public void GenericEquals()
{
var t1 = TestMetaData.CreateGenericType();
var t2 = TestMetaData.CreateGenericType();
Assert.AreEqual(t1, t2);
}
public void GenericNameWithTwoParams()
{
var complex = TestMetaData.CreateGenericType(
TypeName.Create("System.Int32", "mscorelib"), TypeName.Create("System.Int64", "mscorelib"));
Assert.AreEqual("TheType_2_Int32_Int64",
complex.Name);
}
public void GetsGenericTypeFromCurrentAssembly()
{
var dynamicType = new [] { TestMetaData.CreateGenericType() };
var dynamicAssembly = CodeGenerator.Create(dynamicType, TestUtils.NewName());
var typeToFind = dynamicAssembly.Types[dynamicType.Single(t => t.IsBusinessEntity)];
var found = TypeLoader.Create(new string[0])(TypeNameParser.ParseString(ReflectPlatform.FullyQualifiedName(typeToFind)));
Assert.AreEqual(typeToFind, found.Value);
}
public void CascadedGenericsName()
{
var theType = TestMetaData.CreateGenericType();
var complex = TestMetaData.CreateGenericType(
TypeName.Create("System.Int32", "mscorelib"), theType.TypeName);
Assert.AreEqual("TheType_2_Int32_TheType_1_Int32",
complex.Name);
}
public void GenericName()
{
var theType = TestMetaData.CreateGenericType();
Assert.AreEqual("TheType_1_Int32", theType.Name);
}
public void ArrayIsNotBusinessType()
{
var theType = ArrayDescription.Create(TestMetaData.CreateGenericType(), 1);
Assert.IsFalse(theType.IsBusinessEntity);
}
public void GeneratedIsBusinessType()
{
var theType = TestMetaData.CreateGenericType();
Assert.IsTrue(theType.IsBusinessEntity);
}