public static void Array_and_generic_method_parameters()
{
var method = ILAsmParser.ParseMethodReference("void Foo::Bar(bool[,][,], class Foo<bool, int32>, bool)", P);
method.ReturnType.ShouldBe(P.GetPrimitiveType(PrimitiveTypeCode.Void));
method.DeclaringType.ShouldBe(P.GetTypeFromReference(null, null, "", "Foo"));
method.MethodName.ShouldBe("Bar");
method.Parameters.ShouldBe(new[]
{
P.GetArrayType(
P.GetArrayType(
P.GetPrimitiveType(PrimitiveTypeCode.Boolean),
rank: 2),
rank: 2),
P.GetGenericInstantiation(
P.GetTypeFromReference(false, null, "", "Foo"),
new[]
{
P.GetPrimitiveType(PrimitiveTypeCode.Boolean),
P.GetPrimitiveType(PrimitiveTypeCode.Int32)
}),
P.GetPrimitiveType(PrimitiveTypeCode.Boolean)
});
}
public MethodReference GetMethodReference(string ilasmSyntax)
{
var result = ILAsmParser.ParseMethodReference(ilasmSyntax, typeProvider);
var method = new MethodReference(result.MethodName, result.ReturnType, result.DeclaringType)
{
HasThis = result.Instance,
ExplicitThis = result.InstanceExplicit
};
foreach (var parameter in result.Parameters)
{
method.Parameters.Add(new ParameterDefinition(parameter));
}
if (!result.GenericArguments.Any())
{
return(method);
}
var genericInstantiation = new GenericInstanceMethod(method);
foreach (var argument in result.GenericArguments)
{
genericInstantiation.GenericArguments.Add(argument);
}
return(genericInstantiation);
}
public static void Instance_explicit_method()
{
var method = ILAsmParser.ParseMethodReference("instance explicit void Foo::Bar()", P);
method.Instance.ShouldBeTrue();
method.InstanceExplicit.ShouldBeTrue();
method.ReturnType.ShouldBe(P.GetPrimitiveType(PrimitiveTypeCode.Void));
}
public static void Special_method_names([Values(".ctor", ".cctor")] string specialName)
{
var method = ILAsmParser.ParseMethodReference("void Foo::" + specialName + "()", P);
method.ReturnType.ShouldBe(P.GetPrimitiveType(PrimitiveTypeCode.Void));
method.DeclaringType.ShouldBe(P.GetTypeFromReference(null, null, "", "Foo"));
method.MethodName.ShouldBe(specialName);
}
public static void Field_reference_with_type_reference()
{
var field = ILAsmParser.ParseFieldReference("bool class ClassName::FieldName", P);
field.FieldType.ShouldBe(P.GetPrimitiveType(PrimitiveTypeCode.Boolean));
field.DeclaringType.ShouldBe(P.GetTypeFromReference(false, null, "", "ClassName"));
field.FieldName.ShouldBe("FieldName");
}
public static void Dotted_method_name()
{
var method = ILAsmParser.ParseMethodReference("void Foo::This.Is.Legal()", P);
method.ReturnType.ShouldBe(P.GetPrimitiveType(PrimitiveTypeCode.Void));
method.DeclaringType.ShouldBe(P.GetTypeFromReference(null, null, "", "Foo"));
method.MethodName.ShouldBe("This.Is.Legal");
}
public static void Method_reference_with_type_reference()
{
var method = ILAsmParser.ParseMethodReference("void class Foo::Bar()", P);
method.ReturnType.ShouldBe(P.GetPrimitiveType(PrimitiveTypeCode.Void));
method.DeclaringType.ShouldBe(P.GetTypeFromReference(false, null, "", "Foo"));
method.MethodName.ShouldBe("Bar");
}
public static void Single_method_parameter()
{
var method = ILAsmParser.ParseMethodReference("void Foo::Bar(bool)", P);
method.ReturnType.ShouldBe(P.GetPrimitiveType(PrimitiveTypeCode.Void));
method.DeclaringType.ShouldBe(P.GetTypeFromReference(null, null, "", "Foo"));
method.MethodName.ShouldBe("Bar");
method.Parameters.ShouldBe(new[]
{
P.GetPrimitiveType(PrimitiveTypeCode.Boolean)
});
}
public static void Field_reference_with_array_return_and_assemblies()
{
var field = ILAsmParser.ParseFieldReference("class [a] Foo[] class [a]Bar::FieldName", P);
field.FieldType.ShouldBe(
P.GetArrayType(
P.GetTypeFromReference(false, "a", "", "Foo"),
rank: 1));
field.DeclaringType.ShouldBe(P.GetTypeFromReference(false, "a", "", "Bar"));
field.FieldName.ShouldBe("FieldName");
}
public static void Field_reference_with_nested_classes()
{
var field = ILAsmParser.ParseFieldReference("class A.B.C/D.E.F/G H.I.J/K.L.M/N::FieldName", P);
field.FieldType.ShouldBe(P.GetTypeFromReference(
isValueType: false,
assemblyName: null,
namespaceName: "A.B",
topLevelTypeName: "C",
nestedTypeNames: new[] { "D.E.F", "G" }));
field.DeclaringType.ShouldBe(P.GetTypeFromReference(
isValueType: null,
assemblyName: null,
namespaceName: "H.I",
topLevelTypeName: "J",
nestedTypeNames: new[] { "K.L.M", "N" }));
field.FieldName.ShouldBe("FieldName");
}
public static void Generic_method_instantiation()
{
var method = ILAsmParser.ParseMethodReference("class Foo`1/Bar`1<!0, !1> class Foo`1/Bar`1<bool, int32>::MethodName<!1, string>(!0, !1, !!0)", P);
method.ReturnType.ShouldBe(
P.GetGenericInstantiation(
P.GetTypeFromReference(false, null, "", "Foo`1", new[] { "Bar`1" }),
new[]
{
P.GetGenericTypeParameter(0),
P.GetGenericTypeParameter(1)
}));
method.DeclaringType.ShouldBe(
P.GetGenericInstantiation(
P.GetTypeFromReference(false, null, "", "Foo`1", new[] { "Bar`1" }),
new[]
{
P.GetPrimitiveType(PrimitiveTypeCode.Boolean),
P.GetPrimitiveType(PrimitiveTypeCode.Int32)
}));
method.MethodName.ShouldBe("MethodName");
method.GenericArguments.ShouldBe(new[]
{
P.GetGenericTypeParameter(1),
P.GetPrimitiveType(PrimitiveTypeCode.String)
});
method.Parameters.ShouldBe(new[]
{
P.GetGenericTypeParameter(0),
P.GetGenericTypeParameter(1),
P.GetGenericMethodParameter(0)
});
}
public static void Field_reference_with_generics()
{
var field = ILAsmParser.ParseFieldReference("class Foo`1/Bar`1<!0, !1> class Foo`1/Bar`1<bool, int32>::FieldName", P);
field.FieldType.ShouldBe(
P.GetGenericInstantiation(
P.GetTypeFromReference(false, null, "", "Foo`1", nestedTypeNames: new[] { "Bar`1" }),
new[]
{
P.GetGenericTypeParameter(0),
P.GetGenericTypeParameter(1)
}));
field.DeclaringType.ShouldBe(
P.GetGenericInstantiation(
P.GetTypeFromReference(false, null, "", "Foo`1", nestedTypeNames: new[] { "Bar`1" }),
new[]
{
P.GetPrimitiveType(PrimitiveTypeCode.Boolean),
P.GetPrimitiveType(PrimitiveTypeCode.Int32)
}));
field.FieldName.ShouldBe("FieldName");
}
public static void Varargs_method_parameters_not_supported()
{
Should.Throw <NotSupportedException>(() => ILAsmParser.ParseMethodReference("void Foo::Bar(...)", P));
}
public static void Vararg_calling_convention_is_not_supported()
{
Should.Throw <NotSupportedException>(() => ILAsmParser.ParseMethodReference("vararg void Bar()", P));
}
public static void Unmanaged_calling_convention_is_not_supported([Values("cdecl", "fastcall", "stdcall", "thiscall")] string unmanagedConvention)
{
Should.Throw <NotSupportedException>(() => ILAsmParser.ParseMethodReference("unmanaged " + unmanagedConvention + " void Bar()", P));
}
private static T AssertException <T>(string syntax) where T : Exception
{
return(Should.Throw <T>(() => ILAsmParser.ParseType(syntax, P)));
}
public FieldReference GetFieldReference(string ilasmSyntax)
{
var field = ILAsmParser.ParseFieldReference(ilasmSyntax, typeProvider);
return(new FieldReference(field.FieldName, field.FieldType, field.DeclaringType));
}
public static void ParseMethodReference_should_throw_FormatException_for_invalid_character()
{
Should.Throw <FormatException>(() => ILAsmParser.ParseMethodReference("/", P));
}
public static void ParseMethodReference_should_throw_ArgumentException_for_whitespace([Values(null, "", " ")] string whitespace)
{
var ex = Should.Throw <ArgumentException>(() => ILAsmParser.ParseMethodReference(whitespace, P));
ex.ParamName.ShouldBe("methodReferenceSyntax");
}
public TypeReference GetTypeReference(string ilasmSyntax)
{
return(ILAsmParser.ParseType(ilasmSyntax, typeProvider));
}
public static void Method_reference_without_type_spec_is_not_supported()
{
Should.Throw <NotSupportedException>(() => ILAsmParser.ParseMethodReference("void Bar()", P));
}
public static void Default_calling_convention_may_be_specified()
{
ILAsmParser.ParseMethodReference("default void Foo::Bar()", P);
}
private static void AssertCallTree(string syntax, string expected)
{
ILAsmParser.ParseType(syntax, P).ShouldBe(expected);
}
