public void SetUp()
{
var executingAssemblyDefinition = CecilUtilsForTests.GetExecutingAssemblyDefinition();
_finder = new CecilDefinitionFinder(executingAssemblyDefinition);
_subject = new MethodMap(_finder.FindType(GetType().FullName));
}
public void GenericMethodSignature()
{
var assembly = CecilUtilsForTests.GetExecutingAssemblyDefinition();
Assert.AreEqual(
string.Format("System.Void {0}::GenericMethod<T>(T&)", GetType().FullName),
MethodSignatureProvider.SignatureFor(assembly.MainModule.Types[GetType().FullName].Methods.GetMethod("GenericMethod")[0]));
}
public void FindGenericMethod()
{
var assembly = CecilUtilsForTests.GetExecutingAssemblyDefinition();
var finder = new CecilDefinitionFinder(assembly);
var found = finder.FindMethod(string.Format("System.Void {0}::GenericMethod<T>(T&)", GetType().FullName));
Assert.IsNotNull(found);
}
public void MethodInGenericType()
{
var assembly = CecilUtilsForTests.GetExecutingAssemblyDefinition();
var cecilTypeName = typeof(GenericType <>).FullName.Replace('+', '/');
Assert.AreEqual(
string.Format("System.Void {0}::Foo(T&)", cecilTypeName),
MethodSignatureProvider.SignatureFor(assembly.MainModule.Types[cecilTypeName].Methods.GetMethod("Foo")[0]));
}
private void AssertMethodRoundtrip(Func <int> func)
{
var method = func.Method;
var assembly = CecilUtilsForTests.GetExecutingAssemblyDefinition();
var finder = new CecilDefinitionFinder(assembly);
// cecil uses / to introduce nested types, the runtime uses +
var declaringTypeCecilName = method.DeclaringType.CecilTypeName();
var type = finder.FindType(declaringTypeCecilName);
Assert.IsNotNull(type, "Type {0} not found!", declaringTypeCecilName);
var actualDefinition = type.Methods.GetMethod(method.Name)[0];
var signature = SignatureFor(actualDefinition);
Assert.AreSame(actualDefinition, finder.FindMethod(signature));
}