public void TestMethod06_1() // no se encontraron nodos en clases
{
csXML model = new csXML("1.0", "UTF-8");
model.document.references = new List <csReferences>();
model.document.references.Add(new csReferences {
name = "System;"
});
model.document.csNamespace.name = "Test";
model.document.csNamespace.Classes = new List <csClass>();
String Code = ErrorAndExceptionsCatalog._706_Code;
String Message = ErrorAndExceptionsCatalog._706_ChildNodesNotFound;
TranslateException resultEX = new TranslateException();
try
{
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
public static string TranslateToCSharp(csXML model)
{
if (model == null)
{
throw new TranslateException(ErrorAndExceptionsCatalog._701_Code, ErrorAndExceptionsCatalog._701_ModelNotFound);
}
XmlDocument xmlDocument = SerializeToXML(model);
string csSharpModel = SerializeToCSharp(xmlDocument);
return(csSharpModel);
}
public void TestMethod06() // no se encontraron nodos en referencias
{
List <csArgument> argList = new List <csArgument>();
argList.Add(new csArgument()
{
type = "string", value = "Apellido"
});
List <csLine> variables = new List <csLine>();
variables.Add(new csVar()
{
name = "name", modifier = "public", isStatic = false, line = 0, value = "", type = "string", lineCode = "", getterOrSetter = true
});
List <csConstructor> constructorList = new List <csConstructor>();
constructorList.Add(new csConstructor()
{
classConstructor = new csClass()
{
name = "Sample0"
}, csArguments = argList, csLines = null
});
csXML model = new csXML("1.0", "UTF-8");
model.document.csNamespace.name = "UltimateTest";
model.document.references = new List <csReferences>();
model.document.csNamespace.Classes = new List <csClass>();
model.document.csNamespace.Classes.Add(new csClass()
{
name = "clase1", partial = "false", inheritance = "false", lines = variables, constructors = constructorList, modifiers = null
});
String Code = ErrorAndExceptionsCatalog._706_Code;
String Message = ErrorAndExceptionsCatalog._706_ChildNodesNotFound;
TranslateException resultEX = new TranslateException();
try
{
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
public void TestMethod06_2() // no se encontraron nodos en constructores
{
List <csLine> variables = new List <csLine>();
variables.Add(new csVar()
{
name = "name", modifier = "public", isStatic = false, line = 0, value = "", type = "string", lineCode = "", getterOrSetter = true
});
variables.Add(new csVar()
{
name = "modifier", modifier = "public", isStatic = true, line = 1, value = "", type = "string", lineCode = "", getterOrSetter = true
});
variables.Add(new csVar()
{
name = "isStatic", modifier = "public", isStatic = true, line = 2, value = "", type = "bool", lineCode = "", getterOrSetter = true
});
List <csConstructor> constructorList = new List <csConstructor>();
csXML model = new csXML("1.0", "UTF-8");
model.document.references = new List <csReferences>();
model.document.references.Add(new csReferences {
name = "System;"
});
model.document.csNamespace.Classes = new List <csClass>();
model.document.csNamespace.Classes.Add(new csClass()
{
inheritance = "BaseSample", name = "Sample0", modifiers = "public", partial = "true", lines = variables, constructors = constructorList
});
model.document.csNamespace.name = "Test";
String Code = ErrorAndExceptionsCatalog._706_Code;
String Message = ErrorAndExceptionsCatalog._706_ChildNodesNotFound;
TranslateException resultEX = new TranslateException();
try
{
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
public void TestMethod01() // modelo de valor nulo
{
//var
csXML model = null;
String Code = ErrorAndExceptionsCatalog._701_Code;
String Message = ErrorAndExceptionsCatalog._701_ModelNotFound;
TranslateException resultEX = new TranslateException();
//act
try {
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
//arrange
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
public void TestMethod04() // informacion incompleta
{
csXML model = new csXML("1.0", "UTF-8");
model.document.references = new List <csReferences>();
model.document.csNamespace.name = "";
String Code = ErrorAndExceptionsCatalog._704_Code;
String Message = ErrorAndExceptionsCatalog._704_NotEnoughInformation;
TranslateException resultEX = new TranslateException();
try
{
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
public void TestMethod03() // tipo de codificación invalido
{
csXML model = new csXML();
model.version = "1.0";
model.encoding = "ATF-42";
String Code = ErrorAndExceptionsCatalog._703_Code;
String Message = ErrorAndExceptionsCatalog._703_InvalidEncoding;
TranslateException resultEX = new TranslateException();
try
{
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
public void TestMethod02() // version incorrecta
{
csXML model = new csXML();
model.version = "2.0";
model.encoding = "UTF-8";
String Code = ErrorAndExceptionsCatalog._702_Code;
String Message = ErrorAndExceptionsCatalog._702_InvalidVersionModel;
TranslateException resultEX = new TranslateException();
try
{
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
public void TestMethod07() // version nula
{
csXML model = new csXML();
model.version = "";
model.encoding = "UTF-8";
String Code = ErrorAndExceptionsCatalog._707_Code;
String Message = ErrorAndExceptionsCatalog._707_ModelVersionNotFound;
TranslateException resultEX = new TranslateException();
try
{
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
public static void XMLStructureValidations(csXML model)
{
if (string.IsNullOrEmpty(model.version))
{
throw new TranslateException(ErrorAndExceptionsCatalog._707_Code, ErrorAndExceptionsCatalog._707_ModelVersionNotFound);
}
else if (!model.version.StartsWith("1"))
{
throw new TranslateException(ErrorAndExceptionsCatalog._702_Code, ErrorAndExceptionsCatalog._702_InvalidVersionModel);
}
if (!model.encoding.StartsWith("U"))
{
throw new TranslateException(ErrorAndExceptionsCatalog._703_Code, ErrorAndExceptionsCatalog._703_InvalidEncoding);
}
if (string.IsNullOrEmpty(model.document.csNamespace.name))
{
throw new TranslateException(ErrorAndExceptionsCatalog._704_Code, ErrorAndExceptionsCatalog._704_NotEnoughInformation);
}
if (model.document.csNamespace.Classes.Count == 0 || model.document.references.Count == 0 || model.document.csNamespace.Classes.First().constructors.Count == 0 || model.document.csNamespace.Classes.First().lines.Count == 0)
{
throw new TranslateException(ErrorAndExceptionsCatalog._706_Code, ErrorAndExceptionsCatalog._706_ChildNodesNotFound);
}
}
public void TestMethod05() // no se creó el nodo
{
List <csLine> variables = new List <csLine>();
variables.Add(null);
List <csConstructor> constructorList = new List <csConstructor>();
constructorList.Add(null);
csXML model = new csXML("1.0", "UTF-8");
model.document.csNamespace.name = "UnitTest";
model.document.references = new List <csReferences>();
model.document.references.Add(null);
model.document.csNamespace.Classes = new List <csClass>();
model.document.csNamespace.Classes.Add(new csClass()
{
name = "clase1", partial = "false", inheritance = "false", lines = variables, constructors = constructorList, modifiers = null
});
String Code = ErrorAndExceptionsCatalog._705_Code;
String Message = ErrorAndExceptionsCatalog._705_NotCreatedNode;
TranslateException resultEX = new TranslateException();
try
{
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
public void TestMethod015() // el metodo no retorna un valor
{
List <csLine> methodLines = new List <csLine>();
methodLines.Add(new csLine()
{
line = 0, lineCode = "var x = 5;", executeMethods = null
});
List <csArgument> methodsArgs = new List <csArgument>();
methodsArgs.Add(new csArgument()
{
type = "string", value = "Saludo"
});
List <csArgument> argList = new List <csArgument>();
argList.Add(new csArgument()
{
type = "string", value = "Apellido"
});
List <csLine> variables = new List <csLine>();
variables.Add(new csVar()
{
name = "name", modifier = "public", isStatic = false, line = 0, value = "", type = "string", lineCode = "", getterOrSetter = true
});
variables.Add(new csMethods()
{
name = "method", arguments = null, isStatic = true, isReturned = false, dataTypeReturn = "string", lines = methodLines, line = 9
});
List <csConstructor> constructorList = new List <csConstructor>();
constructorList.Add(new csConstructor()
{
classConstructor = new csClass()
{
name = "BaseClass"
}, csArguments = argList, csLines = null
});
csXML model = new csXML("1.0", "UTF-8");
model.document.csNamespace.name = "UltimateTests";
model.document.references = new List <csReferences>();
model.document.references.Add(new csReferences {
name = "System;"
});
model.document.csNamespace.Classes = new List <csClass>();
model.document.csNamespace.Classes.Add(new csClass()
{
inheritance = "BaseSample", name = "Sample0", modifiers = "public", partial = "true", lines = variables, constructors = constructorList
});
String Code = ErrorAndExceptionsCatalog._715_Code;
String Message = ErrorAndExceptionsCatalog._715__ValueIsNotReturnedInMethod;
TranslateException resultEX = new TranslateException();
try
{
string csObject = XMLToCSharp.TranslateToCSharp(model);
}
catch (TranslateException ex)
{
resultEX = ex;
}
Assert.AreEqual(Code, resultEX.code);
Assert.AreEqual(Message, resultEX.messageCode);
}
static void Main(string[] args)
{
List <csLine> methodLines = new List <csLine>();
methodLines.Add(new csLine()
{
line = 0, lineCode = "var x = 5;", executeMethods = null
});
List <csArgument> methodsArgs = new List <csArgument>();
methodsArgs.Add(new csArgument()
{
type = "string", value = "Saludo"
});
methodsArgs.Add(new csArgument()
{
type = "int", value = "Año"
});
List <csLine> variables = new List <csLine>();
variables.Add(new csVar()
{
name = "name", modifier = "public", isStatic = false, line = 0, value = "", type = "string", lineCode = "", getterOrSetter = true
});
variables.Add(new csVar()
{
name = "modifier", modifier = "public", isStatic = true, line = 1, value = "", type = "string", lineCode = "", getterOrSetter = true
});
variables.Add(new csVar()
{
name = "isStatic", modifier = "public", isStatic = true, line = 2, value = "", type = "bool", lineCode = "", getterOrSetter = true
});
variables.Add(new csVar()
{
name = "value", modifier = "public", isStatic = true, line = 3, value = "", type = "object", lineCode = "", getterOrSetter = true
});
variables.Add(new csVar()
{
name = "type", modifier = "public", isStatic = true, line = 4, value = "", type = "string", lineCode = "", getterOrSetter = true
});
variables.Add(new csVar()
{
name = "getter", modifier = "public", isStatic = true, line = 5, value = "", type = "csGetter", lineCode = "", getterOrSetter = true
});
variables.Add(new csVar()
{
name = "setter", modifier = "public", isStatic = true, line = 6, value = "", type = "csSetter", lineCode = "", getterOrSetter = true
});
variables.Add(new csVar()
{
name = "methods", modifier = "public", isStatic = true, line = 7, value = "", type = "List<csExecuteMethods>", lineCode = "", getterOrSetter = true
});
variables.Add(new csMethods()
{
name = "Testing", arguments = methodsArgs, isStatic = false, isReturned = false, dataTypeReturn = "void", lines = null, line = 8
});
variables.Add(new csMethods()
{
name = "AnotherTesting", arguments = null, isStatic = true, isReturned = true, dataTypeReturn = "string", lines = methodLines, line = 9
});
List <csArgument> argList = new List <csArgument>();
argList.Add(new csArgument()
{
type = "string", value = "Apellido"
});
argList.Add(new csArgument()
{
type = "string", value = "Nombre"
});
List <csConstructor> constructorList = new List <csConstructor>();
constructorList.Add(new csConstructor()
{
classConstructor = new csClass()
{
name = "Sample0"
}, csArguments = argList, csLines = null
});
csXML xmlModel = new csXML("1.0", "UTF-8");
xmlModel.document.references = new List <csReferences>();
xmlModel.document.references.Add(new csReferences {
name = "System;"
});
xmlModel.document.references.Add(new csReferences {
name = "System.Collections.Generic;"
});
xmlModel.document.references.Add(new csReferences()
{
name = "System.Text;"
});
xmlModel.document.csNamespace = new csNamespace()
{
name = "Sensato.Translate.Entities"
};
xmlModel.document.csNamespace.Classes = new List <csClass>();
xmlModel.document.csNamespace.Classes.Add(new csClass()
{
inheritance = "BaseSample", name = "Sample0", modifiers = "public", partial = "true", lines = variables, constructors = constructorList
});
string csObject = XMLToCSharp.TranslateToCSharp(xmlModel);
}
private static XmlDocument SerializeToXML(csXML model)
{
XmlDocument newFile = new XmlDocument(); // document creation
try
{
XMLStructureValidations(model);
XmlDeclaration declaration = newFile.CreateXmlDeclaration(model.version, model.encoding, null);
XmlElement heading = newFile.DocumentElement; //xml declaration
newFile.InsertBefore(declaration, heading);
XmlElement document = newFile.CreateElement("document", string.Empty); // document initial structure, where the parts are declared to specify the structure of the document.
newFile.AppendChild(document);
XmlElement references = newFile.CreateElement("references", string.Empty);
XmlElement namespaces = newFile.CreateElement("namespace", string.Empty);
XmlElement finalClass = newFile.CreateElement("class", string.Empty);
XmlElement constructors = newFile.CreateElement("constructor", string.Empty);
if (model.document.references.Count > 0) // in the first level it's declared the tag 'References', after verifying that this attribute exists.
{
document.AppendChild(references);
for (var i = 0; i < model.document.references.Count; i++)
{
XmlElement usings = newFile.CreateElement("using", string.Empty); // declaration of the child from 'References' tag.
XmlAttribute usingAttr = newFile.CreateAttribute("name");
usingAttr.Value = model.document.references[i].name;
usings.Attributes.Append(usingAttr);
references.AppendChild(usings);
}
}
if (model.document.csNamespace.name != null) // at the same level that 'References', 'Namespace' tag is added after it. But first we have to verify if the attribute to namespace exists.
{
document.InsertAfter(namespaces, references);
XmlAttribute namespaceAttr = newFile.CreateAttribute("name"); // then we add the name of the namespace.
namespaceAttr.Value = model.document.csNamespace.name;
namespaces.Attributes.Append(namespaceAttr);
if (model.document.csNamespace.Classes.Count > 0) // inside of the 'Namespace' tag, we have to validate if one or more clases exists, it it's true there are inserted.
{
foreach (var item in model.document.csNamespace.Classes) // for each attribute from 'Classes', a sentence is defines to insert the name and value of the property.
{
XmlAttribute classAttrInheritance = newFile.CreateAttribute("inheritance");
classAttrInheritance.Value = item.inheritance;
finalClass.Attributes.Append(classAttrInheritance);
XmlAttribute classAttrModifiers = newFile.CreateAttribute("modifiers");
classAttrModifiers.Value = item.modifiers;
finalClass.Attributes.Append(classAttrModifiers);
XmlAttribute classAttrName = newFile.CreateAttribute("name");
classAttrName.Value = item.name;
finalClass.Attributes.Append(classAttrName);
XmlAttribute classAttrPartial = newFile.CreateAttribute("partial");
classAttrPartial.Value = item.partial;
finalClass.Attributes.Append(classAttrPartial);
namespaces.AppendChild(finalClass);
}
for (var i = 0; i < model.document.csNamespace.Classes.Count(); i++)
{
if (model.document.csNamespace.Classes[i].constructors.Count > 0) // we have to declare the list of constructors first, if they are contained in the received model.
{
foreach (var item in model.document.csNamespace.Classes[i].constructors) // tag created for each constructor inside the classes.
{
XmlAttribute constructorClass = newFile.CreateAttribute("class");
constructorClass.Value = model.document.csNamespace.Classes[i].constructors.FirstOrDefault().classConstructor.name;
constructors.Attributes.Append(constructorClass);
if (model.document.csNamespace.Classes[i].constructors.Count == 1 && model.document.csNamespace.Classes[i].constructors[i].csArguments.Any()) // Rule about constructors: if we have one constructor with parameters
{ // then we have to add an empty constructor and the other with all the data.
var args = model.document.csNamespace.Classes[i].constructors[i].csArguments;
XmlElement emptyConstructor = newFile.CreateElement("constructor", string.Empty);
XmlAttribute constructorNameClass = newFile.CreateAttribute("class");
constructorNameClass.Value = constructorClass.Value;
emptyConstructor.Attributes.Append(constructorNameClass);
XmlAttribute emptyArgs = newFile.CreateAttribute("arguments");
emptyArgs.Value = null;
emptyConstructor.Attributes.Append(emptyArgs);
XmlAttribute emptyLines = newFile.CreateAttribute("lines");
emptyLines.Value = null;
emptyConstructor.Attributes.Append(emptyLines);
finalClass.AppendChild(emptyConstructor);
XmlElement nonEmptyConstructor = newFile.CreateElement("constructor", string.Empty);
XmlAttribute nonEmptyConstructorClass = newFile.CreateAttribute("class");
nonEmptyConstructorClass.Value = constructorClass.Value;
nonEmptyConstructor.Attributes.Append(nonEmptyConstructorClass);
XmlAttribute nonEmptyArgs = newFile.CreateAttribute("arguments");
nonEmptyArgs.Value = ResultantArguments(args);
nonEmptyConstructor.Attributes.Append(nonEmptyArgs);
XmlAttribute constructorLines = newFile.CreateAttribute("lines");
for (var index = 0; index < model.document.csNamespace.Classes[i].constructors.Count; index++) // the same logic is used like in the arguments list.
{
if (model.document.csNamespace.Classes[i].constructors[index].csLines != null)
{
constructorLines.Value = model.document.csNamespace.Classes[i].constructors[index].csLines.ToString();
}
else
{
constructorLines.Value = null;
}
nonEmptyConstructor.Attributes.Append(constructorLines);
}
finalClass.AppendChild(nonEmptyConstructor);
}
else // when we have more than two constructors, these are printed with its elements.
{
XmlAttribute constructorArguments = newFile.CreateAttribute("arguments");
for (var index = 0; index < model.document.csNamespace.Classes[i].constructors.Count; index++)
{
if (model.document.csNamespace.Classes[i].constructors[index].csArguments != null)
{
constructorArguments.Value = ResultantArguments(model.document.csNamespace.Classes[i].constructors[index].csArguments); // iterated arguments are added to the corresponding tag.
}
else
{
constructorArguments.Value = null;
}
constructors.Attributes.Append(constructorArguments);
}
XmlAttribute constructorLines = newFile.CreateAttribute("lines");
for (var index = 0; index < model.document.csNamespace.Classes[i].constructors.Count; index++) // the same logic is used like in the arguments list.
{
if (model.document.csNamespace.Classes[i].constructors[index].csLines.Count > 0)
{
constructorLines.Value = model.document.csNamespace.Classes[i].constructors[index].csLines.ToString();
}
else
{
constructorLines.Value = null;
}
constructors.Attributes.Append(constructorLines);
}
finalClass.AppendChild(constructors);
}
}
}
if (model.document.csNamespace.Classes[i].lines.Count > 0)
{
foreach (var item in model.document.csNamespace.Classes[i].lines) // for each class, we found variables and methods, depending of the value from the current line we are printing a variable or methods.
{
string opts = item.GetType().Name;
switch (opts)
{
case "csVar":
foreach (var varItem in model.document.csNamespace.Classes)
{
var lineCasterVar = (csVar)item;
XmlElement variables = newFile.CreateElement("var", string.Empty);
XmlAttribute attrName = newFile.CreateAttribute("name");
attrName.Value = lineCasterVar.name;
variables.Attributes.Append(attrName);
XmlAttribute attrModifier = newFile.CreateAttribute("modifier");
attrModifier.Value = lineCasterVar.modifier;
variables.Attributes.Append(attrModifier);
XmlAttribute attrStatic = newFile.CreateAttribute("isStatic");
attrStatic.Value = lineCasterVar.isStatic.ToString();
variables.Attributes.Append(attrStatic);
XmlAttribute attrValue = newFile.CreateAttribute("value");
attrValue.Value = lineCasterVar.value.ToString();
variables.Attributes.Append(attrValue);
XmlAttribute attrType = newFile.CreateAttribute("type");
attrType.Value = lineCasterVar.type;
variables.Attributes.Append(attrType);
XmlAttribute attrLine = newFile.CreateAttribute("line");
attrLine.Value = lineCasterVar.line.ToString();
variables.Attributes.Append(attrLine);
XmlAttribute attrGetOrSet = newFile.CreateAttribute("getterOrSetter");
attrGetOrSet.Value = lineCasterVar.getterOrSetter.ToString();
variables.Attributes.Append(attrGetOrSet);
finalClass.AppendChild(variables);
}
break;
case "csMethods":
foreach (var methodItem in model.document.csNamespace.Classes)
{
var lineCasterMethod = (csMethods)item;
XmlElement methods = newFile.CreateElement("methods", string.Empty);
XmlAttribute methodName = newFile.CreateAttribute("name");
methodName.Value = lineCasterMethod.name;
methods.Attributes.Append(methodName);
XmlAttribute methodArgs = newFile.CreateAttribute("arguments");
if (lineCasterMethod.arguments != null)
{
methodArgs.Value = ResultantArguments(lineCasterMethod.arguments);
}
else
{
methodArgs.Value = null;
}
methods.Attributes.Append(methodArgs);
XmlAttribute isStatic = newFile.CreateAttribute("static");
isStatic.Value = lineCasterMethod.isStatic.ToString();
methods.Attributes.Append(isStatic);
XmlAttribute isReturn = newFile.CreateAttribute("returned");
isReturn.Value = lineCasterMethod.isReturned.ToString();
methods.Attributes.Append(isReturn);
XmlAttribute dataTypeReturn = newFile.CreateAttribute("dataTypeReturn");
dataTypeReturn.Value = lineCasterMethod.dataTypeReturn;
methods.Attributes.Append(dataTypeReturn);
XmlAttribute methodLines = newFile.CreateAttribute("lines");
if (lineCasterMethod.lines.Count > 0) // lines of code are contained inside the methods, at the same time we have to insert the lineMethod node.
{
foreach (var lineItem in lineCasterMethod.lines) // inside the method it is the lines of code contained in the model.
{
XmlElement lineMethod = newFile.CreateElement("line", string.Empty);
XmlAttribute line = newFile.CreateAttribute("number");
line.Value = lineItem.line.ToString();
lineMethod.Attributes.Append(line);
XmlAttribute lineChain = newFile.CreateAttribute("chain");
lineChain.Value = lineItem.lineCode;
lineMethod.Attributes.Append(lineChain);
// then we have to complete the attribute 'execute methods' bc don't remember how this part works.
methods.AppendChild(lineMethod);
}
methodLines.Value = lineCasterMethod.lines.ToString();
}
else
{
methodLines.Value = null;
}
methods.Attributes.Append(methodLines);
finalClass.AppendChild(methods);
}
break;
}
}
}
}
}
}
//newFile.Save("C:/Users/Carolina Martinez/Desktop/ConstructorSample.xml"); // this line is only enabled when we update the code or to test new specifications.
return(newFile);
}
catch (Exception ex)
{
XMLStructureValidations(model);
if (ex != null)
{
throw new TranslateException(ErrorAndExceptionsCatalog._705_Code, ErrorAndExceptionsCatalog._705_NotCreatedNode);
}
return(newFile);
}
}
