), parseLocalElement(), parseLocalSequence(), parseLocalSimpleType(), parseMaxExclusiveFacet(), parseMaxInclusiveFacet(), parseMaxLengthFacet(), parseMinExclusiveFacet(), parseMinInclusiveFacet(), parseMinLengthFacet(), parseNamedAttributeGroup(), parseNamedGroup(), parseNotation(), parseOpenContent(), parsePatternFacet(), parseRedefine(), parseReferredAttributeGroup(), parseReferredGroup(), parseSchema(), parseSelector(), parseSequence(), parseSimpleContent(), parseSimpleContentExtension(), parseSimpleContentRestriction(), parseSimpleRestriction(), parseTotalDigitsFacet(), parseUnion(), parseUnique(), and parseWhiteSpaceFacet().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Annotation, this);

    validateElement(XsdTagScope::Annotation);

    // parse attributes
    validateIdAttribute("annotation");

    TagValidationHandler tagValidator(XsdTagScope::Annotation, this, NamePool::Ptr(m_namePool));

    const XsdAnnotation::Ptr annotation(new XsdAnnotation());

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Appinfo, token, namespaceToken)) {
                const XsdApplicationInformation::Ptr info = parseAppInfo();
                annotation->addApplicationInformation(info);
            } else if (isSchemaTag(XsdSchemaToken::Documentation, token, namespaceToken)) {
                const XsdDocumentation::Ptr documentation = parseDocumentation();
                annotation->addDocumentation(documentation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return annotation;
}

parseAny()

XsdWildcard::Ptr XsdSchemaParser::parseAny ( const XsdParticle::Ptr &  particle )

private

This method is called for parsing an any object somewhere in the schema.

Parameters

particle

The particle the any object belongs to.

Definition at line 5410 of file qxsdschemaparser.cpp.

Referenced by parseChoice(), parseDefaultOpenContent(), parseLocalChoice(), parseLocalSequence(), parseOpenContent(), and parseSequence().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Any, this);

    validateElement(XsdTagScope::Any);

    const XsdWildcard::Ptr wildcard(new XsdWildcard());

    // parse attributes
    if (!parseMinMaxConstraint(particle, "any")) {
        return wildcard;
    }

    if (hasAttribute(QString::fromLatin1("namespace"))) {
        const QSet<QString> values = readAttribute(QString::fromLatin1("namespace")).split(QLatin1Char(' '), QString::SkipEmptyParts).toSet();
        if ((values.contains(QString::fromLatin1("##any")) || values.contains(QString::fromLatin1("##other"))) && values.count() != 1) {
            error(QtXmlPatterns::tr("%1 attribute of %2 element must contain %3, %4 or a list of URIs.")
                                   .arg(formatAttribute("namespace"))
                                   .arg(formatElement("any"))
                                   .arg(formatData("##any"))
                                   .arg(formatData("##other")));
            return wildcard;
        }

        if (values.contains(QString::fromLatin1("##any"))) {
            wildcard->namespaceConstraint()->setVariety(XsdWildcard::NamespaceConstraint::Any);
        } else if (values.contains(QString::fromLatin1("##other"))) {
            wildcard->namespaceConstraint()->setVariety(XsdWildcard::NamespaceConstraint::Not);
            if (!m_targetNamespace.isEmpty())
                wildcard->namespaceConstraint()->setNamespaces(QSet<QString>() << m_targetNamespace);
            else
                wildcard->namespaceConstraint()->setNamespaces(QSet<QString>() << XsdWildcard::absentNamespace());
        } else {
            wildcard->namespaceConstraint()->setVariety(XsdWildcard::NamespaceConstraint::Enumeration);
            QStringList newValues = values.toList();

            // replace the ##targetNamespace entry
            for (int i = 0; i < newValues.count(); ++i) {
                if (newValues.at(i) == QString::fromLatin1("##targetNamespace")) {
                    if (!m_targetNamespace.isEmpty())
                        newValues[i] = m_targetNamespace;
                    else
                        newValues[i] = XsdWildcard::absentNamespace();
                } else if (newValues.at(i) == QString::fromLatin1("##local")) {
                    newValues[i] = XsdWildcard::absentNamespace();
                }
            }

            // check for invalid URIs
            for (int i = 0; i < newValues.count(); ++i) {
                const QString stringValue = newValues.at(i);
                if (stringValue == XsdWildcard::absentNamespace())
                    continue;

                if (!isValidUri(stringValue)) {
                    attributeContentError("namespace", "any", stringValue, BuiltinTypes::xsAnyURI);
                    return wildcard;
                }
            }

            wildcard->namespaceConstraint()->setNamespaces(newValues.toSet());
        }
    } else {
        wildcard->namespaceConstraint()->setVariety(XsdWildcard::NamespaceConstraint::Any);
    }

    if (hasAttribute(QString::fromLatin1("processContents"))) {
        const QString value = readAttribute(QString::fromLatin1("processContents"));
        if (value != QString::fromLatin1("lax") &&
            value != QString::fromLatin1("skip") &&
            value != QString::fromLatin1("strict")) {
            attributeContentError("processContents", "any", value);
            return wildcard;
        }

        if (value == QString::fromLatin1("lax")) {
            wildcard->setProcessContents(XsdWildcard::Lax);
        } else if (value == QString::fromLatin1("skip")) {
            wildcard->setProcessContents(XsdWildcard::Skip);
        } else if (value == QString::fromLatin1("strict")) {
            wildcard->setProcessContents(XsdWildcard::Strict);
        }
    } else {
        wildcard->setProcessContents(XsdWildcard::Strict);
    }

    validateIdAttribute("any");

    TagValidationHandler tagValidator(XsdTagScope::Any, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                wildcard->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return wildcard;
}

parseAnyAttribute()

XsdWildcard::Ptr XsdSchemaParser::parseAnyAttribute ( )

private

This method is called for parsing an anyAttribute object somewhere in the schema.

Definition at line 5526 of file qxsdschemaparser.cpp.

Referenced by parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalComplexType(), parseLocalComplexType(), parseNamedAttributeGroup(), parseSimpleContentExtension(), and parseSimpleContentRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::AnyAttribute, this);

    validateElement(XsdTagScope::AnyAttribute);

    const XsdWildcard::Ptr wildcard(new XsdWildcard());

    // parse attributes
    if (hasAttribute(QString::fromLatin1("namespace"))) {
        const QSet<QString> values = readAttribute(QString::fromLatin1("namespace")).split(QLatin1Char(' '), QString::SkipEmptyParts).toSet();
        if ((values.contains(QString::fromLatin1("##any")) || values.contains(QString::fromLatin1("##other"))) && values.count() != 1) {
            error(QtXmlPatterns::tr("%1 attribute of %2 element must contain %3, %4 or a list of URIs.")
                                   .arg(formatAttribute("namespace"))
                                   .arg(formatElement("anyAttribute"))
                                   .arg(formatData("##any"))
                                   .arg(formatData("##other")));
            return wildcard;
        }

        if (values.contains(QString::fromLatin1("##any"))) {
            wildcard->namespaceConstraint()->setVariety(XsdWildcard::NamespaceConstraint::Any);
        } else if (values.contains(QString::fromLatin1("##other"))) {
            wildcard->namespaceConstraint()->setVariety(XsdWildcard::NamespaceConstraint::Not);
            if (!m_targetNamespace.isEmpty())
                wildcard->namespaceConstraint()->setNamespaces(QSet<QString>() << m_targetNamespace);
            else
                wildcard->namespaceConstraint()->setNamespaces(QSet<QString>() << XsdWildcard::absentNamespace());
        } else {
            wildcard->namespaceConstraint()->setVariety(XsdWildcard::NamespaceConstraint::Enumeration);
            QStringList newValues = values.toList();

            // replace the ##targetNamespace entry
            for (int i = 0; i < newValues.count(); ++i) {
                if (newValues.at(i) == QString::fromLatin1("##targetNamespace")) {
                    if (!m_targetNamespace.isEmpty())
                        newValues[i] = m_targetNamespace;
                    else
                        newValues[i] = XsdWildcard::absentNamespace();
                } else if (newValues.at(i) == QString::fromLatin1("##local")) {
                    newValues[i] = XsdWildcard::absentNamespace();
                }
            }

            // check for invalid URIs
            for (int i = 0; i < newValues.count(); ++i) {
                const QString stringValue = newValues.at(i);
                if (stringValue == XsdWildcard::absentNamespace())
                    continue;

                if (!isValidUri(stringValue)) {
                    attributeContentError("namespace", "anyAttribute", stringValue, BuiltinTypes::xsAnyURI);
                    return wildcard;
                }
            }

            wildcard->namespaceConstraint()->setNamespaces(newValues.toSet());
        }
    } else {
        wildcard->namespaceConstraint()->setVariety(XsdWildcard::NamespaceConstraint::Any);
    }

    if (hasAttribute(QString::fromLatin1("processContents"))) {
        const QString value = readAttribute(QString::fromLatin1("processContents"));
        if (value != QString::fromLatin1("lax") &&
            value != QString::fromLatin1("skip") &&
            value != QString::fromLatin1("strict")) {
            attributeContentError("processContents", "anyAttribute", value);
            return wildcard;
        }

        if (value == QString::fromLatin1("lax")) {
            wildcard->setProcessContents(XsdWildcard::Lax);
        } else if (value == QString::fromLatin1("skip")) {
            wildcard->setProcessContents(XsdWildcard::Skip);
        } else if (value == QString::fromLatin1("strict")) {
            wildcard->setProcessContents(XsdWildcard::Strict);
        }
    } else {
        wildcard->setProcessContents(XsdWildcard::Strict);
    }

    validateIdAttribute("anyAttribute");

    TagValidationHandler tagValidator(XsdTagScope::AnyAttribute, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                wildcard->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return wildcard;
}

parseAppInfo()

XsdApplicationInformation::Ptr XsdSchemaParser::parseAppInfo ( )

private

This method is called for parsing an appinfo object as child of an annotation object.

Definition at line 1227 of file qxsdschemaparser.cpp.

Referenced by parseAnnotation().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Appinfo, this);

    validateElement(XsdTagScope::AppInfo);

    const XsdApplicationInformation::Ptr info(new XsdApplicationInformation());

    // parse attributes
    if (hasAttribute(QString::fromLatin1("source"))) {
        const QString value = readAttribute(QString::fromLatin1("source"));

        if (!isValidUri(value)) {
            attributeContentError("source", "appinfo", value, BuiltinTypes::xsAnyURI);
            return info;
        }

        if (!value.isEmpty()) {
            const AnyURI::Ptr source = AnyURI::fromLexical(value);
            info->setSource(source);
        }
    }

    while (!atEnd()) { //EVAL: can be anything... what to do?
        readNext();

        if (isEndElement())
            break;

        if (isStartElement())
            parseUnknownDocumentation();
    }

    return info;
}

parseAssertion()

XsdAssertion::Ptr XsdSchemaParser::parseAssertion ( const XsdSchemaToken::NodeName &  nodeName, const XsdTagScope::Type &  tag  )

private

This method is called for parsing an assert object as child of a complexType or parsing a assertion facet object as child of a simpleType.

Parameters

nodeName	Either XsdSchemaToken::Assert or XsdSchemaToken::Assertion.
tag	Either XsdTagScope::Assert or XsdTagScope::Assertion.

Definition at line 3383 of file qxsdschemaparser.cpp.

Referenced by parseAssertionFacet(), parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalComplexType(), parseLocalComplexType(), parseSimpleContentExtension(), and parseSimpleContentRestriction().

{
    const ElementNamespaceHandler namespaceHandler(nodeName, this);

    validateElement(tag);

    const XsdAssertion::Ptr assertion(new XsdAssertion());

    // parse attributes

    const XsdXPathExpression::Ptr expression = readXPathExpression("assertion");
    assertion->setTest(expression);

    const QString test = readXPathAttribute(QString::fromLatin1("test"), XPath20, "assertion");
    expression->setExpression(test);

    validateIdAttribute("assertion");

    TagValidationHandler tagValidator(tag, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                assertion->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return assertion;
}

parseAssertionFacet()

XsdFacet::Ptr XsdSchemaParser::parseAssertionFacet ( )

private

This method is called for parsing an assertion object as child of a restriction object.

Definition at line 2548 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    // this is just a wrapper function around the parseAssertion() method

    const XsdAssertion::Ptr assertion = parseAssertion(XsdSchemaToken::Assertion, XsdTagScope::Assertion);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::Assertion);
    facet->setAssertions(XsdAssertion::List() << assertion);

    return facet;
}

parseChoice()

XsdModelGroup::Ptr XsdSchemaParser::parseChoice ( const NamedSchemaComponent::Ptr &  parent )

private

This method is called for parsing a choice object as child of a top-level group object.

Parameters

parent

The schema component the choice object is part of.

Definition at line 3728 of file qxsdschemaparser.cpp.

Referenced by parseNamedGroup().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Choice, this);

    validateElement(XsdTagScope::Choice);

    const XsdModelGroup::Ptr modelGroup(new XsdModelGroup());
    modelGroup->setCompositor(XsdModelGroup::ChoiceCompositor);

    validateIdAttribute("choice");

    XsdParticle::List particles;

    TagValidationHandler tagValidator(XsdTagScope::Choice, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                modelGroup->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Element, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalElement(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseReferredGroup(particle);
                m_schemaResolver->addAllGroupCheck(term);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Choice, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalChoice(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Sequence, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalSequence(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Any, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseAny(particle);
                particle->setTerm(term);
                particles.append(particle);
            } else {
                parseUnknown();
            }
        }
    }

    modelGroup->setParticles(particles);

    tagValidator.finalize();

    return modelGroup;
}

parseComplexContent()

void XsdSchemaParser::parseComplexContent ( const XsdComplexType::Ptr &  complexType, bool *  mixed  )

private

This method is called for parsing a complexContent object as child of a complexType object.

Parameters

complexType	The complex type the complex content belongs to.
mixed	The output parameter for the mixed value.

Definition at line 3155 of file qxsdschemaparser.cpp.

Referenced by parseGlobalComplexType(), and parseLocalComplexType().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::ComplexContent, this);

    validateElement(XsdTagScope::ComplexContent);

    complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("mixed"))) {
        const QString mixedStr = readAttribute(QString::fromLatin1("mixed"));

        const Boolean::Ptr value = Boolean::fromLexical(mixedStr);
        if (value->hasError()) {
            attributeContentError("mixed", "complexType", mixedStr, BuiltinTypes::xsBoolean);
            return;
        }

        *mixed = value->as<Boolean>()->value();
    } else {
        *mixed = false;
    }

    validateIdAttribute("complexContent");

    TagValidationHandler tagValidator(XsdTagScope::ComplexContent, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                complexType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Restriction, token, namespaceToken)) {
                parseComplexContentRestriction(complexType);
            } else if (isSchemaTag(XsdSchemaToken::Extension, token, namespaceToken)) {
                parseComplexContentExtension(complexType);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();
}

parseComplexContentExtension()

void XsdSchemaParser::parseComplexContentExtension ( const XsdComplexType::Ptr &  complexType )

private

This method is called for parsing an extension object as child of a complexContent object.

Definition at line 3296 of file qxsdschemaparser.cpp.

Referenced by parseComplexContent().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Extension, this);

    validateElement(XsdTagScope::ComplexContentExtension);

    complexType->setDerivationMethod(XsdComplexType::DerivationExtension);

    // parse attributes
    const QString baseType = readQNameAttribute(QString::fromLatin1("base"), "extension");
    QXmlName typeName;
    convertName(baseType, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
    m_schemaResolver->addComplexBaseType(complexType, typeName, currentSourceLocation()); // add to resolver

    validateIdAttribute("extension");

    TagValidationHandler tagValidator(XsdTagScope::ComplexContentExtension, this, NamePool::Ptr(m_namePool));

    bool hasContent = false;
    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                complexType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::OpenContent, token, namespaceToken)) {
                const XsdComplexType::OpenContent::Ptr openContent = parseOpenContent();
                complexType->contentType()->setOpenContent(openContent);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseReferredGroup(particle);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::All, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalAll(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Choice, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalChoice(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Sequence, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalSequence(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Attribute, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseLocalAttribute(complexType);
                complexType->addAttributeUse(attributeUse);
            } else if (isSchemaTag(XsdSchemaToken::AttributeGroup, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseReferredAttributeGroup();
                complexType->addAttributeUse(attributeUse);
            } else if (isSchemaTag(XsdSchemaToken::AnyAttribute, token, namespaceToken)) {
                const XsdWildcard::Ptr wildcard = parseAnyAttribute();
                complexType->setAttributeWildcard(wildcard);
            } else if (isSchemaTag(XsdSchemaToken::Assert, token, namespaceToken)) {
                const XsdAssertion::Ptr assertion = parseAssertion(XsdSchemaToken::Assert, XsdTagScope::Assert);
                complexType->addAssertion(assertion);
            } else {
                parseUnknown();
            }
        }
    }

    if (!hasContent)
        complexType->contentType()->setVariety(XsdComplexType::ContentType::Empty);

    tagValidator.finalize();
}

parseComplexContentRestriction()

void XsdSchemaParser::parseComplexContentRestriction ( const XsdComplexType::Ptr &  complexType )

private

This method is called for parsing a restriction object as child of a complexContent object.

Definition at line 3210 of file qxsdschemaparser.cpp.

Referenced by parseComplexContent().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Restriction, this);

    validateElement(XsdTagScope::ComplexContentRestriction);

    complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);

    // parse attributes
    const QString baseType = readQNameAttribute(QString::fromLatin1("base"), "restriction");
    QXmlName typeName;
    convertName(baseType, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
    m_schemaResolver->addComplexBaseType(complexType, typeName, currentSourceLocation()); // add to resolver

    validateIdAttribute("restriction");

    TagValidationHandler tagValidator(XsdTagScope::ComplexContentRestriction, this, NamePool::Ptr(m_namePool));

    bool hasContent = false;
    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                complexType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::OpenContent, token, namespaceToken)) {
                const XsdComplexType::OpenContent::Ptr openContent = parseOpenContent();
                complexType->contentType()->setOpenContent(openContent);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseReferredGroup(particle);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::All, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalAll(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Choice, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalChoice(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Sequence, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalSequence(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);
                hasContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Attribute, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseLocalAttribute(complexType);
                complexType->addAttributeUse(attributeUse);
            } else if (isSchemaTag(XsdSchemaToken::AttributeGroup, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseReferredAttributeGroup();
                complexType->addAttributeUse(attributeUse);
            } else if (isSchemaTag(XsdSchemaToken::AnyAttribute, token, namespaceToken)) {
                const XsdWildcard::Ptr wildcard = parseAnyAttribute();
                complexType->setAttributeWildcard(wildcard);
            } else if (isSchemaTag(XsdSchemaToken::Assert, token, namespaceToken)) {
                const XsdAssertion::Ptr assertion = parseAssertion(XsdSchemaToken::Assert, XsdTagScope::Assert);
                complexType->addAssertion(assertion);
            } else {
                parseUnknown();
            }
        }
    }

    if (!hasContent)
        complexType->contentType()->setVariety(XsdComplexType::ContentType::Empty);

    tagValidator.finalize();
}

parseDefaultOpenContent()

void XsdSchemaParser::parseDefaultOpenContent ( )

private

This method is called for parsing a defaultOpenContent object.

Definition at line 1309 of file qxsdschemaparser.cpp.

Referenced by parseSchema().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::DefaultOpenContent, this);

    validateElement(XsdTagScope::DefaultOpenContent);

    m_defaultOpenContent = XsdComplexType::OpenContent::Ptr(new XsdComplexType::OpenContent());

    if (hasAttribute(QString::fromLatin1("appliesToEmpty"))) {
        const QString value = readAttribute(QString::fromLatin1("appliesToEmpty"));
        const Boolean::Ptr appliesToEmpty = Boolean::fromLexical(value);
        if (appliesToEmpty->hasError()) {
            attributeContentError("appliesToEmpty", "defaultOpenContent", value, BuiltinTypes::xsBoolean);
            return;
        }

        m_defaultOpenContentAppliesToEmpty = appliesToEmpty->as<Boolean>()->value();
    } else {
        m_defaultOpenContentAppliesToEmpty = false;
    }

    if (hasAttribute(QString::fromLatin1("mode"))) {
        const QString mode = readAttribute(QString::fromLatin1("mode"));

        if (mode == QString::fromLatin1("interleave")) {
            m_defaultOpenContent->setMode(XsdComplexType::OpenContent::Interleave);
        } else if (mode == QString::fromLatin1("suffix")) {
            m_defaultOpenContent->setMode(XsdComplexType::OpenContent::Suffix);
        } else {
            attributeContentError("mode", "defaultOpenContent", mode);
            return;
        }
    } else {
        m_defaultOpenContent->setMode(XsdComplexType::OpenContent::Interleave);
    }

    validateIdAttribute("defaultOpenContent");

    TagValidationHandler tagValidator(XsdTagScope::DefaultOpenContent, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                m_defaultOpenContent->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Any, token, namespaceToken)) {
                const XsdParticle::Ptr particle;
                const XsdWildcard::Ptr wildcard = parseAny(particle);
                m_defaultOpenContent->setWildcard(wildcard);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();
}

parseDocumentation()

XsdDocumentation::Ptr XsdSchemaParser::parseDocumentation ( )

private

This method is called for parsing a documentation object as child of an annotation object.

Definition at line 1263 of file qxsdschemaparser.cpp.

Referenced by parseAnnotation().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Documentation, this);

    validateElement(XsdTagScope::Documentation);

    const XsdDocumentation::Ptr documentation(new XsdDocumentation());

    // parse attributes
    if (hasAttribute(QString::fromLatin1("source"))) {
        const QString value = readAttribute(QString::fromLatin1("source"));

        if (!isValidUri(value)) {
            attributeContentError("source", "documentation", value, BuiltinTypes::xsAnyURI);
            return documentation;
        }

        if (!value.isEmpty()) {
            const AnyURI::Ptr source = AnyURI::fromLexical(value);
            documentation->setSource(source);
        }
    }

    if (hasAttribute(CommonNamespaces::XML, QString::fromLatin1("lang"))) {
        const QString value = readAttribute(QString::fromLatin1("lang"), CommonNamespaces::XML);

        const QRegExp exp(QString::fromLatin1("[a-zA-Z]{1,8}(-[a-zA-Z0-9]{1,8})*"));
        if (!exp.exactMatch(value)) {
            attributeContentError("xml:lang", "documentation", value);
            return documentation;
        }
    }

    while (!atEnd()) { //EVAL: can by any... what to do?
        readNext();

        if (isEndElement())
            break;

        if (isStartElement())
            parseUnknownDocumentation();
    }

    return documentation;
}

parseEnumerationFacet()

XsdFacet::Ptr XsdSchemaParser::parseEnumerationFacet ( )

private

This method is called for parsing an enumeration object as child of a restriction object.

Definition at line 2368 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Enumeration, this);

    validateElement(XsdTagScope::EnumerationFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::Enumeration);

    // parse attributes
    facet->setFixed(false); // not defined in schema, but can't hurt

    const QString value = readAttribute(QString::fromLatin1("value"));

    // as enumeration can have a value of type anySimpleType, we just read
    // the string here and store it for later intepretation
    DerivedString<TypeString>::Ptr string = DerivedString<TypeString>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (string->hasError()) {
        attributeContentError("value", "enumeration", value);
        return facet;
    } else {
        AtomicValue::List multiValue;
        multiValue << string;
        facet->setMultiValue(multiValue);
    }
    m_schemaResolver->addEnumerationFacetValue(string, m_namespaceSupport);

    validateIdAttribute("enumeration");

    TagValidationHandler tagValidator(XsdTagScope::EnumerationFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseField()

void XsdSchemaParser::parseField ( const XsdIdentityConstraint::Ptr &  ptr )

private

This method is called for parsing a field object as child of an unique object, key object or keyref object,

Parameters

ptr	The identity constraint it belongs to.

Definition at line 5197 of file qxsdschemaparser.cpp.

Referenced by parseKey(), parseKeyRef(), and parseUnique().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Field, this);

    validateElement(XsdTagScope::Field);

    // parse attributes
    const XsdXPathExpression::Ptr expression = readXPathExpression("field");

    const QString xpath = readXPathAttribute(QString::fromLatin1("xpath"), XPathField, "field");
    expression->setExpression(xpath);

    ptr->addField(expression);

    validateIdAttribute("field");

    TagValidationHandler tagValidator(XsdTagScope::Field, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                expression->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();
}

parseFractionDigitsFacet()

XsdFacet::Ptr XsdSchemaParser::parseFractionDigitsFacet ( )

private

This method is called for parsing a fractionDigits object as child of a restriction object.

Definition at line 2120 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::FractionDigits, this);

    validateElement(XsdTagScope::FractionDigitsFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::FractionDigits);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "fractionDigits", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedInteger<TypeNonNegativeInteger>::Ptr integer = DerivedInteger<TypeNonNegativeInteger>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (integer->hasError()) {
        attributeContentError("value", "fractionDigits", value, BuiltinTypes::xsNonNegativeInteger);
        return facet;
    } else {
        facet->setValue(integer);
    }

    validateIdAttribute("fractionDigits");

    TagValidationHandler tagValidator(XsdTagScope::FractionDigitsFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseGlobalAttribute()

XsdAttribute::Ptr XsdSchemaParser::parseGlobalAttribute ( )

private

This method is called for parsing any top-level attribute object.

Definition at line 4014 of file qxsdschemaparser.cpp.

Referenced by parseSchema().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Attribute, this);

    validateElement(XsdTagScope::GlobalAttribute);

    const XsdAttribute::Ptr attribute(new XsdAttribute());
    attribute->setScope(XsdAttribute::Scope::Ptr(new XsdAttribute::Scope()));
    attribute->scope()->setVariety(XsdAttribute::Scope::Global);

    if (hasAttribute(QString::fromLatin1("default")) && hasAttribute(QString::fromLatin1("fixed"))) {
        error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                               .arg(formatElement("attribute"))
                               .arg(formatAttribute("default"))
                               .arg(formatAttribute("fixed")));
        return attribute;
    }

    // parse attributes
    if (hasAttribute(QString::fromLatin1("default"))) {
        const QString value = readAttribute(QString::fromLatin1("default"));
        attribute->setValueConstraint(XsdAttribute::ValueConstraint::Ptr(new XsdAttribute::ValueConstraint()));
        attribute->valueConstraint()->setVariety(XsdAttribute::ValueConstraint::Default);
        attribute->valueConstraint()->setValue(value);
    } else if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        attribute->setValueConstraint(XsdAttribute::ValueConstraint::Ptr(new XsdAttribute::ValueConstraint()));
        attribute->valueConstraint()->setVariety(XsdAttribute::ValueConstraint::Fixed);
        attribute->valueConstraint()->setValue(value);
    }

    const QXmlName objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("attribute"));
    if ((objectName.namespaceURI() == StandardNamespaces::xsi) &&
        (m_namePool->stringForLocalName(objectName.localName()) != QString::fromLatin1("type")) &&
        (m_namePool->stringForLocalName(objectName.localName()) != QString::fromLatin1("nil")) &&
        (m_namePool->stringForLocalName(objectName.localName()) != QString::fromLatin1("schemaLocation")) &&
        (m_namePool->stringForLocalName(objectName.localName()) != QString::fromLatin1("noNamespaceSchemaLocation"))) {

        error(QtXmlPatterns::tr("Content of %1 attribute of %2 element must not be from namespace %3.")
                               .arg(formatAttribute("name"))
                               .arg(formatElement("attribute"))
                               .arg(formatURI(CommonNamespaces::XSI)));
        return attribute;
    }
    if (m_namePool->stringForLocalName(objectName.localName()) == QString::fromLatin1("xmlns")) {
        error(QtXmlPatterns::tr("%1 attribute of %2 element must not be %3.")
                               .arg(formatAttribute("name"))
                               .arg(formatElement("attribute"))
                               .arg(formatData("xmlns")));
        return attribute;
    }
    attribute->setName(objectName);

    bool hasTypeAttribute = false;
    bool hasTypeSpecified = false;

    if (hasAttribute(QString::fromLatin1("type"))) {
        hasTypeAttribute = true;

        const QString type = readQNameAttribute(QString::fromLatin1("type"), "attribute");
        QXmlName typeName;
        convertName(type, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
        m_schemaResolver->addAttributeType(attribute, typeName, currentSourceLocation()); // add to resolver
        hasTypeSpecified = true;
    }

    validateIdAttribute("attribute");

    TagValidationHandler tagValidator(XsdTagScope::GlobalAttribute, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                attribute->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                if (hasTypeAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("attribute"))
                                           .arg(formatElement("simpleType"))
                                           .arg(formatAttribute("type")));
                    break;
                }

                const XsdSimpleType::Ptr type = parseLocalSimpleType();
                type->setContext(attribute);
                attribute->setType(type);
                hasTypeSpecified = true;

                // add it to list of anonymous types as well
                addAnonymousType(type);
            } else {
                parseUnknown();
            }
        }
    }

    if (!hasTypeSpecified) {
        attribute->setType(BuiltinTypes::xsAnySimpleType); // default value
        return attribute;
    }

    tagValidator.finalize();

    return attribute;
}

parseGlobalComplexType()

XsdComplexType::Ptr XsdSchemaParser::parseGlobalComplexType ( )

private

This method is called for parsing any top-level complexType object.

Definition at line 2561 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::ComplexType, this);

    validateElement(XsdTagScope::GlobalComplexType);

    bool hasTypeSpecified = false;
    bool hasComplexContent = false;

    const XsdComplexType::Ptr complexType(new XsdComplexType());

    // parse attributes
    if (hasAttribute(QString::fromLatin1("abstract"))) {
        const QString abstract = readAttribute(QString::fromLatin1("abstract"));

        const Boolean::Ptr value = Boolean::fromLexical(abstract);
        if (value->hasError()) {
            attributeContentError("abstract", "complexType", abstract, BuiltinTypes::xsBoolean);
            return complexType;
        }

        complexType->setIsAbstract(value->as<Boolean>()->value());
    } else {
        complexType->setIsAbstract(false);  // default value
    }

    complexType->setProhibitedSubstitutions(readBlockingConstraintAttribute(NamedSchemaComponent::ExtensionConstraint | NamedSchemaComponent::RestrictionConstraint, "complexType"));
    complexType->setDerivationConstraints(readDerivationConstraintAttribute(SchemaType::ExtensionConstraint | SchemaType::RestrictionConstraint, "complexType"));

    const QXmlName objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("complexType"));
    complexType->setName(objectName);

    bool effectiveMixed = false;
    if (hasAttribute(QString::fromLatin1("mixed"))) {
        const QString mixed = readAttribute(QString::fromLatin1("mixed"));

        const Boolean::Ptr value = Boolean::fromLexical(mixed);
        if (value->hasError()) {
            attributeContentError("mixed", "complexType", mixed, BuiltinTypes::xsBoolean);
            return complexType;
        }

        effectiveMixed = value->as<Boolean>()->value();
    }

    validateIdAttribute("complexType");

    TagValidationHandler tagValidator(XsdTagScope::GlobalComplexType, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                complexType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleContent, token, namespaceToken)) {
                if (effectiveMixed) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                            .arg(formatElement("complexType"))
                                            .arg(formatElement("simpleContent"))
                                            .arg(formatAttribute("mixed")));
                    return complexType;
                }

                parseSimpleContent(complexType);
                hasTypeSpecified = true;
            } else if (isSchemaTag(XsdSchemaToken::ComplexContent, token, namespaceToken)) {
                bool mixed;
                parseComplexContent(complexType, &mixed);
                hasTypeSpecified = true;

                effectiveMixed = (effectiveMixed || mixed);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::OpenContent, token, namespaceToken)) {
                const XsdComplexType::OpenContent::Ptr openContent = parseOpenContent();
                complexType->contentType()->setOpenContent(openContent);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseReferredGroup(particle);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::All, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalAll(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Choice, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalChoice(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Sequence, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalSequence(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Attribute, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseLocalAttribute(complexType);
                complexType->addAttributeUse(attributeUse);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::AttributeGroup, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseReferredAttributeGroup();
                complexType->addAttributeUse(attributeUse);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::AnyAttribute, token, namespaceToken)) {
                const XsdWildcard::Ptr wildcard = parseAnyAttribute();
                complexType->setAttributeWildcard(wildcard);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Assert, token, namespaceToken)) {
                const XsdAssertion::Ptr assertion = parseAssertion(XsdSchemaToken::Assert, XsdTagScope::Assert);
                complexType->addAssertion(assertion);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    if (!hasTypeSpecified) {
        complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
        complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
        hasComplexContent = true;
    }

    if (hasComplexContent == true) {
        resolveComplexContentType(complexType, effectiveMixed);
    }

    return complexType;
}

parseGlobalElement()

XsdElement::Ptr XsdSchemaParser::parseGlobalElement ( )

private

This method is called for parsing any top-level element object.

Definition at line 4471 of file qxsdschemaparser.cpp.

Referenced by parseSchema().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Element, this);

    validateElement(XsdTagScope::GlobalElement);

    const XsdElement::Ptr element(new XsdElement());
    element->setScope(XsdElement::Scope::Ptr(new XsdElement::Scope()));
    element->scope()->setVariety(XsdElement::Scope::Global);

    bool hasTypeAttribute = false;
    bool hasTypeSpecified = false;
    bool hasSubstitutionGroup = false;

    // parse attributes
    const QXmlName objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("element"));
    element->setName(objectName);

    if (hasAttribute(QString::fromLatin1("abstract"))) {
        const QString abstract = readAttribute(QString::fromLatin1("abstract"));

        const Boolean::Ptr value = Boolean::fromLexical(abstract);
        if (value->hasError()) {
            attributeContentError("abstract", "element", abstract, BuiltinTypes::xsBoolean);
            return element;
        }

        element->setIsAbstract(value->as<Boolean>()->value());
    } else {
        element->setIsAbstract(false); // the default value
    }

    if (hasAttribute(QString::fromLatin1("default")) && hasAttribute(QString::fromLatin1("fixed"))) {
        error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                               .arg(formatElement("element"))
                               .arg(formatAttribute("default"))
                               .arg(formatAttribute("fixed")));
        return element;
    }

    if (hasAttribute(QString::fromLatin1("default"))) {
        const QString value = readAttribute(QString::fromLatin1("default"));
        element->setValueConstraint(XsdElement::ValueConstraint::Ptr(new XsdElement::ValueConstraint()));
        element->valueConstraint()->setVariety(XsdElement::ValueConstraint::Default);
        element->valueConstraint()->setValue(value);
    } else if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        element->setValueConstraint(XsdElement::ValueConstraint::Ptr(new XsdElement::ValueConstraint()));
        element->valueConstraint()->setVariety(XsdElement::ValueConstraint::Fixed);
        element->valueConstraint()->setValue(value);
    }

    element->setDisallowedSubstitutions(readBlockingConstraintAttribute(NamedSchemaComponent::ExtensionConstraint | NamedSchemaComponent::RestrictionConstraint | NamedSchemaComponent::SubstitutionConstraint, "element"));
    element->setSubstitutionGroupExclusions(readDerivationConstraintAttribute(SchemaType::ExtensionConstraint | SchemaType::RestrictionConstraint, "element"));

    if (hasAttribute(QString::fromLatin1("nillable"))) {
        const QString nillable = readAttribute(QString::fromLatin1("nillable"));

        const Boolean::Ptr value = Boolean::fromLexical(nillable);
        if (value->hasError()) {
            attributeContentError("nillable", "element", nillable, BuiltinTypes::xsBoolean);
            return element;
        }

        element->setIsNillable(value->as<Boolean>()->value());
    } else {
        element->setIsNillable(false); // the default value
    }

    if (hasAttribute(QString::fromLatin1("type"))) {
        const QString type = readQNameAttribute(QString::fromLatin1("type"), "element");
        QXmlName typeName;
        convertName(type, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
        m_schemaResolver->addElementType(element, typeName, currentSourceLocation()); // add to resolver

        hasTypeAttribute = true;
        hasTypeSpecified = true;
    }

    if (hasAttribute(QString::fromLatin1("substitutionGroup"))) {
        QList<QXmlName> elementNames;

        const QString value = readAttribute(QString::fromLatin1("substitutionGroup"));
        const QStringList substitutionGroups = value.split(QLatin1Char(' '), QString::SkipEmptyParts);
        if (substitutionGroups.isEmpty()) {
            attributeContentError("substitutionGroup", "element", value, BuiltinTypes::xsQName);
            return element;
        }

        for (int i = 0; i < substitutionGroups.count(); ++i) {
            const QString value = substitutionGroups.at(i).simplified();
            if (!XPathHelper::isQName(value)) {
                attributeContentError("substitutionGroup", "element", value, BuiltinTypes::xsQName);
                return element;
            }

            QXmlName elementName;
            convertName(value, NamespaceSupport::ElementName, elementName); // translate qualified name into QXmlName
            elementNames.append(elementName);
        }

        m_schemaResolver->addSubstitutionGroupAffiliation(element, elementNames, currentSourceLocation()); // add to resolver

        hasSubstitutionGroup = true;
    }

    validateIdAttribute("element");

    XsdAlternative::List alternatives;

    TagValidationHandler tagValidator(XsdTagScope::GlobalElement, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                element->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                if (hasTypeAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("simpleType"))
                                           .arg(formatAttribute("type")));
                    return element;
                }

                const XsdSimpleType::Ptr type = parseLocalSimpleType();
                type->setContext(element);
                element->setType(type);

                // add it to list of anonymous types as well
                addAnonymousType(type);

                hasTypeSpecified = true;
            } else if (isSchemaTag(XsdSchemaToken::ComplexType, token, namespaceToken)) {
                if (hasTypeAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("complexType"))
                                           .arg(formatAttribute("type")));
                    return element;
                }

                const XsdComplexType::Ptr type = parseLocalComplexType();
                type->setContext(element);
                element->setType(type);

                // add it to list of anonymous types as well
                addAnonymousType(type);

                hasTypeSpecified = true;
            } else if (isSchemaTag(XsdSchemaToken::Alternative, token, namespaceToken)) {
                const XsdAlternative::Ptr alternative = parseAlternative();
                alternatives.append(alternative);
            } else if (isSchemaTag(XsdSchemaToken::Unique, token, namespaceToken)) {
                const XsdIdentityConstraint::Ptr constraint = parseUnique();
                element->addIdentityConstraint(constraint);
            } else if (isSchemaTag(XsdSchemaToken::Key, token, namespaceToken)) {
                const XsdIdentityConstraint::Ptr constraint = parseKey();
                element->addIdentityConstraint(constraint);
            } else if (isSchemaTag(XsdSchemaToken::Keyref, token, namespaceToken)) {
                const XsdIdentityConstraint::Ptr constraint = parseKeyRef(element);
                element->addIdentityConstraint(constraint);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    if (!hasTypeSpecified) {
        if (hasSubstitutionGroup)
            m_schemaResolver->addSubstitutionGroupType(element);
        else
            element->setType(BuiltinTypes::xsAnyType);
    }

    if (!alternatives.isEmpty()) {
        element->setTypeTable(XsdElement::TypeTable::Ptr(new XsdElement::TypeTable()));

        for (int i = 0; i < alternatives.count(); ++i) {
            if (alternatives.at(i)->test())
                element->typeTable()->addAlternative(alternatives.at(i));

            if (i == (alternatives.count() - 1)) { // the final one
                if (!alternatives.at(i)->test()) {
                    element->typeTable()->setDefaultTypeDefinition(alternatives.at(i));
                } else {
                    const XsdAlternative::Ptr alternative(new XsdAlternative());
                    if (element->type())
                        alternative->setType(element->type());
                    else
                        m_schemaResolver->addAlternativeType(alternative, element); // add to resolver

                    element->typeTable()->setDefaultTypeDefinition(alternative);
                }
            }
        }
    }

    return element;
}

parseGlobalSimpleType()

XsdSimpleType::Ptr XsdSchemaParser::parseGlobalSimpleType ( )

private

This method is called for parsing any top-level simpleType object.

Definition at line 1377 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::SimpleType, this);

    validateElement(XsdTagScope::GlobalSimpleType);

    const XsdSimpleType::Ptr simpleType(new XsdSimpleType());
    simpleType->setCategory(XsdSimpleType::SimpleTypeAtomic); // just to make sure it's not invalid

    // parse attributes
    const SchemaType::DerivationConstraints allowedConstraints(SchemaType::ExtensionConstraint | SchemaType::RestrictionConstraint | SchemaType::ListConstraint | SchemaType::UnionConstraint);
    simpleType->setDerivationConstraints(readDerivationConstraintAttribute(allowedConstraints, "simpleType"));

    const QXmlName objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("simpleType"));
    simpleType->setName(objectName);

    validateIdAttribute("simpleType");

    TagValidationHandler tagValidator(XsdTagScope::GlobalSimpleType, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                simpleType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Restriction, token, namespaceToken)) {
                parseSimpleRestriction(simpleType);
            } else if (isSchemaTag(XsdSchemaToken::List, token, namespaceToken)) {
                parseList(simpleType);
            } else if (isSchemaTag(XsdSchemaToken::Union, token, namespaceToken)) {
                parseUnion(simpleType);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return simpleType;
}

parseImport()

void XsdSchemaParser::parseImport ( )

private

This method is called for parsing any top-level import object.

Definition at line 652 of file qxsdschemaparser.cpp.

Referenced by parseSchema().

{
    Q_ASSERT(isStartElement() && XsdSchemaToken::toToken(name()) == XsdSchemaToken::Import &&
                                 XsdSchemaToken::toToken(namespaceUri()) == XsdSchemaToken::XML_NS_SCHEMA_URI);

    validateElement(XsdTagScope::Import);

    // parse attributes
    QString importNamespace;
    if (hasAttribute(QString::fromLatin1("namespace"))) {
        importNamespace = readAttribute(QString::fromLatin1("namespace"));
        if (importNamespace == m_targetNamespace) {
            error(QtXmlPatterns::tr("%1 element is not allowed to have the same %2 attribute value as the target namespace %3.")
                                   .arg(formatElement("import"))
                                   .arg(formatAttribute("namespace"))
                                   .arg(formatURI(m_targetNamespace)));
            return;
        }
    } else {
        if (m_targetNamespace.isEmpty()) {
            error(QtXmlPatterns::tr("%1 element without %2 attribute is not allowed inside schema without target namespace.")
                                   .arg(formatElement("import"))
                                   .arg(formatAttribute("namespace")));
            return;
        }
    }

    if (hasAttribute(QString::fromLatin1("schemaLocation"))) {
        const QString schemaLocation = readAttribute(QString::fromLatin1("schemaLocation"));

        QUrl url(schemaLocation);
        if (url.isRelative()) {
            Q_ASSERT(m_documentURI.isValid());

            url = m_documentURI.resolved(url);
        }

        if (m_importedSchemas.contains(url)) {
            // we have imported that file already, according to the schema spec we are
            // allowed to silently skip it.
        } else {
            m_importedSchemas.insert(url);

            // as it is possible that well known schemas (e.g. XSD for XML) are only referenced by
            // namespace we should add it as well
            m_importedSchemas.insert(importNamespace);

            AutoPtr<QNetworkReply> reply(AccelTreeResourceLoader::load(url, m_context->networkAccessManager(),
                                                                       XsdSchemaContext::Ptr(m_context), AccelTreeResourceLoader::ContinueOnError));
            if (reply) {
                // parse the included schema by a different parser but with the same context
                XsdSchemaParser parser(XsdSchemaContext::Ptr(m_context), XsdSchemaParserContext::Ptr(m_parserContext), reply.data());
                parser.setDocumentURI(url);
                parser.setTargetNamespace(importNamespace);
                parser.setIncludedSchemas(m_includedSchemas);
                parser.setImportedSchemas(m_importedSchemas);
                parser.setRedefinedSchemas(m_redefinedSchemas);
                if (!parser.parse(XsdSchemaParser::ImportParser)) {
                    return;
                } else {
                    // add indirectly loaded schemas to the list of already loaded ones
                    addIncludedSchemas(parser.m_includedSchemas);
                    addImportedSchemas(parser.m_importedSchemas);
                    addRedefinedSchemas(parser.m_redefinedSchemas);
                }
            }
        }
    } else {
        // check whether it is a known namespace we have a builtin schema for
        if (!importNamespace.isEmpty()) {
            if (!m_importedSchemas.contains(importNamespace)) {
                m_importedSchemas.insert(importNamespace);

                QFile file(QString::fromLatin1(":") + importNamespace);
                if (file.open(QIODevice::ReadOnly)) {
                    XsdSchemaParser parser(XsdSchemaContext::Ptr(m_context), XsdSchemaParserContext::Ptr(m_parserContext), &file);
                    parser.setDocumentURI(importNamespace);
                    parser.setTargetNamespace(importNamespace);
                    parser.setIncludedSchemas(m_includedSchemas);
                    parser.setImportedSchemas(m_importedSchemas);
                    parser.setRedefinedSchemas(m_redefinedSchemas);
                    if (!parser.parse(XsdSchemaParser::ImportParser)) {
                        return;
                    } else {
                        // add indirectly loaded schemas to the list of already loaded ones
                        addIncludedSchemas(parser.m_includedSchemas);
                        addImportedSchemas(parser.m_importedSchemas);
                        addRedefinedSchemas(parser.m_redefinedSchemas);
                    }
                }
            }
        } else {
            // we don't import anything... that is valid according to the schema
        }
    }

    validateIdAttribute("import");

    TagValidationHandler tagValidator(XsdTagScope::Import, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                m_schema->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();
}

parseInclude()

void XsdSchemaParser::parseInclude ( )

private

This method is called for parsing any top-level include object.

Definition at line 580 of file qxsdschemaparser.cpp.

Referenced by parseSchema().

{
    Q_ASSERT(isStartElement() && XsdSchemaToken::toToken(name()) == XsdSchemaToken::Include &&
                                 XsdSchemaToken::toToken(namespaceUri()) == XsdSchemaToken::XML_NS_SCHEMA_URI);

    validateElement(XsdTagScope::Include);

    // parse attributes
    const QString schemaLocation = readAttribute(QString::fromLatin1("schemaLocation"));

    QUrl url(schemaLocation);
    if (url.isRelative()) {
        Q_ASSERT(m_documentURI.isValid());

        url = m_documentURI.resolved(url);
    }

    if (m_includedSchemas.contains(url)) {
        // we have included that file already, according to the schema spec we are
        // allowed to silently skip it.
    } else {
        m_includedSchemas.insert(url);

        const AutoPtr<QNetworkReply> reply(AccelTreeResourceLoader::load(url, m_context->networkAccessManager(),
                                                                         XsdSchemaContext::Ptr(m_context), AccelTreeResourceLoader::ContinueOnError));
        if (reply) {
            // parse the included schema by a different parser but with the same context
            XsdSchemaParser parser(XsdSchemaContext::Ptr(m_context), XsdSchemaParserContext::Ptr(m_parserContext), reply.data());
            parser.setDocumentURI(url);
            parser.setTargetNamespaceExtended(m_targetNamespace);
            parser.setIncludedSchemas(m_includedSchemas);
            parser.setImportedSchemas(m_importedSchemas);
            parser.setRedefinedSchemas(m_redefinedSchemas);
            if (!parser.parse(XsdSchemaParser::IncludeParser)) {
                return;
            } else {
                // add indirectly loaded schemas to the list of already loaded ones
                addIncludedSchemas(parser.m_includedSchemas);
                addImportedSchemas(parser.m_importedSchemas);
                addRedefinedSchemas(parser.m_redefinedSchemas);
            }
        }
    }

    validateIdAttribute("include");

    TagValidationHandler tagValidator(XsdTagScope::Include, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                m_schema->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();
}

parseKey()

XsdIdentityConstraint::Ptr XsdSchemaParser::parseKey ( )

private

This method is called for parsing a key object as child of an element object.

Definition at line 5050 of file qxsdschemaparser.cpp.

Referenced by parseGlobalElement(), and parseLocalElement().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Key, this);

    validateElement(XsdTagScope::Key);

    const XsdIdentityConstraint::Ptr constraint(new XsdIdentityConstraint());
    constraint->setCategory(XsdIdentityConstraint::Key);

    // parse attributes
    const QXmlName objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("key"));
    constraint->setName(objectName);

    validateIdAttribute("key");

    TagValidationHandler tagValidator(XsdTagScope::Key, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                constraint->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Selector, token, namespaceToken)) {
                parseSelector(constraint);
            } else if (isSchemaTag(XsdSchemaToken::Field, token, namespaceToken)) {
                parseField(constraint);
            } else {
                parseUnknown();
            }
        }
    }

    // add constraint to schema for further checking
    addIdentityConstraint(constraint);

    tagValidator.finalize();

    return constraint;
}

parseKeyRef()

XsdIdentityConstraint::Ptr XsdSchemaParser::parseKeyRef ( const XsdElement::Ptr &  element )

private

This method is called for parsing a keyref object as child of an element object.

Definition at line 5100 of file qxsdschemaparser.cpp.

Referenced by parseGlobalElement(), and parseLocalElement().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Keyref, this);

    validateElement(XsdTagScope::KeyRef);

    const XsdIdentityConstraint::Ptr constraint(new XsdIdentityConstraint());
    constraint->setCategory(XsdIdentityConstraint::KeyReference);

    // parse attributes
    const QXmlName objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("keyref"));
    constraint->setName(objectName);

    const QString refer = readQNameAttribute(QString::fromLatin1("refer"), "keyref");
    QXmlName referenceName;
    convertName(refer, NamespaceSupport::ElementName, referenceName); // translate qualified name into QXmlName
    m_schemaResolver->addKeyReference(element, constraint, referenceName, currentSourceLocation()); // add to resolver

    validateIdAttribute("keyref");

    TagValidationHandler tagValidator(XsdTagScope::KeyRef, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                constraint->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Selector, token, namespaceToken)) {
                parseSelector(constraint);
            } else if (isSchemaTag(XsdSchemaToken::Field, token, namespaceToken)) {
                parseField(constraint);
            } else {
                parseUnknown();
            }
        }
    }

    // add constraint to schema for further checking
    addIdentityConstraint(constraint);

    tagValidator.finalize();

    return constraint;
}

parseLengthFacet()

XsdFacet::Ptr XsdSchemaParser::parseLengthFacet ( )

private

This method is called for parsing a length object as child of a restriction object.

Definition at line 2182 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Length, this);

    validateElement(XsdTagScope::LengthFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::Length);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "length", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedInteger<TypeNonNegativeInteger>::Ptr integer = DerivedInteger<TypeNonNegativeInteger>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (integer->hasError()) {
        attributeContentError("value", "length", value, BuiltinTypes::xsNonNegativeInteger);
        return facet;
    } else {
        facet->setValue(integer);
    }

    validateIdAttribute("length");

    TagValidationHandler tagValidator(XsdTagScope::LengthFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseList()

void XsdSchemaParser::parseList ( const XsdSimpleType::Ptr &  ptr )

private

This method is called for parsing a list object as child of a simpleType object.

Definition at line 1635 of file qxsdschemaparser.cpp.

Referenced by parseGlobalSimpleType(), and parseLocalSimpleType().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::List, this);

    validateElement(XsdTagScope::List);

    ptr->setCategory(XsdSimpleType::SimpleTypeList);
    ptr->setDerivationMethod(XsdSimpleType::DerivationList);
    ptr->setWxsSuperType(BuiltinTypes::xsAnySimpleType);

    // The itemType attribute and simpleType member are mutually exclusive,
    // so we keep track of that
    bool hasItemTypeAttribute = false;
    bool hasItemTypeSpecified = false;

    if (hasAttribute(QString::fromLatin1("itemType"))) {
        const QString itemType = readQNameAttribute(QString::fromLatin1("itemType"), "list");
        QXmlName typeName;
        convertName(itemType, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
        m_schemaResolver->addSimpleListType(ptr, typeName, currentSourceLocation()); // add to resolver

        hasItemTypeAttribute = true;
        hasItemTypeSpecified = true;
    }

    validateIdAttribute("list");

    TagValidationHandler tagValidator(XsdTagScope::List, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                ptr->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                if (hasItemTypeAttribute) {
                    error(QtXmlPatterns::tr("%1 element is not allowed inside %2 element if %3 attribute is present.")
                                           .arg(formatElement("simpleType"))
                                           .arg(formatElement("list"))
                                           .arg(formatAttribute("itemType")));
                    return;
                }

                const XsdSimpleType::Ptr type = parseLocalSimpleType();
                type->setContext(ptr);
                ptr->setItemType(type);

                hasItemTypeSpecified = true;

                // add it to list of anonymous types as well
                addAnonymousType(type);
            } else {
                parseUnknown();
            }
        }
    }

    if (!hasItemTypeSpecified) {
        error(QtXmlPatterns::tr("%1 element has neither %2 attribute nor %3 child element.")
                               .arg(formatElement("list"))
                               .arg(formatAttribute("itemType"))
                               .arg(formatElement("simpleType")));
        return;
    }

    tagValidator.finalize();

    // add the default white space facet that every simple type with list derivation has
    const XsdFacet::Ptr defaultFacet(new XsdFacet());
    defaultFacet->setType(XsdFacet::WhiteSpace);
    defaultFacet->setFixed(true);
    defaultFacet->setValue(DerivedString<TypeString>::fromLexical(NamePool::Ptr(m_namePool), XsdSchemaToken::toString(XsdSchemaToken::Collapse)));
    XsdFacet::Hash facets;
    facets.insert(defaultFacet->type(), defaultFacet);
    ptr->setFacets(facets);
}

parseLocalAll()

XsdModelGroup::Ptr XsdSchemaParser::parseLocalAll ( const XsdParticle::Ptr &  particle, const NamedSchemaComponent::Ptr &  parent  )

private

This method is called for parsing an all object as descendant of a complexType object.

Parameters

particle	The particle the all object belongs to.
parent	The schema component the all object is part of.

Definition at line 3651 of file qxsdschemaparser.cpp.

Referenced by parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalComplexType(), and parseLocalComplexType().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::All, this);

    validateElement(XsdTagScope::LocalAll);

    const XsdModelGroup::Ptr modelGroup(new XsdModelGroup());
    modelGroup->setCompositor(XsdModelGroup::AllCompositor);

    // parse attributes
    if (!parseMinMaxConstraint(particle, "all")) {
        return modelGroup;
    }
    if (particle->maximumOccursUnbounded() || particle->maximumOccurs() != 1) {
        error(QtXmlPatterns::tr("%1 attribute of %2 element must have a value of %3.")
                               .arg(formatAttribute("maxOccurs"))
                               .arg(formatElement("all"))
                               .arg(formatData("1")));
        return modelGroup;
    }
    if (particle->minimumOccurs() != 0 && particle->minimumOccurs() != 1) {
        error(QtXmlPatterns::tr("%1 attribute of %2 element must have a value of %3 or %4.")
                               .arg(formatAttribute("minOccurs"))
                               .arg(formatElement("all"))
                               .arg(formatData("0"))
                               .arg(formatData("1")));
        return modelGroup;
    }

    validateIdAttribute("all");

    TagValidationHandler tagValidator(XsdTagScope::LocalAll, this, NamePool::Ptr(m_namePool));

    XsdParticle::List particles;
    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                modelGroup->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Element, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalElement(particle, parent);
                particle->setTerm(term);

                if (particle->maximumOccursUnbounded() || particle->maximumOccurs() > 1) {
                    error(QtXmlPatterns::tr("%1 attribute of %2 element must have a value of %3 or %4.")
                                           .arg(formatAttribute("maxOccurs"))
                                           .arg(formatElement("all"))
                                           .arg(formatData("0"))
                                           .arg(formatData("1")));
                    return modelGroup;
                }

                particles.append(particle);
            } else {
                parseUnknown();
            }
        }
    }

    modelGroup->setParticles(particles);

    tagValidator.finalize();

    return modelGroup;
}

parseLocalAttribute()

XsdAttributeUse::Ptr XsdSchemaParser::parseLocalAttribute ( const NamedSchemaComponent::Ptr &  parent )

private

This method is called for parsing any non-top-level attribute object as a descendant of a complexType object or an attributeGroup object.

Parameters

parent

The parent component the attribute object is part of.

Definition at line 4131 of file qxsdschemaparser.cpp.

Referenced by parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalComplexType(), parseLocalComplexType(), parseNamedAttributeGroup(), parseSimpleContentExtension(), and parseSimpleContentRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Attribute, this);

    validateElement(XsdTagScope::LocalAttribute);

    bool hasRefAttribute = false;
    bool hasTypeAttribute = false;
    bool hasTypeSpecified = false;

    XsdAttributeUse::Ptr attributeUse;
    if (hasAttribute(QString::fromLatin1("ref"))) {
        const XsdAttributeReference::Ptr reference = XsdAttributeReference::Ptr(new XsdAttributeReference());
        reference->setType(XsdAttributeReference::AttributeUse);
        reference->setSourceLocation(currentSourceLocation());

        attributeUse = reference;
        hasRefAttribute = true;
    } else {
        attributeUse = XsdAttributeUse::Ptr(new XsdAttributeUse());
    }

    if (hasAttribute(QString::fromLatin1("default")) && hasAttribute(QString::fromLatin1("fixed"))) {
        error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                               .arg(formatElement("attribute"))
                               .arg(formatAttribute("default"))
                               .arg(formatAttribute("fixed")));
        return attributeUse;
    }

    if (hasRefAttribute) {
        if (hasAttribute(QString::fromLatin1("form"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("attribute"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("form")));
            return attributeUse;
        }
        if (hasAttribute(QString::fromLatin1("name"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("attribute"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("name")));
            return attributeUse;
        }
        if (hasAttribute(QString::fromLatin1("type"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("attribute"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("type")));
            return attributeUse;
        }
    }

    // parse attributes

    // default, fixed and use are handled by both, attribute use and attribute reference
    if (hasAttribute(QString::fromLatin1("default"))) {
        const QString value = readAttribute(QString::fromLatin1("default"));
        attributeUse->setValueConstraint(XsdAttributeUse::ValueConstraint::Ptr(new XsdAttributeUse::ValueConstraint()));
        attributeUse->valueConstraint()->setVariety(XsdAttributeUse::ValueConstraint::Default);
        attributeUse->valueConstraint()->setValue(value);
    } else if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        attributeUse->setValueConstraint(XsdAttributeUse::ValueConstraint::Ptr(new XsdAttributeUse::ValueConstraint()));
        attributeUse->valueConstraint()->setVariety(XsdAttributeUse::ValueConstraint::Fixed);
        attributeUse->valueConstraint()->setValue(value);
    }

    if (hasAttribute(QString::fromLatin1("use"))) {
        const QString value = readAttribute(QString::fromLatin1("use"));
        if (value != QString::fromLatin1("optional") &&
            value != QString::fromLatin1("prohibited") &&
            value != QString::fromLatin1("required")) {
            attributeContentError("use", "attribute", value);
            return attributeUse;
        }

        if (value == QString::fromLatin1("optional"))
            attributeUse->setUseType(XsdAttributeUse::OptionalUse);
        else if (value == QString::fromLatin1("prohibited"))
            attributeUse->setUseType(XsdAttributeUse::ProhibitedUse);
        else if (value == QString::fromLatin1("required"))
            attributeUse->setUseType(XsdAttributeUse::RequiredUse);

        if (attributeUse->valueConstraint() && attributeUse->valueConstraint()->variety() == XsdAttributeUse::ValueConstraint::Default && value != QString::fromLatin1("optional")) {
            error(QtXmlPatterns::tr("%1 attribute of %2 element must have the value %3 because the %4 attribute is set.")
                                   .arg(formatAttribute("use"))
                                   .arg(formatElement("attribute"))
                                   .arg(formatData("optional"))
                                   .arg(formatElement("default")));
            return attributeUse;
        }
    }

    const XsdAttribute::Ptr attribute(new XsdAttribute());

    attributeUse->setAttribute(attribute);
    m_componentLocationHash.insert(attribute, currentSourceLocation());

    attribute->setScope(XsdAttribute::Scope::Ptr(new XsdAttribute::Scope()));
    attribute->scope()->setVariety(XsdAttribute::Scope::Local);
    attribute->scope()->setParent(parent);

    // now make a difference between attribute reference and attribute use
    if (hasRefAttribute) {
        const QString reference = readQNameAttribute(QString::fromLatin1("ref"), "attribute");
        QXmlName referenceName;
        convertName(reference, NamespaceSupport::ElementName, referenceName);   // translate qualified name into QXmlName

        const XsdAttributeReference::Ptr attributeReference = attributeUse;
        attributeReference->setReferenceName(referenceName);
    } else {
        if (hasAttribute(QString::fromLatin1("name"))) {
            const QString attributeName = readNameAttribute("attribute");

            QXmlName objectName;
            if (hasAttribute(QString::fromLatin1("form"))) {
                const QString value = readAttribute(QString::fromLatin1("form"));
                if (value != QString::fromLatin1("qualified") && value != QString::fromLatin1("unqualified")) {
                    attributeContentError("form", "attribute", value);
                    return attributeUse;
                }

                if (value == QString::fromLatin1("qualified")) {
                    objectName = m_namePool->allocateQName(m_targetNamespace, attributeName);
                } else {
                    objectName = m_namePool->allocateQName(QString(), attributeName);
                }
            } else {
                if (m_attributeFormDefault == QString::fromLatin1("qualified")) {
                    objectName = m_namePool->allocateQName(m_targetNamespace, attributeName);
                } else {
                    objectName = m_namePool->allocateQName(QString(), attributeName);
                }
            }

            if ((objectName.namespaceURI() == StandardNamespaces::xsi) &&
                (m_namePool->stringForLocalName(objectName.localName()) != QString::fromLatin1("type")) &&
                (m_namePool->stringForLocalName(objectName.localName()) != QString::fromLatin1("nil")) &&
                (m_namePool->stringForLocalName(objectName.localName()) != QString::fromLatin1("schemaLocation")) &&
                (m_namePool->stringForLocalName(objectName.localName()) != QString::fromLatin1("noNamespaceSchemaLocation"))) {

                error(QtXmlPatterns::tr("Content of %1 attribute of %2 element must not be from namespace %3.")
                                       .arg(formatAttribute("name"))
                                       .arg(formatElement("attribute"))
                                       .arg(formatURI(CommonNamespaces::XSI)));
                return attributeUse;
            }
            if (m_namePool->stringForLocalName(objectName.localName()) == QString::fromLatin1("xmlns")) {
                error(QtXmlPatterns::tr("%1 attribute of %2 element must not be %3.")
                                       .arg(formatAttribute("name"))
                                       .arg(formatElement("attribute"))
                                       .arg(formatData("xmlns")));
                return attributeUse;
            }

            attribute->setName(objectName);
        }

        if (hasAttribute(QString::fromLatin1("type"))) {
            hasTypeAttribute = true;

            const QString type = readQNameAttribute(QString::fromLatin1("type"), "attribute");
            QXmlName typeName;
            convertName(type, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
            m_schemaResolver->addAttributeType(attribute, typeName, currentSourceLocation()); // add to resolver
            hasTypeSpecified = true;
        }

        if (attributeUse->valueConstraint()) {
            //TODO: check whether assigning the value constraint of the attribute use to the attribute is correct
            if (!attribute->valueConstraint())
                attribute->setValueConstraint(XsdAttribute::ValueConstraint::Ptr(new XsdAttribute::ValueConstraint()));

            attribute->valueConstraint()->setVariety((XsdAttribute::ValueConstraint::Variety)attributeUse->valueConstraint()->variety());
            attribute->valueConstraint()->setValue(attributeUse->valueConstraint()->value());
            attribute->valueConstraint()->setLexicalForm(attributeUse->valueConstraint()->lexicalForm());
        }
    }

    validateIdAttribute("attribute");

    TagValidationHandler tagValidator(XsdTagScope::LocalAttribute, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                attribute->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                if (hasTypeAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("attribute"))
                                           .arg(formatElement("simpleType"))
                                           .arg(formatAttribute("type")));
                    break;
                }
                if (hasRefAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("attribute"))
                                           .arg(formatElement("simpleType"))
                                           .arg(formatAttribute("ref")));
                    break;
                }

                const XsdSimpleType::Ptr type = parseLocalSimpleType();
                type->setContext(attribute);
                attribute->setType(type);
                hasTypeSpecified = true;

                // add it to list of anonymous types as well
                addAnonymousType(type);
            } else {
                parseUnknown();
            }
        }
    }

    if (!hasTypeSpecified) {
        attribute->setType(BuiltinTypes::xsAnySimpleType); // default value
    }

    tagValidator.finalize();

    return attributeUse;
}

parseLocalChoice()

XsdModelGroup::Ptr XsdSchemaParser::parseLocalChoice ( const XsdParticle::Ptr &  particle, const NamedSchemaComponent::Ptr &  parent  )

private

This method is called for parsing a choice object as descendant of a complexType object or a choice object.

Parameters

particle	The particle the choice object belongs to.
parent	The schema component the choice object is part of.

Definition at line 3797 of file qxsdschemaparser.cpp.

Referenced by parseChoice(), parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalComplexType(), parseLocalComplexType(), parseLocalSequence(), and parseSequence().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Choice, this);

    validateElement(XsdTagScope::LocalChoice);

    const XsdModelGroup::Ptr modelGroup(new XsdModelGroup());
    modelGroup->setCompositor(XsdModelGroup::ChoiceCompositor);

    // parse attributes
    if (!parseMinMaxConstraint(particle, "choice")) {
        return modelGroup;
    }

    validateIdAttribute("choice");

    XsdParticle::List particles;

    TagValidationHandler tagValidator(XsdTagScope::LocalChoice, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                modelGroup->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Element, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalElement(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseReferredGroup(particle);
                m_schemaResolver->addAllGroupCheck(term);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Choice, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalChoice(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Sequence, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalSequence(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Any, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseAny(particle);
                particle->setTerm(term);
                particles.append(particle);
            } else {
                parseUnknown();
            }
        }
    }

    modelGroup->setParticles(particles);

    tagValidator.finalize();

    return modelGroup;
}

parseLocalComplexType()

XsdComplexType::Ptr XsdSchemaParser::parseLocalComplexType ( )

private

This method is called for parsing any complexType object as descendant of an element object.

Definition at line 2735 of file qxsdschemaparser.cpp.

Referenced by parseAlternative(), parseGlobalElement(), and parseLocalElement().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::ComplexType, this);

    validateElement(XsdTagScope::LocalComplexType);

    bool hasTypeSpecified = false;
    bool hasComplexContent = true;

    const XsdComplexType::Ptr complexType(new XsdComplexType());
    complexType->setName(m_parserContext->createAnonymousName(m_targetNamespace));

    // parse attributes
    bool effectiveMixed = false;
    if (hasAttribute(QString::fromLatin1("mixed"))) {
        const QString mixed = readAttribute(QString::fromLatin1("mixed"));

        const Boolean::Ptr value = Boolean::fromLexical(mixed);
        if (value->hasError()) {
            attributeContentError("mixed", "complexType", mixed, BuiltinTypes::xsBoolean);
            return complexType;
        }

        effectiveMixed = value->as<Boolean>()->value();
    }

    validateIdAttribute("complexType");

    TagValidationHandler tagValidator(XsdTagScope::LocalComplexType, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                complexType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleContent, token, namespaceToken)) {
                parseSimpleContent(complexType);
                hasTypeSpecified = true;
            } else if (isSchemaTag(XsdSchemaToken::ComplexContent, token, namespaceToken)) {
                bool mixed;
                parseComplexContent(complexType, &mixed);
                hasTypeSpecified = true;

                effectiveMixed = (effectiveMixed || mixed);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::OpenContent, token, namespaceToken)) {
                const XsdComplexType::OpenContent::Ptr openContent = parseOpenContent();
                complexType->contentType()->setOpenContent(openContent);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseReferredGroup(particle);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::All, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalAll(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Choice, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalChoice(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Sequence, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalSequence(particle, complexType);
                particle->setTerm(term);
                complexType->contentType()->setParticle(particle);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Attribute, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseLocalAttribute(complexType);
                complexType->addAttributeUse(attributeUse);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::AttributeGroup, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseReferredAttributeGroup();
                complexType->addAttributeUse(attributeUse);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::AnyAttribute, token, namespaceToken)) {
                const XsdWildcard::Ptr wildcard = parseAnyAttribute();
                complexType->setAttributeWildcard(wildcard);

                complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
                complexType->contentType()->setVariety(XsdComplexType::ContentType::ElementOnly);
                complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
                hasComplexContent = true;
            } else if (isSchemaTag(XsdSchemaToken::Assert, token, namespaceToken)) {
                const XsdAssertion::Ptr assertion = parseAssertion(XsdSchemaToken::Assert, XsdTagScope::Assert);
                complexType->addAssertion(assertion);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    if (!hasTypeSpecified) {
        complexType->setWxsSuperType(BuiltinTypes::xsAnyType);
        complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);
        hasComplexContent = true;
    }

    if (hasComplexContent == true) {
        resolveComplexContentType(complexType, effectiveMixed);
    }

    return complexType;
}

parseLocalElement()

XsdTerm::Ptr XsdSchemaParser::parseLocalElement ( const XsdParticle::Ptr &  particle, const NamedSchemaComponent::Ptr &  parent  )

private

This method is called for parsing any non-top-level element object as a descendant of a complexType object or a group object.

Parameters

particle	The particle the element object belongs to.
parent	The parent component the element object is part of.

Definition at line 4685 of file qxsdschemaparser.cpp.

Referenced by parseAll(), parseChoice(), parseLocalAll(), parseLocalChoice(), parseLocalSequence(), and parseSequence().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Element, this);

    validateElement(XsdTagScope::LocalElement);

    bool hasRefAttribute = false;
    bool hasTypeAttribute = false;
    bool hasTypeSpecified = false;

    XsdTerm::Ptr term;
    XsdElement::Ptr element;
    if (hasAttribute(QString::fromLatin1("ref"))) {
        term = XsdReference::Ptr(new XsdReference());
        hasRefAttribute = true;
    } else {
        term = XsdElement::Ptr(new XsdElement());
        element = term;
    }

    if (hasRefAttribute) {
        if (hasAttribute(QString::fromLatin1("name"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("element"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("name")));
            return term;
        } else if (hasAttribute(QString::fromLatin1("block"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("element"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("block")));
            return term;
        } else if (hasAttribute(QString::fromLatin1("nillable"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("element"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("nillable")));
            return term;
        } else if (hasAttribute(QString::fromLatin1("default"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("element"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("default")));
            return term;
        } else if (hasAttribute(QString::fromLatin1("fixed"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("element"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("fixed")));
            return term;
        } else if (hasAttribute(QString::fromLatin1("form"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("element"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("form")));
            return term;
        } else if (hasAttribute(QString::fromLatin1("type"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("element"))
                                   .arg(formatAttribute("ref"))
                                   .arg(formatAttribute("type")));
            return term;
        }
    }

    // parse attributes
    if (!parseMinMaxConstraint(particle, "element")) {
        return element;
    }

    if (!hasAttribute(QString::fromLatin1("name")) && !hasAttribute(QString::fromLatin1("ref"))) {
        error(QtXmlPatterns::tr("%1 element must have either %2 or %3 attribute.")
                               .arg(formatElement("element"))
                               .arg(formatAttribute("name"))
                               .arg(formatAttribute("ref")));
        return element;
    }

    if (hasRefAttribute) {
        const QString ref = readQNameAttribute(QString::fromLatin1("ref"), "element");
        QXmlName referenceName;
        convertName(ref, NamespaceSupport::ElementName, referenceName); // translate qualified name into QXmlName

        const XsdReference::Ptr reference = term;
        reference->setReferenceName(referenceName);
        reference->setType(XsdReference::Element);
        reference->setSourceLocation(currentSourceLocation());
    } else {
        element->setScope(XsdElement::Scope::Ptr(new XsdElement::Scope()));
        element->scope()->setVariety(XsdElement::Scope::Local);
        element->scope()->setParent(parent);

        if (hasAttribute(QString::fromLatin1("name"))) {
            const QString elementName = readNameAttribute("element");

            QXmlName objectName;
            if (hasAttribute(QString::fromLatin1("form"))) {
                const QString value = readAttribute(QString::fromLatin1("form"));
                if (value != QString::fromLatin1("qualified") && value != QString::fromLatin1("unqualified")) {
                    attributeContentError("form", "element", value);
                    return element;
                }

                if (value == QString::fromLatin1("qualified")) {
                    objectName = m_namePool->allocateQName(m_targetNamespace, elementName);
                } else {
                    objectName = m_namePool->allocateQName(QString(), elementName);
                }
            } else {
                if (m_elementFormDefault == QString::fromLatin1("qualified")) {
                    objectName = m_namePool->allocateQName(m_targetNamespace, elementName);
                } else {
                    objectName = m_namePool->allocateQName(QString(), elementName);
                }
            }

            element->setName(objectName);
        }

        if (hasAttribute(QString::fromLatin1("nillable"))) {
            const QString nillable = readAttribute(QString::fromLatin1("nillable"));

            const Boolean::Ptr value = Boolean::fromLexical(nillable);
            if (value->hasError()) {
                attributeContentError("nillable", "element", nillable, BuiltinTypes::xsBoolean);
                return term;
            }

            element->setIsNillable(value->as<Boolean>()->value());
        } else {
            element->setIsNillable(false); // the default value
        }

        if (hasAttribute(QString::fromLatin1("default")) && hasAttribute(QString::fromLatin1("fixed"))) {
            error(QtXmlPatterns::tr("%1 element must not have %2 and %3 attribute together.")
                                   .arg(formatElement("element"))
                                   .arg(formatAttribute("default"))
                                   .arg(formatAttribute("fixed")));
            return element;
        }

        if (hasAttribute(QString::fromLatin1("default"))) {
            const QString value = readAttribute(QString::fromLatin1("default"));
            element->setValueConstraint(XsdElement::ValueConstraint::Ptr(new XsdElement::ValueConstraint()));
            element->valueConstraint()->setVariety(XsdElement::ValueConstraint::Default);
            element->valueConstraint()->setValue(value);
        } else if (hasAttribute(QString::fromLatin1("fixed"))) {
            const QString value = readAttribute(QString::fromLatin1("fixed"));
            element->setValueConstraint(XsdElement::ValueConstraint::Ptr(new XsdElement::ValueConstraint()));
            element->valueConstraint()->setVariety(XsdElement::ValueConstraint::Fixed);
            element->valueConstraint()->setValue(value);
        }

        if (hasAttribute(QString::fromLatin1("type"))) {
            const QString type = readQNameAttribute(QString::fromLatin1("type"), "element");
            QXmlName typeName;
            convertName(type, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
            m_schemaResolver->addElementType(element, typeName, currentSourceLocation()); // add to resolver

            hasTypeAttribute = true;
            hasTypeSpecified = true;
        }

        element->setDisallowedSubstitutions(readBlockingConstraintAttribute(NamedSchemaComponent::ExtensionConstraint | NamedSchemaComponent::RestrictionConstraint | NamedSchemaComponent::SubstitutionConstraint, "element"));
    }

    validateIdAttribute("element");

    XsdAlternative::List alternatives;

    TagValidationHandler tagValidator(XsdTagScope::LocalElement, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                term->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                if (hasRefAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("simpleType"))
                                           .arg(formatAttribute("ref")));
                    return term;
                } else if (hasTypeAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("simpleType"))
                                           .arg(formatAttribute("type")));
                    return term;
                }

                const XsdSimpleType::Ptr type = parseLocalSimpleType();
                type->setContext(element);
                element->setType(type);

                // add it to list of anonymous types as well
                addAnonymousType(type);

                hasTypeSpecified = true;
            } else if (isSchemaTag(XsdSchemaToken::ComplexType, token, namespaceToken)) {
                if (hasRefAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("complexType"))
                                           .arg(formatAttribute("ref")));
                    return term;
                } else if (hasTypeAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("complexType"))
                                           .arg(formatAttribute("type")));
                    return term;
                }

                const XsdComplexType::Ptr type = parseLocalComplexType();
                type->setContext(element);
                element->setType(type);

                // add it to list of anonymous types as well
                addAnonymousType(type);

                hasTypeSpecified = true;
            } else if (isSchemaTag(XsdSchemaToken::Alternative, token, namespaceToken)) {
                if (hasRefAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("alternative"))
                                           .arg(formatAttribute("ref")));
                    return term;
                }

                const XsdAlternative::Ptr alternative = parseAlternative();
                alternatives.append(alternative);
            } else if (isSchemaTag(XsdSchemaToken::Unique, token, namespaceToken)) {
                if (hasRefAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("unique"))
                                           .arg(formatAttribute("ref")));
                    return term;
                }

                const XsdIdentityConstraint::Ptr constraint = parseUnique();
                element->addIdentityConstraint(constraint);
            } else if (isSchemaTag(XsdSchemaToken::Key, token, namespaceToken)) {
                if (hasRefAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("key"))
                                           .arg(formatAttribute("ref")));
                    return term;
                }

                const XsdIdentityConstraint::Ptr constraint = parseKey();
                element->addIdentityConstraint(constraint);
            } else if (isSchemaTag(XsdSchemaToken::Keyref, token, namespaceToken)) {
                if (hasRefAttribute) {
                    error(QtXmlPatterns::tr("%1 element with %2 child element must not have a %3 attribute.")
                                           .arg(formatElement("element"))
                                           .arg(formatElement("keyref"))
                                           .arg(formatAttribute("ref")));
                    return term;
                }

                const XsdIdentityConstraint::Ptr constraint = parseKeyRef(element);
                element->addIdentityConstraint(constraint);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    if (!hasTypeSpecified && !hasRefAttribute)
        element->setType(BuiltinTypes::xsAnyType);

    if (!hasRefAttribute && !alternatives.isEmpty()) {
        element->setTypeTable(XsdElement::TypeTable::Ptr(new XsdElement::TypeTable()));

        for (int i = 0; i < alternatives.count(); ++i) {
            if (alternatives.at(i)->test())
                element->typeTable()->addAlternative(alternatives.at(i));

            if (i == (alternatives.count() - 1)) { // the final one
                if (!alternatives.at(i)->test()) {
                    element->typeTable()->setDefaultTypeDefinition(alternatives.at(i));
                } else {
                    const XsdAlternative::Ptr alternative(new XsdAlternative());
                    if (element->type())
                        alternative->setType(element->type());
                    else
                        m_schemaResolver->addAlternativeType(alternative, element); // add to resolver

                    element->typeTable()->setDefaultTypeDefinition(alternative);
                }
            }
        }
    }

    return term;
}

parseLocalSequence()

XsdModelGroup::Ptr XsdSchemaParser::parseLocalSequence ( const XsdParticle::Ptr &  particle, const NamedSchemaComponent::Ptr &  parent  )

private

This method is called for parsing a sequence object as descendant of a complexType object or a sequence object.

Parameters

particle	The particle the sequence object belongs to.
parent	The schema component the sequence object is part of.

Definition at line 3940 of file qxsdschemaparser.cpp.

Referenced by parseChoice(), parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalComplexType(), parseLocalChoice(), parseLocalComplexType(), and parseSequence().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Sequence, this);

    validateElement(XsdTagScope::LocalSequence);

    const XsdModelGroup::Ptr modelGroup(new XsdModelGroup());
    modelGroup->setCompositor(XsdModelGroup::SequenceCompositor);

    // parse attributes
    if (!parseMinMaxConstraint(particle, "sequence")) {
        return modelGroup;
    }

    validateIdAttribute("sequence");

    XsdParticle::List particles;

    TagValidationHandler tagValidator(XsdTagScope::LocalSequence, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                modelGroup->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Element, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalElement(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseReferredGroup(particle);
                m_schemaResolver->addAllGroupCheck(term);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Choice, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalChoice(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Sequence, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalSequence(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Any, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseAny(particle);
                particle->setTerm(term);
                particles.append(particle);
            } else {
                parseUnknown();
            }
        }
    }

    modelGroup->setParticles(particles);

    tagValidator.finalize();

    return modelGroup;
}

parseLocalSimpleType()

XsdSimpleType::Ptr XsdSchemaParser::parseLocalSimpleType ( )

private

This method is called for parsing any simpleType object as descendant of an element or complexType object.

Definition at line 1429 of file qxsdschemaparser.cpp.

Referenced by parseAlternative(), parseGlobalAttribute(), parseGlobalElement(), parseList(), parseLocalAttribute(), parseLocalElement(), parseSimpleContentRestriction(), parseSimpleRestriction(), and parseUnion().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::SimpleType, this);

    validateElement(XsdTagScope::LocalSimpleType);

    const XsdSimpleType::Ptr simpleType(new XsdSimpleType());
    simpleType->setCategory(XsdSimpleType::SimpleTypeAtomic); // just to make sure it's not invalid
    simpleType->setName(m_parserContext->createAnonymousName(m_targetNamespace));

    validateIdAttribute("simpleType");

    TagValidationHandler tagValidator(XsdTagScope::LocalSimpleType, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                simpleType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Restriction, token, namespaceToken)) {
                parseSimpleRestriction(simpleType);
            } else if (isSchemaTag(XsdSchemaToken::List, token, namespaceToken)) {
                parseList(simpleType);
            } else if (isSchemaTag(XsdSchemaToken::Union, token, namespaceToken)) {
                parseUnion(simpleType);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return simpleType;
}

parseMaxExclusiveFacet()

XsdFacet::Ptr XsdSchemaParser::parseMaxExclusiveFacet ( )

private

This method is called for parsing a maxExclusive object as child of a restriction object.

Definition at line 1930 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::MaxExclusive, this);

    validateElement(XsdTagScope::MaxExclusiveFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::MaximumExclusive);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "maxExclusive", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    // as maxExclusive can have a value of type anySimpleType, we just read
    // the string here and store it for later intepretation
    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedString<TypeString>::Ptr string = DerivedString<TypeString>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (string->hasError()) {
        attributeContentError("value", "maxExclusive", value, BuiltinTypes::xsAnySimpleType);
        return facet;
    } else {
        facet->setValue(string);
    }

    validateIdAttribute("maxExclusive");

    TagValidationHandler tagValidator(XsdTagScope::MaxExclusiveFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseMaxInclusiveFacet()

XsdFacet::Ptr XsdSchemaParser::parseMaxInclusiveFacet ( )

private

This method is called for parsing a maxInclusive object as child of a restriction object.

Definition at line 1994 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::MaxInclusive, this);

    validateElement(XsdTagScope::MaxInclusiveFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::MaximumInclusive);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "maxInclusive", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    // as maxInclusive can have a value of type anySimpleType, we just read
    // the string here and store it for later intepretation
    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedString<TypeString>::Ptr string = DerivedString<TypeString>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (string->hasError()) {
        attributeContentError("value", "maxInclusive", value, BuiltinTypes::xsAnySimpleType);
        return facet;
    } else {
        facet->setValue(string);
    }

    validateIdAttribute("maxInclusive");

    TagValidationHandler tagValidator(XsdTagScope::MaxInclusiveFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseMaxLengthFacet()

XsdFacet::Ptr XsdSchemaParser::parseMaxLengthFacet ( )

private

This method is called for parsing a maxLength object as child of a restriction object.

Definition at line 2306 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::MaxLength, this);

    validateElement(XsdTagScope::MaxLengthFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::MaximumLength);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "maxLength", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedInteger<TypeNonNegativeInteger>::Ptr integer = DerivedInteger<TypeNonNegativeInteger>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (integer->hasError()) {
        attributeContentError("value", "maxLength", value, BuiltinTypes::xsNonNegativeInteger);
        return facet;
    } else {
        facet->setValue(integer);
    }

    validateIdAttribute("maxLength");

    TagValidationHandler tagValidator(XsdTagScope::MaxLengthFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseMinExclusiveFacet()

XsdFacet::Ptr XsdSchemaParser::parseMinExclusiveFacet ( )

private

This method is called for parsing a minExclusive object as child of a restriction object.

Definition at line 1802 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::MinExclusive, this);

    validateElement(XsdTagScope::MinExclusiveFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::MinimumExclusive);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "minExclusive", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    // as minExclusive can have a value of type anySimpleType, we just read
    // the string here and store it for later intepretation
    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedString<TypeString>::Ptr string = DerivedString<TypeString>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (string->hasError()) {
        attributeContentError("value", "minExclusive", value, BuiltinTypes::xsAnySimpleType);
        return facet;
    } else {
        facet->setValue(string);
    }

    validateIdAttribute("minExclusive");

    TagValidationHandler tagValidator(XsdTagScope::MinExclusiveFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseMinInclusiveFacet()

XsdFacet::Ptr XsdSchemaParser::parseMinInclusiveFacet ( )

private

This method is called for parsing a minInclusive object as child of a restriction object.

Definition at line 1866 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::MinInclusive, this);

    validateElement(XsdTagScope::MinInclusiveFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::MinimumInclusive);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "minInclusive", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    // as minInclusive can have a value of type anySimpleType, we just read
    // the string here and store it for later intepretation
    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedString<TypeString>::Ptr string = DerivedString<TypeString>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (string->hasError()) {
        attributeContentError("value", "minInclusive", value, BuiltinTypes::xsAnySimpleType);
        return facet;
    } else {
        facet->setValue(string);
    }

    validateIdAttribute("minInclusive");

    TagValidationHandler tagValidator(XsdTagScope::MinInclusiveFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseMinLengthFacet()

XsdFacet::Ptr XsdSchemaParser::parseMinLengthFacet ( )

private

This method is called for parsing a minLength object as child of a restriction object.

Definition at line 2244 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::MinLength, this);

    validateElement(XsdTagScope::MinLengthFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::MinimumLength);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "minLength", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedInteger<TypeNonNegativeInteger>::Ptr integer = DerivedInteger<TypeNonNegativeInteger>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (integer->hasError()) {
        attributeContentError("value", "minLength", value, BuiltinTypes::xsNonNegativeInteger);
        return facet;
    } else {
        facet->setValue(integer);
    }

    validateIdAttribute("minLength");

    TagValidationHandler tagValidator(XsdTagScope::MinLengthFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseMinMaxConstraint()

bool XsdSchemaParser::parseMinMaxConstraint ( const XsdParticle::Ptr &  particle, const char *  tagName  )

private

A helper method that parses the minOccurs and maxOccurs constraints for the given particle that has the given tagName.

Definition at line 5679 of file qxsdschemaparser.cpp.

Referenced by parseAny(), parseLocalAll(), parseLocalChoice(), parseLocalElement(), parseLocalSequence(), and parseReferredGroup().

{
    if (hasAttribute(QString::fromLatin1("minOccurs"))) {
        const QString value = readAttribute(QString::fromLatin1("minOccurs"));

        DerivedInteger<TypeNonNegativeInteger>::Ptr integer = DerivedInteger<TypeNonNegativeInteger>::fromLexical(NamePool::Ptr(m_namePool), value);
        if (integer->hasError()) {
            attributeContentError("minOccurs", elementName, value, BuiltinTypes::xsNonNegativeInteger);
            return false;
        } else {
            particle->setMinimumOccurs(integer->as< DerivedInteger<TypeNonNegativeInteger> >()->storedValue());
        }
    } else {
        particle->setMinimumOccurs(1);
    }

    if (hasAttribute(QString::fromLatin1("maxOccurs"))) {
        const QString value = readAttribute(QString::fromLatin1("maxOccurs"));

        if (value == QString::fromLatin1("unbounded")) {
            particle->setMaximumOccursUnbounded(true);
        } else {
            particle->setMaximumOccursUnbounded(false);
            DerivedInteger<TypeNonNegativeInteger>::Ptr integer = DerivedInteger<TypeNonNegativeInteger>::fromLexical(NamePool::Ptr(m_namePool), value);
            if (integer->hasError()) {
                attributeContentError("maxOccurs", elementName, value, BuiltinTypes::xsNonNegativeInteger);
                return false;
            } else {
                particle->setMaximumOccurs(integer->as< DerivedInteger<TypeNonNegativeInteger> >()->storedValue());
            }
        }
    } else {
        particle->setMaximumOccursUnbounded(false);
        particle->setMaximumOccurs(1);
    }

    if (!particle->maximumOccursUnbounded()) {
        if (particle->maximumOccurs() < particle->minimumOccurs()) {
            error(QtXmlPatterns::tr("%1 attribute of %2 element has larger value than %3 attribute.")
                                   .arg(formatAttribute("minOccurs"))
                                   .arg(formatElement(elementName))
                                   .arg(formatAttribute("maxOccurs")));
            return false;
        }
    }

    return true;
}

parseNamedAttributeGroup()

XsdAttributeGroup::Ptr XsdSchemaParser::parseNamedAttributeGroup ( )

private

This method is called for parsing a top-level attributeGroup object.

Definition at line 4369 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::AttributeGroup, this);

    validateElement(XsdTagScope::NamedAttributeGroup);

    const XsdAttributeGroup::Ptr attributeGroup(new XsdAttributeGroup());

    // parse attributes
    const QXmlName objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("attributeGroup"));
    attributeGroup->setName(objectName);

    validateIdAttribute("attributeGroup");

    TagValidationHandler tagValidator(XsdTagScope::NamedAttributeGroup, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                attributeGroup->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Attribute, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseLocalAttribute(attributeGroup);

                if (attributeUse->useType() == XsdAttributeUse::ProhibitedUse) {
                    warning(QtXmlPatterns::tr("Specifying use='prohibited' inside an attribute group has no effect."));
                } else {
                    attributeGroup->addAttributeUse(attributeUse);
                }
            } else if (isSchemaTag(XsdSchemaToken::AttributeGroup, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseReferredAttributeGroup();
                attributeGroup->addAttributeUse(attributeUse);
            } else if (isSchemaTag(XsdSchemaToken::AnyAttribute, token, namespaceToken)) {
                const XsdWildcard::Ptr wildcard = parseAnyAttribute();
                attributeGroup->setWildcard(wildcard);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return attributeGroup;
}

parseNamedGroup()

XsdModelGroup::Ptr XsdSchemaParser::parseNamedGroup ( )

private

This method is called for parsing a top-level group object.

Definition at line 3488 of file qxsdschemaparser.cpp.

Referenced by parseRedefine(), and parseSchema().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Group, this);

    validateElement(XsdTagScope::NamedGroup);

    const XsdModelGroup::Ptr modelGroup(new XsdModelGroup());
    XsdModelGroup::Ptr group;

    QXmlName objectName;
    if (hasAttribute(QString::fromLatin1("name"))) {
        objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("group"));
    }

    validateIdAttribute("group");

    TagValidationHandler tagValidator(XsdTagScope::NamedGroup, this, NamePool::Ptr(m_namePool));

    XsdAnnotation::Ptr annotation;

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                annotation = parseAnnotation();
            } else if (isSchemaTag(XsdSchemaToken::All, token, namespaceToken)) {
                group = parseAll(modelGroup);
            } else if (isSchemaTag(XsdSchemaToken::Choice, token, namespaceToken)) {
                group = parseChoice(modelGroup);
            } else if (isSchemaTag(XsdSchemaToken::Sequence, token, namespaceToken)) {
                group = parseSequence(modelGroup);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    group->setName(objectName);

    if (annotation)
        group->addAnnotation(annotation);

    return group;
}

parseNotation()

XsdNotation::Ptr XsdSchemaParser::parseNotation ( )

private

This method is called for parsing a top-level notation object.

Definition at line 5322 of file qxsdschemaparser.cpp.

Referenced by parseSchema().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Notation, this);

    validateElement(XsdTagScope::Notation);

    const XsdNotation::Ptr notation(new XsdNotation());

    // parse attributes
    const QXmlName objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("notation"));
    notation->setName(objectName);

    bool hasOptionalAttribute = false;

    if (hasAttribute(QString::fromLatin1("public"))) {
        const QString value = readAttribute(QString::fromLatin1("public"));
        if (!value.isEmpty()) {
            const DerivedString<TypeToken>::Ptr publicId = DerivedString<TypeToken>::fromLexical(NamePool::Ptr(m_namePool), value);
            if (publicId->hasError()) {
                attributeContentError("public", "notation", value, BuiltinTypes::xsToken);
                return notation;
            }
            notation->setPublicId(publicId);
        }

        hasOptionalAttribute = true;
    }

    if (hasAttribute(QString::fromLatin1("system"))) {
        const QString value = readAttribute(QString::fromLatin1("system"));
        if (!isValidUri(value)) {
            attributeContentError("system", "notation", value, BuiltinTypes::xsAnyURI);
            return notation;
        }

        if (!value.isEmpty()) {
            const AnyURI::Ptr systemId = AnyURI::fromLexical(value);
            notation->setSystemId(systemId);
        }

        hasOptionalAttribute = true;
    }

    if (!hasOptionalAttribute) {
        error(QtXmlPatterns::tr("%1 element requires either %2 or %3 attribute.")
                               .arg(formatElement("notation"))
                               .arg(formatAttribute("public"))
                               .arg(formatAttribute("system")));
        return notation;
    }

    validateIdAttribute("notation");

    TagValidationHandler tagValidator(XsdTagScope::Notation, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isCharacters() || isEntityReference()) {
            if (!text().toString().trimmed().isEmpty()) {
                error(QtXmlPatterns::tr("Text or entity references not allowed inside %1 element").arg(formatElement("notation.")));
                return notation;
            }
        }

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                notation->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return notation;
}

parseOpenContent()

XsdComplexType::OpenContent::Ptr XsdSchemaParser::parseOpenContent ( )

private

This method is called for parsing an openContent object.

Definition at line 3429 of file qxsdschemaparser.cpp.

Referenced by parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalComplexType(), and parseLocalComplexType().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::OpenContent, this);

    validateElement(XsdTagScope::OpenContent);

    const XsdComplexType::OpenContent::Ptr openContent(new XsdComplexType::OpenContent());

    if (hasAttribute(QString::fromLatin1("mode"))) {
        const QString mode = readAttribute(QString::fromLatin1("mode"));

        if (mode == QString::fromLatin1("none")) {
            m_defaultOpenContent->setMode(XsdComplexType::OpenContent::None);
        } else if (mode == QString::fromLatin1("interleave")) {
            m_defaultOpenContent->setMode(XsdComplexType::OpenContent::Interleave);
        } else if (mode == QString::fromLatin1("suffix")) {
            m_defaultOpenContent->setMode(XsdComplexType::OpenContent::Suffix);
        } else {
            attributeContentError("mode", "openContent", mode);
            return openContent;
        }
    } else {
        openContent->setMode(XsdComplexType::OpenContent::Interleave);
    }

    validateIdAttribute("openContent");

    TagValidationHandler tagValidator(XsdTagScope::OpenContent, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                openContent->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Any, token, namespaceToken)) {
                const XsdParticle::Ptr particle;
                const XsdWildcard::Ptr wildcard = parseAny(particle);
                openContent->setWildcard(wildcard);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return openContent;
}

parsePatternFacet()

XsdFacet::Ptr XsdSchemaParser::parsePatternFacet ( )

private

This method is called for parsing a pattern object as child of a restriction object.

Definition at line 2494 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Pattern, this);

    validateElement(XsdTagScope::PatternFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::Pattern);

    // parse attributes

    // as pattern can have a value of type anySimpleType, we just read
    // the string here and store it for later intepretation
    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedString<TypeString>::Ptr string = DerivedString<TypeString>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (string->hasError()) {
        attributeContentError("value", "pattern", value);
        return facet;
    } else {
        AtomicValue::List multiValue;
        multiValue << string;
        facet->setMultiValue(multiValue);
    }

    validateIdAttribute("pattern");

    TagValidationHandler tagValidator(XsdTagScope::PatternFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseRedefine()

void XsdSchemaParser::parseRedefine ( )

private

This method is called for parsing any top-level redefine object.

Definition at line 776 of file qxsdschemaparser.cpp.

Referenced by parseSchema().

{
    Q_ASSERT(isStartElement() && XsdSchemaToken::toToken(name()) == XsdSchemaToken::Redefine &&
                                 XsdSchemaToken::toToken(namespaceUri()) == XsdSchemaToken::XML_NS_SCHEMA_URI);

    validateElement(XsdTagScope::Redefine);

    // parse attributes
    validateIdAttribute("redefine");

    const QString schemaLocation = readAttribute(QString::fromLatin1("schemaLocation"));

    TagValidationHandler tagValidator(XsdTagScope::Redefine, this, NamePool::Ptr(m_namePool));

    XsdSimpleType::List redefinedSimpleTypes;
    XsdComplexType::List redefinedComplexTypes;
    XsdModelGroup::List redefinedGroups;
    XsdAttributeGroup::List redefinedAttributeGroups;

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                m_schema->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                const XsdSimpleType::Ptr type = parseGlobalSimpleType();
                redefinedSimpleTypes.append(type);

                const QXmlName baseTypeName = m_parserContext->resolver()->baseTypeNameOfType(type);
                if (baseTypeName != type->name(NamePool::Ptr(m_namePool))) {
                    error(QString::fromLatin1("redefined simple type %1 must have itself as base type").arg(formatType(NamePool::Ptr(m_namePool), type)));
                    return;
                }
            } else if (isSchemaTag(XsdSchemaToken::ComplexType, token, namespaceToken)) {
                const XsdComplexType::Ptr type = parseGlobalComplexType();
                redefinedComplexTypes.append(type);

                // @see http://www.w3.org/TR/xmlschema11-1/#src-redefine

                // 5
                const QXmlName baseTypeName = m_parserContext->resolver()->baseTypeNameOfType(type);
                if (baseTypeName != type->name(NamePool::Ptr(m_namePool))) {
                    error(QString::fromLatin1("redefined complex type %1 must have itself as base type").arg(formatType(NamePool::Ptr(m_namePool), type)));
                    return;
                }
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdModelGroup::Ptr group = parseNamedGroup();
                redefinedGroups.append(group);
            } else if (isSchemaTag(XsdSchemaToken::AttributeGroup, token, namespaceToken)) {
                const XsdAttributeGroup::Ptr group = parseNamedAttributeGroup();
                redefinedAttributeGroups.append(group);

            } else {
                parseUnknown();
            }
        }
    }

    bool locationMustResolve = false;
    if (!redefinedSimpleTypes.isEmpty() || !redefinedComplexTypes.isEmpty() ||
        !redefinedGroups.isEmpty() || !redefinedAttributeGroups.isEmpty()) {
        locationMustResolve = true;
    }

    QUrl url(schemaLocation);
    if (url.isRelative()) {
        Q_ASSERT(m_documentURI.isValid());

        url = m_documentURI.resolved(url);
    }

    // we parse the schema given in the redefine tag into its own context
    const XsdSchemaParserContext::Ptr redefinedContext(new XsdSchemaParserContext(NamePool::Ptr(m_namePool), XsdSchemaContext::Ptr(m_context)));

    if (m_redefinedSchemas.contains(url)) {
        // we have redefined that file already, according to the schema spec we are
        // allowed to silently skip it.
    } else {
        m_redefinedSchemas.insert(url);
        QNetworkReply *reply = AccelTreeResourceLoader::load(url, m_context->networkAccessManager(),
                                                             XsdSchemaContext::Ptr(m_context),
                                                             (locationMustResolve ? AccelTreeResourceLoader::FailOnError : AccelTreeResourceLoader::ContinueOnError));
        if (reply) {
            // parse the included schema by a different parser but with the same context
            XsdSchemaParser parser(XsdSchemaContext::Ptr(m_context), redefinedContext, reply);
            parser.setDocumentURI(url);
            parser.setTargetNamespaceExtended(m_targetNamespace);
            parser.setIncludedSchemas(m_includedSchemas);
            parser.setImportedSchemas(m_importedSchemas);
            parser.setRedefinedSchemas(m_redefinedSchemas);
            if (!parser.parse(XsdSchemaParser::RedefineParser)) {
                return;
            } else {
                // add indirectly loaded schemas to the list of already loaded ones
                addIncludedSchemas(parser.m_includedSchemas);
                addImportedSchemas(parser.m_importedSchemas);
                addRedefinedSchemas(parser.m_redefinedSchemas);
            }

            delete reply;
        }
    }

    XsdSimpleType::List contextSimpleTypes = redefinedContext->schema()->simpleTypes();
    XsdComplexType::List contextComplexTypes = redefinedContext->schema()->complexTypes();
    XsdModelGroup::List contextGroups = redefinedContext->schema()->elementGroups();
    XsdAttributeGroup::List contextAttributeGroups = redefinedContext->schema()->attributeGroups();

    // now we do the actual redefinition:

    // iterate over all redefined simple types
    for (int i = 0; i < redefinedSimpleTypes.count(); ++i) {
        XsdSimpleType::Ptr redefinedType = redefinedSimpleTypes.at(i);

        //TODONEXT: validation

        // search the definition they override in the context types
        bool found = false;
        for (int j = 0; j < contextSimpleTypes.count(); ++j) {
            XsdSimpleType::Ptr contextType = contextSimpleTypes.at(j);

            if (redefinedType->name(NamePool::Ptr(m_namePool)) == contextType->name(NamePool::Ptr(m_namePool))) { // we found the right type
                found = true;

                // 1) set name of context type to empty name
                contextType->setName(m_parserContext->createAnonymousName(QString()));

                // 2) set the context type as base type for the redefined type
                redefinedType->setWxsSuperType(contextType);

                // 3) remove the base type resolving job from the resolver as
                //    we have set the base type here explicitly
                m_parserContext->resolver()->removeSimpleRestrictionBase(redefinedType);

                // 4) add the redefined type to the schema
                addType(redefinedType);

                // 5) add the context type as anonymous type, so the resolver
                //    can resolve it further.
                addAnonymousType(contextType);

                // 6) remove the context type from the list
                contextSimpleTypes.removeAt(j);

                break;
            }
        }

        if (!found) {
            error(QString::fromLatin1("no matching type found to redefine simple type %1").arg(formatType(NamePool::Ptr(m_namePool), redefinedType)));
            return;
        }
    }

    // add all remaining context simple types to the schema
    for (int i = 0; i < contextSimpleTypes.count(); ++i) {
        addType(contextSimpleTypes.at(i));
    }

    // iterate over all redefined complex types
    for (int i = 0; i < redefinedComplexTypes.count(); ++i) {
        XsdComplexType::Ptr redefinedType = redefinedComplexTypes.at(i);

        //TODONEXT: validation

        // search the definition they override in the context types
        bool found = false;
        for (int j = 0; j < contextComplexTypes.count(); ++j) {
            XsdComplexType::Ptr contextType = contextComplexTypes.at(j);

            if (redefinedType->name(NamePool::Ptr(m_namePool)) == contextType->name(NamePool::Ptr(m_namePool))) { // we found the right type
                found = true;

                // 1) set name of context type to empty name
                contextType->setName(m_parserContext->createAnonymousName(QString()));

                // 2) set the context type as base type for the redefined type
                redefinedType->setWxsSuperType(contextType);

                // 3) remove the base type resolving job from the resolver as
                //    we have set the base type here explicitly
                m_parserContext->resolver()->removeComplexBaseType(redefinedType);

                // 4) add the redefined type to the schema
                addType(redefinedType);

                // 5) add the context type as anonymous type, so the resolver
                //    can resolve its attribute uses etc.
                addAnonymousType(contextType);

                // 6) remove the context type from the list
                contextComplexTypes.removeAt(j);

                break;
            }
        }

        if (!found) {
            error(QString::fromLatin1("no matching type found to redefine complex type %1").arg(formatType(NamePool::Ptr(m_namePool), redefinedType)));
            return;
        }
    }

    // iterate over all redefined element groups
    for (int i = 0; i < redefinedGroups.count(); ++i) {
        const XsdModelGroup::Ptr group(redefinedGroups.at(i));

        // @see http://www.w3.org/TR/xmlschema11-1/#src-redefine

        // 6
        const XsdParticle::List particles = collectGroupRef(group);
        XsdParticle::Ptr referencedParticle;
        int sameNameCounter = 0;
        for (int i = 0; i < particles.count(); ++i) {
            const XsdReference::Ptr ref(particles.at(i)->term());
            if (ref->referenceName() == group->name(NamePool::Ptr(m_namePool))) {
                referencedParticle = particles.at(i);

                if (referencedParticle->minimumOccurs() != 1 || referencedParticle->maximumOccurs() != 1 || referencedParticle->maximumOccursUnbounded()) { // 6.1.2
                    error(QString::fromLatin1("redefined group %1 can not contain reference to itself with minOccurs or maxOccurs != 1").arg(formatKeyword(group->displayName(NamePool::Ptr(m_namePool)))));
                    return;
                }
                sameNameCounter++;
            }
        }

        // 6.1.1
        if (sameNameCounter > 1) {
            error(QString::fromLatin1("redefined group %1 can not contain multiple references to itself").arg(formatKeyword(group->displayName(NamePool::Ptr(m_namePool)))));
            return;
        }

        // search the group definition in the included schema (S2)
        XsdModelGroup::Ptr contextGroup;
        for (int j = 0; j < contextGroups.count(); ++j) {
            if (group->name(NamePool::Ptr(m_namePool)) == contextGroups.at(j)->name(NamePool::Ptr(m_namePool))) {
                contextGroup = contextGroups.at(j);
                break;
            }
        }

        if (!contextGroup) { // 6.2.1
            error(QString::fromLatin1("redefined group %1 has no occurrence in included schema").arg(formatKeyword(group->displayName(NamePool::Ptr(m_namePool)))));
            return;
        }

        if (sameNameCounter == 1) {
            // there was a self reference in the redefined group, so use the
            // group from the included schema

            // set a anonymous name to the group of the included schema
            contextGroup->setName(m_parserContext->createAnonymousName(m_namePool->stringForNamespace(contextGroup->name(NamePool::Ptr(m_namePool)).namespaceURI())));

            // replace the self-reference with the group from the included schema
            referencedParticle->setTerm(contextGroup);

            addElementGroup(group);

            addElementGroup(contextGroup);
            contextGroups.removeAll(contextGroup);
        } else {
            // there was no self reference in the redefined group

            // just add the redefined group...
            addElementGroup(group);

            // we have to add them, otherwise it is not resolved and we can't validate it later
            contextGroup->setName(m_parserContext->createAnonymousName(m_namePool->stringForNamespace(contextGroup->name(NamePool::Ptr(m_namePool)).namespaceURI())));
            addElementGroup(contextGroup);

            m_schemaResolver->addRedefinedGroups(group, contextGroup);

            // ...and forget about the group from the included schema
            contextGroups.removeAll(contextGroup);
        }
    }

    // iterate over all redefined attribute groups
    for (int i = 0; i < redefinedAttributeGroups.count(); ++i) {
        const XsdAttributeGroup::Ptr group(redefinedAttributeGroups.at(i));

        // @see http://www.w3.org/TR/xmlschema11-1/#src-redefine

        // 7

        // 7.1
        int sameNameCounter = 0;
        for (int j = 0; j < group->attributeUses().count(); ++j) {
            const XsdAttributeUse::Ptr attributeUse(group->attributeUses().at(j));
            if (attributeUse->isReference()) {
                const XsdAttributeReference::Ptr reference(attributeUse);
                if (reference->type() == XsdAttributeReference::AttributeGroup) {
                    if (group->name(NamePool::Ptr(m_namePool)) == reference->referenceName())
                        sameNameCounter++;
                }
            }
        }
        if (sameNameCounter > 1) {
            error(QString::fromLatin1("redefined attribute group %1 can not contain multiple references to itself").arg(formatKeyword(group->displayName(NamePool::Ptr(m_namePool)))));
            return;
        }

        // search the attribute group definition in the included schema (S2)
        XsdAttributeGroup::Ptr baseGroup;
        for (int j = 0; j < contextAttributeGroups.count(); ++j) {
            const XsdAttributeGroup::Ptr contextGroup(contextAttributeGroups.at(j));
            if (group->name(NamePool::Ptr(m_namePool)) == contextGroup->name(NamePool::Ptr(m_namePool))) {
                baseGroup = contextGroup;
                break;
            }
        }

        if (!baseGroup) { // 7.2.1
            error(QString::fromLatin1("redefined attribute group %1 has no occurrence in included schema").arg(formatKeyword(group->displayName(NamePool::Ptr(m_namePool)))));
            return;
        }

        if (sameNameCounter == 1) {

            // first set an anonymous name to the attribute group from the included
            // schema
            baseGroup->setName(m_parserContext->createAnonymousName(m_namePool->stringForNamespace(baseGroup->name(NamePool::Ptr(m_namePool)).namespaceURI())));

            // iterate over the attribute uses of the redefined attribute group
            // and replace the self-reference with the attribute group from the
            // included schema
            for (int j = 0; j < group->attributeUses().count(); ++j) {
                const XsdAttributeUse::Ptr attributeUse(group->attributeUses().at(j));
                if (attributeUse->isReference()) {
                    const XsdAttributeReference::Ptr reference(attributeUse);
                    if (reference->type() == XsdAttributeReference::AttributeGroup) {
                        if (group->name(NamePool::Ptr(m_namePool)) == reference->referenceName()) {
                            reference->setReferenceName(baseGroup->name(NamePool::Ptr(m_namePool)));
                            break;
                        }
                    }
                }
            }

            // add both groups to the target schema
            addAttributeGroup(baseGroup);
            addAttributeGroup(group);

            contextAttributeGroups.removeAll(baseGroup);
        }

        if (sameNameCounter == 0) { // 7.2

            // we have to add them, otherwise it is not resolved and we can't validate it later
            baseGroup->setName(m_parserContext->createAnonymousName(m_namePool->stringForNamespace(baseGroup->name(NamePool::Ptr(m_namePool)).namespaceURI())));
            addAttributeGroup(baseGroup);

            m_schemaResolver->addRedefinedAttributeGroups(group, baseGroup);

            // just add the redefined attribute group to the target schema...
            addAttributeGroup(group);

            // ... and forget about the one from the included schema
            contextAttributeGroups.removeAll(baseGroup);
        }
    }

    // add all remaining context complex types to the schema
    for (int i = 0; i < contextComplexTypes.count(); ++i) {
        addType(contextComplexTypes.at(i));
    }

    // add all remaining context element groups to the schema
    for (int i = 0; i < contextGroups.count(); ++i) {
        addElementGroup(contextGroups.at(i));
    }

    // add all remaining context attribute groups to the schema
    for (int i = 0; i < contextAttributeGroups.count(); ++i) {
        addAttributeGroup(contextAttributeGroups.at(i));
    }

    // copy all elements, attributes and notations
    const XsdElement::List contextElements = redefinedContext->schema()->elements();
    for (int i = 0; i < contextElements.count(); ++i) {
        addElement(contextElements.at(i));
    }

    const XsdAttribute::List contextAttributes = redefinedContext->schema()->attributes();
    for (int i = 0; i < contextAttributes.count(); ++i) {
        addAttribute(contextAttributes.at(i));
    }

    const XsdNotation::List contextNotations = redefinedContext->schema()->notations();
    for (int i = 0; i < contextNotations.count(); ++i) {
        addNotation(contextNotations.at(i));
    }

    // push all data to resolve from the context resolver to our resolver
    redefinedContext->resolver()->copyDataTo(m_parserContext->resolver());

    tagValidator.finalize();
}

parseReferredAttributeGroup()

XsdAttributeUse::Ptr XsdSchemaParser::parseReferredAttributeGroup ( )

private

This method is called for parsing a non-top-level attributeGroup object that contains a ref attribute.

Definition at line 4425 of file qxsdschemaparser.cpp.

Referenced by parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalComplexType(), parseLocalComplexType(), parseNamedAttributeGroup(), parseSimpleContentExtension(), and parseSimpleContentRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::AttributeGroup, this);

    validateElement(XsdTagScope::ReferredAttributeGroup);

    const XsdAttributeReference::Ptr attributeReference(new XsdAttributeReference());
    attributeReference->setType(XsdAttributeReference::AttributeGroup);
    attributeReference->setSourceLocation(currentSourceLocation());

    // parse attributes
    const QString reference = readQNameAttribute(QString::fromLatin1("ref"), "attributeGroup");
    QXmlName referenceName;
    convertName(reference, NamespaceSupport::ElementName, referenceName); // translate qualified name into QXmlName
    attributeReference->setReferenceName(referenceName);

    validateIdAttribute("attributeGroup");

    TagValidationHandler tagValidator(XsdTagScope::ReferredAttributeGroup, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                attributeReference->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return attributeReference;
}

parseReferredGroup()

XsdTerm::Ptr XsdSchemaParser::parseReferredGroup ( const XsdParticle::Ptr &  particle )

private

This method is called for parsing a non-top-level group object that contains a ref attribute.

Definition at line 3544 of file qxsdschemaparser.cpp.

Referenced by parseChoice(), parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalComplexType(), parseLocalChoice(), parseLocalComplexType(), parseLocalSequence(), and parseSequence().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Group, this);

    validateElement(XsdTagScope::ReferredGroup);

    const XsdReference::Ptr reference(new XsdReference());
    reference->setType(XsdReference::ModelGroup);
    reference->setSourceLocation(currentSourceLocation());

    // parse attributes
    if (!parseMinMaxConstraint(particle, "group")) {
        return reference;
    }

    const QString value = readQNameAttribute(QString::fromLatin1("ref"), "group");
    QXmlName referenceName;
    convertName(value, NamespaceSupport::ElementName, referenceName); // translate qualified name into QXmlName
    reference->setReferenceName(referenceName);

    validateIdAttribute("group");

    TagValidationHandler tagValidator(XsdTagScope::ReferredGroup, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                reference->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return reference;
}

parseSchema()

void XsdSchemaParser::parseSchema ( ParserType  parserType )

private

This method is called for parsing the top-level schema object.

Definition at line 377 of file qxsdschemaparser.cpp.

Referenced by parse().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Schema, this);

    validateElement(XsdTagScope::Schema);

    // parse attributes

    if (parserType == TopLevelParser) {
        if (hasAttribute(QString::fromLatin1("targetNamespace"))) {
            m_targetNamespace = readNamespaceAttribute(QString::fromLatin1("targetNamespace"), "schema");
        }
    } else if (parserType == IncludeParser) {
        // m_targetNamespace is set to the target namespace of the including schema at this point

        if (hasAttribute(QString::fromLatin1("targetNamespace"))) {
            const QString targetNamespace = readNamespaceAttribute(QString::fromLatin1("targetNamespace"), "schema");

            if (m_targetNamespace != targetNamespace) {
                error(QtXmlPatterns::tr("Target namespace %1 of included schema is different from the target namespace %2 as defined by the including schema.")
                                       .arg(formatURI(targetNamespace)).arg(formatURI(m_targetNamespace)));
                return;
            }
        }
    } else if (parserType == ImportParser) {
        // m_targetNamespace is set to the target namespace from the namespace attribute of the <import> tag at this point

        QString targetNamespace;
        if (hasAttribute(QString::fromLatin1("targetNamespace"))) {
            targetNamespace = readNamespaceAttribute(QString::fromLatin1("targetNamespace"), "schema");
        }

        if (m_targetNamespace != targetNamespace) {
            error(QtXmlPatterns::tr("Target namespace %1 of imported schema is different from the target namespace %2 as defined by the importing schema.")
                                   .arg(formatURI(targetNamespace)).arg(formatURI(m_targetNamespace)));
            return;
        }
    } else if (parserType == RedefineParser) {
        // m_targetNamespace is set to the target namespace of the redefining schema at this point

        if (hasAttribute(QString::fromLatin1("targetNamespace"))) {
            const QString targetNamespace = readNamespaceAttribute(QString::fromLatin1("targetNamespace"), "schema");

            if (m_targetNamespace != targetNamespace) {
                error(QtXmlPatterns::tr("Target namespace %1 of imported schema is different from the target namespace %2 as defined by the importing schema.")
                                       .arg(formatURI(targetNamespace)).arg(formatURI(m_targetNamespace)));
                return;
            }
        }
    }

    if (hasAttribute(QString::fromLatin1("attributeFormDefault"))) {
        const QString value = readAttribute(QString::fromLatin1("attributeFormDefault"));
        if (value != QString::fromLatin1("qualified") && value != QString::fromLatin1("unqualified")) {
            attributeContentError("attributeFormDefault", "schema", value);
            return;
        }

        m_attributeFormDefault = value;
    } else {
        m_attributeFormDefault = QString::fromLatin1("unqualified");
    }

    if (hasAttribute(QString::fromLatin1("elementFormDefault"))) {
        const QString value = readAttribute(QString::fromLatin1("elementFormDefault"));
        if (value != QString::fromLatin1("qualified") && value != QString::fromLatin1("unqualified")) {
            attributeContentError("elementFormDefault", "schema", value);
            return;
        }

        m_elementFormDefault = value;
    } else {
        m_elementFormDefault = QString::fromLatin1("unqualified");
    }

    if (hasAttribute(QString::fromLatin1("blockDefault"))) {
        const QString blockDefault = readAttribute(QString::fromLatin1("blockDefault"));
        const QStringList blockDefaultList = blockDefault.split(QLatin1Char(' '), QString::SkipEmptyParts);
        for (int i = 0; i < blockDefaultList.count(); ++i) {
            const QString value = blockDefaultList.at(i);
            if (value != QString::fromLatin1("#all") &&
                value != QString::fromLatin1("extension") &&
                value != QString::fromLatin1("restriction") &&
                value != QString::fromLatin1("substitution")) {
                attributeContentError("blockDefault", "schema", value);
                return;
            }
        }

        m_blockDefault = blockDefault;
    }

    if (hasAttribute(QString::fromLatin1("finalDefault"))) {
        const QString finalDefault = readAttribute(QString::fromLatin1("finalDefault"));
        const QStringList finalDefaultList = finalDefault.split(QLatin1Char(' '), QString::SkipEmptyParts);
        for (int i = 0; i < finalDefaultList.count(); ++i) {
            const QString value = finalDefaultList.at(i);
            if (value != QString::fromLatin1("#all") &&
                value != QString::fromLatin1("extension") &&
                value != QString::fromLatin1("restriction") &&
                value != QString::fromLatin1("list") &&
                value != QString::fromLatin1("union")) {
                attributeContentError("finalDefault", "schema", value);
                return;
            }
        }

        m_finalDefault = finalDefault;
    }

    if (hasAttribute(QString::fromLatin1("xpathDefaultNamespace"))) {
        const QString xpathDefaultNamespace = readAttribute(QString::fromLatin1("xpathDefaultNamespace"));
        if (xpathDefaultNamespace != QString::fromLatin1("##defaultNamespace") &&
            xpathDefaultNamespace != QString::fromLatin1("##targetNamespace") &&
            xpathDefaultNamespace != QString::fromLatin1("##local")) {
            if (!isValidUri(xpathDefaultNamespace)) {
                attributeContentError("xpathDefaultNamespace", "schema", xpathDefaultNamespace);
                return;
            }
        }
        m_xpathDefaultNamespace = xpathDefaultNamespace;
    } else {
        m_xpathDefaultNamespace = QString::fromLatin1("##local");
    }

    if (hasAttribute(QString::fromLatin1("defaultAttributes"))) {
        const QString attrGroupName = readQNameAttribute(QString::fromLatin1("defaultAttributes"), "schema");
        convertName(attrGroupName, NamespaceSupport::ElementName, m_defaultAttributes); // translate qualified name into QXmlName
    }

    if (hasAttribute(QString::fromLatin1("version"))) {
        const QString version = readAttribute(QString::fromLatin1("version"));
    }

    if (hasAttribute(CommonNamespaces::XML, QString::fromLatin1("lang"))) {
        const QString value = readAttribute(QString::fromLatin1("lang"), CommonNamespaces::XML);

        const QRegExp exp(QString::fromLatin1("[a-zA-Z]{1,8}(-[a-zA-Z0-9]{1,8})*"));
        if (!exp.exactMatch(value)) {
            attributeContentError("xml:lang", "schema", value);
            return;
        }
    }

    validateIdAttribute("schema");

    TagValidationHandler tagValidator(XsdTagScope::Schema, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Include, token, namespaceToken)) {
                parseInclude();
            } else if (isSchemaTag(XsdSchemaToken::Import, token, namespaceToken)) {
                parseImport();
            } else if (isSchemaTag(XsdSchemaToken::Redefine, token, namespaceToken)) {
                parseRedefine();
            } else if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                m_schema->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::DefaultOpenContent, token, namespaceToken)) {
                parseDefaultOpenContent();
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                const XsdSimpleType::Ptr type = parseGlobalSimpleType();
                addType(type);
            } else if (isSchemaTag(XsdSchemaToken::ComplexType, token, namespaceToken)) {
                const XsdComplexType::Ptr type = parseGlobalComplexType();
                addType(type);
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdModelGroup::Ptr group = parseNamedGroup();
                addElementGroup(group);
            } else if (isSchemaTag(XsdSchemaToken::AttributeGroup, token, namespaceToken)) {
                XsdAttributeGroup::Ptr attributeGroup = parseNamedAttributeGroup();
                addAttributeGroup(attributeGroup);
            } else if (isSchemaTag(XsdSchemaToken::Element, token, namespaceToken)) {
                const XsdElement::Ptr element = parseGlobalElement();
                addElement(element);
            } else if (isSchemaTag(XsdSchemaToken::Attribute, token, namespaceToken)) {
                const XsdAttribute::Ptr attribute = parseGlobalAttribute();
                addAttribute(attribute);
            } else if (isSchemaTag(XsdSchemaToken::Notation, token, namespaceToken)) {
                const XsdNotation::Ptr notation = parseNotation();
                addNotation(notation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    m_schema->setTargetNamespace(m_targetNamespace);
}

parseSelector()

void XsdSchemaParser::parseSelector ( const XsdIdentityConstraint::Ptr &  ptr )

private

This method is called for parsing a selector object as child of an unique object, key object or keyref object,

Parameters

ptr	The identity constraint it belongs to.

Definition at line 5155 of file qxsdschemaparser.cpp.

Referenced by parseKey(), parseKeyRef(), and parseUnique().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Selector, this);

    validateElement(XsdTagScope::Selector);

    // parse attributes
    const XsdXPathExpression::Ptr expression = readXPathExpression("selector");

    const QString xpath = readXPathAttribute(QString::fromLatin1("xpath"), XPathSelector, "selector");
    expression->setExpression(xpath);

    ptr->setSelector(expression);

    validateIdAttribute("selector");

    TagValidationHandler tagValidator(XsdTagScope::Selector, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                expression->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();
}

parseSequence()

XsdModelGroup::Ptr XsdSchemaParser::parseSequence ( const NamedSchemaComponent::Ptr &  parent )

private

This method is called for parsing a sequence object as child of a top-level group object.

Parameters

parent

The schema component the sequence object is part of.

Definition at line 3871 of file qxsdschemaparser.cpp.

Referenced by parseNamedGroup().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Sequence, this);

    validateElement(XsdTagScope::Sequence);

    const XsdModelGroup::Ptr modelGroup(new XsdModelGroup());
    modelGroup->setCompositor(XsdModelGroup::SequenceCompositor);

    validateIdAttribute("sequence");

    XsdParticle::List particles;

    TagValidationHandler tagValidator(XsdTagScope::Sequence, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                modelGroup->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Element, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalElement(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Group, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseReferredGroup(particle);
                m_schemaResolver->addAllGroupCheck(term);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Choice, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalChoice(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Sequence, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseLocalSequence(particle, parent);
                particle->setTerm(term);
                particles.append(particle);
            } else if (isSchemaTag(XsdSchemaToken::Any, token, namespaceToken)) {
                const XsdParticle::Ptr particle(new XsdParticle());
                const XsdTerm::Ptr term = parseAny(particle);
                particle->setTerm(term);
                particles.append(particle);
            } else {
                parseUnknown();
            }
        }
    }

    modelGroup->setParticles(particles);

    tagValidator.finalize();

    return modelGroup;
}

parseSimpleContent()

void XsdSchemaParser::parseSimpleContent ( const XsdComplexType::Ptr &  complexType )

private

This method is called for parsing a simpleContent object as child of a complexType object.

Definition at line 2915 of file qxsdschemaparser.cpp.

Referenced by parseGlobalComplexType(), and parseLocalComplexType().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::SimpleContent, this);

    validateElement(XsdTagScope::SimpleContent);

    complexType->contentType()->setVariety(XsdComplexType::ContentType::Simple);

    // parse attributes
    validateIdAttribute("simpleContent");

    TagValidationHandler tagValidator(XsdTagScope::SimpleContent, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                complexType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Restriction, token, namespaceToken)) {
                parseSimpleContentRestriction(complexType);
            } else if (isSchemaTag(XsdSchemaToken::Extension, token, namespaceToken)) {
                parseSimpleContentExtension(complexType);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();
}

parseSimpleContentExtension()

void XsdSchemaParser::parseSimpleContentExtension ( const XsdComplexType::Ptr &  complexType )

private

This method is called for parsing an extension object as child of a simpleContent object.

Definition at line 3101 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContent().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Extension, this);

    validateElement(XsdTagScope::SimpleContentExtension);

    complexType->setDerivationMethod(XsdComplexType::DerivationExtension);

    // parse attributes
    const QString baseType = readQNameAttribute(QString::fromLatin1("base"), "extension");
    QXmlName typeName;
    convertName(baseType, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
    m_schemaResolver->addComplexBaseType(complexType, typeName, currentSourceLocation()); // add to resolver

    validateIdAttribute("extension");

    TagValidationHandler tagValidator(XsdTagScope::SimpleContentExtension, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                complexType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Attribute, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseLocalAttribute(complexType);
                complexType->addAttributeUse(attributeUse);
            } else if (isSchemaTag(XsdSchemaToken::AttributeGroup, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseReferredAttributeGroup();
                complexType->addAttributeUse(attributeUse);
            } else if (isSchemaTag(XsdSchemaToken::AnyAttribute, token, namespaceToken)) {
                const XsdWildcard::Ptr wildcard = parseAnyAttribute();
                complexType->setAttributeWildcard(wildcard);
            } else if (isSchemaTag(XsdSchemaToken::Assert, token, namespaceToken)) {
                const XsdAssertion::Ptr assertion = parseAssertion(XsdSchemaToken::Assert, XsdTagScope::Assert);
                complexType->addAssertion(assertion);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();
}

parseSimpleContentRestriction()

void XsdSchemaParser::parseSimpleContentRestriction ( const XsdComplexType::Ptr &  complexType )

private

This method is called for parsing a restriction object as child of a simpleContent object.

Definition at line 2956 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContent().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Restriction, this);

    validateElement(XsdTagScope::SimpleContentRestriction);

    complexType->setDerivationMethod(XsdComplexType::DerivationRestriction);

    // parse attributes
    const QString baseType = readQNameAttribute(QString::fromLatin1("base"), "restriction");
    QXmlName typeName;
    convertName(baseType, NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName

    validateIdAttribute("restriction");

    XsdFacet::Hash facets;
    QList<XsdFacet::Ptr> patternFacets;
    QList<XsdFacet::Ptr> enumerationFacets;
    QList<XsdFacet::Ptr> assertionFacets;

    TagValidationHandler tagValidator(XsdTagScope::SimpleContentRestriction, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                complexType->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                const XsdSimpleType::Ptr type = parseLocalSimpleType();
                type->setContext(complexType); //TODO: investigate what the schema spec really wants here?!?
                complexType->contentType()->setSimpleType(type);

                // add it to list of anonymous types as well
                addAnonymousType(type);
            } else if (isSchemaTag(XsdSchemaToken::MinExclusive, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMinExclusiveFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::MinInclusive, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMinInclusiveFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::MaxExclusive, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMaxExclusiveFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::MaxInclusive, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMaxInclusiveFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::TotalDigits, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseTotalDigitsFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::FractionDigits, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseFractionDigitsFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::Length, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseLengthFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::MinLength, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMinLengthFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::MaxLength, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMaxLengthFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::Enumeration, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseEnumerationFacet();
                enumerationFacets.append(facet);
            } else if (isSchemaTag(XsdSchemaToken::WhiteSpace, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseWhiteSpaceFacet();
                addFacet(facet, facets, complexType);
            } else if (isSchemaTag(XsdSchemaToken::Pattern, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parsePatternFacet();
                patternFacets.append(facet);
            } else if (isSchemaTag(XsdSchemaToken::Assertion, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseAssertionFacet();
                assertionFacets.append(facet);
            } else if (isSchemaTag(XsdSchemaToken::Attribute, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseLocalAttribute(complexType);
                complexType->addAttributeUse(attributeUse);
            } else if (isSchemaTag(XsdSchemaToken::AttributeGroup, token, namespaceToken)) {
                const XsdAttributeUse::Ptr attributeUse = parseReferredAttributeGroup();
                complexType->addAttributeUse(attributeUse);
            } else if (isSchemaTag(XsdSchemaToken::AnyAttribute, token, namespaceToken)) {
                const XsdWildcard::Ptr wildcard = parseAnyAttribute();
                complexType->setAttributeWildcard(wildcard);
            } else if (isSchemaTag(XsdSchemaToken::Assert, token, namespaceToken)) {
                const XsdAssertion::Ptr assertion = parseAssertion(XsdSchemaToken::Assert, XsdTagScope::Assert);
                complexType->addAssertion(assertion);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    // merge all pattern facets into one multi value facet
    if (!patternFacets.isEmpty()) {
        const XsdFacet::Ptr patternFacet(new XsdFacet());
        patternFacet->setType(XsdFacet::Pattern);

        AtomicValue::List multiValue;
        for (int i = 0; i < patternFacets.count(); ++i)
            multiValue << patternFacets.at(i)->multiValue();

        patternFacet->setMultiValue(multiValue);
        addFacet(patternFacet, facets, complexType);
    }

    // merge all enumeration facets into one multi value facet
    if (!enumerationFacets.isEmpty()) {
        const XsdFacet::Ptr enumerationFacet(new XsdFacet());
        enumerationFacet->setType(XsdFacet::Enumeration);

        AtomicValue::List multiValue;
        for (int i = 0; i < enumerationFacets.count(); ++i)
            multiValue << enumerationFacets.at(i)->multiValue();

        enumerationFacet->setMultiValue(multiValue);
        addFacet(enumerationFacet, facets, complexType);
    }

    // merge all assertion facets into one facet
    if (!assertionFacets.isEmpty()) {
        const XsdFacet::Ptr assertionFacet(new XsdFacet());
        assertionFacet->setType(XsdFacet::Assertion);

        XsdAssertion::List assertions;
        for (int i = 0; i < assertionFacets.count(); ++i)
            assertions << assertionFacets.at(i)->assertions();

        assertionFacet->setAssertions(assertions);
        addFacet(assertionFacet, facets, complexType);
    }

    m_schemaResolver->addComplexBaseType(complexType, typeName, currentSourceLocation(), facets); // add to resolver
}

parseSimpleRestriction()

void XsdSchemaParser::parseSimpleRestriction ( const XsdSimpleType::Ptr &  ptr )

private

This method is called for parsing a restriction object as child of a simpleType object.

Definition at line 1475 of file qxsdschemaparser.cpp.

Referenced by parseGlobalSimpleType(), and parseLocalSimpleType().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Restriction, this);

    validateElement(XsdTagScope::SimpleRestriction);

    ptr->setDerivationMethod(XsdSimpleType::DerivationRestriction);

    // The base attribute and simpleType member are mutually exclusive,
    // so we keep track of that
    bool hasBaseAttribute = false;
    bool hasBaseTypeSpecified = false;

    QXmlName baseName;
    if (hasAttribute(QString::fromLatin1("base"))) {
        const QString base = readQNameAttribute(QString::fromLatin1("base"), "restriction");
        convertName(base, NamespaceSupport::ElementName, baseName); // translate qualified name into QXmlName
        m_schemaResolver->addSimpleRestrictionBase(ptr, baseName, currentSourceLocation()); // add to resolver

        hasBaseAttribute = true;
        hasBaseTypeSpecified = true;
    }
    validateIdAttribute("restriction");

    XsdFacet::Hash facets;
    QList<XsdFacet::Ptr> patternFacets;
    QList<XsdFacet::Ptr> enumerationFacets;
    QList<XsdFacet::Ptr> assertionFacets;

    TagValidationHandler tagValidator(XsdTagScope::SimpleRestriction, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                ptr->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                if (hasBaseAttribute) {
                    error(QtXmlPatterns::tr("%1 element is not allowed inside %2 element if %3 attribute is present.")
                                           .arg(formatElement("simpleType"))
                                           .arg(formatElement("restriction"))
                                           .arg(formatAttribute("base")));
                    return;
                }

                const XsdSimpleType::Ptr type = parseLocalSimpleType();
                type->setContext(ptr);
                ptr->setWxsSuperType(type);
                ptr->setCategory(type->category());
                hasBaseTypeSpecified = true;

                // add it to list of anonymous types as well
                addAnonymousType(type);
            } else if (isSchemaTag(XsdSchemaToken::MinExclusive, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMinExclusiveFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::MinInclusive, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMinInclusiveFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::MaxExclusive, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMaxExclusiveFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::MaxInclusive, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMaxInclusiveFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::TotalDigits, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseTotalDigitsFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::FractionDigits, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseFractionDigitsFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::Length, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseLengthFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::MinLength, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMinLengthFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::MaxLength, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseMaxLengthFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::Enumeration, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseEnumerationFacet();
                enumerationFacets.append(facet);
            } else if (isSchemaTag(XsdSchemaToken::WhiteSpace, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseWhiteSpaceFacet();
                addFacet(facet, facets, ptr);
            } else if (isSchemaTag(XsdSchemaToken::Pattern, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parsePatternFacet();
                patternFacets.append(facet);
            } else if (isSchemaTag(XsdSchemaToken::Assertion, token, namespaceToken)) {
                const XsdFacet::Ptr facet = parseAssertionFacet();
                assertionFacets.append(facet);
            } else {
                parseUnknown();
            }
        }
    }

    if (!hasBaseTypeSpecified) {
        error(QtXmlPatterns::tr("%1 element has neither %2 attribute nor %3 child element.")
                               .arg(formatElement("restriction"))
                               .arg(formatAttribute("base"))
                               .arg(formatElement("simpleType")));
        return;
    }

    // merge all pattern facets into one multi value facet
    if (!patternFacets.isEmpty()) {
        const XsdFacet::Ptr patternFacet(new XsdFacet());
        patternFacet->setType(XsdFacet::Pattern);

        AtomicValue::List multiValue;
        for (int i = 0; i < patternFacets.count(); ++i)
            multiValue << patternFacets.at(i)->multiValue();

        patternFacet->setMultiValue(multiValue);
        addFacet(patternFacet, facets, ptr);
    }

    // merge all enumeration facets into one multi value facet
    if (!enumerationFacets.isEmpty()) {
        const XsdFacet::Ptr enumerationFacet(new XsdFacet());
        enumerationFacet->setType(XsdFacet::Enumeration);

        AtomicValue::List multiValue;
        for (int i = 0; i < enumerationFacets.count(); ++i)
            multiValue << enumerationFacets.at(i)->multiValue();

        enumerationFacet->setMultiValue(multiValue);
        addFacet(enumerationFacet, facets, ptr);
    }

    // merge all assertion facets into one facet
    if (!assertionFacets.isEmpty()) {
        const XsdFacet::Ptr assertionFacet(new XsdFacet());
        assertionFacet->setType(XsdFacet::Assertion);

        XsdAssertion::List assertions;
        for (int i = 0; i < assertionFacets.count(); ++i)
            assertions << assertionFacets.at(i)->assertions();

        assertionFacet->setAssertions(assertions);
        addFacet(assertionFacet, facets, ptr);
    }

    ptr->setFacets(facets);

    tagValidator.finalize();
}

parseTotalDigitsFacet()

XsdFacet::Ptr XsdSchemaParser::parseTotalDigitsFacet ( )

private

This method is called for parsing a totalDigits object as child of a restriction object.

Definition at line 2058 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::TotalDigits, this);

    validateElement(XsdTagScope::TotalDigitsFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::TotalDigits);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "totalDigits", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    const QString value = readAttribute(QString::fromLatin1("value"));
    DerivedInteger<TypePositiveInteger>::Ptr integer = DerivedInteger<TypePositiveInteger>::fromLexical(NamePool::Ptr(m_namePool), value);
    if (integer->hasError()) {
        attributeContentError("value", "totalDigits", value, BuiltinTypes::xsPositiveInteger);
        return facet;
    } else {
        facet->setValue(integer);
    }

    validateIdAttribute("totalDigits");

    TagValidationHandler tagValidator(XsdTagScope::TotalDigitsFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

parseUnion()

void XsdSchemaParser::parseUnion ( const XsdSimpleType::Ptr &  ptr )

private

This method is called for parsing a union object as child of a simpleType object.

Definition at line 1722 of file qxsdschemaparser.cpp.

Referenced by parseGlobalSimpleType(), and parseLocalSimpleType().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Union, this);

    validateElement(XsdTagScope::Union);

    ptr->setCategory(XsdSimpleType::SimpleTypeUnion);
    ptr->setDerivationMethod(XsdSimpleType::DerivationUnion);
    ptr->setWxsSuperType(BuiltinTypes::xsAnySimpleType);

    // The memberTypes attribute is not allowed to be empty,
    // so we keep track of that
    bool hasMemberTypesSpecified = false;

    if (hasAttribute(QString::fromLatin1("memberTypes"))) {
        const QStringList memberTypes = readAttribute(QString::fromLatin1("memberTypes")).split(QLatin1Char(' '), QString::SkipEmptyParts);
        QList<QXmlName> typeNames;

        for (int i = 0; i < memberTypes.count(); ++i) {
            QXmlName typeName;
            convertName(memberTypes.at(i), NamespaceSupport::ElementName, typeName); // translate qualified name into QXmlName
            typeNames.append(typeName);
        }

        if (!typeNames.isEmpty()) {
            m_schemaResolver->addSimpleUnionTypes(ptr, typeNames, currentSourceLocation()); // add to resolver
            hasMemberTypesSpecified = true;
        }
    }

    validateIdAttribute("union");

    AnySimpleType::List memberTypes;

    TagValidationHandler tagValidator(XsdTagScope::Union, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                ptr->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::SimpleType, token, namespaceToken)) {
                const XsdSimpleType::Ptr type = parseLocalSimpleType();
                type->setContext(ptr);
                memberTypes.append(type);

                // add it to list of anonymous types as well
                addAnonymousType(type);
            } else {
                parseUnknown();
            }
        }
    }

    if (!memberTypes.isEmpty()) {
        ptr->setMemberTypes(memberTypes);
        hasMemberTypesSpecified = true;
    }

    if (!hasMemberTypesSpecified) {
        error(QtXmlPatterns::tr("%1 element has neither %2 attribute nor %3 child element.")
                               .arg(formatElement("union"))
                               .arg(formatAttribute("memberTypes"))
                               .arg(formatElement("simpleType")));
        return;
    }

    tagValidator.finalize();
}

parseUnique()

XsdIdentityConstraint::Ptr XsdSchemaParser::parseUnique ( )

private

This method is called for parsing a unique object as child of an element object.

Definition at line 5000 of file qxsdschemaparser.cpp.

Referenced by parseGlobalElement(), and parseLocalElement().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::Unique, this);

    validateElement(XsdTagScope::Unique);

    const XsdIdentityConstraint::Ptr constraint(new XsdIdentityConstraint());
    constraint->setCategory(XsdIdentityConstraint::Unique);

    // parse attributes
    const QXmlName objectName = m_namePool->allocateQName(m_targetNamespace, readNameAttribute("unique"));
    constraint->setName(objectName);

    validateIdAttribute("unique");

    TagValidationHandler tagValidator(XsdTagScope::Unique, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                constraint->addAnnotation(annotation);
            } else if (isSchemaTag(XsdSchemaToken::Selector, token, namespaceToken)) {
                parseSelector(constraint);
            } else if (isSchemaTag(XsdSchemaToken::Field, token, namespaceToken)) {
                parseField(constraint);
            } else {
                parseUnknown();
            }
        }
    }

    // add constraint to schema for further checking
    addIdentityConstraint(constraint);

    tagValidator.finalize();

    return constraint;
}

parseUnknown()

void XsdSchemaParser::parseUnknown ( )

private

This method is called for parsing unknown object in the schema.

Definition at line 5658 of file qxsdschemaparser.cpp.

Referenced by parseAll(), parseAlternative(), parseAnnotation(), parseAny(), parseAnyAttribute(), parseAssertion(), parseChoice(), parseComplexContent(), parseComplexContentExtension(), parseComplexContentRestriction(), parseDefaultOpenContent(), parseEnumerationFacet(), parseField(), parseFractionDigitsFacet(), parseGlobalAttribute(), parseGlobalComplexType(), parseGlobalElement(), parseGlobalSimpleType(), parseImport(), parseInclude(), parseKey(), parseKeyRef(), parseLengthFacet(), parseList(), parseLocalAll(), parseLocalAttribute(), parseLocalChoice(), parseLocalComplexType(), parseLocalElement(), parseLocalSequence(), parseLocalSimpleType(), parseMaxExclusiveFacet(), parseMaxInclusiveFacet(), parseMaxLengthFacet(), parseMinExclusiveFacet(), parseMinInclusiveFacet(), parseMinLengthFacet(), parseNamedAttributeGroup(), parseNamedGroup(), parseNotation(), parseOpenContent(), parsePatternFacet(), parseRedefine(), parseReferredAttributeGroup(), parseReferredGroup(), parseSchema(), parseSelector(), parseSequence(), parseSimpleContent(), parseSimpleContentExtension(), parseSimpleContentRestriction(), parseSimpleRestriction(), parseTotalDigitsFacet(), parseUnion(), parseUnique(), and parseWhiteSpaceFacet().

{
    Q_ASSERT(isStartElement());
    m_namespaceSupport.pushContext();
    m_namespaceSupport.setPrefixes(namespaceDeclarations());

    error(QtXmlPatterns::tr("%1 element is not allowed in this context.").arg(formatElement(name().toString())));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement())
            parseUnknown();
    }

    m_namespaceSupport.popContext();
}

parseUnknownDocumentation()

void XsdSchemaParser::parseUnknownDocumentation ( )

private

This method is called for parsing unknown object as descendant of the annotation object.

Definition at line 5639 of file qxsdschemaparser.cpp.

Referenced by parseAppInfo(), and parseDocumentation().

{
    Q_ASSERT(isStartElement());
    m_namespaceSupport.pushContext();
    m_namespaceSupport.setPrefixes(namespaceDeclarations());

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement())
            parseUnknownDocumentation();
    }

    m_namespaceSupport.popContext();
}

parseWhiteSpaceFacet()

XsdFacet::Ptr XsdSchemaParser::parseWhiteSpaceFacet ( )

private

This method is called for parsing a whiteSpace object as child of a restriction object.

Definition at line 2425 of file qxsdschemaparser.cpp.

Referenced by parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const ElementNamespaceHandler namespaceHandler(XsdSchemaToken::WhiteSpace, this);

    validateElement(XsdTagScope::WhiteSpaceFacet);

    const XsdFacet::Ptr facet = XsdFacet::Ptr(new XsdFacet());
    facet->setType(XsdFacet::WhiteSpace);

    // parse attributes
    if (hasAttribute(QString::fromLatin1("fixed"))) {
        const QString value = readAttribute(QString::fromLatin1("fixed"));
        const Boolean::Ptr fixed = Boolean::fromLexical(value);
        if (fixed->hasError()) {
            attributeContentError("fixed", "whiteSpace", value, BuiltinTypes::xsBoolean);
            return facet;
        }

        facet->setFixed(fixed->as<Boolean>()->value());
    } else {
        facet->setFixed(false); // the default value
    }

    const QString value = readAttribute(QString::fromLatin1("value"));
    if (value != XsdSchemaToken::toString(XsdSchemaToken::Collapse) &&
        value != XsdSchemaToken::toString(XsdSchemaToken::Preserve) &&
        value != XsdSchemaToken::toString(XsdSchemaToken::Replace)) {
        attributeContentError("value", "whiteSpace", value);
        return facet;
    } else {
        DerivedString<TypeString>::Ptr string = DerivedString<TypeString>::fromLexical(NamePool::Ptr(m_namePool), value);
        if (string->hasError()) {
            attributeContentError("value", "whiteSpace", value);
            return facet;
        } else {
            facet->setValue(string);
        }
    }

    validateIdAttribute("whiteSpace");

    TagValidationHandler tagValidator(XsdTagScope::WhiteSpaceFacet, this, NamePool::Ptr(m_namePool));

    while (!atEnd()) {
        readNext();

        if (isEndElement())
            break;

        if (isStartElement()) {
            const XsdSchemaToken::NodeName token = XsdSchemaToken::toToken(name());
            const XsdSchemaToken::NodeName namespaceToken = XsdSchemaToken::toToken(namespaceUri());

            tagValidator.validate(token);

            if (isSchemaTag(XsdSchemaToken::Annotation, token, namespaceToken)) {
                const XsdAnnotation::Ptr annotation = parseAnnotation();
                facet->addAnnotation(annotation);
            } else {
                parseUnknown();
            }
        }
    }

    tagValidator.finalize();

    return facet;
}

readBlockingConstraintAttribute()

NamedSchemaComponent::BlockingConstraints XsdSchemaParser::readBlockingConstraintAttribute ( const NamedSchemaComponent::BlockingConstraints &  allowedConstraints, const char *  elementName  )

inlineprivate

A helper method that reads the block attribute and does correct handling of schema default definitions.

Definition at line 5842 of file qxsdschemaparser.cpp.

Referenced by parseGlobalComplexType(), parseGlobalElement(), and parseLocalElement().

{
    // first convert the flags into strings for easier comparison
    QSet<QString> allowedContent;
    if (allowedConstraints & NamedSchemaComponent::RestrictionConstraint)
        allowedContent.insert(QString::fromLatin1("restriction"));
    if (allowedConstraints & NamedSchemaComponent::ExtensionConstraint)
        allowedContent.insert(QString::fromLatin1("extension"));
    if (allowedConstraints & NamedSchemaComponent::SubstitutionConstraint)
        allowedContent.insert(QString::fromLatin1("substitution"));

    // read content from the attribute if available, otherwise use the default definitions from the schema tag
    QString content;
    if (hasAttribute(QString::fromLatin1("block"))) {
        content = readAttribute(QString::fromLatin1("block"));

        // split string into list to validate the content of the attribute
        const QStringList values = content.split(QLatin1Char(' '), QString::SkipEmptyParts);
        for (int i = 0; i < values.count(); i++) {
            const QString value = values.at(i);
            if (!allowedContent.contains(value) && (value != QString::fromLatin1("#all"))) {
                attributeContentError("block", elementName, value);
                return NamedSchemaComponent::BlockingConstraints();
            }

            if ((value == QString::fromLatin1("#all")) && values.count() != 1) {
                error(QtXmlPatterns::tr("%1 attribute of %2 element must either contain %3 or the other values.")
                                       .arg(formatAttribute("block"))
                                       .arg(formatElement(elementName))
                                       .arg(formatData("#all")));
                return NamedSchemaComponent::BlockingConstraints();
            }
        }
    } else {
        // content of the default value has been validated in parseSchema already
        content = m_blockDefault;
    }

    QSet<QString> contentSet = content.split(QLatin1Char(' '), QString::SkipEmptyParts).toSet();

    // if the '#all' tag is defined, we return all allowed values
    if (contentSet.contains(QString::fromLatin1("#all"))) {
        return allowedConstraints;
    } else { // return the values from content set that intersects with the allowed values
        contentSet.intersect(allowedContent);

        NamedSchemaComponent::BlockingConstraints constraints;

        if (contentSet.contains(QString::fromLatin1("restriction")))
            constraints |= NamedSchemaComponent::RestrictionConstraint;
        if (contentSet.contains(QString::fromLatin1("extension")))
            constraints |= NamedSchemaComponent::ExtensionConstraint;
        if (contentSet.contains(QString::fromLatin1("substitution")))
            constraints |= NamedSchemaComponent::SubstitutionConstraint;

        return constraints;
    }
}

readDerivationConstraintAttribute()

SchemaType::DerivationConstraints XsdSchemaParser::readDerivationConstraintAttribute ( const SchemaType::DerivationConstraints &  allowedConstraints, const char *  elementName  )

inlineprivate

A helper method that reads the final attribute and does correct handling of schema default definitions.

Definition at line 5779 of file qxsdschemaparser.cpp.

Referenced by parseGlobalComplexType(), parseGlobalElement(), and parseGlobalSimpleType().

{
    // first convert the flags into strings for easier comparison
    QSet<QString> allowedContent;
    if (allowedConstraints & SchemaType::RestrictionConstraint)
        allowedContent.insert(QString::fromLatin1("restriction"));
    if (allowedConstraints & SchemaType::ExtensionConstraint)
        allowedContent.insert(QString::fromLatin1("extension"));
    if (allowedConstraints & SchemaType::ListConstraint)
        allowedContent.insert(QString::fromLatin1("list"));
    if (allowedConstraints & SchemaType::UnionConstraint)
        allowedContent.insert(QString::fromLatin1("union"));

    // read content from the attribute if available, otherwise use the default definitions from the schema tag
    QString content;
    if (hasAttribute(QString::fromLatin1("final"))) {
        content = readAttribute(QString::fromLatin1("final"));

        // split string into list to validate the content of the attribute
        const QStringList values = content.split(QLatin1Char(' '), QString::SkipEmptyParts);
        for (int i = 0; i < values.count(); i++) {
            const QString value = values.at(i);
            if (!allowedContent.contains(value) && (value != QString::fromLatin1("#all"))) {
                attributeContentError("final", elementName, value);
                return SchemaType::DerivationConstraints();
            }

            if ((value == QString::fromLatin1("#all")) && values.count() != 1) {
                error(QtXmlPatterns::tr("%1 attribute of %2 element must either contain %3 or the other values.")
                                       .arg(formatAttribute("final"))
                                       .arg(formatElement(elementName))
                                       .arg(formatData("#all")));
                return SchemaType::DerivationConstraints();
            }
        }
    } else {
        // content of the default value has been validated in parseSchema already
        content = m_finalDefault;
    }

    QSet<QString> contentSet = content.split(QLatin1Char(' '), QString::SkipEmptyParts).toSet();

    // if the '#all' tag is defined, we return all allowed values
    if (contentSet.contains(QString::fromLatin1("#all"))) {
        return allowedConstraints;
    } else { // return the values from content set that intersects with the allowed values
        contentSet.intersect(allowedContent);

        SchemaType::DerivationConstraints constraints;

        if (contentSet.contains(QString::fromLatin1("restriction")))
            constraints |= SchemaType::RestrictionConstraint;
        if (contentSet.contains(QString::fromLatin1("extension")))
            constraints |= SchemaType::ExtensionConstraint;
        if (contentSet.contains(QString::fromLatin1("list")))
            constraints |= SchemaType::ListConstraint;
        if (contentSet.contains(QString::fromLatin1("union")))
            constraints |= SchemaType::UnionConstraint;

        return constraints;
    }
}

readNameAttribute()

QString XsdSchemaParser::readNameAttribute ( const char *  elementName )

inlineprivate

A helper method that reads in a 'name' attribute and checks it for syntactic errors.

Definition at line 5746 of file qxsdschemaparser.cpp.

Referenced by parseGlobalAttribute(), parseGlobalComplexType(), parseGlobalElement(), parseGlobalSimpleType(), parseKey(), parseKeyRef(), parseLocalAttribute(), parseLocalElement(), parseNamedAttributeGroup(), parseNamedGroup(), parseNotation(), and parseUnique().

{
    const QString value = readAttribute(QString::fromLatin1("name")).simplified();
    if (!QXmlUtils::isNCName(value)) {
        attributeContentError("name", elementName, value, BuiltinTypes::xsNCName);
        return QString();
    } else {
        return value;
    }
}

readNamespaceAttribute()

QString XsdSchemaParser::readNamespaceAttribute ( const QString &  attributeName, const char *  elementName  )

inlineprivate

A helper method that reads in a namespace attribute and checks for syntactic errors.

Definition at line 5768 of file qxsdschemaparser.cpp.

Referenced by parseSchema().

{
    const QString value = readAttribute(attributeName);
    if (value.isEmpty()) {
        attributeContentError(attributeName.toLatin1(), elementName, value, BuiltinTypes::xsAnyURI);
        return QString();
    }

    return value;
}

readQNameAttribute()

QString XsdSchemaParser::readQNameAttribute ( const QString &  typeAttribute, const char *  elementName  )

inlineprivate

A helper method that reads in an attribute that contains an QName and checks it for syntactic errors.

Definition at line 5757 of file qxsdschemaparser.cpp.

Referenced by parseAlternative(), parseComplexContentExtension(), parseComplexContentRestriction(), parseGlobalAttribute(), parseGlobalElement(), parseKeyRef(), parseList(), parseLocalAttribute(), parseLocalElement(), parseReferredAttributeGroup(), parseReferredGroup(), parseSchema(), parseSimpleContentExtension(), parseSimpleContentRestriction(), and parseSimpleRestriction().

{
    const QString value = readAttribute(typeAttribute).simplified();
    if (!XPathHelper::isQName(value)) {
        attributeContentError(typeAttribute.toLatin1(), elementName, value, BuiltinTypes::xsQName);
        return QString();
    } else {
        return value;
    }
}

readXPathAttribute()

QString XsdSchemaParser::readXPathAttribute ( const QString &  attributeName, XPathType  type, const char *  elementName  )

private

A helper method that reads an attribute that represents a xpath query and does basic validation.

Definition at line 5955 of file qxsdschemaparser.cpp.

Referenced by parseAlternative(), parseAssertion(), parseField(), and parseSelector().

{
    const QString value = readAttribute(attributeName);
    if (value.isEmpty() || value.startsWith(QLatin1Char('/'))) {
        attributeContentError(attributeName.toLatin1(), elementName, value);
        return QString();
    }

    QXmlNamePool namePool(NamePool::Ptr(m_namePool).data());

    QXmlQuery::QueryLanguage language = QXmlQuery::XPath20;
    switch (type) {
        case XPath20: language = QXmlQuery::XPath20; break;
        case XPathSelector: language = QXmlQuery::XmlSchema11IdentityConstraintSelector; break;
        case XPathField: language = QXmlQuery::XmlSchema11IdentityConstraintField; break;
    };

    QXmlQuery query(language, namePool);
    QXmlQueryPrivate *queryPrivate = query.d;

    const QList<QXmlName> namespaceBindings = m_namespaceSupport.namespaceBindings();
    for (int i = 0; i < namespaceBindings.count(); ++i) {
        if (!namespaceBindings.at(i).prefix() == StandardPrefixes::empty)
            queryPrivate->addAdditionalNamespaceBinding(namespaceBindings.at(i));
    }

    query.setQuery(value, m_documentURI);
    if (!query.isValid()) {
        attributeContentError(attributeName.toLatin1(), elementName, value);
        return QString();
    }

    return value;
}

readXPathExpression()

XsdXPathExpression::Ptr XsdSchemaParser::readXPathExpression ( const char *  elementName )

private

A helper method that reads all components for a xpath expression for the current scope.

Definition at line 5901 of file qxsdschemaparser.cpp.

Referenced by parseAlternative(), parseAssertion(), parseField(), and parseSelector().

{
    const XsdXPathExpression::Ptr expression(new XsdXPathExpression());

    const QList<QXmlName> namespaceBindings = m_namespaceSupport.namespaceBindings();
    QXmlName emptyName;
    for (int i = 0; i < namespaceBindings.count(); ++i) {
        if (namespaceBindings.at(i).prefix() == StandardPrefixes::empty)
            emptyName = namespaceBindings.at(i);
    }

    expression->setNamespaceBindings(namespaceBindings);

    QString xpathDefaultNamespace;
    if (hasAttribute(QString::fromLatin1("xpathDefaultNamespace"))) {
        xpathDefaultNamespace = readAttribute(QString::fromLatin1("xpathDefaultNamespace"));
        if (xpathDefaultNamespace != QString::fromLatin1("##defaultNamespace") &&
            xpathDefaultNamespace != QString::fromLatin1("##targetNamespace") &&
            xpathDefaultNamespace != QString::fromLatin1("##local")) {
            if (!isValidUri(xpathDefaultNamespace)) {
                attributeContentError("xpathDefaultNamespace", elementName, xpathDefaultNamespace, BuiltinTypes::xsAnyURI);
                return expression;
            }
        }
    } else {
        xpathDefaultNamespace = m_xpathDefaultNamespace;
    }

    AnyURI::Ptr namespaceURI;
    if (xpathDefaultNamespace == QString::fromLatin1("##defaultNamespace")) {
        if (!emptyName.isNull())
            namespaceURI = AnyURI::fromLexical(m_namePool->stringForNamespace(emptyName.namespaceURI()));
    } else if (xpathDefaultNamespace == QString::fromLatin1("##targetNamespace")) {
        if (!m_targetNamespace.isEmpty())
            namespaceURI = AnyURI::fromLexical(m_targetNamespace);
    } else if (xpathDefaultNamespace == QString::fromLatin1("##local")) {
        // it is absent
    } else {
        namespaceURI = AnyURI::fromLexical(xpathDefaultNamespace);
    }
    if (namespaceURI) {
        if (namespaceURI->hasError()) {
            attributeContentError("xpathDefaultNamespace", elementName, xpathDefaultNamespace, BuiltinTypes::xsAnyURI);
            return expression;
        }

        expression->setDefaultNamespace(namespaceURI);
    }

    //TODO: read the base uri if qmaintaining reader support it

    return expression;
}

resolveComplexContentType()

void XsdSchemaParser::resolveComplexContentType ( const XsdComplexType::Ptr &  complexType, bool  effectiveMixed  )

private

This method resolves the content type of the complexType for the given effectiveMixed value.

Definition at line 2882 of file qxsdschemaparser.cpp.

Referenced by parseGlobalComplexType(), and parseLocalComplexType().

{
    // @see http://www.w3.org/TR/xmlschema11-1/#dcl.ctd.ctcc.common

    // 1
    // the effectiveMixed contains the effective mixed value

    // 2
    bool hasEmptyContent = false;
    if (!complexType->contentType()->particle()) {
        hasEmptyContent = true; // 2.1.1
    } else {
        if (complexType->contentType()->particle()->term()->isModelGroup()) {
            const XsdModelGroup::Ptr group = complexType->contentType()->particle()->term();
            if (group->compositor() == XsdModelGroup::SequenceCompositor || group->compositor() == XsdModelGroup::AllCompositor) {
                if (group->particles().isEmpty())
                    hasEmptyContent = true; // 2.1.2
            } else if (group->compositor() == XsdModelGroup::ChoiceCompositor) {
                if ((complexType->contentType()->particle()->minimumOccurs() == 0) && group->particles().isEmpty())
                    hasEmptyContent = true; // 2.1.3
            }

            if ((complexType->contentType()->particle()->maximumOccursUnbounded() == false) && (complexType->contentType()->particle()->maximumOccurs() == 0))
                hasEmptyContent = true; // 2.1.4
        }
    }

    const XsdParticle::Ptr explicitContent = (hasEmptyContent ? XsdParticle::Ptr() : complexType->contentType()->particle());

    // do all the other work (3, 4, 5 and 6) in the resolver, as they need access to the base type object
    m_schemaResolver->addComplexContentType(complexType, explicitContent, effectiveMixed);
}

setDocumentURI()

void XsdSchemaParser::setDocumentURI

(

const QUrl &

uri

)

Sets the document URI of the schema to parse.

Definition at line 308 of file qxsdschemaparser.cpp.

Referenced by QXmlSchemaPrivate::load(), parseImport(), parseInclude(), and parseRedefine().

{
    m_documentURI = uri;

    // prevent to get included/imported/redefined twice
    m_includedSchemas.insert(uri);
    m_importedSchemas.insert(uri);
    m_redefinedSchemas.insert(uri);
}

setImportedSchemas()

void XsdSchemaParser::setImportedSchemas

(

const NamespaceSet &

schemas

)

Sets which schemas have been imported already, so the parser can detect circular imports.

Definition at line 282 of file qxsdschemaparser.cpp.

Referenced by parseImport(), and parseRedefine().

{
    m_importedSchemas = schemas;
}

setIncludedSchemas()

void XsdSchemaParser::setIncludedSchemas

(

const NamespaceSet &

schemas

)

Sets which schemas have been included already, so the parser can detect multiple includes of the same schema.

Definition at line 272 of file qxsdschemaparser.cpp.

Referenced by parseImport(), and parseRedefine().

{
    m_includedSchemas = schemas;
}

setRedefinedSchemas()

void XsdSchemaParser::setRedefinedSchemas

(

const NamespaceSet &

schemas

)

Sets which schemas have been redefined already, so the parser can detect multiple redefines of the same schema.

Definition at line 292 of file qxsdschemaparser.cpp.

Referenced by parseImport(), and parseRedefine().

{
    m_redefinedSchemas = schemas;
}

setTargetNamespace()

void XsdSchemaParser::setTargetNamespace

(

const QString &

targetNamespace

)

Sets the target namespace of the schema to parse.

Definition at line 297 of file qxsdschemaparser.cpp.

Referenced by QXmlSchemaPrivate::load(), and parseImport().

{
    m_targetNamespace = targetNamespace;
}

setTargetNamespaceExtended()

void XsdSchemaParser::setTargetNamespaceExtended ( const QString &  targetNamespace )

private

Sets the target namespace of the schema to parse.

Definition at line 302 of file qxsdschemaparser.cpp.

Referenced by parseRedefine().

{
    m_targetNamespace = targetNamespace;
    m_namespaceSupport.setTargetNamespace(m_namePool->allocateNamespace(m_targetNamespace));
}

setupBuiltinTypeNames()

void XsdSchemaParser::setupBuiltinTypeNames ( )

private

Sets up a list of names of known builtin types.

Definition at line 846 of file qxsdschemaparser_setup.cpp.

Referenced by XsdSchemaParser().

{
    NamePool::Ptr namePool(m_namePool);
    m_builtinTypeNames.reserve(48);

    m_builtinTypeNames.insert(BuiltinTypes::xsAnyType->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsAnySimpleType->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsUntyped->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsAnyAtomicType->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsUntypedAtomic->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsDateTime->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsDate->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsTime->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsDuration->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsYearMonthDuration->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsDayTimeDuration->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsFloat->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsDouble->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsInteger->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsDecimal->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsNonPositiveInteger->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsNegativeInteger->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsLong->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsInt->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsShort->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsByte->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsNonNegativeInteger->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsUnsignedLong->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsUnsignedInt->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsUnsignedShort->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsUnsignedByte->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsPositiveInteger->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsGYearMonth->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsGYear->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsGMonthDay->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsGDay->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsGMonth->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsBoolean->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsBase64Binary->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsHexBinary->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsAnyURI->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsQName->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsString->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsNormalizedString->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsToken->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsLanguage->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsNMTOKEN->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsName->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsNCName->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsID->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsIDREF->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsENTITY->name(namePool));
    m_builtinTypeNames.insert(BuiltinTypes::xsNOTATION->name(namePool));
}

setupStateMachines()

void XsdSchemaParser::setupStateMachines ( )

private

Sets up the state machines for validating the right occurrence of xml elements.

Definition at line 50 of file qxsdschemaparser_setup.cpp.

Referenced by XsdSchemaParser().

{
    NamePool::Ptr namePool(m_namePool);
    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, simpleType?) : attribute
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(s1, XsdSchemaToken::SimpleType, s2);

        m_stateMachines.insert(XsdTagScope::GlobalAttribute, machine);
        m_stateMachines.insert(XsdTagScope::LocalAttribute, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, ((simpleType | complexType)?, alternative*, (unique | key | keyref)*)) : element
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s3 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s4 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(startState, XsdSchemaToken::ComplexType, s2);
        machine.addTransition(startState, XsdSchemaToken::Alternative, s3);
        machine.addTransition(startState, XsdSchemaToken::Unique, s4);
        machine.addTransition(startState, XsdSchemaToken::Key, s4);
        machine.addTransition(startState, XsdSchemaToken::Keyref, s4);

        machine.addTransition(s1, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(s1, XsdSchemaToken::ComplexType, s2);
        machine.addTransition(s1, XsdSchemaToken::Alternative, s3);
        machine.addTransition(s1, XsdSchemaToken::Unique, s4);
        machine.addTransition(s1, XsdSchemaToken::Key, s4);
        machine.addTransition(s1, XsdSchemaToken::Keyref, s4);

        machine.addTransition(s2, XsdSchemaToken::Alternative, s3);
        machine.addTransition(s2, XsdSchemaToken::Unique, s4);
        machine.addTransition(s2, XsdSchemaToken::Key, s4);
        machine.addTransition(s2, XsdSchemaToken::Keyref, s4);

        machine.addTransition(s3, XsdSchemaToken::Alternative, s3);
        machine.addTransition(s3, XsdSchemaToken::Unique, s4);
        machine.addTransition(s3, XsdSchemaToken::Key, s4);
        machine.addTransition(s3, XsdSchemaToken::Keyref, s4);

        machine.addTransition(s4, XsdSchemaToken::Unique, s4);
        machine.addTransition(s4, XsdSchemaToken::Key, s4);
        machine.addTransition(s4, XsdSchemaToken::Keyref, s4);

        m_stateMachines.insert(XsdTagScope::GlobalElement, machine);
        m_stateMachines.insert(XsdTagScope::LocalElement, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (simpleContent | complexContent | (openContent?, (group | all | choice | sequence)?, ((attribute | attributeGroup)*, anyAttribute?), assert*))) : complexType
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s3 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s4 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s5 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s6 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s7 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleContent, s2);
        machine.addTransition(startState, XsdSchemaToken::ComplexContent, s2);
        machine.addTransition(startState, XsdSchemaToken::OpenContent, s3);
        machine.addTransition(startState, XsdSchemaToken::Group, s4);
        machine.addTransition(startState, XsdSchemaToken::All, s4);
        machine.addTransition(startState, XsdSchemaToken::Choice, s4);
        machine.addTransition(startState, XsdSchemaToken::Sequence, s4);
        machine.addTransition(startState, XsdSchemaToken::Attribute, s5);
        machine.addTransition(startState, XsdSchemaToken::AttributeGroup, s5);
        machine.addTransition(startState, XsdSchemaToken::AnyAttribute, s6);
        machine.addTransition(startState, XsdSchemaToken::Assert, s7);

        machine.addTransition(s1, XsdSchemaToken::SimpleContent, s2);
        machine.addTransition(s1, XsdSchemaToken::ComplexContent, s2);
        machine.addTransition(s1, XsdSchemaToken::OpenContent, s3);
        machine.addTransition(s1, XsdSchemaToken::Group, s4);
        machine.addTransition(s1, XsdSchemaToken::All, s4);
        machine.addTransition(s1, XsdSchemaToken::Choice, s4);
        machine.addTransition(s1, XsdSchemaToken::Sequence, s4);
        machine.addTransition(s1, XsdSchemaToken::Attribute, s5);
        machine.addTransition(s1, XsdSchemaToken::AttributeGroup, s5);
        machine.addTransition(s1, XsdSchemaToken::AnyAttribute, s6);
        machine.addTransition(s1, XsdSchemaToken::Assert, s7);

        machine.addTransition(s3, XsdSchemaToken::Group, s4);
        machine.addTransition(s3, XsdSchemaToken::All, s4);
        machine.addTransition(s3, XsdSchemaToken::Choice, s4);
        machine.addTransition(s3, XsdSchemaToken::Sequence, s4);
        machine.addTransition(s3, XsdSchemaToken::Attribute, s5);
        machine.addTransition(s3, XsdSchemaToken::AttributeGroup, s5);
        machine.addTransition(s3, XsdSchemaToken::AnyAttribute, s6);
        machine.addTransition(s3, XsdSchemaToken::Assert, s7);

        machine.addTransition(s4, XsdSchemaToken::Attribute, s5);
        machine.addTransition(s4, XsdSchemaToken::AttributeGroup, s5);
        machine.addTransition(s4, XsdSchemaToken::AnyAttribute, s6);
        machine.addTransition(s4, XsdSchemaToken::Assert, s7);

        machine.addTransition(s5, XsdSchemaToken::Attribute, s5);
        machine.addTransition(s5, XsdSchemaToken::AttributeGroup, s5);
        machine.addTransition(s5, XsdSchemaToken::AnyAttribute, s6);
        machine.addTransition(s5, XsdSchemaToken::Assert, s7);

        machine.addTransition(s6, XsdSchemaToken::Assert, s7);

        machine.addTransition(s7, XsdSchemaToken::Assert, s7);

        m_stateMachines.insert(XsdTagScope::GlobalComplexType, machine);
        m_stateMachines.insert(XsdTagScope::LocalComplexType, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (restriction | extension)) : simpleContent/complexContent
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::InternalState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::Restriction, s2);
        machine.addTransition(startState, XsdSchemaToken::Extension, s2);

        machine.addTransition(s1, XsdSchemaToken::Restriction, s2);
        machine.addTransition(s1, XsdSchemaToken::Extension, s2);

        m_stateMachines.insert(XsdTagScope::SimpleContent, machine);
        m_stateMachines.insert(XsdTagScope::ComplexContent, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (simpleType?, (minExclusive | minInclusive | maxExclusive | maxInclusive | totalDigits | fractionDigits | length | minLength | maxLength | enumeration | whiteSpace | pattern | assertion)*)?, ((attribute | attributeGroup)*, anyAttribute?), assert*) : simpleContent restriction
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s3 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s4 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s5 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s6 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(startState, XsdSchemaToken::MinExclusive, s3);
        machine.addTransition(startState, XsdSchemaToken::MinInclusive, s3);
        machine.addTransition(startState, XsdSchemaToken::MaxExclusive, s3);
        machine.addTransition(startState, XsdSchemaToken::MaxInclusive, s3);
        machine.addTransition(startState, XsdSchemaToken::TotalDigits, s3);
        machine.addTransition(startState, XsdSchemaToken::FractionDigits, s3);
        machine.addTransition(startState, XsdSchemaToken::Length, s3);
        machine.addTransition(startState, XsdSchemaToken::MinLength, s3);
        machine.addTransition(startState, XsdSchemaToken::MaxLength, s3);
        machine.addTransition(startState, XsdSchemaToken::Enumeration, s3);
        machine.addTransition(startState, XsdSchemaToken::WhiteSpace, s3);
        machine.addTransition(startState, XsdSchemaToken::Pattern, s3);
        machine.addTransition(startState, XsdSchemaToken::Assertion, s3);
        machine.addTransition(startState, XsdSchemaToken::Attribute, s4);
        machine.addTransition(startState, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(startState, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(startState, XsdSchemaToken::Assert, s6);

        machine.addTransition(s1, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(s1, XsdSchemaToken::MinExclusive, s3);
        machine.addTransition(s1, XsdSchemaToken::MinInclusive, s3);
        machine.addTransition(s1, XsdSchemaToken::MaxExclusive, s3);
        machine.addTransition(s1, XsdSchemaToken::MaxInclusive, s3);
        machine.addTransition(s1, XsdSchemaToken::TotalDigits, s3);
        machine.addTransition(s1, XsdSchemaToken::FractionDigits, s3);
        machine.addTransition(s1, XsdSchemaToken::Length, s3);
        machine.addTransition(s1, XsdSchemaToken::MinLength, s3);
        machine.addTransition(s1, XsdSchemaToken::MaxLength, s3);
        machine.addTransition(s1, XsdSchemaToken::Enumeration, s3);
        machine.addTransition(s1, XsdSchemaToken::WhiteSpace, s3);
        machine.addTransition(s1, XsdSchemaToken::Pattern, s3);
        machine.addTransition(s1, XsdSchemaToken::Assertion, s3);
        machine.addTransition(s1, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s1, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s1, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(s1, XsdSchemaToken::Assert, s6);

        machine.addTransition(s2, XsdSchemaToken::MinExclusive, s3);
        machine.addTransition(s2, XsdSchemaToken::MinInclusive, s3);
        machine.addTransition(s2, XsdSchemaToken::MaxExclusive, s3);
        machine.addTransition(s2, XsdSchemaToken::MaxInclusive, s3);
        machine.addTransition(s2, XsdSchemaToken::TotalDigits, s3);
        machine.addTransition(s2, XsdSchemaToken::FractionDigits, s3);
        machine.addTransition(s2, XsdSchemaToken::Length, s3);
        machine.addTransition(s2, XsdSchemaToken::MinLength, s3);
        machine.addTransition(s2, XsdSchemaToken::MaxLength, s3);
        machine.addTransition(s2, XsdSchemaToken::Enumeration, s3);
        machine.addTransition(s2, XsdSchemaToken::WhiteSpace, s3);
        machine.addTransition(s2, XsdSchemaToken::Pattern, s3);
        machine.addTransition(s2, XsdSchemaToken::Assertion, s3);
        machine.addTransition(s2, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s2, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s2, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(s2, XsdSchemaToken::Assert, s6);

        machine.addTransition(s3, XsdSchemaToken::MinExclusive, s3);
        machine.addTransition(s3, XsdSchemaToken::MinInclusive, s3);
        machine.addTransition(s3, XsdSchemaToken::MaxExclusive, s3);
        machine.addTransition(s3, XsdSchemaToken::MaxInclusive, s3);
        machine.addTransition(s3, XsdSchemaToken::TotalDigits, s3);
        machine.addTransition(s3, XsdSchemaToken::FractionDigits, s3);
        machine.addTransition(s3, XsdSchemaToken::Length, s3);
        machine.addTransition(s3, XsdSchemaToken::MinLength, s3);
        machine.addTransition(s3, XsdSchemaToken::MaxLength, s3);
        machine.addTransition(s3, XsdSchemaToken::Enumeration, s3);
        machine.addTransition(s3, XsdSchemaToken::WhiteSpace, s3);
        machine.addTransition(s3, XsdSchemaToken::Pattern, s3);
        machine.addTransition(s3, XsdSchemaToken::Assertion, s3);
        machine.addTransition(s3, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s3, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s3, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(s3, XsdSchemaToken::Assert, s6);

        machine.addTransition(s4, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s4, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s4, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(s4, XsdSchemaToken::Assert, s6);

        machine.addTransition(s5, XsdSchemaToken::Assert, s6);

        machine.addTransition(s6, XsdSchemaToken::Assert, s6);

        m_stateMachines.insert(XsdTagScope::SimpleContentRestriction, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, ((attribute | attributeGroup)*, anyAttribute?), assert*) : simple content extension
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s3 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s4 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::Attribute, s2);
        machine.addTransition(startState, XsdSchemaToken::AttributeGroup, s2);
        machine.addTransition(startState, XsdSchemaToken::AnyAttribute, s3);
        machine.addTransition(startState, XsdSchemaToken::Assert, s4);

        machine.addTransition(s1, XsdSchemaToken::Attribute, s2);
        machine.addTransition(s1, XsdSchemaToken::AttributeGroup, s2);
        machine.addTransition(s1, XsdSchemaToken::AnyAttribute, s3);
        machine.addTransition(s1, XsdSchemaToken::Assert, s4);

        machine.addTransition(s2, XsdSchemaToken::Attribute, s2);
        machine.addTransition(s2, XsdSchemaToken::AttributeGroup, s2);
        machine.addTransition(s2, XsdSchemaToken::AnyAttribute, s3);
        machine.addTransition(s2, XsdSchemaToken::Assert, s4);

        machine.addTransition(s3, XsdSchemaToken::Assert, s4);

        machine.addTransition(s4, XsdSchemaToken::Assert, s4);

        m_stateMachines.insert(XsdTagScope::SimpleContentExtension, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, openContent?, ((group | all | choice | sequence)?, ((attribute | attributeGroup)*, anyAttribute?), assert*)) : complex content restriction/complex content extension
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s3 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s4 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s5 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s6 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::OpenContent, s2);
        machine.addTransition(startState, XsdSchemaToken::Group, s3);
        machine.addTransition(startState, XsdSchemaToken::All, s3);
        machine.addTransition(startState, XsdSchemaToken::Choice, s3);
        machine.addTransition(startState, XsdSchemaToken::Sequence, s3);
        machine.addTransition(startState, XsdSchemaToken::Attribute, s4);
        machine.addTransition(startState, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(startState, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(startState, XsdSchemaToken::Assert, s6);

        machine.addTransition(s1, XsdSchemaToken::OpenContent, s2);
        machine.addTransition(s1, XsdSchemaToken::Group, s3);
        machine.addTransition(s1, XsdSchemaToken::All, s3);
        machine.addTransition(s1, XsdSchemaToken::Choice, s3);
        machine.addTransition(s1, XsdSchemaToken::Sequence, s3);
        machine.addTransition(s1, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s1, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s1, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(s1, XsdSchemaToken::Assert, s6);

        machine.addTransition(s2, XsdSchemaToken::Group, s3);
        machine.addTransition(s2, XsdSchemaToken::All, s3);
        machine.addTransition(s2, XsdSchemaToken::Choice, s3);
        machine.addTransition(s2, XsdSchemaToken::Sequence, s3);
        machine.addTransition(s2, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s2, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s2, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(s2, XsdSchemaToken::Assert, s6);

        machine.addTransition(s3, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s3, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s3, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(s3, XsdSchemaToken::Assert, s6);

        machine.addTransition(s4, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s4, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s4, XsdSchemaToken::AnyAttribute, s5);
        machine.addTransition(s4, XsdSchemaToken::Assert, s6);

        machine.addTransition(s5, XsdSchemaToken::Assert, s6);

        machine.addTransition(s6, XsdSchemaToken::Assert, s6);

        m_stateMachines.insert(XsdTagScope::ComplexContentRestriction, machine);
        m_stateMachines.insert(XsdTagScope::ComplexContentExtension, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, ((attribute | attributeGroup)*, anyAttribute?)) : named attribute group
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s3 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::Attribute, s2);
        machine.addTransition(startState, XsdSchemaToken::AttributeGroup, s2);
        machine.addTransition(startState, XsdSchemaToken::AnyAttribute, s3);

        machine.addTransition(s1, XsdSchemaToken::Attribute, s2);
        machine.addTransition(s1, XsdSchemaToken::AttributeGroup, s2);
        machine.addTransition(s1, XsdSchemaToken::AnyAttribute, s3);

        machine.addTransition(s2, XsdSchemaToken::Attribute, s2);
        machine.addTransition(s2, XsdSchemaToken::AttributeGroup, s2);
        machine.addTransition(s2, XsdSchemaToken::AnyAttribute, s3);

        m_stateMachines.insert(XsdTagScope::NamedAttributeGroup, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (all | choice | sequence)?) : group
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::All, s2);
        machine.addTransition(startState, XsdSchemaToken::Choice, s2);
        machine.addTransition(startState, XsdSchemaToken::Sequence, s2);

        machine.addTransition(s1, XsdSchemaToken::All, s2);
        machine.addTransition(s1, XsdSchemaToken::Choice, s2);
        machine.addTransition(s1, XsdSchemaToken::Sequence, s2);

        m_stateMachines.insert(XsdTagScope::NamedGroup, machine);
        m_stateMachines.insert(XsdTagScope::ReferredGroup, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (element | any)*) : all
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::Element, s2);
        machine.addTransition(startState, XsdSchemaToken::Any, s2);

        machine.addTransition(s1, XsdSchemaToken::Element, s2);
        machine.addTransition(s1, XsdSchemaToken::Any, s2);

        machine.addTransition(s2, XsdSchemaToken::Element, s2);
        machine.addTransition(s2, XsdSchemaToken::Any, s2);

        m_stateMachines.insert(XsdTagScope::All, machine);
        m_stateMachines.insert(XsdTagScope::LocalAll, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (element | group | choice | sequence | any)*) : choice sequence
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::Element, s2);
        machine.addTransition(startState, XsdSchemaToken::Group, s2);
        machine.addTransition(startState, XsdSchemaToken::Choice, s2);
        machine.addTransition(startState, XsdSchemaToken::Sequence, s2);
        machine.addTransition(startState, XsdSchemaToken::Any, s2);

        machine.addTransition(s1, XsdSchemaToken::Element, s2);
        machine.addTransition(s1, XsdSchemaToken::Group, s2);
        machine.addTransition(s1, XsdSchemaToken::Choice, s2);
        machine.addTransition(s1, XsdSchemaToken::Sequence, s2);
        machine.addTransition(s1, XsdSchemaToken::Any, s2);

        machine.addTransition(s2, XsdSchemaToken::Element, s2);
        machine.addTransition(s2, XsdSchemaToken::Group, s2);
        machine.addTransition(s2, XsdSchemaToken::Choice, s2);
        machine.addTransition(s2, XsdSchemaToken::Sequence, s2);
        machine.addTransition(s2, XsdSchemaToken::Any, s2);

        m_stateMachines.insert(XsdTagScope::Choice, machine);
        m_stateMachines.insert(XsdTagScope::LocalChoice, machine);
        m_stateMachines.insert(XsdTagScope::Sequence, machine);
        m_stateMachines.insert(XsdTagScope::LocalSequence, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?) : any/selector/field/notation/include/import/referred attribute group/anyAttribute/all facets/assert
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);

        m_stateMachines.insert(XsdTagScope::Any, machine);
        m_stateMachines.insert(XsdTagScope::Selector, machine);
        m_stateMachines.insert(XsdTagScope::Field, machine);
        m_stateMachines.insert(XsdTagScope::Notation, machine);
        m_stateMachines.insert(XsdTagScope::Include, machine);
        m_stateMachines.insert(XsdTagScope::Import, machine);
        m_stateMachines.insert(XsdTagScope::ReferredAttributeGroup, machine);
        m_stateMachines.insert(XsdTagScope::AnyAttribute, machine);
        m_stateMachines.insert(XsdTagScope::MinExclusiveFacet, machine);
        m_stateMachines.insert(XsdTagScope::MinInclusiveFacet, machine);
        m_stateMachines.insert(XsdTagScope::MaxExclusiveFacet, machine);
        m_stateMachines.insert(XsdTagScope::MaxInclusiveFacet, machine);
        m_stateMachines.insert(XsdTagScope::TotalDigitsFacet, machine);
        m_stateMachines.insert(XsdTagScope::FractionDigitsFacet, machine);
        m_stateMachines.insert(XsdTagScope::LengthFacet, machine);
        m_stateMachines.insert(XsdTagScope::MinLengthFacet, machine);
        m_stateMachines.insert(XsdTagScope::MaxLengthFacet, machine);
        m_stateMachines.insert(XsdTagScope::EnumerationFacet, machine);
        m_stateMachines.insert(XsdTagScope::WhiteSpaceFacet, machine);
        m_stateMachines.insert(XsdTagScope::PatternFacet, machine);
        m_stateMachines.insert(XsdTagScope::Assert, machine);
        m_stateMachines.insert(XsdTagScope::Assertion, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (selector, field+)) : unique/key/keyref
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::InternalState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::InternalState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s3 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::Selector, s2);

        machine.addTransition(s1, XsdSchemaToken::Selector, s2);
        machine.addTransition(s2, XsdSchemaToken::Field, s3);
        machine.addTransition(s3, XsdSchemaToken::Field, s3);

        m_stateMachines.insert(XsdTagScope::Unique, machine);
        m_stateMachines.insert(XsdTagScope::Key, machine);
        m_stateMachines.insert(XsdTagScope::KeyRef, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (simpleType | complexType)?) : alternative
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(startState, XsdSchemaToken::ComplexType, s2);

        machine.addTransition(s1, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(s1, XsdSchemaToken::ComplexType, s2);

        m_stateMachines.insert(XsdTagScope::Alternative, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (appinfo | documentation)* : annotation
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Appinfo, s1);
        machine.addTransition(startState, XsdSchemaToken::Documentation, s1);

        machine.addTransition(s1, XsdSchemaToken::Appinfo, s1);
        machine.addTransition(s1, XsdSchemaToken::Documentation, s1);

        m_stateMachines.insert(XsdTagScope::Annotation, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (restriction | list | union)) : simpleType
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::InternalState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::Restriction, s2);
        machine.addTransition(startState, XsdSchemaToken::List, s2);
        machine.addTransition(startState, XsdSchemaToken::Union, s2);

        machine.addTransition(s1, XsdSchemaToken::Restriction, s2);
        machine.addTransition(s1, XsdSchemaToken::List, s2);
        machine.addTransition(s1, XsdSchemaToken::Union, s2);

        m_stateMachines.insert(XsdTagScope::GlobalSimpleType, machine);
        m_stateMachines.insert(XsdTagScope::LocalSimpleType, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, (simpleType?, (minExclusive | minInclusive | maxExclusive | maxInclusive | totalDigits | fractionDigits | length | minLength | maxLength | enumeration | whiteSpace | pattern | assertion)*)) : simple type restriction
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s3 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(startState, XsdSchemaToken::MinExclusive, s3);
        machine.addTransition(startState, XsdSchemaToken::MinInclusive, s3);
        machine.addTransition(startState, XsdSchemaToken::MaxExclusive, s3);
        machine.addTransition(startState, XsdSchemaToken::MaxInclusive, s3);
        machine.addTransition(startState, XsdSchemaToken::TotalDigits, s3);
        machine.addTransition(startState, XsdSchemaToken::FractionDigits, s3);
        machine.addTransition(startState, XsdSchemaToken::Length, s3);
        machine.addTransition(startState, XsdSchemaToken::MinLength, s3);
        machine.addTransition(startState, XsdSchemaToken::MaxLength, s3);
        machine.addTransition(startState, XsdSchemaToken::Enumeration, s3);
        machine.addTransition(startState, XsdSchemaToken::WhiteSpace, s3);
        machine.addTransition(startState, XsdSchemaToken::Pattern, s3);
        machine.addTransition(startState, XsdSchemaToken::Assertion, s3);

        machine.addTransition(s1, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(s1, XsdSchemaToken::MinExclusive, s3);
        machine.addTransition(s1, XsdSchemaToken::MinInclusive, s3);
        machine.addTransition(s1, XsdSchemaToken::MaxExclusive, s3);
        machine.addTransition(s1, XsdSchemaToken::MaxInclusive, s3);
        machine.addTransition(s1, XsdSchemaToken::TotalDigits, s3);
        machine.addTransition(s1, XsdSchemaToken::FractionDigits, s3);
        machine.addTransition(s1, XsdSchemaToken::Length, s3);
        machine.addTransition(s1, XsdSchemaToken::MinLength, s3);
        machine.addTransition(s1, XsdSchemaToken::MaxLength, s3);
        machine.addTransition(s1, XsdSchemaToken::Enumeration, s3);
        machine.addTransition(s1, XsdSchemaToken::WhiteSpace, s3);
        machine.addTransition(s1, XsdSchemaToken::Pattern, s3);
        machine.addTransition(s1, XsdSchemaToken::Assertion, s3);

        machine.addTransition(s2, XsdSchemaToken::MinExclusive, s3);
        machine.addTransition(s2, XsdSchemaToken::MinInclusive, s3);
        machine.addTransition(s2, XsdSchemaToken::MaxExclusive, s3);
        machine.addTransition(s2, XsdSchemaToken::MaxInclusive, s3);
        machine.addTransition(s2, XsdSchemaToken::TotalDigits, s3);
        machine.addTransition(s2, XsdSchemaToken::FractionDigits, s3);
        machine.addTransition(s2, XsdSchemaToken::Length, s3);
        machine.addTransition(s2, XsdSchemaToken::MinLength, s3);
        machine.addTransition(s2, XsdSchemaToken::MaxLength, s3);
        machine.addTransition(s2, XsdSchemaToken::Enumeration, s3);
        machine.addTransition(s2, XsdSchemaToken::WhiteSpace, s3);
        machine.addTransition(s2, XsdSchemaToken::Pattern, s3);
        machine.addTransition(s2, XsdSchemaToken::Assertion, s3);

        machine.addTransition(s3, XsdSchemaToken::MinExclusive, s3);
        machine.addTransition(s3, XsdSchemaToken::MinInclusive, s3);
        machine.addTransition(s3, XsdSchemaToken::MaxExclusive, s3);
        machine.addTransition(s3, XsdSchemaToken::MaxInclusive, s3);
        machine.addTransition(s3, XsdSchemaToken::TotalDigits, s3);
        machine.addTransition(s3, XsdSchemaToken::FractionDigits, s3);
        machine.addTransition(s3, XsdSchemaToken::Length, s3);
        machine.addTransition(s3, XsdSchemaToken::MinLength, s3);
        machine.addTransition(s3, XsdSchemaToken::MaxLength, s3);
        machine.addTransition(s3, XsdSchemaToken::Enumeration, s3);
        machine.addTransition(s3, XsdSchemaToken::WhiteSpace, s3);
        machine.addTransition(s3, XsdSchemaToken::Pattern, s3);
        machine.addTransition(s3, XsdSchemaToken::Assertion, s3);

        m_stateMachines.insert(XsdTagScope::SimpleRestriction, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, simpleType?) : list
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s2);

        machine.addTransition(s1, XsdSchemaToken::SimpleType, s2);

        m_stateMachines.insert(XsdTagScope::List, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, simpleType*) : union
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s2);

        machine.addTransition(s1, XsdSchemaToken::SimpleType, s2);
        machine.addTransition(s2, XsdSchemaToken::SimpleType, s2);

        m_stateMachines.insert(XsdTagScope::Union, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for ((include | import | redefine |i override |  annotation)*, (defaultOpenContent, annotation*)?, (((simpleType | complexType | group | attributeGroup) | element | attribute | notation), annotation*)*) : schema
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s3 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s4 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s5 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Include, s1);
        machine.addTransition(startState, XsdSchemaToken::Import, s1);
        machine.addTransition(startState, XsdSchemaToken::Redefine, s1);
        machine.addTransition(startState, XsdSchemaToken::Override, s1);
        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::DefaultOpenContent, s2);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s4);
        machine.addTransition(startState, XsdSchemaToken::ComplexType, s4);
        machine.addTransition(startState, XsdSchemaToken::Group, s4);
        machine.addTransition(startState, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(startState, XsdSchemaToken::Element, s4);
        machine.addTransition(startState, XsdSchemaToken::Attribute, s4);
        machine.addTransition(startState, XsdSchemaToken::Notation, s4);

        machine.addTransition(s1, XsdSchemaToken::Include, s1);
        machine.addTransition(s1, XsdSchemaToken::Import, s1);
        machine.addTransition(s1, XsdSchemaToken::Redefine, s1);
        machine.addTransition(s1, XsdSchemaToken::Override, s1);
        machine.addTransition(s1, XsdSchemaToken::Annotation, s1);
        machine.addTransition(s1, XsdSchemaToken::DefaultOpenContent, s2);
        machine.addTransition(s1, XsdSchemaToken::SimpleType, s4);
        machine.addTransition(s1, XsdSchemaToken::ComplexType, s4);
        machine.addTransition(s1, XsdSchemaToken::Group, s4);
        machine.addTransition(s1, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s1, XsdSchemaToken::Element, s4);
        machine.addTransition(s1, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s1, XsdSchemaToken::Notation, s4);

        machine.addTransition(s2, XsdSchemaToken::Annotation, s3);
        machine.addTransition(s2, XsdSchemaToken::SimpleType, s4);
        machine.addTransition(s2, XsdSchemaToken::ComplexType, s4);
        machine.addTransition(s2, XsdSchemaToken::Group, s4);
        machine.addTransition(s2, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s2, XsdSchemaToken::Element, s4);
        machine.addTransition(s2, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s2, XsdSchemaToken::Notation, s4);

        machine.addTransition(s3, XsdSchemaToken::SimpleType, s4);
        machine.addTransition(s3, XsdSchemaToken::ComplexType, s4);
        machine.addTransition(s3, XsdSchemaToken::Group, s4);
        machine.addTransition(s3, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s3, XsdSchemaToken::Element, s4);
        machine.addTransition(s3, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s3, XsdSchemaToken::Notation, s4);

        machine.addTransition(s4, XsdSchemaToken::SimpleType, s4);
        machine.addTransition(s4, XsdSchemaToken::ComplexType, s4);
        machine.addTransition(s4, XsdSchemaToken::Group, s4);
        machine.addTransition(s4, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s4, XsdSchemaToken::Element, s4);
        machine.addTransition(s4, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s4, XsdSchemaToken::Notation, s4);
        machine.addTransition(s4, XsdSchemaToken::Annotation, s5);

        machine.addTransition(s5, XsdSchemaToken::SimpleType, s4);
        machine.addTransition(s5, XsdSchemaToken::ComplexType, s4);
        machine.addTransition(s5, XsdSchemaToken::Group, s4);
        machine.addTransition(s5, XsdSchemaToken::AttributeGroup, s4);
        machine.addTransition(s5, XsdSchemaToken::Element, s4);
        machine.addTransition(s5, XsdSchemaToken::Attribute, s4);
        machine.addTransition(s5, XsdSchemaToken::Notation, s4);
        machine.addTransition(s5, XsdSchemaToken::Annotation, s5);

        m_stateMachines.insert(XsdTagScope::Schema, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation?, any) : defaultOpenContent
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::InternalState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s2 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::Any, s2);

        machine.addTransition(s1, XsdSchemaToken::Any, s2);

        m_stateMachines.insert(XsdTagScope::DefaultOpenContent, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation | (simpleType | complexType | group | attributeGroup))* : redefine
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s1);
        machine.addTransition(startState, XsdSchemaToken::ComplexType, s1);
        machine.addTransition(startState, XsdSchemaToken::Group, s1);
        machine.addTransition(startState, XsdSchemaToken::AttributeGroup, s1);

        machine.addTransition(s1, XsdSchemaToken::Annotation, s1);
        machine.addTransition(s1, XsdSchemaToken::SimpleType, s1);
        machine.addTransition(s1, XsdSchemaToken::ComplexType, s1);
        machine.addTransition(s1, XsdSchemaToken::Group, s1);
        machine.addTransition(s1, XsdSchemaToken::AttributeGroup, s1);

        m_stateMachines.insert(XsdTagScope::Redefine, machine);
    }

    {
        XsdStateMachine<XsdSchemaToken::NodeName> machine(namePool);

        // setup state machine for (annotation | (simpleType | complexType | group | attributeGroup | element | attribute | notation))* : override
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId startState = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::StartEndState);
        const XsdStateMachine<XsdSchemaToken::NodeName>::StateId s1 = machine.addState(XsdStateMachine<XsdSchemaToken::NodeName>::EndState);

        machine.addTransition(startState, XsdSchemaToken::Annotation, s1);
        machine.addTransition(startState, XsdSchemaToken::SimpleType, s1);
        machine.addTransition(startState, XsdSchemaToken::ComplexType, s1);
        machine.addTransition(startState, XsdSchemaToken::Group, s1);
        machine.addTransition(startState, XsdSchemaToken::AttributeGroup, s1);
        machine.addTransition(startState, XsdSchemaToken::Element, s1);
        machine.addTransition(startState, XsdSchemaToken::Attribute, s1);
        machine.addTransition(startState, XsdSchemaToken::Notation, s1);

        machine.addTransition(s1, XsdSchemaToken::Annotation, s1);
        machine.addTransition(s1, XsdSchemaToken::SimpleType, s1);
        machine.addTransition(s1, XsdSchemaToken::ComplexType, s1);
        machine.addTransition(s1, XsdSchemaToken::Group, s1);
        machine.addTransition(s1, XsdSchemaToken::AttributeGroup, s1);
        machine.addTransition(s1, XsdSchemaToken::Element, s1);
        machine.addTransition(s1, XsdSchemaToken::Attribute, s1);
        machine.addTransition(s1, XsdSchemaToken::Notation, s1);

        m_stateMachines.insert(XsdTagScope::Override, machine);
    }
}

validateIdAttribute()

void XsdSchemaParser::validateIdAttribute ( const char *  elementName )

inlineprivate

A helper method that reads in an "id" attribute, checks it for syntactic errors and tests whether a component with the same id has already been parsed.

Definition at line 5990 of file qxsdschemaparser.cpp.

Referenced by parseAll(), parseAlternative(), parseAnnotation(), parseAny(), parseAnyAttribute(), parseAssertion(), parseChoice(), parseComplexContent(), parseComplexContentExtension(), parseComplexContentRestriction(), parseDefaultOpenContent(), parseEnumerationFacet(), parseField(), parseFractionDigitsFacet(), parseGlobalAttribute(), parseGlobalComplexType(), parseGlobalElement(), parseGlobalSimpleType(), parseImport(), parseInclude(), parseKey(), parseKeyRef(), parseLengthFacet(), parseList(), parseLocalAll(), parseLocalAttribute(), parseLocalChoice(), parseLocalComplexType(), parseLocalElement(), parseLocalSequence(), parseLocalSimpleType(), parseMaxExclusiveFacet(), parseMaxInclusiveFacet(), parseMaxLengthFacet(), parseMinExclusiveFacet(), parseMinInclusiveFacet(), parseMinLengthFacet(), parseNamedAttributeGroup(), parseNamedGroup(), parseNotation(), parseOpenContent(), parsePatternFacet(), parseRedefine(), parseReferredAttributeGroup(), parseReferredGroup(), parseSchema(), parseSelector(), parseSequence(), parseSimpleContent(), parseSimpleContentExtension(), parseSimpleContentRestriction(), parseSimpleRestriction(), parseTotalDigitsFacet(), parseUnion(), parseUnique(), and parseWhiteSpaceFacet().

{
    if (hasAttribute(QString::fromLatin1("id"))) {
        const QString value = readAttribute(QString::fromLatin1("id"));
        DerivedString<TypeID>::Ptr id = DerivedString<TypeID>::fromLexical(NamePool::Ptr(m_namePool), value);
        if (id->hasError()) {
            attributeContentError("id", elementName, value, BuiltinTypes::xsID);
        } else {
            if (m_idCache->hasId(value)) {
                error(QtXmlPatterns::tr("Component with ID %1 has been defined previously.").arg(formatData(value)));
            } else {
                m_idCache->addId(value);
            }
        }
    }
}

Friends and Related Functions

ElementNamespaceHandler

friend class ElementNamespaceHandler

friend

Definition at line 93 of file qxsdschemaparser_p.h.

TagValidationHandler

friend class TagValidationHandler

friend

Definition at line 94 of file qxsdschemaparser_p.h.

Properties

m_attributeFormDefault

QString QPatternist::XsdSchemaParser::m_attributeFormDefault

private

Definition at line 715 of file qxsdschemaparser_p.h.

Referenced by parseLocalAttribute(), and parseSchema().

m_blockDefault

QString QPatternist::XsdSchemaParser::m_blockDefault

private

Definition at line 717 of file qxsdschemaparser_p.h.

Referenced by parseSchema(), and readBlockingConstraintAttribute().

m_builtinTypeNames

QSet<QXmlName> QPatternist::XsdSchemaParser::m_builtinTypeNames

private

Definition at line 731 of file qxsdschemaparser_p.h.

Referenced by addType(), and setupBuiltinTypeNames().

m_componentLocationHash

ComponentLocationHash QPatternist::XsdSchemaParser::m_componentLocationHash

private

Definition at line 730 of file qxsdschemaparser_p.h.

Referenced by addAnonymousType(), addAttribute(), addAttributeGroup(), addElement(), addElementGroup(), addIdentityConstraint(), addNotation(), addType(), parse(), and parseLocalAttribute().

m_context

XsdSchemaContext* QPatternist::XsdSchemaParser::m_context

private

Definition at line 707 of file qxsdschemaparser_p.h.

Referenced by parseImport(), parseInclude(), and parseRedefine().

m_defaultAttributes

QXmlName QPatternist::XsdSchemaParser::m_defaultAttributes

private

Definition at line 720 of file qxsdschemaparser_p.h.

Referenced by parseSchema().

m_defaultOpenContent

XsdComplexType::OpenContent::Ptr QPatternist::XsdSchemaParser::m_defaultOpenContent

private

Definition at line 721 of file qxsdschemaparser_p.h.

Referenced by parse(), parseDefaultOpenContent(), and parseOpenContent().

m_defaultOpenContentAppliesToEmpty

bool QPatternist::XsdSchemaParser::m_defaultOpenContentAppliesToEmpty

private

Definition at line 722 of file qxsdschemaparser_p.h.

Referenced by parse(), and parseDefaultOpenContent().

m_documentURI

QUrl QPatternist::XsdSchemaParser::m_documentURI

private

Definition at line 727 of file qxsdschemaparser_p.h.

Referenced by currentSourceLocation(), documentURI(), parseImport(), parseInclude(), parseRedefine(), readXPathAttribute(), and setDocumentURI().

m_elementFormDefault

QString QPatternist::XsdSchemaParser::m_elementFormDefault

private

Definition at line 716 of file qxsdschemaparser_p.h.

Referenced by parseLocalElement(), and parseSchema().

m_finalDefault

QString QPatternist::XsdSchemaParser::m_finalDefault

private

Definition at line 718 of file qxsdschemaparser_p.h.

Referenced by parseSchema(), and readDerivationConstraintAttribute().

m_idCache

XsdIdCache::Ptr QPatternist::XsdSchemaParser::m_idCache

private

Definition at line 728 of file qxsdschemaparser_p.h.

Referenced by validateIdAttribute(), and XsdSchemaParser().

m_importedSchemas

NamespaceSet QPatternist::XsdSchemaParser::m_importedSchemas

private

Definition at line 725 of file qxsdschemaparser_p.h.

Referenced by addImportedSchemas(), parseImport(), parseInclude(), parseRedefine(), setDocumentURI(), and setImportedSchemas().

m_includedSchemas

NamespaceSet QPatternist::XsdSchemaParser::m_includedSchemas

private

Definition at line 724 of file qxsdschemaparser_p.h.

Referenced by addIncludedSchemas(), parseImport(), parseInclude(), parseRedefine(), setDocumentURI(), and setIncludedSchemas().

m_namePool

NamePool* QPatternist::XsdSchemaParser::m_namePool

private

Definition at line 709 of file qxsdschemaparser_p.h.

Referenced by addAttribute(), addAttributeGroup(), addElement(), addElementGroup(), addFacet(), addIdentityConstraint(), addNotation(), addType(), attributeContentError(), parseAll(), parseAlternative(), parseAnnotation(), parseAny(), parseAnyAttribute(), parseAssertion(), parseChoice(), parseComplexContent(), parseComplexContentExtension(), parseComplexContentRestriction(), parseDefaultOpenContent(), parseEnumerationFacet(), parseField(), parseFractionDigitsFacet(), parseGlobalAttribute(), parseGlobalComplexType(), parseGlobalElement(), parseGlobalSimpleType(), parseImport(), parseInclude(), parseKey(), parseKeyRef(), parseLengthFacet(), parseList(), parseLocalAll(), parseLocalAttribute(), parseLocalChoice(), parseLocalComplexType(), parseLocalElement(), parseLocalSequence(), parseLocalSimpleType(), parseMaxExclusiveFacet(), parseMaxInclusiveFacet(), parseMaxLengthFacet(), parseMinExclusiveFacet(), parseMinInclusiveFacet(), parseMinLengthFacet(), parseMinMaxConstraint(), parseNamedAttributeGroup(), parseNamedGroup(), parseNotation(), parseOpenContent(), parsePatternFacet(), parseRedefine(), parseReferredAttributeGroup(), parseReferredGroup(), parseSchema(), parseSelector(), parseSequence(), parseSimpleContent(), parseSimpleContentExtension(), parseSimpleContentRestriction(), parseSimpleRestriction(), parseTotalDigitsFacet(), parseUnion(), parseUnique(), parseWhiteSpaceFacet(), readXPathAttribute(), readXPathExpression(), setTargetNamespaceExtended(), setupBuiltinTypeNames(), setupStateMachines(), and validateIdAttribute().

m_namespaceSupport

NamespaceSupport QPatternist::XsdSchemaParser::m_namespaceSupport

private

Definition at line 710 of file qxsdschemaparser_p.h.

Referenced by convertName(), QPatternist::ElementNamespaceHandler::ElementNamespaceHandler(), parseEnumerationFacet(), parseUnknown(), parseUnknownDocumentation(), readXPathAttribute(), readXPathExpression(), setTargetNamespaceExtended(), and QPatternist::ElementNamespaceHandler::~ElementNamespaceHandler().

m_parserContext

XsdSchemaParserContext* QPatternist::XsdSchemaParser::m_parserContext

private

Definition at line 708 of file qxsdschemaparser_p.h.

Referenced by parseImport(), parseInclude(), parseLocalComplexType(), parseLocalSimpleType(), parseRedefine(), and XsdSchemaParser().

m_redefinedSchemas

NamespaceSet QPatternist::XsdSchemaParser::m_redefinedSchemas

private

Definition at line 726 of file qxsdschemaparser_p.h.

Referenced by addRedefinedSchemas(), parseImport(), parseInclude(), parseRedefine(), setDocumentURI(), and setRedefinedSchemas().

m_schema

XsdSchema* QPatternist::XsdSchemaParser::m_schema

private

Definition at line 712 of file qxsdschemaparser_p.h.

Referenced by addAnonymousType(), addAttribute(), addAttributeGroup(), addElement(), addElementGroup(), addIdentityConstraint(), addNotation(), addType(), parseImport(), parseInclude(), parseRedefine(), parseSchema(), and XsdSchemaParser().

m_schemaResolver

XsdSchemaResolver* QPatternist::XsdSchemaParser::m_schemaResolver

private

Definition at line 711 of file qxsdschemaparser_p.h.

Referenced by parse(), parseAlternative(), parseChoice(), parseComplexContentExtension(), parseComplexContentRestriction(), parseEnumerationFacet(), parseGlobalAttribute(), parseGlobalElement(), parseKeyRef(), parseList(), parseLocalAttribute(), parseLocalChoice(), parseLocalElement(), parseLocalSequence(), parseRedefine(), parseSequence(), parseSimpleContentExtension(), parseSimpleContentRestriction(), parseSimpleRestriction(), parseUnion(), resolveComplexContentType(), and XsdSchemaParser().

m_stateMachines

QHash<XsdTagScope::Type, XsdStateMachine<XsdSchemaToken::NodeName> > QPatternist::XsdSchemaParser::m_stateMachines

private

Definition at line 729 of file qxsdschemaparser_p.h.

Referenced by setupStateMachines(), and QPatternist::TagValidationHandler::TagValidationHandler().

m_targetNamespace

QString QPatternist::XsdSchemaParser::m_targetNamespace

private

Definition at line 714 of file qxsdschemaparser_p.h.

Referenced by parseAny(), parseAnyAttribute(), parseGlobalAttribute(), parseGlobalComplexType(), parseGlobalElement(), parseGlobalSimpleType(), parseImport(), parseInclude(), parseKey(), parseKeyRef(), parseLocalAttribute(), parseLocalComplexType(), parseLocalElement(), parseLocalSimpleType(), parseNamedAttributeGroup(), parseNamedGroup(), parseNotation(), parseRedefine(), parseSchema(), parseUnique(), readXPathExpression(), setTargetNamespace(), and setTargetNamespaceExtended().

m_xpathDefaultNamespace

QString QPatternist::XsdSchemaParser::m_xpathDefaultNamespace

private

Definition at line 719 of file qxsdschemaparser_p.h.

Referenced by parseSchema(), and readXPathExpression().

---

The documentation for this class was generated from the following files:

• /src/xmlpatterns/schema/qxsdschemaparser_p.h
• /src/xmlpatterns/schema/qxsdschemaparser.cpp
• /src/xmlpatterns/schema/qxsdschemaparser_setup.cpp