(int)
// return the XMLGrammarDescription corresponding to this
// object
public XMLGrammarDescription getGrammarDescription() {
return fGrammarDescription.makeClone();
} // getGrammarDescription(): XMLGrammarDescription
// override these methods solely so that these
// objects cannot be modified once they're created.
public void setImportedGrammars(Vector importedGrammars) {
// ignore
}
public void addGlobalAttributeDecl(XSAttributeDecl decl) {
// ignore
}
public void addGlobalAttributeGroupDecl(XSAttributeGroupDecl decl) {
// ignore
}
public void addGlobalElementDecl(XSElementDecl decl) {
// ignore
}
public void addGlobalGroupDecl(XSGroupDecl decl) {
// ignore
}
public void addGlobalNotationDecl(XSNotationDecl decl) {
// ignore
}
public void addGlobalTypeDecl(XSTypeDefinition decl) {
// ignore
}
public void addComplexTypeDecl(XSComplexTypeDecl decl, SimpleLocator locator) {
// ignore
}
public void addRedefinedGroupDecl(XSGroupDecl derived, XSGroupDecl base, SimpleLocator locator) {
// ignore
}
public synchronized void addDocument(Object document, String location) {
// ignore
}
// annotation support
synchronized DOMParser getDOMParser() {
return null;
}
synchronized SAXParser getSAXParser() {
return null;
}
}
// Grammar methods
// return the XMLGrammarDescription corresponding to this
// object
public XMLGrammarDescription getGrammarDescription() {
return fGrammarDescription;
} // getGrammarDescription(): XMLGrammarDescription
// DTDGrammar methods
public boolean isNamespaceAware () {
return true;
} // isNamespaceAware():boolean
Vector fImported = null;
public void setImportedGrammars(Vector importedGrammars) {
fImported = importedGrammars;
}
public Vector getImportedGrammars() {
return fImported;
}
/**
* Returns this grammar's target namespace.
*/
public final String getTargetNamespace() {
return fTargetNamespace;
} // getTargetNamespace():String
/**
* register one global attribute
*/
public void addGlobalAttributeDecl(XSAttributeDecl decl) {
fGlobalAttrDecls.put(decl.fName, decl);
}
/**
* register one global attribute group
*/
public void addGlobalAttributeGroupDecl(XSAttributeGroupDecl decl) {
fGlobalAttrGrpDecls.put(decl.fName, decl);
}
/**
* register one global element
*/
public void addGlobalElementDecl(XSElementDecl decl) {
fGlobalElemDecls.put(decl.fName, decl);
// if there is a substitution group affiliation, store in an array,
// for further constraint checking: UPA, PD, EDC
if (decl.fSubGroup != null) {
if (fSubGroupCount == fSubGroups.length)
fSubGroups = resize(fSubGroups, fSubGroupCount+INC_SIZE);
fSubGroups[fSubGroupCount++] = decl;
}
}
/**
* register one global group
*/
public void addGlobalGroupDecl(XSGroupDecl decl) {
fGlobalGroupDecls.put(decl.fName, decl);
}
/**
* register one global notation
*/
public void addGlobalNotationDecl(XSNotationDecl decl) {
fGlobalNotationDecls.put(decl.fName, decl);
}
/**
* register one global type
*/
public void addGlobalTypeDecl(XSTypeDefinition decl) {
fGlobalTypeDecls.put(decl.getName(), decl);
}
/**
* register one identity constraint
*/
public final void addIDConstraintDecl(XSElementDecl elmDecl, IdentityConstraint decl) {
elmDecl.addIDConstraint(decl);
fGlobalIDConstraintDecls.put(decl.getIdentityConstraintName(), decl);
}
/**
* get one global attribute
*/
public final XSAttributeDecl getGlobalAttributeDecl(String declName) {
return(XSAttributeDecl)fGlobalAttrDecls.get(declName);
}
/**
* get one global attribute group
*/
public final XSAttributeGroupDecl getGlobalAttributeGroupDecl(String declName) {
return(XSAttributeGroupDecl)fGlobalAttrGrpDecls.get(declName);
}
/**
* get one global element
*/
public final XSElementDecl getGlobalElementDecl(String declName) {
return(XSElementDecl)fGlobalElemDecls.get(declName);
}
/**
* get one global group
*/
public final XSGroupDecl getGlobalGroupDecl(String declName) {
return(XSGroupDecl)fGlobalGroupDecls.get(declName);
}
/**
* get one global notation
*/
public final XSNotationDecl getGlobalNotationDecl(String declName) {
return(XSNotationDecl)fGlobalNotationDecls.get(declName);
}
/**
* get one global type
*/
public final XSTypeDefinition getGlobalTypeDecl(String declName) {
return(XSTypeDefinition)fGlobalTypeDecls.get(declName);
}
/**
* get one identity constraint
*/
public final IdentityConstraint getIDConstraintDecl(String declName) {
return(IdentityConstraint)fGlobalIDConstraintDecls.get(declName);
}
/**
* get one identity constraint
*/
public final boolean hasIDConstraints() {
return fGlobalIDConstraintDecls.getLength() > 0;
}
// array to store complex type decls
private static final int INITIAL_SIZE = 16;
private static final int INC_SIZE = 16;
private int fCTCount = 0;
private XSComplexTypeDecl[] fComplexTypeDecls = new XSComplexTypeDecl[INITIAL_SIZE];
private SimpleLocator[] fCTLocators = new SimpleLocator[INITIAL_SIZE];
// an array to store groups being redefined by restriction
// even-numbered elements are the derived groups, odd-numbered ones their bases
private static final int REDEFINED_GROUP_INIT_SIZE = 2;
private int fRGCount = 0;
private XSGroupDecl[] fRedefinedGroupDecls = new XSGroupDecl[REDEFINED_GROUP_INIT_SIZE];
private SimpleLocator[] fRGLocators = new SimpleLocator[REDEFINED_GROUP_INIT_SIZE/2];
// a flag to indicate whether we have checked the 3 constraints on this
// grammar.
boolean fFullChecked = false;
/**
* add one complex type decl: for later constraint checking
*/
public void addComplexTypeDecl(XSComplexTypeDecl decl, SimpleLocator locator) {
if (fCTCount == fComplexTypeDecls.length) {
fComplexTypeDecls = resize(fComplexTypeDecls, fCTCount+INC_SIZE);
fCTLocators = resize(fCTLocators, fCTCount+INC_SIZE);
}
fCTLocators[fCTCount] = locator;
fComplexTypeDecls[fCTCount++] = decl;
}
/**
* add a group redefined by restriction: for later constraint checking
*/
public void addRedefinedGroupDecl(XSGroupDecl derived, XSGroupDecl base, SimpleLocator locator) {
if (fRGCount == fRedefinedGroupDecls.length) {
// double array size each time.
fRedefinedGroupDecls = resize(fRedefinedGroupDecls, fRGCount << 1);
fRGLocators = resize(fRGLocators, fRGCount);
}
fRGLocators[fRGCount/2] = locator;
fRedefinedGroupDecls[fRGCount++] = derived;
fRedefinedGroupDecls[fRGCount++] = base;
}
/**
* get all complex type decls: for later constraint checking
*/
final XSComplexTypeDecl[] getUncheckedComplexTypeDecls() {
if (fCTCount < fComplexTypeDecls.length) {
fComplexTypeDecls = resize(fComplexTypeDecls, fCTCount);
fCTLocators = resize(fCTLocators, fCTCount);
}
return fComplexTypeDecls;
}
/**
* get the error locator of all complex type decls
*/
final SimpleLocator[] getUncheckedCTLocators() {
if (fCTCount < fCTLocators.length) {
fComplexTypeDecls = resize(fComplexTypeDecls, fCTCount);
fCTLocators = resize(fCTLocators, fCTCount);
}
return fCTLocators;
}
/**
* get all redefined groups: for later constraint checking
*/
final XSGroupDecl[] getRedefinedGroupDecls() {
if (fRGCount < fRedefinedGroupDecls.length) {
fRedefinedGroupDecls = resize(fRedefinedGroupDecls, fRGCount);
fRGLocators = resize(fRGLocators, fRGCount/2);
}
return fRedefinedGroupDecls;
}
/**
* get the error locator of all redefined groups
*/
final SimpleLocator[] getRGLocators() {
if (fRGCount < fRedefinedGroupDecls.length) {
fRedefinedGroupDecls = resize(fRedefinedGroupDecls, fRGCount);
fRGLocators = resize(fRGLocators, fRGCount/2);
}
return fRGLocators;
}
/**
* after the first-round checking, some types don't need to be checked
* against UPA again. here we trim the array to the proper size.
*/
final void setUncheckedTypeNum(int newSize) {
fCTCount = newSize;
fComplexTypeDecls = resize(fComplexTypeDecls, fCTCount);
fCTLocators = resize(fCTLocators, fCTCount);
}
// used to store all substitution group information declared in
// this namespace
private int fSubGroupCount = 0;
private XSElementDecl[] fSubGroups = new XSElementDecl[INITIAL_SIZE];
/**
* get all substitution group information: for the 3 constraint checking
*/
final XSElementDecl[] getSubstitutionGroups() {
if (fSubGroupCount < fSubGroups.length)
fSubGroups = resize(fSubGroups, fSubGroupCount);
return fSubGroups;
}
// anyType and anySimpleType: because there are so many places where
// we need direct access to these two types
public final static XSComplexTypeDecl fAnyType = new XSAnyType();
private static class XSAnyType extends XSComplexTypeDecl {
public XSAnyType () {
fName = SchemaSymbols.ATTVAL_ANYTYPE;
super.fTargetNamespace = SchemaSymbols.URI_SCHEMAFORSCHEMA;
fBaseType = this;
fDerivedBy = XSConstants.DERIVATION_RESTRICTION;
fContentType = XSComplexTypeDecl.CONTENTTYPE_MIXED;
fParticle = null;
fAttrGrp = null;
}
// overridden methods
public void setValues(String name, String targetNamespace,
XSTypeDefinition baseType, short derivedBy, short schemaFinal,
short block, short contentType,
boolean isAbstract, XSAttributeGroupDecl attrGrp,
XSSimpleType simpleType, XSParticleDecl particle) {
// don't allow this.
}
public void setName(String name){
// don't allow this.
}
public void setIsAbstractType() {
// null implementation
}
public void setContainsTypeID() {
// null implementation
}
public void setIsAnonymous() {
// null implementation
}
public void reset() {
// null implementation
}
public XSObjectList getAttributeUses() {
return new XSObjectListImpl(null, 0);
}
public XSAttributeGroupDecl getAttrGrp() {
XSWildcardDecl wildcard = new XSWildcardDecl();
wildcard.fProcessContents = XSWildcardDecl.PC_LAX;
XSAttributeGroupDecl attrGrp = new XSAttributeGroupDecl();
attrGrp.fAttributeWC = wildcard;
return attrGrp;
}
public XSWildcard getAttributeWildcard() {
XSWildcardDecl wildcard = new XSWildcardDecl();
wildcard.fProcessContents = XSWildcardDecl.PC_LAX;
return wildcard;
}
public XSParticle getParticle() {
// the wildcard used in anyType (content and attribute)
// the spec will change strict to skip for anyType
XSWildcardDecl wildcard = new XSWildcardDecl();
wildcard.fProcessContents = XSWildcardDecl.PC_LAX;
// the particle for the content wildcard
XSParticleDecl particleW = new XSParticleDecl();
particleW.fMinOccurs = 0;
particleW.fMaxOccurs = SchemaSymbols.OCCURRENCE_UNBOUNDED;
particleW.fType = XSParticleDecl.PARTICLE_WILDCARD;
particleW.fValue = wildcard;
// the model group of a sequence of the above particle
XSModelGroupImpl group = new XSModelGroupImpl();
group.fCompositor = XSModelGroupImpl.MODELGROUP_SEQUENCE;
group.fParticleCount = 1;
group.fParticles = new XSParticleDecl[1];
group.fParticles[0] = particleW;
// the content of anyType: particle of the above model group
XSParticleDecl particleG = new XSParticleDecl();
particleG.fType = XSParticleDecl.PARTICLE_MODELGROUP;
particleG.fValue = group;
return particleG;
}
public XSObjectList getAnnotations() {
return null;
}
}
private static class BuiltinAttrDecl extends XSAttributeDecl {
public BuiltinAttrDecl(String name, String tns,
XSSimpleType type, short scope) {
fName = name;
super.fTargetNamespace = tns;
fType = type;
fScope = scope;
}
public void setValues(String name, String targetNamespace,
XSSimpleType simpleType, short constraintType, short scope,
ValidatedInfo valInfo, XSComplexTypeDecl enclosingCT) {
// ignore this call.
}
public void reset () {
// also ignore this call.
}
public XSAnnotation getAnnotation() {
return null;
}
} // class BuiltinAttrDecl
// the grammars to hold components of the schema namespace
public final static BuiltinSchemaGrammar SG_SchemaNS = new BuiltinSchemaGrammar(GRAMMAR_XS);
public final static XSSimpleType fAnySimpleType = (XSSimpleType)SG_SchemaNS.getGlobalTypeDecl(SchemaSymbols.ATTVAL_ANYSIMPLETYPE);
// the grammars to hold components of the schema-instance namespace
public final static BuiltinSchemaGrammar SG_XSI = new BuiltinSchemaGrammar(GRAMMAR_XSI);
static final XSComplexTypeDecl[] resize(XSComplexTypeDecl[] oldArray, int newSize) {
XSComplexTypeDecl[] newArray = new XSComplexTypeDecl[newSize];
System.arraycopy(oldArray, 0, newArray, 0, Math.min(oldArray.length, newSize));
return newArray;
}
static final XSGroupDecl[] resize(XSGroupDecl[] oldArray, int newSize) {
XSGroupDecl[] newArray = new XSGroupDecl[newSize];
System.arraycopy(oldArray, 0, newArray, 0, Math.min(oldArray.length, newSize));
return newArray;
}
static final XSElementDecl[] resize(XSElementDecl[] oldArray, int newSize) {
XSElementDecl[] newArray = new XSElementDecl[newSize];
System.arraycopy(oldArray, 0, newArray, 0, Math.min(oldArray.length, newSize));
return newArray;
}
static final SimpleLocator[] resize(SimpleLocator[] oldArray, int newSize) {
SimpleLocator[] newArray = new SimpleLocator[newSize];
System.arraycopy(oldArray, 0, newArray, 0, Math.min(oldArray.length, newSize));
return newArray;
}
// XSNamespaceItem methods
// the max index / the max value of XSObject type
private static final short MAX_COMP_IDX = XSTypeDefinition.SIMPLE_TYPE;
private static final boolean[] GLOBAL_COMP = {false, // null
true, // attribute
true, // element
true, // type
false, // attribute use
true, // attribute group
true, // group
false, // model group
false, // particle
false, // wildcard
false, // idc
true, // notation
false, // annotation
true, // complex type
true // simple type
};
// store a certain kind of components from all namespaces
private XSNamedMap[] fComponents = null;
// store the documents and their locations contributing to this namespace
// REVISIT: use StringList and XSObjectList for there fields.
private Vector fDocuments = null;
private Vector fLocations = null;
public synchronized void addDocument(Object document, String location) {
if (fDocuments == null) {
fDocuments = new Vector();
fLocations = new Vector();
}
fDocuments.addElement(document);
fLocations.addElement(location);
}
/**
* [schema namespace]
* @see [schema namespace]
* @return The target namespace of this item.
*/
public String getSchemaNamespace() {
return fTargetNamespace;
}
// annotation support
synchronized DOMParser getDOMParser() {
if (fDOMParser != null) return fDOMParser;
// REVISIT: when schema handles XML 1.1, will need to
// revisit this (and the practice of not prepending an XML decl to the annotation string
IntegratedParserConfiguration config = new IntegratedParserConfiguration(fSymbolTable);
// note that this should never produce errors or require
// entity resolution, so just a barebones configuration with
// a couple of feature set will do fine
config.setFeature(Constants.SAX_FEATURE_PREFIX + Constants.NAMESPACES_FEATURE, true);
config.setFeature(Constants.SAX_FEATURE_PREFIX + Constants.VALIDATION_FEATURE, false);
fDOMParser = new DOMParser(config);
return fDOMParser;
}
synchronized SAXParser getSAXParser() {
if (fSAXParser != null) return fSAXParser;
// REVISIT: when schema handles XML 1.1, will need to
// revisit this (and the practice of not prepending an XML decl to the annotation string
IntegratedParserConfiguration config = new IntegratedParserConfiguration(fSymbolTable);
// note that this should never produce errors or require
// entity resolution, so just a barebones configuration with
// a couple of feature set will do fine
config.setFeature(Constants.SAX_FEATURE_PREFIX + Constants.NAMESPACES_FEATURE, true);
config.setFeature(Constants.SAX_FEATURE_PREFIX + Constants.VALIDATION_FEATURE, false);
fSAXParser = new SAXParser(config);
return fSAXParser;
}
/**
* Returns a list of top-level components, i.e. element declarations,
* attribute declarations, etc.
* Note that XSTypeDefinition#SIMPLE_TYPE and
* XSTypeDefinition#COMPLEX_TYPE can also be used as the
* objectType to retrieve only complex types or simple types,
* instead of all types.
* @param objectType The type of the declaration, i.e.
* ELEMENT_DECLARATION, ATTRIBUTE_DECLARATION, etc.
* @return A list of top-level definition of the specified type in
* objectType or null.
*/
public synchronized XSNamedMap getComponents(short objectType) {
if (objectType <= 0 || objectType > MAX_COMP_IDX ||
!GLOBAL_COMP[objectType]) {
return null;
}
if (fComponents == null)
fComponents = new XSNamedMap[MAX_COMP_IDX+1];
// get the hashtable for this type of components
if (fComponents[objectType] == null) {
SymbolHash table = null;
switch (objectType) {
case XSConstants.TYPE_DEFINITION:
case XSTypeDefinition.COMPLEX_TYPE:
case XSTypeDefinition.SIMPLE_TYPE:
table = fGlobalTypeDecls;
break;
case XSConstants.ATTRIBUTE_DECLARATION:
table = fGlobalAttrDecls;
break;
case XSConstants.ELEMENT_DECLARATION:
table = fGlobalElemDecls;
break;
case XSConstants.ATTRIBUTE_GROUP:
table = fGlobalAttrGrpDecls;
break;
case XSConstants.MODEL_GROUP_DEFINITION:
table = fGlobalGroupDecls;
break;
case XSConstants.NOTATION_DECLARATION:
table = fGlobalNotationDecls;
break;
}
// for complex/simple types, create a special implementation,
// which take specific types out of the hash table
if (objectType == XSTypeDefinition.COMPLEX_TYPE ||
objectType == XSTypeDefinition.SIMPLE_TYPE) {
fComponents[objectType] = new XSNamedMap4Types(fTargetNamespace, table, objectType);
}
else {
fComponents[objectType] = new XSNamedMapImpl(fTargetNamespace, table);
}
}
return fComponents[objectType];
}
/**
* Convenience method. Returns a top-level simple or complex type
* definition.
* @param name The name of the definition.
* @return An XSTypeDefinition or null if such definition
* does not exist.
*/
public XSTypeDefinition getTypeDefinition(String name) {
return getGlobalTypeDecl(name);
}
/**
* Convenience method. Returns a top-level attribute declaration.
* @param name The name of the declaration.
* @return A top-level attribute declaration or null if such declaration
* does not exist.
*/
public XSAttributeDeclaration getAttributeDeclaration(String name) {
return getGlobalAttributeDecl(name);
}
/**
* Convenience method. Returns a top-level element declaration.
* @param name The name of the declaration.
* @return A top-level element declaration or null if such declaration
* does not exist.
*/
public XSElementDeclaration getElementDeclaration(String name) {
return getGlobalElementDecl(name);
}
/**
* Convenience method. Returns a top-level attribute group definition.
* @param name The name of the definition.
* @return A top-level attribute group definition or null if such
* definition does not exist.
*/
public XSAttributeGroupDefinition getAttributeGroup(String name) {
return getGlobalAttributeGroupDecl(name);
}
/**
* Convenience method. Returns a top-level model group definition.
*
* @param name The name of the definition.
* @return A top-level model group definition definition or null if such
* definition does not exist.
*/
public XSModelGroupDefinition getModelGroupDefinition(String name) {
return getGlobalGroupDecl(name);
}
/**
* Convenience method. Returns a top-level notation declaration.
*
* @param name The name of the declaration.
* @return A top-level notation declaration or null if such declaration
* does not exist.
*/
public XSNotationDeclaration getNotationDeclaration(String name) {
return getGlobalNotationDecl(name);
}
/**
* [document location]
* @see [document location]
* @return a list of document information item
*/
public StringList getDocumentLocations() {
return new StringListImpl(fLocations);
}
/**
* Return an XSModel that represents components in this schema
* grammar.
*
* @return an XSModel representing this schema grammar
*/
public XSModel toXSModel() {
return new XSModelImpl(new SchemaGrammar[]{this});
}
public XSModel toXSModel(XSGrammar[] grammars) {
if (grammars == null || grammars.length == 0)
return toXSModel();
int len = grammars.length;
boolean hasSelf = false;
for (int i = 0; i < len; i++) {
if (grammars[i] == this) {
hasSelf = true;
break;
}
}
SchemaGrammar[] gs = new SchemaGrammar[hasSelf ? len : len+1];
for (int i = 0; i < len; i++)
gs[i] = (SchemaGrammar)grammars[i];
if (!hasSelf)
gs[len] = this;
return new XSModelImpl(gs);
}
/**
* @see com.sun.org.apache.xerces.internal.xs.XSNamespaceItem#getAnnotations()
*/
public XSObjectList getAnnotations() {
return new XSObjectListImpl(fAnnotations, fNumAnnotations);
}
public void addAnnotation(XSAnnotationImpl annotation) {
if(annotation == null)
return;
if(fAnnotations == null) {
fAnnotations = new XSAnnotationImpl[2];
} else if(fNumAnnotations == fAnnotations.length) {
XSAnnotationImpl[] newArray = new XSAnnotationImpl[fNumAnnotations << 1];
System.arraycopy(fAnnotations, 0, newArray, 0, fNumAnnotations);
fAnnotations = newArray;
}
fAnnotations[fNumAnnotations++] = annotation;
}
} // class SchemaGrammar