public void ProvideAdvices(Weaver codeWeaver)
{
CustomAttributeDictionaryTask customAttributeDictionary = CustomAttributeDictionaryTask.GetTask(this.Project);
IEnumerator<ICustomAttributeInstance> customAttributeEnumerator =
customAttributeDictionary.GetCustomAttributesEnumerator(typeof(NotifyPropertyChangedAttribute), false);
while (customAttributeEnumerator.MoveNext())
{
PropertyDeclaration propertyDeclaration = customAttributeEnumerator.Current.TargetElement as PropertyDeclaration;
if (propertyDeclaration == null || propertyDeclaration.Visibility == Visibility.Private)
continue;
MethodDefDeclaration getMethodDef;
MethodDefDeclaration setMethodDef;
GetPropertyAccessorDefinitions(propertyDeclaration, out getMethodDef, out setMethodDef);
if (getMethodDef == null || setMethodDef == null)
{
continue;
}
NotifyPropertyChangedAdvice advice = new NotifyPropertyChangedAdvice(
getMethodDef,
setMethodDef);
codeWeaver.AddMethodLevelAdvice(advice,
new Singleton<MethodDefDeclaration>(setMethodDef),
JoinPointKinds.BeforeMethodBody |
JoinPointKinds.AfterMethodBodySuccess,
null);
}
}
static void Main(string[] args)
{
AppDomain.CurrentDomain.AssemblyResolve += new ResolveEventHandler(CurrentDomain_AssemblyResolve);
var weaver = new Weaver();
var person = weaver.CreateProxy( x => new Person("Roger"));
person.Name = "Roger";
}
public void ProvideAdvices(Weaver codeWeaver)
{
// Gets the dictionary of custom attributes.
AnnotationRepositoryTask customAttributeDictionary =
AnnotationRepositoryTask.GetTask(this.Project);
// Requests an enumerator of all instances of our Singleton.
IEnumerator<IAnnotationInstance> customAttributeEnumerator =
customAttributeDictionary.GetAnnotationsOfType(typeof (SingletonAttribute), true);
ICollection<TypeDefDeclaration> singletons = new HashSet<TypeDefDeclaration>();
// For each instance of our Singleton.
while (customAttributeEnumerator.MoveNext())
{
// Gets the type to which it applies.
TypeDefDeclaration typeDef = customAttributeEnumerator.Current.TargetElement
as TypeDefDeclaration;
if (typeDef != null && !singletons.Contains(typeDef))
{
singletons.Add(typeDef);
codeWeaver.AddTypeLevelAdvice(new SingletonAccessorAdvice(typeDef),
JoinPointKinds.BeforeStaticConstructor,
new Singleton<TypeDefDeclaration>(typeDef));
codeWeaver.AddMethodLevelAdvice(new SingletonAdvice(typeDef),
null,
JoinPointKinds.InsteadOfNewObject,
new Singleton<MetadataDeclaration>(
typeDef.Methods.GetOneByName(".ctor")));
}
}
singletons.Clear();
foreach (AssemblyRefDeclaration assembly in this.Project.Module.AssemblyRefs)
{
foreach (TypeRefDeclaration type in assembly.TypeRefs)
{
TypeDefDeclaration def = type.GetTypeDefinition();
foreach (CustomAttributeDeclaration att in def.CustomAttributes)
{
if (Equals(att.Constructor.DeclaringType.GetSystemType(new Type[] {}, new Type[] {}),
typeof (SingletonAttribute)))
{
singletons.Add(def);
}
}
}
}
foreach (TypeDefDeclaration type in singletons)
{
codeWeaver.AddMethodLevelAdvice(new SingletonAdvice(type),
null,
JoinPointKinds.InsteadOfNewObject,
new Singleton<MetadataDeclaration>(type.Methods.GetOneByName(".ctor")));
}
}
public void ProvideAdvices(Weaver codeWeaver)
{
// Gets the dictionary of custom attributes.
AnnotationRepositoryTask customAttributeDictionary =
AnnotationRepositoryTask.GetTask(this.Project);
// Requests an enumerator of all instances of our NonNullAttribute.
IEnumerator<IAnnotationInstance> customAttributeEnumerator =
customAttributeDictionary.GetAnnotationsOfType(typeof (NonNullAttribute), true);
// Simulating a Set
IDictionary<MethodDefDeclaration, MethodDefDeclaration> methods =
new Dictionary<MethodDefDeclaration, MethodDefDeclaration>();
// For each instance of our NonNullAttribute.
while (customAttributeEnumerator.MoveNext())
{
// Gets the parameters to which it applies.
ParameterDeclaration paramDef = customAttributeEnumerator.Current.TargetElement
as ParameterDeclaration;
if (paramDef != null)
{
if ((paramDef.Attributes & ParameterAttributes.Retval) == ParameterAttributes.Retval)
{
codeWeaver.AddMethodLevelAdvice(new NonNullReturnAdvice(),
new Singleton<MethodDefDeclaration>(paramDef.Parent),
JoinPointKinds.AfterMethodBodySuccess,
null);
}
else
{
if (!methods.ContainsKey(paramDef.Parent))
{
codeWeaver.AddMethodLevelAdvice(new NonNullParameterAdvice(paramDef),
new Singleton<MethodDefDeclaration>(paramDef.Parent),
JoinPointKinds.BeforeMethodBody,
null);
methods.Add(paramDef.Parent, paramDef.Parent);
}
}
}
}
}
public void ProvideAdvices(Weaver codeWeaver)
{
// Gets the dictionary of custom attributes.
CustomAttributeDictionaryTask customAttributeDictionary =
CustomAttributeDictionaryTask.GetTask(this.Project);
// Requests an enumerator of all instances of our NonEmptyAttribute.
IEnumerator<ICustomAttributeInstance> customAttributeEnumerator =
customAttributeDictionary.GetCustomAttributesEnumerator(typeof(NonEmptyAttribute), true);
// For each instance of our NonEmptyAttribute.
while (customAttributeEnumerator.MoveNext())
{
// Gets the parameters to which it applies.
ParameterDeclaration paramDef = customAttributeEnumerator.Current.TargetElement
as ParameterDeclaration;
if (paramDef != null)
{
if ((paramDef.Attributes & ParameterAttributes.Retval) == ParameterAttributes.Retval)
{
codeWeaver.AddMethodLevelAdvice(new NonEmptyReturnAdvice(),
new Singleton<MethodDefDeclaration>(paramDef.Parent),
JoinPointKinds.AfterMethodBodySuccess,
null);
}
else
{
codeWeaver.AddMethodLevelAdvice(new NonEmptyParameterAdvice(),
new Singleton<MethodDefDeclaration>(paramDef.Parent),
JoinPointKinds.BeforeMethodBody,
null);
}
}
}
}
static void Main(string[] args)
{
//全て.Net Framework上で実行したい場合はこちらをコメントアウト
Weaver.Initialize(ComputeDeviceTypes.Gpu);
//Weaver.Initialize(ComputeDeviceTypes.Cpu, 1); //複数デバイスがある場合は添字が必要
//MLPによるXORの学習
//Sample1.Run();
//MLPによるXORの学習【回帰版】
//Sample2.Run();
//MLPによるSin関数の学習
//Sample3.Run();
//MLPによるMNIST（手書き文字）の学習
//Sample4.Run();
//エクセルCNNの再現
//Sample5.Run();
//5層CNNによるMNISTの学習
//Sample6.Run();
//BatchNormを使った15層MLPによるMNISTの学習
//Sample7.Run();
//LSTMによるSin関数の学習
//Sample8.Run();
//SimpleなRNNによるRNNLM
//Sample9.Run();
//LSTMによるRNNLM
//Sample10.Run();
//Decoupled Neural Interfaces using Synthetic GradientsによるMNISTの学習
//Sample11.Run();
//Test11のDNIをcDNIとした
//Sample12.Run();
//Deconvolution2Dのテスト(Winform)
//new Sample13WinForm().ShowDialog();
//Test6を連結して実行
//Sample14.Run();
//CaffeモデルのVGGを読み込んで画像分類をさせるテスト
//Sample15.Run(Sample15.VGGModel.VGG16); //VGG16またはVGG19を選択してください
//ChainerモデルのTest5と同じ内容を読み込んで実行
//Sample16.Run();
//CaffeモデルのRESNETを読み込んで画像分類をさせるテスト
//Sample17.Run(Sample17.ResnetModel.ResNet50); //任意のResnetモデルを選択してください
//CIFAR-10を5層CNNを使って学習する
//Sample18.Run(isCifar100:false, isFineLabel:false);
//CaffeモデルのAlexNetを読み込んで画像分類をさせるテスト
//Sample19.Run();
//Linearの分割実行
//SampleX.Run();
//ベンチマーク
SingleBenchmark.Run();
Console.WriteLine("Test Done...");
Console.Read();
}
public void Setup()
{
_assembly = Weaver.Weave(Code);
}
