static InitializeCallTests()
{
testResult = WeavingHelper.CreateIsolatedAssemblyCopy("AssemblyToProcess.dll",
"<Costura />",
new[] { "AssemblyToReference.dll", "AssemblyToReferencePreEmbedded.dll", "ExeToReference.exe" },
"InitializeCall");
}
static ReferenceCasingTests()
{
testResult = WeavingHelper.CreateIsolatedAssemblyCopy("AssemblyToProcess.dll",
"<Costura IncludeAssemblies='assemblytoreference|exetoreference' />",
new[] { "AssemblyToReference.dll", "AssemblyToReferencePreEmbedded.dll", "ExeToReference.exe" },
"InitializeCall");
}
static InitializeCallWithoutModuleInitTest()
{
testResult = WeavingHelper.CreateIsolatedAssemblyCopy("AssemblyToProcess.dll",
"<Costura LoadAtModuleInit='false' />",
new[] { "AssemblyToReference.dll", "AssemblyToReferencePreEmbedded.dll", "ExeToReference.exe" },
"InitializeCallWithoutModuleInit");
}
public void FailsToWeave()
{
Assert.Throws <WeavingException>(() =>
WeavingHelper.CreateIsolatedAssemblyCopy("AssemblyWithoutInitialize.dll",
"<Costura LoadAtModuleInit='false' />",
new[] { "AssemblyToReference.dll", "AssemblyToReferencePreEmbedded.dll", "ExeToReference.exe" },
"NoInitialize"));
}
private Instruction EmitInitializeCall(ProcessorContext context, ILProcessor il)
{
var initializedType = type.HasGenericParameters ? WeavingHelper.CreateGenericInstance(type) : type;
var start = il.Create(OpCodes.Ldarg_0);
il.Append(start);
il.Emit(OpCodes.Ldtoken, initializedType);
il.Emit(OpCodes.Call, context.References.TypeGetTypeFromHandle);
il.Emit(OpCodes.Call, context.References.PersistentInitialize);
return(start);
}
public void ThrowsForMissingReference()
{
// Note: this will throw WeavingException because References is null, but should actually
// log an error about the missing assembly
Assert.Throws <WeavingException>(() =>
{
WeavingHelper.CreateIsolatedAssemblyCopy("AssemblyToProcess.dll",
"<Costura IncludeAssemblies='AssemblyToReference|AssemblyToReferencePreEmbedded|ExeToReference|MissingAssembly' />",
new[] { "AssemblyToReference.dll", "AssemblyToReferencePreEmbedded.dll", "ExeToReference.exe" },
"InitializeCall");
});
}
static CultureResourceTests()
{
testResult = WeavingHelper.CreateIsolatedAssemblyCopy("ExeToProcess.exe",
"<Costura />",
new[]
{
"AssemblyToReference.dll",
"de\\AssemblyToReference.resources.dll",
"fr\\AssemblyToReference.resources.dll",
"AssemblyToReferencePreEmbedded.dll",
"ExeToReference.exe"
}, "Culture");
}
public void WeavesWildcards()
{
var wildcardWeave = WeavingHelper.CreateIsolatedAssemblyCopy("ExeToProcess.exe",
"<Costura IncludeAssemblies=\"AssemblyToReference*\"/>",
new[] { "AssemblyToReference.dll", "AssemblyToReferenceMixed.dll" }, "WildcardWeave");
var referencedAssemblies = wildcardWeave.Assembly.GetReferencedAssemblies().Select(x => x.Name).ToList();
Assert.Contains("AssemblyToReference", referencedAssemblies);
Assert.Contains("AssemblyToReferencePreEmbedded", referencedAssemblies);
var instance = wildcardWeave.GetInstance("ClassToTest");
Assert.AreEqual("Hello", instance.Simple());
Assert.AreEqual("Hello", instance.SimplePreEmbed());
}
private MethodDefinition DefineConstructor(ProcessorContext context)
{
var baseConstructor = GetBaseConstructor(context);
var method = new MethodDefinition(WellKnown.Constructor, ConstructorAttributes, voidType)
{
HasThis = true
};
DefineParameters(method);
WeavingHelper.MarkAsCompilerGenerated(context, method);
var il = method.Body.GetILProcessor();
WeavingHelper.EmitLoadArguments(il, signature.Length + 1);
il.Emit(OpCodes.Call, baseConstructor);
il.Emit(OpCodes.Ret);
targetType.Methods.Add(method);
return(method);
}
public LoggingImplementationTypeBuilder( ModuleDeclaration module )
{
this.module = module;
this.categoryFields = new Dictionary<string, FieldDefDeclaration>();
this.wrapperMethods = new Dictionary<IMethod, MethodDefDeclaration>();
this.stringFormatArrayMethod = module.FindMethod( module.Cache.GetIntrinsic( IntrinsicType.String ), "Format",
method => method.Parameters.Count == 2 &&
IntrinsicTypeSignature.Is( method.Parameters[0].ParameterType, IntrinsicType.String ) &&
method.Parameters[1].ParameterType.BelongsToClassification( TypeClassifications.Array ) );
this.traceWriteLineMethod = module.FindMethod( module.Cache.GetType( typeof(System.Diagnostics.Trace) ), "WriteLine",
method => method.Parameters.Count == 1 &&
IntrinsicTypeSignature.Is( method.Parameters[0].ParameterType, IntrinsicType.String ) );
this.weavingHelper = new WeavingHelper( module );
this.implementationType = this.CreateContainingType();
this.isLoggingField = this.CreateIsLoggingField();
}
public LoggingImplementationTypeBuilder(ModuleDeclaration module)
{
this.module = module;
this.categoryFields = new Dictionary <string, FieldDefDeclaration>();
this.wrapperMethods = new Dictionary <IMethod, MethodDefDeclaration>();
this.stringFormatArrayMethod = module.FindMethod(module.Cache.GetIntrinsic(IntrinsicType.String), "Format",
method => method.Parameters.Count == 2 &&
IntrinsicTypeSignature.Is(method.Parameters[0].ParameterType, IntrinsicType.String) &&
method.Parameters[1].ParameterType.BelongsToClassification(TypeClassifications.Array));
this.traceWriteLineMethod = module.FindMethod(module.Cache.GetType(typeof(System.Diagnostics.Trace)), "WriteLine",
method => method.Parameters.Count == 1 &&
IntrinsicTypeSignature.Is(method.Parameters[0].ParameterType, IntrinsicType.String));
this.weavingHelper = new WeavingHelper(module);
this.implementationType = this.CreateContainingType();
this.isLoggingField = this.CreateIsLoggingField();
}
private Tuple <Instruction, Instruction> EmitExceptionHandler(ProcessorContext context, ILProcessor il, TypeReference exceptionType)
{
var initializedType = type.HasGenericParameters ? WeavingHelper.CreateGenericInstance(type) : type;
var variables = constructor.Body.Variables;
var instructions = constructor.Body.Instructions;
var variableIndex = variables.Count;
variables.Add(new VariableDefinition(exceptionType));
il.Emit(OpCodes.Stloc, variableIndex);
var start = instructions[instructions.Count - 1];
il.Emit(OpCodes.Ldarg_0);
il.Emit(OpCodes.Ldtoken, initializedType);
il.Emit(OpCodes.Call, context.References.TypeGetTypeFromHandle);
il.Emit(OpCodes.Ldloc, variableIndex);
il.Emit(OpCodes.Call, context.References.PersistentInitializationError);
il.Emit(OpCodes.Rethrow);
il.Emit(OpCodes.Nop);
var end = instructions[instructions.Count - 1];
return(Tuple.Create(start, end));
}
private void DefineFactoryMethod(ProcessorContext context, MethodReference constructor)
{
var returnType = (TypeReference)targetType;
if (targetType.HasGenericParameters)
{
returnType = WeavingHelper.CreateGenericInstance(targetType);
constructor = new MethodReference(WellKnown.Constructor, voidType, returnType)
{
HasThis = true
};
DefineParameters(constructor);
}
var method = new MethodDefinition(WellKnown.FactoryMethod, FactoryMethodAttributes, returnType);
DefineParameters(method);
WeavingHelper.MarkAsCompilerGenerated(context, method);
var il = method.Body.GetILProcessor();
WeavingHelper.EmitLoadArguments(il, signature.Length);
il.Emit(OpCodes.Newobj, constructor);
il.Emit(OpCodes.Ret);
targetType.Methods.Add(method);
}
public static void Get_MethodInfo(this InstructionWriter writer, IMethod method, WeavingHelper weavingHelper)
{
writer.Get_RuntimeMethod(method, weavingHelper);
writer.Cast_ToType(method.Module.FindType(typeof(MethodInfo)));
}
static TempFileTests()
{
testResult = WeavingHelper.CreateIsolatedAssemblyCopy("ExeToProcess.exe",
"<Costura CreateTemporaryAssemblies='true' />",
new[] { "AssemblyToReference.dll", "AssemblyToReferencePreEmbedded.dll", "ExeToReference.exe" }, "TempFile");
}
public static void ImplementRemoveOn(
this EventDeclaration theEvent,
TypeDefDeclaration type,
IField field,
WeavingHelper weavingHelper = null,
MethodAttributes methodAttributes =
MethodAttributes.Public | MethodAttributes.HideBySig
| MethodAttributes.Virtual | MethodAttributes.Final
| MethodAttributes.NewSlot | MethodAttributes.SpecialName)
{
var module = type.Module;
weavingHelper = weavingHelper ?? new WeavingHelper(module);
var pEWeavingHelper = module.Cache.GetItem(() => new PostEdgeWeaverAssets(module));
var method = new MethodDefDeclaration {
Attributes = methodAttributes,
Name = "remove_" + theEvent.Name,
CallingConvention = CallingConvention.HasThis
};
type.Methods.Add(method);
weavingHelper.AddCompilerGeneratedAttribute(method.CustomAttributes);
var parameter = new ParameterDeclaration {
Name = "value",
ParameterType = theEvent.EventType,
};
method.Parameters.Add(parameter);
var methodBody = new MethodBodyDeclaration();
methodBody.EnsureWritableLocalVariables();
var instructionBlock = methodBody.CreateInstructionBlock();
var initSequence = methodBody.CreateInstructionSequence();
var loopSequence = methodBody.CreateInstructionSequence();
var endSequence = methodBody.CreateInstructionSequence();
instructionBlock.AddInstructionSequence(initSequence, NodePosition.After, null);
instructionBlock.AddInstructionSequence(loopSequence, NodePosition.After, initSequence);
instructionBlock.AddInstructionSequence(endSequence, NodePosition.After, loopSequence);
methodBody.RootInstructionBlock = instructionBlock;
method.MethodBody = methodBody;
methodBody.CreateLocalVariable(theEvent.EventType);
methodBody.CreateLocalVariable(theEvent.EventType);
methodBody.CreateLocalVariable(theEvent.EventType);
methodBody.CreateLocalVariable(module.Cache.GetIntrinsic(typeof(bool)));
var writer = new InstructionWriter();
//Initialize
writer.AttachInstructionSequence(initSequence);
//PropertyChangedHandler handler = this.PropertyChanged
writer.EmitInstruction(OpCodeNumber.Ldarg_0); //Get the this pointer
writer.EmitInstructionField(OpCodeNumber.Ldfld, field); //Get the event's field
writer.EmitInstruction(OpCodeNumber.Stloc_0); //store into the first local variable
writer.DetachInstructionSequence();
//Loop
//do {
writer.AttachInstructionSequence(loopSequence);
//PropertyChangedHandler handler2 = handler;
writer.EmitInstruction(OpCodeNumber.Ldloc_0);
writer.EmitInstruction(OpCodeNumber.Stloc_1);
//PropertyChangedHandler handler3 = System.Delegate.Remove(handler2, value)
writer.EmitInstruction(OpCodeNumber.Ldloc_1);
writer.EmitInstruction(OpCodeNumber.Ldarg_1);
writer.EmitInstructionMethod(OpCodeNumber.Call, pEWeavingHelper.DelegateRemoveMethod);
writer.EmitInstructionType(OpCodeNumber.Castclass, theEvent.EventType);
writer.EmitInstruction(OpCodeNumber.Stloc_2);
//handler = System.Threading.Interlocked.CompareExchnage<PropertyChangedEventHandler>(ref this.PropertyChtyChanged, handler3, handler2);
var compareExchangeMethodT = pEWeavingHelper.CompareExchangeMethod;
var compareExchangeMethod = compareExchangeMethodT.GetGenericInstance(module, theEvent.EventType);
writer.EmitInstruction(OpCodeNumber.Ldarg_0); //Load this
writer.EmitInstructionField(OpCodeNumber.Ldflda, field);
writer.EmitInstruction(OpCodeNumber.Ldloc_2);
writer.EmitInstruction(OpCodeNumber.Ldloc_1);
writer.EmitInstructionMethod(OpCodeNumber.Call, compareExchangeMethod);
writer.EmitInstruction(OpCodeNumber.Stloc_0);
//flag = handler != handler2;
writer.EmitInstruction(OpCodeNumber.Ldloc_0);
writer.EmitInstruction(OpCodeNumber.Ldloc_1);
writer.EmitInstruction(OpCodeNumber.Ceq);
writer.EmitInstruction(OpCodeNumber.Ldc_I4_0);
writer.EmitInstruction(OpCodeNumber.Ceq);
writer.EmitInstruction(OpCodeNumber.Stloc_3);
//} while (flag);
writer.EmitInstruction(OpCodeNumber.Ldloc_3);
writer.EmitBranchingInstruction(OpCodeNumber.Brtrue_S, loopSequence);
writer.DetachInstructionSequence();
//End
writer.AttachInstructionSequence(endSequence);
writer.EmitInstruction(OpCodeNumber.Ret); //Exit the method
writer.DetachInstructionSequence();
theEvent.Members.Add(new MethodSemanticDeclaration(MethodSemantics.RemoveOn, method));
}
static MixedAndNativeTests()
{
testResult = WeavingHelper.CreateIsolatedAssemblyCopy("ExeToProcessWithNative.exe",
"<Costura Unmanaged32Assemblies='AssemblyToReferenceMixed' />",
new[] { "AssemblyToReferenceMixed.dll" }, "MixedAndNative");
}
public static void Get_RuntimeType(this InstructionWriter instructionWriter, ITypeSignature type, WeavingHelper weavingHelper)
{
weavingHelper.GetRuntimeType(type, instructionWriter);
}
public LoggingImplementationTypeBuilder(ModuleDeclaration module)
{
this.module = module;
this.weavingHelper = new WeavingHelper(module);
this.containingType = this.CreateContainingType();
}
public LoggingImplementationTypeBuilder(ModuleDeclaration module)
{
this.module = module;
this.weavingHelper = new WeavingHelper(module);
this.containingType = this.CreateContainingType();
}
public static void Get_RuntimeMethod(this InstructionWriter instructionWriter, IMethod method, WeavingHelper weavingHelper)
{
var module = method.Module;
if (!method.IsGenericDefinition && !method.DeclaringType.IsGenericDefinition)
{
instructionWriter.EmitInstructionMethod(OpCodeNumber.Ldtoken, method);
instructionWriter.EmitInstructionMethod(OpCodeNumber.Call, module.Cache.GetItem(module.Cache.MethodBaseGetMethodFromHandle));
}
else
{
instructionWriter.EmitInstructionMethod(OpCodeNumber.Ldtoken, method.EnsureTypeQualifiedMethod(module));
instructionWriter.EmitInstructionType(OpCodeNumber.Ldtoken, method.DeclaringType.GetTypeDefinition().GetCanonicalGenericInstance());
instructionWriter.EmitInstructionMethod(OpCodeNumber.Call, module.Cache.GetItem(module.Cache.MethodBaseGetMethodFromHandle2));
}
}
private void InspectProperties(ProcessorContext context, TypeInfo type)
{
foreach (var property in type.Definition.Properties)
{
var propertyInfo = new PropertyInfo(type, property);
// only indexers has parameters and we skip them
if (propertyInfo.AnyAccessor == null || property.HasParameters)
{
continue;
}
propertyInfo.IsAutomatic = autoPropertyChecker.Invoke(type.Definition, property);
propertyInfo.IsPersistent = propertyInfo.IsInstance && property.HasAttribute(WellKnown.FieldAttribute);
propertyInfo.IsKey = propertyInfo.IsPersistent && property.HasAttribute(WellKnown.KeyAttribute);
type.Properties.Add(propertyInfo.Name, propertyInfo);
}
var baseType = type.BaseType;
if (baseType != null)
{
foreach (var property in type.Properties.Values)
{
var baseProperty = baseType.FindProperty(property.Name);
if (baseProperty == null)
{
continue;
}
property.BaseProperty = baseProperty;
var thisAccessor = property.AnyAccessor;
var baseAccessor = baseProperty.AnyAccessor;
if (baseAccessor.IsVirtual && thisAccessor.IsVirtual && !thisAccessor.IsNewSlot)
{
property.IsOverride = true;
InheritPersistence(property, baseProperty);
}
else
{
property.IsNew = true;
var persistentBase = property.FindBase(p => p.IsPersistent);
if (persistentBase != null)
{
property.PersistentName = WeavingHelper.BuildComplexPersistentName(type, property);
}
}
}
}
var propertiesToImplement = new HashSet <PropertyInfo>(type.Interfaces.SelectMany(i => i.Properties.Values));
// Exclude explicit implementations
foreach (var property in type.Properties.Values)
{
var implementedAccessor = property.AnyAccessor.Overrides.FirstOrDefault();
if (implementedAccessor == null)
{
continue;
}
var interfaceType = GetType(new TypeIdentity(implementedAccessor.DeclaringType.StripGenericParameters()));
var implementedPropertyName = WeavingHelper.GetPropertyName(implementedAccessor.Name);
var implementedProperty = interfaceType.FindProperty(implementedPropertyName);
if (implementedProperty == null)
{
continue;
}
property.ImplementedProperties.Add(implementedProperty);
property.IsExplicitInterfaceImplementation = true;
if (context.Language != SourceLanguage.VbNet)
{
property.PersistentName = WeavingHelper.BuildComplexPersistentName(interfaceType, implementedProperty);
}
propertiesToImplement.Remove(implementedProperty);
InheritPersistence(property, implementedProperty);
}
// Try associate remaining properties
foreach (var property in propertiesToImplement)
{
PropertyInfo implementor;
if (type.Properties.TryGetValue(property.Name, out implementor))
{
implementor.ImplementedProperties.Add(property);
InheritPersistence(implementor, property);
}
}
}
