public static Object readBuffer(StringType buffer, StringType attribute)
{
OptionalDesc _description = new OptionalDesc();
// For Quantity
StringType _quantity = (StringType)StringType.readBuffer(buffer, new StringType("Quantity"));
_description.quantity = StringType.stringToInt(_quantity);
// For Constrains
ConstraintOnModel _constrs = (ConstraintOnModel)ConstraintOnModel.readBuffer(buffer, new StringType("Constraints"));
_description.constrs = _constrs;
// For Tag
StringType _tag = (StringType)StringType.readBuffer(buffer, new StringType("Tag"));
_description.tag = (Tag)_tag;
// For StoreOption
StringType _storeOption = StringType.createBuffer(buffer, new StringType("StoreOption"));
_description.storeOption = StringType.stringToInt(_storeOption);
// For Name
StringType _name = (StringType)StringType.readBuffer(buffer, new StringType("Name"));
_description.name = StringType.stringByAppend(buffer, _storeOption);
return(_description);
}
//Clone OptionalDesc
public static OptionalDesc cloneOptionalDescription(OptionalDesc _desc)
{
OptionalDesc descCloned = new OptionalDesc();
//Clone properties of OptionalDesc
return(descCloned);
}
public static Boolean areDescriptionSame(OptionalDesc _desc1, OptionalDesc _desc2)
{
bool result = true;
if (_desc1.quantity != _desc2.quantity)
{
result = false;
}
if (_desc1.storeOption != _desc2.storeOption)
{
result = false;
}
if (!StringType.areStringSame(_desc1.tag, _desc2.tag))
{
result = false;
}
if (!StringType.areStringSame(_desc1.name, _desc2.name))
{
result = false;
}
if (!ConstraintOnModel.areSameConstraints(_desc1.constrs, _desc2.constrs))
{
result = false;
}
return(result);
}
public StringType createBuffer(StringType obj, StringType attribute)
{
OptionalDesc description = new OptionalDesc();
// For Quantity
StringType _quantity = StringType.createBuffer(Quantative.toString(this.quantity), new StringType("Quantity"));
obj = StringType.stringByAppend(obj, _quantity);
// For Constrains
StringType _constrs = this.constrs.createBuffer(ConstraintOnModel.toString(constrs), new StringType("Constraints"));
obj = StringType.stringByAppend(obj, _constrs);
// For Tag
StringType _tag = StringType.createBuffer(tag, new StringType("Tag"));
obj = StringType.stringByAppend(obj, _tag);
// For StoreOption
StringType _storeOption = StringType.createBuffer(StoreOptional.toString(storeOption), new StringType("StoreOption"));
obj = StringType.stringByAppend(obj, _storeOption);
// For Name
StringType _name = StringType.createBuffer(name, new StringType("Name"));
obj = StringType.stringByAppend(obj, _name);
obj = base.createBuffer(obj, attribute);
return(obj);
}
public static Object readBuffer(StringType buffer, StringType attribute)
{
Model _model = new Model();
_model.description = (OptionalDesc)OptionalDesc.readBuffer(buffer, new StringType("OptionalDescription"));
_model.receivedString = StringType.readBuffer(buffer, new StringType("ReceivedString"));
_model.subModel = readSubModelBuffer(buffer, new StringType("SubModels"));
return(_model);
}
public static Model cloneModel(Model origin)
{
if (origin == null)
{
return(null);
}
Model clonedModel = new Model();
//clone OptionalDesc
clonedModel.description = OptionalDesc.clonedDescription(origin.description);
//clone returnedString
clonedModel.returnString = StringType.clonedString(origin.returnString);
//clone receivedString
clonedModel.receivedString = StringType.clonedString(origin.receivedString);
//clone subModels
if (origin.subModel != null)
{
clonedModel.subModel = new List <Model>();
for (int i = 0; i < origin.subModel.Count; i++)
{
Object _subMod = origin.subModel.ElementAt(i);
if (_subMod.GetType() == typeof(StringType))
{
clonedModel.subModel.Add(StringType.clonedString((StringType)_subMod));
}
else if (_subMod.GetType() == typeof(Model))
{
clonedModel.subModel.Add(Model.cloneModel((Model)_subMod));
}
}
}
return(clonedModel);
}
public static OptionalDesc clonedDescription(OptionalDesc origin)
{
if (origin == null)
{
return(null);
}
OptionalDesc clonedDesc = new OptionalDesc();
clonedDesc.quantity = origin.quantity;
//clone ConstraintOnModel
clonedDesc.constrs = ConstraintOnModel.clonedConstraints(origin.constrs);
//clone Tag
clonedDesc.tag = (Tag)StringType.clonedString(origin.tag);
clonedDesc.storeOption = origin.storeOption;
//clone Name
clonedDesc.name = StringType.clonedString(origin.name);
return(clonedDesc);
}
public Model1D(OptionalDesc _description) : base(_description)
{
base.description = _description;
}
//Clone StoreOptional
//Clone Quantative
//Clone Model/SubModel
public static Model cloneModel(Model _model)
{
Model modelCloned = new Model(new OptionalDesc(), new List <Model>());
//Clone OptionalDescription
modelCloned.description = OptionalDesc.clonedDescription(_model.description);
//Clone ConstraintOnModel
//Clone Tag
if (_model.description.tag != null)
{
modelCloned.description.tag = (Tag)CloneModel.cloneString(_model.description.tag);
}
//Clone Name
if (_model.description.name != null)
{
modelCloned.description.name = CloneModel.cloneString(_model.description.name);
}
//CLone ... others
//Clone receivedString
if (_model.receivedString != null)
{
modelCloned.receivedString = CloneModel.cloneString(_model.receivedString);
}
//Clone returnedString;
if (_model.returnString != null)
{
modelCloned.returnString = CloneModel.cloneString(_model.returnString);
}
//Clone subModel list
if (_model.subModel == null)
{
return(modelCloned);
}
int subModelSize = _model.subModel.Count;
if (subModelSize == 0)
{
modelCloned.subModel = new List <Model>();
}
else if (subModelSize > 0)
{
for (int i = 0; i < subModelSize; i++)
{
if (_model.subModel.ElementAt(i).GetType() == typeof(StringType))
{
modelCloned.subModel.Add(CloneModel.cloneString((StringType)_model.subModel.ElementAt(i)));
}
else
{
modelCloned.subModel.Add(CloneModel.cloneModel((Model)_model.subModel.ElementAt(i)));
}
}
}
return(modelCloned);
}
public Model(OptionalDesc _description, List <Model> _subModel)
{
description = _description;
subModel = _subModel;
}
public Model(OptionalDesc _description)
{
description = _description;
}
public static Boolean areModelsSame(Model modl1, Model modl2)
{
//Compare OptionalDesc
if (!OptionalDesc.areDescriptionSame(modl1.description, modl2.description))
{
return(false);
}
//Compare receivedString
if (!StringType.areStringSame(modl1.receivedString, modl2.receivedString))
{
return(false);
}
//Compare returnedString
if (!StringType.areStringSame(modl1.returnString, modl2.returnString))
{
return(false);
}
if (((modl1.subModel == null) && (modl2.subModel != null)) || ((modl2.subModel == null) && (modl1.subModel != null)))
{
if (((modl2.subModel != null) && (modl2.subModel.Count == 0)) || ((modl1.subModel != null) && (modl1.subModel.Count == 0)))
{
return(true);
}
else
{
return(false);
}
}
else if ((modl1.subModel == null) && (modl2.subModel == null))
{
return(true);
}
else
{
int model1Size = modl1.subModel.Count();
int model2Size = modl2.subModel.Count();
if (model1Size != model2Size)
{
return(false);
}
//else if ((model1Size == model2Size) && (model1Size == 0))
//{
// return true;
//}
//else
//{
for (int i = 0; i < model1Size; i++)
{
Object suModeli1 = modl1.subModel.ElementAt(i);
Object suModeli2 = modl2.subModel.ElementAt(i);
if ((suModeli1.GetType() == typeof(StringType)) && (suModeli1.GetType() == typeof(StringType)))
{
if (!StringType.areStringSame((StringType)suModeli1, (StringType)suModeli2))
{
return(false);
}
}
else if (((suModeli1.GetType() == typeof(StringType)) && (suModeli2.GetType() != typeof(StringType))) || ((suModeli1.GetType() != typeof(StringType)) && (suModeli2.GetType() == typeof(StringType))))
{
return(false);
}
// else if ((suModeli1.GetType() != typeof(StringType)) && (suModeli2.GetType() != typeof(StringType)))
else
{
if (!areModelsSame((Model)suModeli1, (Model)suModeli2))
{
return(false);
}
}
}
//}
}
return(true);
}
