private CClassInfo calcClass() { BIElement e = owner.bindInfo.element(name); if(e==null) { if(contentModelType!=DTDEventListener.CONTENT_MODEL_MIXED || !attributes.isEmpty() || mustBeClass) return createDefaultClass(); if(contentModel!=Term.EMPTY) { throw new UnsupportedOperationException("mixed content model not supported"); } else { // just #PCDATA if(isReferenced) return null; else // if no one else is referencing, assumed to be the root. return createDefaultClass(); } } else { return e.clazz; } }
private CClassInfo calcClass() { BIElement e = owner.bindInfo.element(name); if(e==null) { if(contentModelType!=DTDEventListener.CONTENT_MODEL_MIXED || !attributes.isEmpty() || mustBeClass) return createDefaultClass(); if(contentModel!=Term.EMPTY) { throw new UnsupportedOperationException("mixed content model not supported"); } else { // just #PCDATA if(isReferenced) return null; else // if no one else is referencing, assumed to be the root. return createDefaultClass(); } } else { return e.clazz; } }
private CClassInfo calcClass() { BIElement e = owner.bindInfo.element(name); if(e==null) { if(contentModelType!=DTDEventListener.CONTENT_MODEL_MIXED || !attributes.isEmpty() || mustBeClass) return createDefaultClass(); if(contentModel!=Term.EMPTY) { throw new UnsupportedOperationException("mixed content model not supported"); } else { // just #PCDATA if(isReferenced) return null; else // if no one else is referencing, assumed to be the root. return createDefaultClass(); } } else { return e.clazz; } }
private CClassInfo calcClass() { BIElement e = owner.bindInfo.element(name); if(e==null) { if(contentModelType!=DTDEventListener.CONTENT_MODEL_MIXED || !attributes.isEmpty() || mustBeClass) return createDefaultClass(); if(contentModel!=Term.EMPTY) { throw new UnsupportedOperationException("mixed content model not supported"); } else { // just #PCDATA if(isReferenced) return null; else // if no one else is referencing, assumed to be the root. return createDefaultClass(); } } else { return e.clazz; } }
/** * When this element is an PCDATA-only content model, * returns the conversion for it. Otherwise the behavior is undefined. */ private TypeUse getConversion() { assert contentModel == Term.EMPTY; // this is PCDATA-only element BIElement e = owner.bindInfo.element(name); if(e!=null) { BIConversion conv = e.getConversion(); if(conv!=null) return conv.getTransducer(); } return CBuiltinLeafInfo.STRING; }
/** * When this element is an PCDATA-only content model, * returns the conversion for it. Otherwise the behavior is undefined. */ private TypeUse getConversion() { assert contentModel == Term.EMPTY; // this is PCDATA-only element BIElement e = owner.bindInfo.element(name); if(e!=null) { BIConversion conv = e.getConversion(); if(conv!=null) return conv.getTransducer(); } return CBuiltinLeafInfo.STRING; }
/** * When this element is an PCDATA-only content model, * returns the conversion for it. Otherwise the behavior is undefined. */ private TypeUse getConversion() { assert contentModel == Term.EMPTY; // this is PCDATA-only element BIElement e = owner.bindInfo.element(name); if(e!=null) { BIConversion conv = e.getConversion(); if(conv!=null) return conv.getTransducer(); } return CBuiltinLeafInfo.STRING; }
/** * When this element is an PCDATA-only content model, * returns the conversion for it. Otherwise the behavior is undefined. */ private TypeUse getConversion() { assert contentModel == Term.EMPTY; // this is PCDATA-only element BIElement e = owner.bindInfo.element(name); if(e!=null) { BIConversion conv = e.getConversion(); if(conv!=null) return conv.getTransducer(); } return CBuiltinLeafInfo.STRING; }
private CClassInfo calcClass() { BIElement e = owner.bindInfo.element(name); if(e==null) { if(contentModelType!=DTDEventListener.CONTENT_MODEL_MIXED || !attributes.isEmpty() || mustBeClass) return createDefaultClass(); if(contentModel!=Term.EMPTY) { throw new UnsupportedOperationException("mixed content model not supported"); } else { // just #PCDATA if(isReferenced) return null; else // if no one else is referencing, assumed to be the root. return createDefaultClass(); } } else { return e.clazz; } }
/** * When this element is an PCDATA-only content model, * returns the conversion for it. Otherwise the behavior is undefined. */ private TypeUse getConversion() { assert contentModel == Term.EMPTY; // this is PCDATA-only element BIElement e = owner.bindInfo.element(name); if(e!=null) { BIConversion conv = e.getConversion(); if(conv!=null) return conv.getTransducer(); } return CBuiltinLeafInfo.STRING; }
protected CPropertyInfo createAttribute( String elementName, String attributeName, String attributeType, String[] enums, short attributeUse, String defaultValue ) throws SAXException { boolean required = attributeUse==USE_REQUIRED; // get the attribute-property declaration BIElement edecl = bindInfo.element(elementName); BIAttribute decl=null; if(edecl!=null) decl=edecl.attribute(attributeName); String propName; if(decl==null) propName = model.getNameConverter().toPropertyName(attributeName); else propName = decl.getPropertyName(); QName qname = new QName("",attributeName); // if no declaration is specified, just wrap it by // a FieldItem and let the normalizer handle its content. TypeUse use; if(decl!=null && decl.getConversion()!=null) use = decl.getConversion().getTransducer(); else use = builtinConversions.get(attributeType); CPropertyInfo r = new CAttributePropertyInfo( propName, null,null/*TODO*/, copyLocator(), qname, use, null, required ); if(defaultValue!=null) r.defaultValue = CDefaultValue.create( use, new XmlString(defaultValue) ); return r; }
protected CPropertyInfo createAttribute( String elementName, String attributeName, String attributeType, String[] enums, short attributeUse, String defaultValue ) throws SAXException { boolean required = attributeUse==USE_REQUIRED; // get the attribute-property declaration BIElement edecl = bindInfo.element(elementName); BIAttribute decl=null; if(edecl!=null) decl=edecl.attribute(attributeName); String propName; if(decl==null) propName = model.getNameConverter().toPropertyName(attributeName); else propName = decl.getPropertyName(); QName qname = new QName("",attributeName); // if no declaration is specified, just wrap it by // a FieldItem and let the normalizer handle its content. TypeUse use; if(decl!=null && decl.getConversion()!=null) use = decl.getConversion().getTransducer(); else use = builtinConversions.get(attributeType); CPropertyInfo r = new CAttributePropertyInfo( propName, null,null/*TODO*/, copyLocator(), qname, use, null, required ); if(defaultValue!=null) r.defaultValue = CDefaultValue.create( use, new XmlString(defaultValue) ); return r; }
protected CPropertyInfo createAttribute( String elementName, String attributeName, String attributeType, String[] enums, short attributeUse, String defaultValue ) throws SAXException { boolean required = attributeUse==USE_REQUIRED; // get the attribute-property declaration BIElement edecl = bindInfo.element(elementName); BIAttribute decl=null; if(edecl!=null) decl=edecl.attribute(attributeName); String propName; if(decl==null) propName = model.getNameConverter().toPropertyName(attributeName); else propName = decl.getPropertyName(); QName qname = new QName("",attributeName); // if no declaration is specified, just wrap it by // a FieldItem and let the normalizer handle its content. TypeUse use; if(decl!=null && decl.getConversion()!=null) use = decl.getConversion().getTransducer(); else use = builtinConversions.get(attributeType); CPropertyInfo r = new CAttributePropertyInfo( propName, null,null/*TODO*/, copyLocator(), qname, use, null, required ); if(defaultValue!=null) r.defaultValue = CDefaultValue.create( use, new XmlString(defaultValue) ); return r; }
protected CPropertyInfo createAttribute( String elementName, String attributeName, String attributeType, String[] enums, short attributeUse, String defaultValue ) throws SAXException { boolean required = attributeUse==USE_REQUIRED; // get the attribute-property declaration BIElement edecl = bindInfo.element(elementName); BIAttribute decl=null; if(edecl!=null) decl=edecl.attribute(attributeName); String propName; if(decl==null) propName = model.getNameConverter().toPropertyName(attributeName); else propName = decl.getPropertyName(); QName qname = new QName("",attributeName); // if no declaration is specified, just wrap it by // a FieldItem and let the normalizer handle its content. TypeUse use; if(decl!=null && decl.getConversion()!=null) use = decl.getConversion().getTransducer(); else use = builtinConversions.get(attributeType); CPropertyInfo r = new CAttributePropertyInfo( propName, null,null/*TODO*/, copyLocator(), qname, use, null, required ); if(defaultValue!=null) r.defaultValue = CDefaultValue.create( use, new XmlString(defaultValue) ); return r; }
protected CPropertyInfo createAttribute( String elementName, String attributeName, String attributeType, String[] enums, short attributeUse, String defaultValue ) throws SAXException { boolean required = attributeUse==USE_REQUIRED; // get the attribute-property declaration BIElement edecl = bindInfo.element(elementName); BIAttribute decl=null; if(edecl!=null) decl=edecl.attribute(attributeName); String propName; if(decl==null) propName = model.getNameConverter().toPropertyName(attributeName); else propName = decl.getPropertyName(); QName qname = new QName("",attributeName); // if no declaration is specified, just wrap it by // a FieldItem and let the normalizer handle its content. TypeUse use; if(decl!=null && decl.getConversion()!=null) use = decl.getConversion().getTransducer(); else use = builtinConversions.get(attributeType); CPropertyInfo r = new CAttributePropertyInfo( propName, null,null/*TODO*/, copyLocator(), qname, use, null, required ); if(defaultValue!=null) r.defaultValue = CDefaultValue.create( use, new XmlString(defaultValue) ); return r; }