private void addElementInArrayWithoutIdRef(Object _value)
{
if (isPrimitive(_value))
{
ElementsSerial elt_ = createPrimitive(_value, false, null);
getComponents().Add(elt_);
}
else
{
TemplateSerial elt_ = createComposite(_value, false, null, false);
getNews().Add(elt_);
getComponents().Add(elt_);
return;
/* if (!SerializeXmlObject.isCheckReferences())
* {
* getNews().Add(elt_);
* getComponents().Add(elt_);
* return;
* }
* MyList<TemplateSerial> records_ = ElementsSerial.findSerialisableInList(_value, getAllComposites());
* if (records_.isEmpty())
* {
* getNews().Add(elt_);
* getAllComposites().Add(elt_);
* getComponents().Add(elt_);
* }
* else {
* throw new RefException();
* }*/
}
}
private static TemplateSerial createComposite(
Object _value, bool _isKey, Type _cl, String _field, bool _isComparator)
{
TemplateSerial temp_ = createComposite(_value, _isKey, _field, _isComparator);
if (temp_ == null)
{
return(temp_);
}
temp_.setClassName(Constants.getTypeFullString(_cl));
return(temp_);
}
private void addElementWithoutIdRef(Object _value,
bool _isKey, Type _cl, String _fieldName, bool _isComparator)
{
if (isPrimitive(_value))
{
ElementsSerial elt_ = createPrimitive(_value, _isKey, _cl, _fieldName);
getComponents().Add(elt_);
}
else
{
TemplateSerial elt_ = createComposite(_value, _isKey, _cl, _fieldName, _isComparator);
if (elt_ == null)
{
return;
}
if (_isComparator)
{
getAllImplicitComparators().Add(elt_);
}
getNews().Add(elt_);
getComponents().Add(elt_);
return;
/*
* if (!SerializeXmlObject.isCheckReferences())
* {
* getNews().Add(elt_);
* getComponents().Add(elt_);
* return;
* }
* MyList<TemplateSerial> records_ = ElementsSerial.findSerialisableInList(_value, getAllComposites());
* if (records_.isEmpty())
* {
* getNews().Add(elt_);
* getAllComposites().Add(elt_);
* getComponents().Add(elt_);
* }
* else {
* throw new RefException();
* }*/
}
}
private static ComparatorSerial getCmpSerial(XmlNode _node,
bool _isTreeMap, TemplateSerial _composite)
{
if (!_isTreeMap)
{
return(null);
}
XmlNamedNodeMap attributes_ = _node.Attributes;
// if (attributes_ == null) {
// return null;
// }
if (attributes_.GetNamedItem(TemplateSerial.COMPARATOR) == null)
{
return(null);
}
if (_composite is ObjectSerial)
{
// return ((MayBeMap) _composite).getCmpSerial();
return(new ComparatorSerial(_node));
}
return(null);
}
public static Object fromXmlStringObject(String _xmlString)
{
XmlElement root_ = XmlParser.documentElement(XmlParser.parseSax(_xmlString));
try {
ElementsSerial elt_ = createPrimitive(root_);
if (elt_ != null)
{
return(elt_.getValue());
}
} catch (Exception) {
}
MyList <XmlNode> currentNodesToBeRead_ = new MyList <XmlNode>();
currentNodesToBeRead_.Add(root_);
MyList <TemplateSerial> currentSerializableElements_ = new MyList <TemplateSerial>();
ObjectSerial rootElement_;
rootElement_ = ObjectSerial.newSerial(root_, false);
currentSerializableElements_.Add(rootElement_);
MyList <XmlNode> newNodesToBeRead_ = new MyList <XmlNode>();
MyList <TemplateSerial> newSerializableElements_ = new MyList <TemplateSerial>();
MyList <ObjectSerial> notEmptyMaps_ = new MyList <ObjectSerial>();
bool modif_ = true;
while (modif_)
{
modif_ = false;
newSerializableElements_ = new MyList <TemplateSerial>();
newNodesToBeRead_ = new MyList <XmlNode>();
int len_;
len_ = currentNodesToBeRead_.size();
for (int i = List.FIRST_INDEX; i < len_; i++)
{
XmlNode currentNode_ = currentNodesToBeRead_.get(i);
TemplateSerial composite_ = currentSerializableElements_.get(i);
bool isTreeMap_ = false;
bool containsTree_ = false;
foreach (XmlNode nCh_ in XmlParser.childrenNodes(currentNode_))
{
if (!(nCh_ is XmlElement))
{
continue;
}
containsTree_ = nCh_.Attributes.GetNamedItem(TemplateSerial.COMPARATOR) != null;
if (containsTree_)
{
break;
}
}
if (containsTree_)
{
isTreeMap_ = true;
}
MyList <ElementsSerial> elt_ = new MyList <ElementsSerial>();
foreach (XmlNode n in XmlParser.childrenNodes(currentNode_))
{
if (!(n is XmlElement))
{
continue;
}
try
{
ArraySerial serialArray_ = ArraySerial.newListSerial(n);
elt_.Add(serialArray_);
newSerializableElements_.Add(serialArray_);
newNodesToBeRead_.Add(n);
continue;
}
catch (NoAttributeForSerializable e_)
{
throw e_;
}
catch (ClassFoundException)
{
}
try
{
ElementsSerial primitive_ = createPrimitive(n);
if (primitive_ == null)
{
throw new NullReferenceException();
}
elt_.Add(primitive_);
continue;
}
catch (NoAttributeForSerializable e_)
{
throw e_;
}
catch (InexistingValueForEnum e_)
{
throw e_;
}
catch (FormatException e_)
{
throw e_;
}
/*catch (InvocationTargetException e_)
* {
* throw e_;
* }
* catch (InstantiationException e_)
* {
* throw e_;
* }
* catch (SecurityException e_)
* {
* throw e_;
* }
* catch (ClassNotFoundException e_)
* {
* throw e_;
* }*/
catch (NullReferenceException)
{
}
ComparatorSerial cmp_ = getCmpSerial(n, isTreeMap_, composite_);
if (cmp_ != null)
{
elt_.Add(cmp_);
newSerializableElements_.Add(cmp_);
newNodesToBeRead_.Add(n);
continue;
}
ObjectSerial serial_ = ObjectSerial.newSerial(n, true);
elt_.Add(serial_);
newSerializableElements_.Add(serial_);
newNodesToBeRead_.Add(n);
}
composite_.appendElementSerialWithoutRef(elt_);
if (composite_ is ObjectSerial)
{
if (!((ObjectSerial)composite_).mapIsEmpty())
{
notEmptyMaps_.Add((ObjectSerial)composite_);
}
}
}
if (!newSerializableElements_.isEmpty())
{
currentNodesToBeRead_ = new MyList <XmlNode>(newNodesToBeRead_);
currentSerializableElements_ = new MyList <TemplateSerial>(newSerializableElements_);
modif_ = true;
}
}
List <ObjectSerial> filledMaps_ = new MyList <ObjectSerial>();
List <ObjectSerial> fillableMaps_ = new MyList <ObjectSerial>();
/*foreach (ObjectSerial m in notEmptyMaps_) {
* if (m.keysAllDifferent()) {
* fillableMaps_.Add(m);
* }
* }
* while (true) {
* for (MayBeMap m : fillableMaps_) {
* m.setComponents();
* filledMaps_.add(m);
* }
* fillableMaps_.clear();
* for (MayBeMap m : notEmptyMaps_) {
* if (!m.keysAllDifferent()) {
* continue;
* }
* if (filledMaps_.containsObj(m)) {
* continue;
* }
* fillableMaps_.add(m);
* }
* if (fillableMaps_.isEmpty()) {
* break;
* }
* }
* for (MayBeMap m : notEmptyMaps_) {
* if (!filledMaps_.containsObj(m)) {
* m.setComponents();
* }
* }*/
return(rootElement_.getValue());
}
public static XmlDocument getSource(Object _serialisable)
{
//XmlDocument document_ = DocumentBuilderFactory.newInstance().newDocumentBuilder().newDocument();
XmlDocument document_ = new XmlDocument();
try {
ElementsSerial primitive_;
primitive_ = CurrentSerializableElements.createPrimitive(_serialisable);
if (primitive_ != null)
{
XmlElement elt_ = primitive_.serializeWithoutRef(document_);
document_.AppendChild(elt_);
return(document_);
}
} catch (Exception) {
}
//XmlNode firstNode_ = document_.CreateElement(_serialisable.GetType().FullName);
//XmlNode firstNode_ = document_.CreateElement(_serialisable.GetType().FullName.Split(new string[] { "`" }, StringSplitOptions.None)[0]);
ObjectSerial base_ = new ObjectSerial(_serialisable);
//XmlNode firstNode_ = document_.CreateElement(ElementsSerial.getTypeName(_serialisable));
XmlNode firstNode_ = base_.serializeWithoutRef(document_);
document_.AppendChild(firstNode_);
MyList <XmlNode> currentNodesToBeCompleted_ = new MyList <XmlNode>();
currentNodesToBeCompleted_.Add(firstNode_);
CurrentSerializableElements currentThread_ = new CurrentSerializableElements(base_);
currentThread_.initializeObjectsWithoutIdRef();
MyList <TemplateSerial> currentSerializableElements_ = new MyList <TemplateSerial>();
currentSerializableElements_.Add(base_);
MyList <XmlNode> newNodesToBeCompleted_ = new MyList <XmlNode>();
MyList <TemplateSerial> newSerializableElements_ = new MyList <TemplateSerial>();
bool modif_ = true;
while (modif_)
{
modif_ = false;
newSerializableElements_ = new MyList <TemplateSerial>();
newNodesToBeCompleted_ = new MyList <XmlNode>();
int len_;
len_ = currentNodesToBeCompleted_.size();
for (int i = List.FIRST_INDEX; i < len_; i++)
{
XmlNode currentNode_ = currentNodesToBeCompleted_.get(i);
TemplateSerial currentSerializable_ = currentSerializableElements_.get(i);
List <ElementsSerial> elts_ = currentThread_.getComponentComposite(currentSerializable_);
foreach (ElementsSerial e in elts_)
{
XmlNode newNode_ = e.serializeWithoutRef(document_);
if (e is TemplateSerial && !(e is EnumSerial))
{
TemplateSerial t_ = (TemplateSerial)e;
if (t_.getRef() == null)
{
newNodesToBeCompleted_.Add(newNode_);
newSerializableElements_.Add(t_);
}
}
currentNode_.AppendChild(newNode_);
}
}
if (!newSerializableElements_.isEmpty())
{
currentNodesToBeCompleted_ = new MyList <XmlNode>(newNodesToBeCompleted_);
currentSerializableElements_ = new MyList <TemplateSerial>(newSerializableElements_);
modif_ = true;
}
}
return(document_);
}
public MyList <ElementsSerial> getComponentComposite(TemplateSerial _temp)
{
return(componentComposite.getVal(_temp));
}
public void addComponentsToComposite(TemplateSerial _e)
{
componentComposite.put(_e, components);
}
