public static O2MethodStream add_O2MethodStreamMappings(this O2MethodStream targetO2MethodStream, O2MethodStream sourceO2MethodStream)
{
//MappedIMethods
foreach (var iMethod in sourceO2MethodStream.MappedIMethods)
{
targetO2MethodStream.MappedIMethods.add(iMethod.Key, iMethod.Value);
}
//ExternalIMethods
foreach (var iMethod in sourceO2MethodStream.ExternalIMethods)
{
targetO2MethodStream.ExternalIMethods.add(iMethod.Key, iMethod.Value);
}
//ExternalClasses
foreach (var iReturnType in sourceO2MethodStream.ExternalClasses)
{
targetO2MethodStream.ExternalClasses.add(iReturnType.Key, iReturnType.Value);
}
//Fields
foreach (var field in sourceO2MethodStream.Fields)
{
targetO2MethodStream.Fields.add(field.Key, field.Value);
}
//Properties
foreach (var property in sourceO2MethodStream.Properties)
{
targetO2MethodStream.Properties.add(property.Key, property.Value);
}
return(targetO2MethodStream);
}
//public static O2MethodStream map_MemberReferenceExpressions(this O2MethodStream o2MethodStream, MethodDeclaration methodDeclaration)
public static O2MethodStream map_MemberReferenceExpressions(this O2MethodStream o2MethodStream, INode methodDeclaration)
{
var memberReferenceExpressions = methodDeclaration.iNodes <INode, MemberReferenceExpression>();
foreach (var memberReferenceExpression in memberReferenceExpressions)
{
var calledIMethod = o2MethodStream.O2MappedAstData.iMethod(memberReferenceExpression);
if (calledIMethod != null)
{
if (o2MethodStream.O2MappedAstData.has_IMethod(calledIMethod))
{
o2MethodStream.add_IMethod(calledIMethod);
}
else
{
o2MethodStream.add_ExternalIMethod(calledIMethod);
}
}
else
{
o2MethodStream.map_Expression(memberReferenceExpression);
}
//else
// "Could not resolve iMethod for memberReferenceExpression".error();
}
return(o2MethodStream);
}
//public static O2MethodStream map_ObjectCreateExpressions(this O2MethodStream o2MethodStream, MethodDeclaration methodDeclaration)
public static O2MethodStream map_ObjectCreateExpressions(this O2MethodStream o2MethodStream, INode methodDeclaration)
{
// map ObjectCreateExpression (just about the same process as for memberReferenceExpressions
var objectCreateExpressions = methodDeclaration.iNodes <INode, ObjectCreateExpression>();
foreach (var objectCreateExpression in objectCreateExpressions)
{
var calledIMethod = o2MethodStream.O2MappedAstData.iMethod(objectCreateExpression);
if (calledIMethod != null)
{
if (o2MethodStream.O2MappedAstData.has_IMethod(calledIMethod))
{
o2MethodStream.add_IMethod(calledIMethod);
}
else
{
o2MethodStream.add_ExternalIMethod(calledIMethod);
}
}
//else
// "Could not resolve iMethod for ObjectCreateExpression".error();
}
return(o2MethodStream);
}
public static bool has_MappedIMethod(this O2MethodStream o2MethodStream, IMethod iMethod)
{
if (iMethod != null)
{
return(o2MethodStream.has_MappedIMethod(iMethod.fullName()));
}
return(false);
}
public static O2MethodStream add_IMethods(this O2MethodStream o2MethodStream, List <IMethod> iMethods)
{
foreach (var iMethod in iMethods)
{
o2MethodStream.add_IMethod(iMethod);
}
return(o2MethodStream);
}
public static bool has_MappedIMethod(this O2MethodStream o2MethodStream, string fullName)
{
if (fullName.valid())
{
return(o2MethodStream.MappedIMethods.hasKey(fullName));
}
return(false);
}
public static string csharpCode(this O2MethodStream o2MethodStream)
{
var compilationUnit = o2MethodStream.compilationUnit();
var csharpCode = compilationUnit.csharpCode();
//fix this which will prevent further AST mappings
csharpCode = csharpCode.replace("using ?;".line(), "using NOT.RESOLVED.NAMESPACE;".line());
return(csharpCode);
}
public static O2MethodStream resolveInterfaceCalls(this O2MethodStream methodStream)
{
var methodsToMap = methodStream.MappedIMethods.Values.ToArray();
foreach (var interfaceMethod in methodsToMap)
{
methodStream.resolveInterfaceCalls(interfaceMethod);
}
return(methodStream);
}
public static O2MethodStream map_ExternalClasses(this O2MethodStream o2MethodStream, IMethod iMethod)
{
var fullName = iMethod.ReturnType.FullyQualifiedName;
var iReturnType = (IReturnType)iMethod.ReturnType;
if (o2MethodStream.has_ExternalClass(fullName).isFalse())
{
o2MethodStream.ExternalClasses.add(fullName, iReturnType);
}
return(o2MethodStream);
}
public static O2MethodStream map_IMethod_Dependencies(this O2MethodStream o2MethodStream, IMethod iMethod)
{
if (O2MethodStream_ExtensionMethods.O2MethodStreamCache.hasKey(iMethod))
{
"Found IMethod in O2MethodStreamCache(merging its data with the current o2MethodStream): {0}".debug(iMethod.DotNetName);
o2MethodStream.add_O2MethodStreamMappings(O2MethodStream_ExtensionMethods.O2MethodStreamCache[iMethod]);
return(o2MethodStream);
}
// map the methods called
INode methodOrCtorINode = o2MethodStream.O2MappedAstData.methodDeclaration(iMethod);
if (methodOrCtorINode.isNull())
{
methodOrCtorINode = o2MethodStream.O2MappedAstData.constructorDeclaration(iMethod);
}
if (methodOrCtorINode.notNull())
{
o2MethodStream.map_MemberReferenceExpressions(methodOrCtorINode)
.map_ObjectCreateExpressions(methodOrCtorINode)
.map_InvocationExpressions(methodOrCtorINode)
.map_Expressions(methodOrCtorINode.iNodes <INode, IdentifierExpression>());
// this is not working (the idea is to map the chained ctors
/*
*
* if (methodOrCtorINode is ConstructorDeclaration)
* {
* var constructorDeclaration = (ConstructorDeclaration)methodOrCtorINode;
* if (constructorDeclaration.ConstructorInitializer.notNull())
* {
* //var iMethodOfConstructorInitializer = o2MethodStream.fromExpressionGetIMethod(constructorDeclaration.ConstructorInitializer);
* //if (iMethodOfConstructorInitializer.notNull())
* // o2MethodStream.add_IMethod(iMethodOfConstructorInitializer);
* }
* }
*/
}
/* var methodDeclaration = o2MethodStream.O2MappedAstData.methodDeclaration(iMethod);
* if (methodDeclaration != null)
* {
* o2MethodStream
* .map_MemberReferenceExpressions(methodDeclaration)
* .map_ObjectCreateExpressions(methodDeclaration)
* .map_InvocationExpressions(methodDeclaration)
* .map_Expressions(methodDeclaration.iNodes<INode, IdentifierExpression>());
* }*/
// map the external classes
o2MethodStream.map_ExternalClasses(iMethod);
return(o2MethodStream);
}
public static O2MethodStream add_ExternalIMethod(this O2MethodStream o2MethodStream, IMethod iMethod)
{
if (iMethod != null)
{
string fullName = iMethod.fullName();
if (o2MethodStream.has_ExternalIMethod(iMethod).isFalse())
{
o2MethodStream.ExternalIMethods.add(fullName, iMethod);
}
}
return(o2MethodStream);
}
public static O2MethodStream createO2MethodStream(this O2MappedAstData o2MappedAstData, IMethod iMethod, bool mapInterfacesCalls)
{
var o2MethodStream = new O2MethodStream(o2MappedAstData);
o2MethodStream.add_IMethod(iMethod);
if (mapInterfacesCalls)
{
o2MethodStream.resolveInterfaceCalls();
}
//add to O2MethodStreamCache
O2MethodStreamCache.add(iMethod, o2MethodStream);
return(o2MethodStream);
}
public static O2MethodStream map_Expressions <T>(this O2MethodStream o2MethodStream, List <T> expressions)
where T : Expression
{
foreach (var identifierExpression in expressions)
{
var resolved = o2MethodStream.O2MappedAstData.resolveExpression(identifierExpression);
switch (resolved.typeName())
{
case "MemberResolveResult":
var resolvedMember = (resolved as MemberResolveResult).ResolvedMember;
if (resolvedMember is IField)
{
var iField = (resolvedMember as IField);
o2MethodStream.Fields.add(iField.FullyQualifiedName, iField);
}
else
if (resolvedMember is IProperty)
{
var iProperty = (resolvedMember as IProperty);
o2MethodStream.Properties.add(iProperty.FullyQualifiedName, iProperty);
}
break;
case "TypeResolveResult":
//var typeResolveResult = (resolved as TypeResolveResult);
//var resolvedClass = typeResolveResult.ResolvedType;
//o2MethodStream.compilationUnit().add_Type(typeResolveResult.ResolvedType);
break;
case "LocalResolveResult":
var localResolveResutlt = (resolved as LocalResolveResult);
break;
case "NamespaceResolveResult":
var namespaceResolveResult = (resolved as NamespaceResolveResult);
break;
default:
if (o2MethodStream.O2MappedAstData.debugMode)
{
var unsupportedType = resolved.typeName();
"in map_IdentifierExpressions, unsupported ResolvedResult: {0}".error(unsupportedType);
}
break;
}
}
return(o2MethodStream);
}
public static O2MethodStream add_MappedIMethod(this O2MethodStream o2MethodStream, IMethod iMethod)
{
if (iMethod != null)
{
var fullName = iMethod.fullName();
// add IMethod
if (o2MethodStream.has_MappedIMethod(fullName).isFalse())
{
"adding MappedIMethod:{0}".format(fullName).info();
o2MethodStream.MappedIMethods.add(fullName, iMethod);
// remove from ExternalIMethod list (if there)
if (o2MethodStream.has_ExternalIMethod(fullName))
{
o2MethodStream.ExternalIMethods.Remove(fullName);
}
// map its dependencies
o2MethodStream.map_IMethod_Dependencies(iMethod);
}
}
return(o2MethodStream);
}
public static O2MethodStream map_InvocationExpressions(this O2MethodStream o2MethodStream, INode methodDeclaration)
//public static O2MethodStream map_InvocationExpressions(this O2MethodStream o2MethodStream, MethodDeclaration methodDeclaration)
{
var invocationExpressions = methodDeclaration.iNodes <INode, InvocationExpression>();
foreach (var invocationExpression in invocationExpressions)
{
var calledIMethod = o2MethodStream.O2MappedAstData.iMethod(invocationExpression);
if (calledIMethod != null)
{
if (o2MethodStream.O2MappedAstData.has_IMethod(calledIMethod))
{
o2MethodStream.add_IMethod(calledIMethod);
}
else
{
o2MethodStream.add_ExternalIMethod(calledIMethod);
}
}
}
return(o2MethodStream);
}
public static O2MethodStream resolveInterfaceCalls(this O2MethodStream methodStream, IMethod iMethodToResolve)
{
var astData = methodStream.O2MappedAstData;
try
{
//Action<O2MethodStream , IMethod> resolveInterfaceCalls =
"Resolving Interface calls for: {0}".info(iMethodToResolve);
var declaringType = iMethodToResolve.DeclaringType;
if (declaringType.ClassType.str() == "Interface")
{
"Is interface".debug();
foreach (var inheritedClass in astData.inheritedIClasses(declaringType))
{
var iMethods = inheritedClass.iMethods();
var signatureToFind = iMethodToResolve.fullName().remove(iMethodToResolve.Namespace);
var methodDeclaration = astData.methodDeclaration(iMethodToResolve);
foreach (var iMethod in iMethods)
{
var filteredSignature = iMethod.fullName().remove(iMethod.Namespace);
if (filteredSignature == signatureToFind)
{
"Adding Interface Mapping: {0} -> {1}".debug(iMethodToResolve.fullName(), iMethod.fullName());
if (methodStream.MappedIMethods.ContainsKey(iMethod.fullName()).isFalse())
{
methodStream.add_IMethod(iMethod);
}
// add call to this IMethod on its interface
"Body: {0}".info(methodDeclaration.Body.typeName());
"{0} = : {1}".debug(methodDeclaration.Body.str(), (methodDeclaration.Body.str() != "[NullBlockStatement]"));
var body = (methodDeclaration.Body.str() != "[NullBlockStatement]")
? methodDeclaration.Body
: methodDeclaration.add_Body();
var parameters = new List <IdentifierExpression>();
foreach (var parameter in iMethod.Parameters)
{
parameters.Add(new IdentifierExpression(parameter.Name));
}
var tempBlockStatement = new BlockStatement();
var tempInvocation = tempBlockStatement.add_Invocation(iMethod.Namespace, iMethod.name(), parameters.ToArray());
//make sure we don't add this more than once
if (body.csharpCode().contains(tempBlockStatement.csharpCode()).isFalse())
{
" Adding Interface Method call: {0}".info(tempBlockStatement.csharpCode().trim());
body.add_Invocation(iMethod.Namespace, iMethod.name(), parameters.ToArray());
}
}
}
}
}
}
catch (Exception ex)
{
"[O2MethodStream.resolveInterfaceCalls]: {0}".error(ex.Message);
}
return(methodStream);
}
public static O2MethodStream add_IMethod(this O2MethodStream o2MethodStream, IMethod iMethod)
{
return(o2MethodStream.add_MappedIMethod(iMethod));
}
public static O2MethodStream csharpFile(this O2MethodStream o2MethodStream, string targetFile)
{
"saving O2MethodStream as csharpFile to: {0}".format(targetFile).debug();
o2MethodStream.csharpCode().save(targetFile);
return(o2MethodStream);
}
public static O2MethodStream csharpFile(this O2MethodStream o2MethodStream)
{
o2MethodStream.csharpCode().saveWithExtension(".cs");
return(o2MethodStream);
}
// CREATE Compilation Unit from data in O2MethodStream (NEED COMPLETE REWRITE)
public static CompilationUnit compilationUnit(this O2MethodStream o2MethodStream)
{
var compilationUnit = new CompilationUnit();
// this has to be the first since we want the first method to be the one that created the MethodStream
// add methods that we have the code for (and want to include in the current compilationUnit
foreach (var iMethod in o2MethodStream.MappedIMethods.Values)
{
//var @namespace = iMethod.DeclaringType.Namespace;
//var typeName = iMethod.DeclaringType.Name;
if (iMethod.IsConstructor)
{
var constructorDeclaration = o2MethodStream.O2MappedAstData.constructorDeclaration(iMethod);
compilationUnit.add_Ctor(iMethod.DeclaringType, constructorDeclaration);
}
else
{
var methodDeclaration = o2MethodStream.O2MappedAstData.methodDeclaration(iMethod);
compilationUnit.add_Method(iMethod.DeclaringType, methodDeclaration);
}
compilationUnit.add_Using(iMethod.DeclaringType.Namespace);
}
// add external methods
foreach (var iMethod in o2MethodStream.ExternalIMethods.Values)
{
//var @namespace = iMethod.DeclaringType.Namespace;
//var typeName = iMethod.DeclaringType.Name;
var declaringType = iMethod.DeclaringType;
var csharpAst = iMethod.csharpCode().csharpAst();
if (csharpAst.methods().size() == 1)
{
var methodDeclaration = csharpAst.methods()[0];
//compilationUnit.add_Method(@namespace, typeName, methodDeclaration);
compilationUnit.add_Method(declaringType, methodDeclaration);
compilationUnit.add_Using(declaringType.Namespace);
}
else if (csharpAst.constructors().size() == 1)
{
var constructor = csharpAst.constructors()[0];
compilationUnit.add_Ctor(declaringType, constructor);
compilationUnit.add_Using(declaringType.Namespace);
//compilationUnit.add_Ctor(@namespace, typeName, constructor);
//compilationUnit.add_Using(@namespace);
}
else
{
"*****: could not add to source code:{0}".format(iMethod.fullName()).error();
}
}
//o2MethodStream.UsingDeclarations.add("test", new UsingDeclaration("System.Collections"));
// add Using Statements
var usingsAdded = compilationUnit.usings().values();
foreach (var iReturnType in o2MethodStream.ExternalClasses.Values)
{
if (usingsAdded.Contains(iReturnType.Namespace).isFalse())
{
usingsAdded.add(iReturnType.Namespace);
compilationUnit.add_Using(iReturnType.Namespace);
}
}
// add fields
foreach (var iField in o2MethodStream.Fields.Values)
{
if (o2MethodStream.O2MappedAstData.MapAstToNRefactory.IFieldToFieldDeclaration.ContainsKey(iField))
{
compilationUnit.add_Field(iField, o2MethodStream.O2MappedAstData.MapAstToNRefactory.IFieldToFieldDeclaration[iField]);
}
else
// try to find by name
{
var foundMatch = false;
foreach (var item in o2MethodStream.O2MappedAstData.MapAstToNRefactory.IFieldToFieldDeclaration)
{
if (item.Key.FullyQualifiedName == iField.FullyQualifiedName)
{
compilationUnit.add_Field(iField, item.Value);
foundMatch = true;
break;
}
}
if (foundMatch.isFalse())
{
compilationUnit.add_Field(iField);
}
}
if (iField.ReturnType is DefaultReturnType)
{
var iClass = (iField.ReturnType as DefaultReturnType).field("c");
if (iClass is IClass)
{
compilationUnit.add_Type(iClass as IClass);
}
}
if (iField.ReturnType is SearchClassReturnType)
{
var iClass = (iField.ReturnType as SearchClassReturnType).BaseType.field("c");
if (iClass is IClass)
{
compilationUnit.add_Type(iClass as IClass);
}
}
}
foreach (var iProperty in o2MethodStream.Properties.Values)
{
//try to find directly
if (o2MethodStream.O2MappedAstData.MapAstToNRefactory.IPropertyToPropertyDeclaration.ContainsKey(iProperty))
{
compilationUnit.add_Property(iProperty, o2MethodStream.O2MappedAstData.MapAstToNRefactory.IPropertyToPropertyDeclaration[iProperty]);
}
else
// try to find by name
{
var foundMatch = false;
foreach (var item in o2MethodStream.O2MappedAstData.MapAstToNRefactory.IPropertyToPropertyDeclaration)
{
if (item.Key.FullyQualifiedName == iProperty.FullyQualifiedName)
{
compilationUnit.add_Property(iProperty, item.Value);
foundMatch = true;
break;
}
}
if (foundMatch.isFalse())
{
compilationUnit.add_Property(iProperty);
}
}
}
return(compilationUnit);
}
public static O2MethodStream map_Expression <T>(this O2MethodStream o2MethodStream, T expression)
where T : Expression
{
return(o2MethodStream.map_Expressions(expression.wrapOnList()));
}
public static bool has_ExternalClass(this O2MethodStream o2MethodStream, string fullName)
{
return(o2MethodStream.ExternalClasses.hasKey(fullName));
}
