// TODO テストを書く
public Pointcut DeepCopy()
{
var copy = new Pointcut();
copy.SetElementType(GetPointcutType());
copy.SetName(GetName());
copy.SetType(GetTargetType());
// TODO パラメータもコピーする
foreach (var name in GetTargetName()) {
copy.SetTarget(name);
}
return copy;
}
public void ExecutionBeforeが正しく動作することを検証します(string language, string ext, string code)
{
var model = UnifiedGenerators.GenerateProgramFromFile(
FixtureUtil.GetInputPath("Aspect", "Execution", "Fibonacci" + ext));
var actual = UnifiedGenerators.GenerateProgramFromFile(
FixtureUtil.GetInputPath("Aspect", "Execution", "Fibonacci_expectation_before" + ext));
var pointcut = new Pointcut();
pointcut.SetTarget("*");
pointcut.SetTarget("fibonacci");
CodeProcessorProvider.WeavingBefore("execution", model, pointcut, UcoGenerator.CreateAdvice(language, code));
Assert.That(model,
Is.EqualTo(actual).Using(StructuralEqualityComparer.Instance));
}
public void 例外ポイントカットを作成してcatch節の中にコードを追加する()
{
// オリジナルのソースコードのUCOとアスペクト合成後に期待されるソースコードのUCOを生成する
var model = UnifiedGenerators.GenerateProgramFromFile(_sourcePath);
var actual = UnifiedGenerators.GenerateProgramFromFile(_expectationSourcePath);
var pointcut = new Pointcut();
pointcut.SetTarget("*");
pointcut.SetTarget("Exception");
// オリジナルのUCOに対して、アスペクトを合成する
CodeProcessorProvider.WeavingBefore("exception", model, pointcut,
UcoGenerator.CreateAdvice("Java", "System.out.println(\"test\");"));
model.Normalize();
var gen = UnifiedGenerators.GetCodeGeneratorByExtension(".java");
Console.WriteLine(gen.Generate(model));
Console.WriteLine(gen.Generate(actual));
// 両者の構造を比較する
Assert.That(model, Is.EqualTo(actual).Using(StructuralEqualityComparer.Instance));
}
public IAspectElement Visit(
CommonTree root, int depth, IAspectElement element)
{
if (root.Token == null)
return element;
var token = root.Token.Text;
switch (token) {
case "ASPECT":
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
return element;
case "ASPECT_BODY":
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
return element;
case "ELEMENTS":
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
return element;
case "ELEMENT":
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
return element;
case "INTERTYPE_DECLARATION":
element = new Intertype();
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
Intertypes.Add((Intertype)element);
return element;
case "POINTCUT_DECLARATION":
element = new Pointcut();
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
Pointcuts.Add((Pointcut)element);
return element;
case "ADVICE_DECLARATION":
element = new Advice();
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
Advices.Add((Advice)element);
return element;
case "TYPE":
element.SetType(root.GetChild(0).Text);
return element;
case "TARGET_CLASS":
element.SetTarget(root.GetChild(0).Text);
return element;
case "POINTCUT_NAME":
element.SetName(root.GetChild(0).Text);
return element;
case "IDENTIFIER_WITH_CLASS_NAME":
foreach (var child in root.Children) {
element.SetTarget(((CommonTree)child).Text);
}
return element;
case "PARAMETERS":
if (root.ChildCount > 0) {
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
}
return element;
case "PARAMETER":
element = Visit((CommonTree)root.Children[0], depth + 1, element);
element.SetParameter(((CommonTree)root.Children[1]).Text);
return element;
case "PARAMETER_TYPE":
element.SetParameterType(root.GetChild(0).Text);
return element;
case "ARGUMENTS":
WriteIndent(depth);
Console.WriteLine("<" + token + ">");
foreach (var child in root.Children) {
Visit((CommonTree)child, depth + 1, element);
}
WriteIndent(depth);
Console.WriteLine("</ " + token + ">");
return element;
case "ARGUMENT":
WriteIndent(depth);
Console.WriteLine("<" + token + ">");
foreach (var child in root.Children) {
Visit((CommonTree)child, depth + 1, element);
}
WriteIndent(depth);
Console.WriteLine("</ " + token + ">");
return element;
case "POINTCUT_DECLARATOR":
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
return element;
case "POINTCUT_TYPE":
element.SetElementType(root.GetChild(0).Text);
return element;
case "ADVICE_BODY":
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
return element;
case "ADVICE_TYPE":
element.SetElementType(root.GetChild(0).Text);
return element;
case "ADVICE_TARGET":
element.SetTarget(root.GetChild(0).Text);
return element;
case "CONTENTS":
foreach (var child in root.Children) {
element.SetContents(((CommonTree)child).Text);
}
return element;
case "LANGUAGE_DECLARATION":
element.SetLanguageType(root.GetChild(0).Text);
return element;
case "LANGUAGE_DEPEND_BLOCK":
foreach (var child in root.Children) {
element = Visit((CommonTree)child, depth + 1, element);
}
return element;
default:
return element;
}
}
