Java源码示例：com.sun.xml.internal.bind.v2.model.runtime.RuntimeClassInfo
示例1
protected ClassBeanInfoImpl getOrCreate( RuntimeClassInfo ci ) {
ClassBeanInfoImpl bi = (ClassBeanInfoImpl)beanInfos.get(ci);
if(bi!=null) return bi;
bi = new ClassBeanInfoImpl(this,ci);
beanInfoMap.put(bi.jaxbType,bi);
return bi;
}
示例2
private XmlSchemaGenerator<Type,Class,Field,Method> createSchemaGenerator() {
RuntimeTypeInfoSet tis;
try {
tis = getTypeInfoSet();
} catch (IllegalAnnotationsException e) {
// this shouldn't happen because we've already
throw new AssertionError(e);
}
XmlSchemaGenerator<Type,Class,Field,Method> xsdgen =
new XmlSchemaGenerator<Type,Class,Field,Method>(tis.getNavigator(),tis);
// JAX-RPC uses Bridge objects that collide with
// @XmlRootElement.
// we will avoid collision here
Set<QName> rootTagNames = new HashSet<QName>();
for (RuntimeElementInfo ei : tis.getAllElements()) {
rootTagNames.add(ei.getElementName());
}
for (RuntimeClassInfo ci : tis.beans().values()) {
if(ci.isElement())
rootTagNames.add(ci.asElement().getElementName());
}
for (TypeReference tr : bridges.keySet()) {
if(rootTagNames.contains(tr.tagName))
continue;
if(tr.type==void.class || tr.type==Void.class) {
xsdgen.add(tr.tagName,false,null);
} else
if(tr.type==CompositeStructure.class) {
// this is a special class we introduced for JAX-WS that we *don't* want in the schema
} else {
NonElement<Type,Class> typeInfo = getXmlType(tis,tr);
xsdgen.add(tr.tagName, !tis.getNavigator().isPrimitive(tr.type),typeInfo);
}
}
return xsdgen;
}
示例3
protected ClassBeanInfoImpl getOrCreate( RuntimeClassInfo ci ) {
ClassBeanInfoImpl bi = (ClassBeanInfoImpl)beanInfos.get(ci);
if(bi!=null) return bi;
bi = new ClassBeanInfoImpl(this,ci);
beanInfoMap.put(bi.jaxbType,bi);
return bi;
}
示例4
private XmlSchemaGenerator<Type,Class,Field,Method> createSchemaGenerator() {
RuntimeTypeInfoSet tis;
try {
tis = getTypeInfoSet();
} catch (IllegalAnnotationsException e) {
// this shouldn't happen because we've already
throw new AssertionError(e);
}
XmlSchemaGenerator<Type,Class,Field,Method> xsdgen =
new XmlSchemaGenerator<Type,Class,Field,Method>(tis.getNavigator(),tis);
// JAX-RPC uses Bridge objects that collide with
// @XmlRootElement.
// we will avoid collision here
Set<QName> rootTagNames = new HashSet<QName>();
for (RuntimeElementInfo ei : tis.getAllElements()) {
rootTagNames.add(ei.getElementName());
}
for (RuntimeClassInfo ci : tis.beans().values()) {
if(ci.isElement())
rootTagNames.add(ci.asElement().getElementName());
}
for (TypeReference tr : bridges.keySet()) {
if(rootTagNames.contains(tr.tagName))
continue;
if(tr.type==void.class || tr.type==Void.class) {
xsdgen.add(tr.tagName,false,null);
} else
if(tr.type==CompositeStructure.class) {
// this is a special class we introduced for JAX-WS that we *don't* want in the schema
} else {
NonElement<Type,Class> typeInfo = getXmlType(tis,tr);
xsdgen.add(tr.tagName, !tis.getNavigator().isPrimitive(tr.type),typeInfo);
}
}
return xsdgen;
}
示例5
protected ClassBeanInfoImpl getOrCreate( RuntimeClassInfo ci ) {
ClassBeanInfoImpl bi = (ClassBeanInfoImpl)beanInfos.get(ci);
if(bi!=null) return bi;
bi = new ClassBeanInfoImpl(this,ci);
beanInfoMap.put(bi.jaxbType,bi);
return bi;
}
示例6
private XmlSchemaGenerator<Type,Class,Field,Method> createSchemaGenerator() {
RuntimeTypeInfoSet tis;
try {
tis = getTypeInfoSet();
} catch (IllegalAnnotationsException e) {
// this shouldn't happen because we've already
throw new AssertionError(e);
}
XmlSchemaGenerator<Type,Class,Field,Method> xsdgen =
new XmlSchemaGenerator<Type,Class,Field,Method>(tis.getNavigator(),tis);
// JAX-RPC uses Bridge objects that collide with
// @XmlRootElement.
// we will avoid collision here
Set<QName> rootTagNames = new HashSet<QName>();
for (RuntimeElementInfo ei : tis.getAllElements()) {
rootTagNames.add(ei.getElementName());
}
for (RuntimeClassInfo ci : tis.beans().values()) {
if(ci.isElement())
rootTagNames.add(ci.asElement().getElementName());
}
for (TypeReference tr : bridges.keySet()) {
if(rootTagNames.contains(tr.tagName))
continue;
if(tr.type==void.class || tr.type==Void.class) {
xsdgen.add(tr.tagName,false,null);
} else
if(tr.type==CompositeStructure.class) {
// this is a special class we introduced for JAX-WS that we *don't* want in the schema
} else {
NonElement<Type,Class> typeInfo = getXmlType(tis,tr);
xsdgen.add(tr.tagName, !tis.getNavigator().isPrimitive(tr.type),typeInfo);
}
}
return xsdgen;
}
示例7
protected ClassBeanInfoImpl getOrCreate( RuntimeClassInfo ci ) {
ClassBeanInfoImpl bi = (ClassBeanInfoImpl)beanInfos.get(ci);
if(bi!=null) return bi;
bi = new ClassBeanInfoImpl(this,ci);
beanInfoMap.put(bi.jaxbType,bi);
return bi;
}
示例8
private XmlSchemaGenerator<Type,Class,Field,Method> createSchemaGenerator() {
RuntimeTypeInfoSet tis;
try {
tis = getTypeInfoSet();
} catch (IllegalAnnotationsException e) {
// this shouldn't happen because we've already
throw new AssertionError(e);
}
XmlSchemaGenerator<Type,Class,Field,Method> xsdgen =
new XmlSchemaGenerator<Type,Class,Field,Method>(tis.getNavigator(),tis);
// JAX-RPC uses Bridge objects that collide with
// @XmlRootElement.
// we will avoid collision here
Set<QName> rootTagNames = new HashSet<QName>();
for (RuntimeElementInfo ei : tis.getAllElements()) {
rootTagNames.add(ei.getElementName());
}
for (RuntimeClassInfo ci : tis.beans().values()) {
if(ci.isElement())
rootTagNames.add(ci.asElement().getElementName());
}
for (TypeReference tr : bridges.keySet()) {
if(rootTagNames.contains(tr.tagName))
continue;
if(tr.type==void.class || tr.type==Void.class) {
xsdgen.add(tr.tagName,false,null);
} else
if(tr.type==CompositeStructure.class) {
// this is a special class we introduced for JAX-WS that we *don't* want in the schema
} else {
NonElement<Type,Class> typeInfo = getXmlType(tis,tr);
xsdgen.add(tr.tagName, !tis.getNavigator().isPrimitive(tr.type),typeInfo);
}
}
return xsdgen;
}
示例9
protected ClassBeanInfoImpl getOrCreate( RuntimeClassInfo ci ) {
ClassBeanInfoImpl bi = (ClassBeanInfoImpl)beanInfos.get(ci);
if(bi!=null) return bi;
bi = new ClassBeanInfoImpl(this,ci);
beanInfoMap.put(bi.jaxbType,bi);
return bi;
}
示例10
private XmlSchemaGenerator<Type,Class,Field,Method> createSchemaGenerator() {
RuntimeTypeInfoSet tis;
try {
tis = getTypeInfoSet();
} catch (IllegalAnnotationsException e) {
// this shouldn't happen because we've already
throw new AssertionError(e);
}
XmlSchemaGenerator<Type,Class,Field,Method> xsdgen =
new XmlSchemaGenerator<Type,Class,Field,Method>(tis.getNavigator(),tis);
// JAX-RPC uses Bridge objects that collide with
// @XmlRootElement.
// we will avoid collision here
Set<QName> rootTagNames = new HashSet<QName>();
for (RuntimeElementInfo ei : tis.getAllElements()) {
rootTagNames.add(ei.getElementName());
}
for (RuntimeClassInfo ci : tis.beans().values()) {
if(ci.isElement())
rootTagNames.add(ci.asElement().getElementName());
}
for (TypeReference tr : bridges.keySet()) {
if(rootTagNames.contains(tr.tagName))
continue;
if(tr.type==void.class || tr.type==Void.class) {
xsdgen.add(tr.tagName,false,null);
} else
if(tr.type==CompositeStructure.class) {
// this is a special class we introduced for JAX-WS that we *don't* want in the schema
} else {
NonElement<Type,Class> typeInfo = getXmlType(tis,tr);
xsdgen.add(tr.tagName, !tis.getNavigator().isPrimitive(tr.type),typeInfo);
}
}
return xsdgen;
}
示例11
protected ClassBeanInfoImpl getOrCreate( RuntimeClassInfo ci ) {
ClassBeanInfoImpl bi = (ClassBeanInfoImpl)beanInfos.get(ci);
if(bi!=null) return bi;
bi = new ClassBeanInfoImpl(this,ci);
beanInfoMap.put(bi.jaxbType,bi);
return bi;
}
示例12
private XmlSchemaGenerator<Type,Class,Field,Method> createSchemaGenerator() {
RuntimeTypeInfoSet tis;
try {
tis = getTypeInfoSet();
} catch (IllegalAnnotationsException e) {
// this shouldn't happen because we've already
throw new AssertionError(e);
}
XmlSchemaGenerator<Type,Class,Field,Method> xsdgen =
new XmlSchemaGenerator<Type,Class,Field,Method>(tis.getNavigator(),tis);
// JAX-RPC uses Bridge objects that collide with
// @XmlRootElement.
// we will avoid collision here
Set<QName> rootTagNames = new HashSet<QName>();
for (RuntimeElementInfo ei : tis.getAllElements()) {
rootTagNames.add(ei.getElementName());
}
for (RuntimeClassInfo ci : tis.beans().values()) {
if(ci.isElement())
rootTagNames.add(ci.asElement().getElementName());
}
for (TypeReference tr : bridges.keySet()) {
if(rootTagNames.contains(tr.tagName))
continue;
if(tr.type==void.class || tr.type==Void.class) {
xsdgen.add(tr.tagName,false,null);
} else
if(tr.type==CompositeStructure.class) {
// this is a special class we introduced for JAX-WS that we *don't* want in the schema
} else {
NonElement<Type,Class> typeInfo = getXmlType(tis,tr);
xsdgen.add(tr.tagName, !tis.getNavigator().isPrimitive(tr.type),typeInfo);
}
}
return xsdgen;
}
示例13
protected ClassBeanInfoImpl getOrCreate( RuntimeClassInfo ci ) {
ClassBeanInfoImpl bi = (ClassBeanInfoImpl)beanInfos.get(ci);
if(bi!=null) return bi;
bi = new ClassBeanInfoImpl(this,ci);
beanInfoMap.put(bi.jaxbType,bi);
return bi;
}
示例14
private XmlSchemaGenerator<Type,Class,Field,Method> createSchemaGenerator() {
RuntimeTypeInfoSet tis;
try {
tis = getTypeInfoSet();
} catch (IllegalAnnotationsException e) {
// this shouldn't happen because we've already
throw new AssertionError(e);
}
XmlSchemaGenerator<Type,Class,Field,Method> xsdgen =
new XmlSchemaGenerator<Type,Class,Field,Method>(tis.getNavigator(),tis);
// JAX-RPC uses Bridge objects that collide with
// @XmlRootElement.
// we will avoid collision here
Set<QName> rootTagNames = new HashSet<QName>();
for (RuntimeElementInfo ei : tis.getAllElements()) {
rootTagNames.add(ei.getElementName());
}
for (RuntimeClassInfo ci : tis.beans().values()) {
if(ci.isElement())
rootTagNames.add(ci.asElement().getElementName());
}
for (TypeReference tr : bridges.keySet()) {
if(rootTagNames.contains(tr.tagName))
continue;
if(tr.type==void.class || tr.type==Void.class) {
xsdgen.add(tr.tagName,false,null);
} else
if(tr.type==CompositeStructure.class) {
// this is a special class we introduced for JAX-WS that we *don't* want in the schema
} else {
NonElement<Type,Class> typeInfo = getXmlType(tis,tr);
xsdgen.add(tr.tagName, !tis.getNavigator().isPrimitive(tr.type),typeInfo);
}
}
return xsdgen;
}
示例15
protected ClassBeanInfoImpl getOrCreate( RuntimeClassInfo ci ) {
ClassBeanInfoImpl bi = (ClassBeanInfoImpl)beanInfos.get(ci);
if(bi!=null) return bi;
bi = new ClassBeanInfoImpl(this,ci);
beanInfoMap.put(bi.jaxbType,bi);
return bi;
}
示例16
private XmlSchemaGenerator<Type,Class,Field,Method> createSchemaGenerator() {
RuntimeTypeInfoSet tis;
try {
tis = getTypeInfoSet();
} catch (IllegalAnnotationsException e) {
// this shouldn't happen because we've already
throw new AssertionError(e);
}
XmlSchemaGenerator<Type,Class,Field,Method> xsdgen =
new XmlSchemaGenerator<Type,Class,Field,Method>(tis.getNavigator(),tis);
// JAX-RPC uses Bridge objects that collide with
// @XmlRootElement.
// we will avoid collision here
Set<QName> rootTagNames = new HashSet<QName>();
for (RuntimeElementInfo ei : tis.getAllElements()) {
rootTagNames.add(ei.getElementName());
}
for (RuntimeClassInfo ci : tis.beans().values()) {
if(ci.isElement())
rootTagNames.add(ci.asElement().getElementName());
}
for (TypeReference tr : bridges.keySet()) {
if(rootTagNames.contains(tr.tagName))
continue;
if(tr.type==void.class || tr.type==Void.class) {
xsdgen.add(tr.tagName,false,null);
} else
if(tr.type==CompositeStructure.class) {
// this is a special class we introduced for JAX-WS that we *don't* want in the schema
} else {
NonElement<Type,Class> typeInfo = getXmlType(tis,tr);
xsdgen.add(tr.tagName, !tis.getNavigator().isPrimitive(tr.type),typeInfo);
}
}
return xsdgen;
}
示例17
public RuntimeClassInfo getScope() {
return (RuntimeClassInfo)super.getScope();
}
示例18
ClassBeanInfoImpl(JAXBContextImpl owner, RuntimeClassInfo ci) {
super(owner,ci,ci.getClazz(),ci.getTypeName(),ci.isElement(),false,true);
this.ci = ci;
this.inheritedAttWildcard = ci.getAttributeWildcard();
this.xducer = ci.getTransducer();
this.factoryMethod = ci.getFactoryMethod();
this.retainPropertyInfo = owner.retainPropertyInfo;
// make the factory accessible
if(factoryMethod!=null) {
int classMod = factoryMethod.getDeclaringClass().getModifiers();
if(!Modifier.isPublic(classMod) || !Modifier.isPublic(factoryMethod.getModifiers())) {
// attempt to make it work even if the constructor is not accessible
try {
factoryMethod.setAccessible(true);
} catch(SecurityException e) {
// but if we don't have a permission to do so, work gracefully.
logger.log(Level.FINE,"Unable to make the method of "+factoryMethod+" accessible",e);
throw e;
}
}
}
if(ci.getBaseClass()==null)
this.superClazz = null;
else
this.superClazz = owner.getOrCreate(ci.getBaseClass());
if(superClazz!=null && superClazz.xmlLocatorField!=null)
xmlLocatorField = superClazz.xmlLocatorField;
else
xmlLocatorField = ci.getLocatorField();
// create property objects
Collection<? extends RuntimePropertyInfo> ps = ci.getProperties();
this.properties = new Property[ps.size()];
int idx=0;
boolean elementOnly = true;
for( RuntimePropertyInfo info : ps ) {
Property p = PropertyFactory.create(owner,info);
if(info.id()==ID.ID)
idProperty = p;
properties[idx++] = p;
elementOnly &= info.elementOnlyContent();
checkOverrideProperties(p);
}
// super class' idProperty might not be computed at this point,
// so check that later
hasElementOnlyContentModel( elementOnly );
// again update this value later when we know that of the super class
if(ci.isElement())
tagName = owner.nameBuilder.createElementName(ci.getElementName());
else
tagName = null;
setLifecycleFlags();
}
示例19
public RuntimeClassInfo getScope() {
return (RuntimeClassInfo)super.getScope();
}
示例20
ClassBeanInfoImpl(JAXBContextImpl owner, RuntimeClassInfo ci) {
super(owner,ci,ci.getClazz(),ci.getTypeName(),ci.isElement(),false,true);
this.ci = ci;
this.inheritedAttWildcard = ci.getAttributeWildcard();
this.xducer = ci.getTransducer();
this.factoryMethod = ci.getFactoryMethod();
this.retainPropertyInfo = owner.retainPropertyInfo;
// make the factory accessible
if(factoryMethod!=null) {
int classMod = factoryMethod.getDeclaringClass().getModifiers();
if(!Modifier.isPublic(classMod) || !Modifier.isPublic(factoryMethod.getModifiers())) {
// attempt to make it work even if the constructor is not accessible
try {
factoryMethod.setAccessible(true);
} catch(SecurityException e) {
// but if we don't have a permission to do so, work gracefully.
logger.log(Level.FINE,"Unable to make the method of "+factoryMethod+" accessible",e);
throw e;
}
}
}
if(ci.getBaseClass()==null)
this.superClazz = null;
else
this.superClazz = owner.getOrCreate(ci.getBaseClass());
if(superClazz!=null && superClazz.xmlLocatorField!=null)
xmlLocatorField = superClazz.xmlLocatorField;
else
xmlLocatorField = ci.getLocatorField();
// create property objects
Collection<? extends RuntimePropertyInfo> ps = ci.getProperties();
this.properties = new Property[ps.size()];
int idx=0;
boolean elementOnly = true;
for( RuntimePropertyInfo info : ps ) {
Property p = PropertyFactory.create(owner,info);
if(info.id()==ID.ID)
idProperty = p;
properties[idx++] = p;
elementOnly &= info.elementOnlyContent();
checkOverrideProperties(p);
}
// super class' idProperty might not be computed at this point,
// so check that later
hasElementOnlyContentModel( elementOnly );
// again update this value later when we know that of the super class
if(ci.isElement())
tagName = owner.nameBuilder.createElementName(ci.getElementName());
else
tagName = null;
setLifecycleFlags();
}
示例21
public RuntimeClassInfo getScope() {
return (RuntimeClassInfo)super.getScope();
}
示例22
ClassBeanInfoImpl(JAXBContextImpl owner, RuntimeClassInfo ci) {
super(owner,ci,ci.getClazz(),ci.getTypeName(),ci.isElement(),false,true);
this.ci = ci;
this.inheritedAttWildcard = ci.getAttributeWildcard();
this.xducer = ci.getTransducer();
this.factoryMethod = ci.getFactoryMethod();
this.retainPropertyInfo = owner.retainPropertyInfo;
// make the factory accessible
if(factoryMethod!=null) {
int classMod = factoryMethod.getDeclaringClass().getModifiers();
if(!Modifier.isPublic(classMod) || !Modifier.isPublic(factoryMethod.getModifiers())) {
// attempt to make it work even if the constructor is not accessible
try {
factoryMethod.setAccessible(true);
} catch(SecurityException e) {
// but if we don't have a permission to do so, work gracefully.
logger.log(Level.FINE,"Unable to make the method of "+factoryMethod+" accessible",e);
throw e;
}
}
}
if(ci.getBaseClass()==null)
this.superClazz = null;
else
this.superClazz = owner.getOrCreate(ci.getBaseClass());
if(superClazz!=null && superClazz.xmlLocatorField!=null)
xmlLocatorField = superClazz.xmlLocatorField;
else
xmlLocatorField = ci.getLocatorField();
// create property objects
Collection<? extends RuntimePropertyInfo> ps = ci.getProperties();
this.properties = new Property[ps.size()];
int idx=0;
boolean elementOnly = true;
for( RuntimePropertyInfo info : ps ) {
Property p = PropertyFactory.create(owner,info);
if(info.id()==ID.ID)
idProperty = p;
properties[idx++] = p;
elementOnly &= info.elementOnlyContent();
checkOverrideProperties(p);
}
// super class' idProperty might not be computed at this point,
// so check that later
hasElementOnlyContentModel( elementOnly );
// again update this value later when we know that of the super class
if(ci.isElement())
tagName = owner.nameBuilder.createElementName(ci.getElementName());
else
tagName = null;
setLifecycleFlags();
}
示例23
public RuntimeClassInfo getScope() {
return (RuntimeClassInfo)super.getScope();
}
示例24
ClassBeanInfoImpl(JAXBContextImpl owner, RuntimeClassInfo ci) {
super(owner,ci,ci.getClazz(),ci.getTypeName(),ci.isElement(),false,true);
this.ci = ci;
this.inheritedAttWildcard = ci.getAttributeWildcard();
this.xducer = ci.getTransducer();
this.factoryMethod = ci.getFactoryMethod();
this.retainPropertyInfo = owner.retainPropertyInfo;
// make the factory accessible
if(factoryMethod!=null) {
int classMod = factoryMethod.getDeclaringClass().getModifiers();
if(!Modifier.isPublic(classMod) || !Modifier.isPublic(factoryMethod.getModifiers())) {
// attempt to make it work even if the constructor is not accessible
try {
factoryMethod.setAccessible(true);
} catch(SecurityException e) {
// but if we don't have a permission to do so, work gracefully.
logger.log(Level.FINE,"Unable to make the method of "+factoryMethod+" accessible",e);
throw e;
}
}
}
if(ci.getBaseClass()==null)
this.superClazz = null;
else
this.superClazz = owner.getOrCreate(ci.getBaseClass());
if(superClazz!=null && superClazz.xmlLocatorField!=null)
xmlLocatorField = superClazz.xmlLocatorField;
else
xmlLocatorField = ci.getLocatorField();
// create property objects
Collection<? extends RuntimePropertyInfo> ps = ci.getProperties();
this.properties = new Property[ps.size()];
int idx=0;
boolean elementOnly = true;
for( RuntimePropertyInfo info : ps ) {
Property p = PropertyFactory.create(owner,info);
if(info.id()==ID.ID)
idProperty = p;
properties[idx++] = p;
elementOnly &= info.elementOnlyContent();
checkOverrideProperties(p);
}
// super class' idProperty might not be computed at this point,
// so check that later
hasElementOnlyContentModel( elementOnly );
// again update this value later when we know that of the super class
if(ci.isElement())
tagName = owner.nameBuilder.createElementName(ci.getElementName());
else
tagName = null;
setLifecycleFlags();
}
示例25
public RuntimeClassInfo getScope() {
return (RuntimeClassInfo)super.getScope();
}
示例26
ClassBeanInfoImpl(JAXBContextImpl owner, RuntimeClassInfo ci) {
super(owner,ci,ci.getClazz(),ci.getTypeName(),ci.isElement(),false,true);
this.ci = ci;
this.inheritedAttWildcard = ci.getAttributeWildcard();
this.xducer = ci.getTransducer();
this.factoryMethod = ci.getFactoryMethod();
this.retainPropertyInfo = owner.retainPropertyInfo;
// make the factory accessible
if(factoryMethod!=null) {
int classMod = factoryMethod.getDeclaringClass().getModifiers();
if(!Modifier.isPublic(classMod) || !Modifier.isPublic(factoryMethod.getModifiers())) {
// attempt to make it work even if the constructor is not accessible
try {
factoryMethod.setAccessible(true);
} catch(SecurityException e) {
// but if we don't have a permission to do so, work gracefully.
logger.log(Level.FINE,"Unable to make the method of "+factoryMethod+" accessible",e);
throw e;
}
}
}
if(ci.getBaseClass()==null)
this.superClazz = null;
else
this.superClazz = owner.getOrCreate(ci.getBaseClass());
if(superClazz!=null && superClazz.xmlLocatorField!=null)
xmlLocatorField = superClazz.xmlLocatorField;
else
xmlLocatorField = ci.getLocatorField();
// create property objects
Collection<? extends RuntimePropertyInfo> ps = ci.getProperties();
this.properties = new Property[ps.size()];
int idx=0;
boolean elementOnly = true;
for( RuntimePropertyInfo info : ps ) {
Property p = PropertyFactory.create(owner,info);
if(info.id()==ID.ID)
idProperty = p;
properties[idx++] = p;
elementOnly &= info.elementOnlyContent();
checkOverrideProperties(p);
}
// super class' idProperty might not be computed at this point,
// so check that later
hasElementOnlyContentModel( elementOnly );
// again update this value later when we know that of the super class
if(ci.isElement())
tagName = owner.nameBuilder.createElementName(ci.getElementName());
else
tagName = null;
setLifecycleFlags();
}
示例27
public RuntimeClassInfo getScope() {
return (RuntimeClassInfo)super.getScope();
}
示例28
ClassBeanInfoImpl(JAXBContextImpl owner, RuntimeClassInfo ci) {
super(owner,ci,ci.getClazz(),ci.getTypeName(),ci.isElement(),false,true);
this.ci = ci;
this.inheritedAttWildcard = ci.getAttributeWildcard();
this.xducer = ci.getTransducer();
this.factoryMethod = ci.getFactoryMethod();
this.retainPropertyInfo = owner.retainPropertyInfo;
// make the factory accessible
if(factoryMethod!=null) {
int classMod = factoryMethod.getDeclaringClass().getModifiers();
if(!Modifier.isPublic(classMod) || !Modifier.isPublic(factoryMethod.getModifiers())) {
// attempt to make it work even if the constructor is not accessible
try {
factoryMethod.setAccessible(true);
} catch(SecurityException e) {
// but if we don't have a permission to do so, work gracefully.
logger.log(Level.FINE,"Unable to make the method of "+factoryMethod+" accessible",e);
throw e;
}
}
}
if(ci.getBaseClass()==null)
this.superClazz = null;
else
this.superClazz = owner.getOrCreate(ci.getBaseClass());
if(superClazz!=null && superClazz.xmlLocatorField!=null)
xmlLocatorField = superClazz.xmlLocatorField;
else
xmlLocatorField = ci.getLocatorField();
// create property objects
Collection<? extends RuntimePropertyInfo> ps = ci.getProperties();
this.properties = new Property[ps.size()];
int idx=0;
boolean elementOnly = true;
for( RuntimePropertyInfo info : ps ) {
Property p = PropertyFactory.create(owner,info);
if(info.id()==ID.ID)
idProperty = p;
properties[idx++] = p;
elementOnly &= info.elementOnlyContent();
checkOverrideProperties(p);
}
// super class' idProperty might not be computed at this point,
// so check that later
hasElementOnlyContentModel( elementOnly );
// again update this value later when we know that of the super class
if(ci.isElement())
tagName = owner.nameBuilder.createElementName(ci.getElementName());
else
tagName = null;
setLifecycleFlags();
}
示例29
public RuntimeClassInfo getScope() {
return (RuntimeClassInfo)super.getScope();
}
示例30
ClassBeanInfoImpl(JAXBContextImpl owner, RuntimeClassInfo ci) {
super(owner,ci,ci.getClazz(),ci.getTypeName(),ci.isElement(),false,true);
this.ci = ci;
this.inheritedAttWildcard = ci.getAttributeWildcard();
this.xducer = ci.getTransducer();
this.factoryMethod = ci.getFactoryMethod();
this.retainPropertyInfo = owner.retainPropertyInfo;
// make the factory accessible
if(factoryMethod!=null) {
int classMod = factoryMethod.getDeclaringClass().getModifiers();
if(!Modifier.isPublic(classMod) || !Modifier.isPublic(factoryMethod.getModifiers())) {
// attempt to make it work even if the constructor is not accessible
try {
factoryMethod.setAccessible(true);
} catch(SecurityException e) {
// but if we don't have a permission to do so, work gracefully.
logger.log(Level.FINE,"Unable to make the method of "+factoryMethod+" accessible",e);
throw e;
}
}
}
if(ci.getBaseClass()==null)
this.superClazz = null;
else
this.superClazz = owner.getOrCreate(ci.getBaseClass());
if(superClazz!=null && superClazz.xmlLocatorField!=null)
xmlLocatorField = superClazz.xmlLocatorField;
else
xmlLocatorField = ci.getLocatorField();
// create property objects
Collection<? extends RuntimePropertyInfo> ps = ci.getProperties();
this.properties = new Property[ps.size()];
int idx=0;
boolean elementOnly = true;
for( RuntimePropertyInfo info : ps ) {
Property p = PropertyFactory.create(owner,info);
if(info.id()==ID.ID)
idProperty = p;
properties[idx++] = p;
elementOnly &= info.elementOnlyContent();
checkOverrideProperties(p);
}
// super class' idProperty might not be computed at this point,
// so check that later
hasElementOnlyContentModel( elementOnly );
// again update this value later when we know that of the super class
if(ci.isElement())
tagName = owner.nameBuilder.createElementName(ci.getElementName());
else
tagName = null;
setLifecycleFlags();
}
