/// <summary>
/// Convert Methode to C# methode
/// </summary>
/// <param name="tmpMethode"></param>
/// <param name="inClass"></param>
private void ConvertMethode(MethodeContainer tmpMethode, ClassContainer inClass)
{
var tmpOldName = tmpMethode.Name;
tmpMethode.Name = Converter.MethodeName(tmpMethode);
tmpMethode.ModifierList = Converter.MapAndSortAttributes(tmpMethode.ModifierList);
tmpMethode.Comment = Converter.Comment(tmpMethode.Comment, true);
foreach (var tmpField in tmpMethode.Parameter)
{
ConvertField(tmpField);
tmpField.Name = Converter.MethodeInParameter(tmpField);
}
//checking override, which changes from java to C# if the parent methode ist in a interface
if (tmpMethode.ModifierList.Contains("override"))
{
var tmpParentClassQueue = new Queue <ClassContainer>();
tmpParentClassQueue.Enqueue(inClass);
var tmpHandled = false;
while (tmpParentClassQueue.Count > 0 && !tmpHandled)
{
var tmpClass = tmpParentClassQueue.Dequeue();
foreach (var tmpSubclass in tmpClass.InterfaceList)
{
var tmpSubClassContainer = _projectInfo.GetClassForType(tmpSubclass.Name, tmpClass.FullUsingList);
if (tmpSubClassContainer != null)
{
tmpParentClassQueue.Enqueue(tmpSubClassContainer);
//Check if Methode with same parameter Typers exist
if (tmpSubClassContainer.MethodeList.Any(inItem => inItem.Name == tmpMethode.Name || inItem.Name == tmpOldName))
{
if (tmpSubClassContainer.IsInterface())
{
tmpMethode.ModifierList = tmpMethode.ModifierList.Where(inItem => inItem != "override").ToList();
tmpHandled = true;
break;
}
}
}
}
}
}
}
/// <summary>
/// Write Code-Entry into C# Code
/// </summary>
/// <param name="inOutput"></param>
/// <param name="inCodeEntry"></param>
private TypeContainer CodeEntryHandling(ICodeEntry inCodeEntry, FieldNameFinder inNameFinder, TypeContainer inReturnType = null)
{
if (inCodeEntry == null)
{
return(null);
}
TypeContainer tmpReturnType = null;
if (inCodeEntry is VariableDeclaration)
{
var tmpVarDecl = inCodeEntry as VariableDeclaration;
inNameFinder.VariableList.Add(tmpVarDecl);
var tmpConstant = new ConstantValue()
{
Type = tmpVarDecl.Type
};
GetGlobalTypeForType(new FieldNameFinder(inNameFinder), tmpConstant, tmpVarDecl.Type.Name);
tmpVarDecl.Type = tmpConstant.Type;
}
else if (inCodeEntry is ConstantValue)
{
var tmpConstant = (inCodeEntry as ConstantValue);
var tmpVal = tmpConstant.Value?.ToString() ?? tmpConstant.Type.Name;
if (tmpConstant.Value is FieldContainer)
{
tmpVal = (tmpConstant.Value as FieldContainer).Name;
}
else if (tmpConstant.Value is VariableDeclaration)
{
tmpVal = (tmpConstant.Value as VariableDeclaration).Name;
}
else if (tmpVal.EndsWith("\""))
{
//It's a number, nothing to do
tmpReturnType = ProjectInformation.GetAliasType("string")?.Type ?? tmpReturnType;
}
else if (RegexHelper.NumberCheck.IsMatch(tmpVal))
{
//It's a number, nothing to do
tmpReturnType = ProjectInformation.GetAliasType("int")?.Type ?? tmpReturnType;
}
else
{
//Access to Variable, Field, Param or static Class, so we need to do a lot here for Code-link
if (tmpVal == "this")
{
inNameFinder.VariableList = new List <VariableDeclaration>();
tmpConstant.Type = inNameFinder.MethodeParentClass.Type;
}
else if (tmpVal == "base")
{
inNameFinder.Class = inNameFinder.Class.InterfaceList
.Select(inItem => ProjectInformation.GetClassForType(inItem.Type.Name, new List <string> {
inItem.Type.Namespace
}))
.FirstOrDefault(inItem => !inItem.IsInterface());
inNameFinder.VariableList = new List <VariableDeclaration>();
tmpConstant.Type = inNameFinder.Class.GetParentClass().Type;
}
else if (tmpVal.StartsWith("\"") && tmpVal.EndsWith("\""))
{
//GetGlobalTypeForType(inNameFinder, tmpConstant, "String");
}
else if (new Regex("^\\-?[0-9]*(\\.[0-9]*)?(S|D|F|L)?$").IsMatch(tmpVal))
{
var tmpConstValue = tmpConstant.Value;
if (tmpVal.EndsWith("L"))
{
GetGlobalTypeForType(inNameFinder, tmpConstant, "long");
}
else if (tmpVal.EndsWith("D"))
{
GetGlobalTypeForType(inNameFinder, tmpConstant, "double");
}
else if (tmpVal.EndsWith("S"))
{
GetGlobalTypeForType(inNameFinder, tmpConstant, "short");
}
else if (tmpVal.EndsWith("F"))
{
GetGlobalTypeForType(inNameFinder, tmpConstant, "float");
}
else
{
GetGlobalTypeForType(inNameFinder, tmpConstant, "int");
}
tmpConstant.Value = tmpConstValue;
}
else
{
GetGlobalTypeForType(inNameFinder, tmpConstant, tmpVal);
}
tmpReturnType = tmpConstant.Type;
}
}
else if (inCodeEntry is StatementCode)
{
var tmpStatement = inCodeEntry as StatementCode;
if (tmpStatement.StatementType == Enum.StatementTypeEnum.If ||
tmpStatement.StatementType == Enum.StatementTypeEnum.Else ||
tmpStatement.StatementType == Enum.StatementTypeEnum.For ||
tmpStatement.StatementType == Enum.StatementTypeEnum.While)
{
if (tmpStatement.InnerContent != null)
{
foreach (var tmpEntry in tmpStatement.InnerContent.CodeEntries)
{
CodeEntryHandling(tmpEntry, new FieldNameFinder(inNameFinder));
}
}
if (tmpStatement.StatementCodeBlocks != null)
{
foreach (var tmpEntry in tmpStatement.StatementCodeBlocks.SelectMany(inItem => inItem.CodeEntries))
{
CodeEntryHandling(tmpEntry, new FieldNameFinder(inNameFinder));
}
}
}
else if (tmpStatement.StatementType == Enum.StatementTypeEnum.Assert ||
tmpStatement.StatementType == Enum.StatementTypeEnum.Elvis)
{
foreach (var tmpCodeBlock in tmpStatement.StatementCodeBlocks)
{
foreach (var tmpEntry in tmpCodeBlock.CodeEntries)
{
CodeEntryHandling(tmpEntry, new FieldNameFinder(inNameFinder));
}
}
}
else
{
throw new NotImplementedException("CodeEntryHandling: StatementCode Handling not Implemented");
}
}
else if (inCodeEntry is SetFieldWithValue)
{
var tmpFieldVal = inCodeEntry as SetFieldWithValue;
foreach (var tmpEntry in tmpFieldVal.VariableToAccess.CodeEntries)
{
CodeEntryHandling(tmpEntry, new FieldNameFinder(inNameFinder));
}
foreach (var tmpEntry in tmpFieldVal.ValueToSet.CodeEntries)
{
CodeEntryHandling(tmpEntry, new FieldNameFinder(inNameFinder));
}
}
else if (inCodeEntry is VariableAccess)
{
var tmpVarAccess = inCodeEntry as VariableAccess;
inNameFinder.StackVariables(true, true);
ClassContainer tmpPrevClass = null;
if (!(tmpVarAccess.Access is VariableDeclaration))
{
tmpReturnType = CodeEntryHandling(tmpVarAccess.Access, inNameFinder);
tmpPrevClass = inNameFinder.Class;
if (tmpReturnType != null)
{
inNameFinder.Class = ProjectInformation.ClassFromBaseType(tmpReturnType);
}
else
{
inNameFinder.Class = null;
}
}
if (tmpVarAccess.Child != null)
{
tmpReturnType = CodeEntryHandling(tmpVarAccess.Child, inNameFinder, inReturnType);
}
inNameFinder.Class = tmpPrevClass;
inNameFinder.UnstackVariableList();
if (tmpVarAccess.BaseDataSource != null)
{
CodeEntryHandling(tmpVarAccess.BaseDataSource, inNameFinder, inReturnType);
}
}
else if (inCodeEntry is ReturnCodeEntry)
{
foreach (var tmpEntry in (inCodeEntry as ReturnCodeEntry).CodeEntries)
{
CodeEntryHandling(tmpEntry, inNameFinder);
}
}
else if (inCodeEntry is NewObjectDeclaration)
{
var tmpObjectDecl = (inCodeEntry as NewObjectDeclaration);
CodeEntryHandling(tmpObjectDecl.InnerCode, inNameFinder);
if (tmpObjectDecl.ArgumentList != null)
{
foreach (var tmpArgument in tmpObjectDecl.ArgumentList)
{
foreach (var tmpEntry in tmpArgument.CodeEntries)
{
CodeEntryHandling(tmpEntry, inNameFinder);
}
}
}
}
else if (inCodeEntry is MethodeCall)
{
var tmpMethodeCall = inCodeEntry as MethodeCall;
var tmpParentClass = inNameFinder.Class;
while (tmpParentClass != null)
{
tmpMethodeCall.MethodeLink = tmpParentClass.MethodeList.FirstOrDefault(inItem => inItem.Name == tmpMethodeCall.Name);
if (tmpMethodeCall.MethodeLink != null)
{
break;
}
tmpParentClass = tmpParentClass.GetParentClass();
foreach (var tmpParam in tmpMethodeCall.Parameter)
{
foreach (var tmpEntry in tmpParam.CodeEntries)
{
CodeEntryHandling(tmpEntry, new FieldNameFinder()
{
VariableList = inNameFinder.GetMethodeVariableList(),
Class = inNameFinder.MethodeParentClass ?? inNameFinder.Class,
MethodeParentClass = inNameFinder.MethodeParentClass
});
}
}
}
if (tmpMethodeCall.MethodeLink == null)
{
//TODO Implement Extension Methode finding
if (inNameFinder.Class is UnknownTypeClass ||
inNameFinder.Class is ClassContainer)
{
if (tmpMethodeCall.Parameter.Count > 0)
{
foreach (var tmpParam in tmpMethodeCall.Parameter)
{
for (var tmpI = 0; tmpI < tmpParam.CodeEntries.Count; tmpI++)
{
var tmpCodeBlock = tmpParam.CodeEntries[tmpI];
CodeEntryHandling(tmpCodeBlock, new FieldNameFinder()
{
VariableList = inNameFinder.GetMethodeVariableList(),
Class = inNameFinder.MethodeParentClass ?? inNameFinder.Class,
MethodeParentClass = inNameFinder.MethodeParentClass
});
}
}
}
var tmpMethode = Create.AddMethode(inNameFinder.Class, tmpMethodeCall.Name, inReturnType ?? TypeContainer.Void);
tmpMethode.ReturnType = /*inReturnType ??*/ TypeContainer.Void;
tmpReturnType = tmpMethode.ReturnType;
}
else if (inNameFinder.Class == null)
{
}
else
{
throw new NotImplementedException("Unknown Methode on Class");
}
}
else
{
if (tmpMethodeCall.Parameter.Count > 0)
{
foreach (var tmpParam in tmpMethodeCall.Parameter)
{
for (var tmpI = 0; tmpI < tmpParam.CodeEntries.Count; tmpI++)
{
var tmpCodeBlock = tmpParam.CodeEntries[tmpI];
CodeEntryHandling(tmpCodeBlock, new FieldNameFinder()
{
VariableList = inNameFinder.GetMethodeVariableList(),
Class = inNameFinder.MethodeParentClass ?? inNameFinder.Class,
MethodeParentClass = inNameFinder.MethodeParentClass
});
}
}
}
tmpReturnType = tmpMethodeCall.MethodeLink.ReturnType;
}
}
else if (inCodeEntry is CodeExpression)
{
var tmpExpr = inCodeEntry as CodeExpression;
tmpReturnType = inReturnType;
foreach (var tmpSubClause in tmpExpr.SubClauseEntries)
{
foreach (var tmpCodeEntry in tmpSubClause.CodeEntries)
{
tmpReturnType = CodeEntryHandling(tmpCodeEntry, inNameFinder, tmpReturnType);
}
}
}
else if (inCodeEntry is CodeBlockContainer)
{
var tmpExpr = inCodeEntry as CodeBlockContainer;
tmpReturnType = inReturnType;
foreach (var tmpEntry in tmpExpr.InnerBlock.CodeEntries)
{
tmpReturnType = CodeEntryHandling(tmpEntry, inNameFinder);
}
}
else if (inCodeEntry is TypeConversion)
{
var tmpExpr = inCodeEntry as TypeConversion;
tmpReturnType = tmpExpr.Type;
foreach (var tmpEntry in tmpExpr.PreconversionValue.CodeEntries)
{
CodeEntryHandling(tmpEntry, inNameFinder);
}
}
else
{
throw new NotImplementedException("Code Entry Type not Implement");
}
return(tmpReturnType);
}
