public void SystemTypeEquals()
{
var t1 = KnownType.Create(typeof(string));
var t2 = KnownType.Create(typeof(string));
Assert.AreEqual(t1, t2);
}
public void CanBuildDictionary()
{
var theType = KnownType.Create(typeof(Dictionary <,>),
new[] { KnownType.String, KnownType.String });
Assert.NotNull(theType);
}
private IEnumerable <ITypeDescription> CreateSingleIntFieldClass()
{
var stringType = KnownType.Create(typeof(int));
var type = SimpleClassDescription.Create(TestMetaData.SingleFieldType(),
f => TestMetaData.CreateField(stringType));
return(new[] { type, stringType });
}
public static IEnumerable <ITypeDescription> CreateClassListGenericOf(ITypeDescription typeOfLists)
{
var listType = KnownType.Create(typeof(List <>), new[] { typeOfLists });
var type = SimpleClassDescription.Create(SingleFieldType(),
f => CreateField(listType));
return(new[] { type, listType, typeOfLists });
}
internal static IEnumerable <ITypeDescription> TypeWithGenericList()
{
var stringList = KnownType.Create(typeof(List <string>));
var type = SimpleClassDescription.Create(TestMetaData.SingleFieldType(),
f => TestMetaData.CreateField(stringList));
return(new[] { type, stringList });
}
public void CanResolveFullyKnownType()
{
var theType = KnownType.Create(
typeof(Dictionary <ClassWithoutFields, ClassWithoutFields>),
new[] { KnownType.Create(typeof(ClassWithoutFields)), KnownType.Create(typeof(ClassWithoutFields)) });
Assert.NotNull(theType);
Assert.NotNull(theType.TryResolveType(t => typeof(ClassWithoutFields)));
}
public void ResolvesGenericParameters()
{
var otherType = TestMetaData.CreateEmptyClassMetaInfo();
var theType = KnownType.Create(typeof(System.Collections.Generic.List <>), otherType);
var resovledType = theType.TryResolveType(t => typeof(string));
Assert.AreEqual(typeof(System.Collections.Generic.List <string>), resovledType.Value);
Assert.IsTrue(theType.TypeName.FullName.StartsWith("System.Collections.Generic.List"));
}
private IEnumerable <ITypeDescription> SubClassType()
{
var baseClasses = TestMetaData.CreateSingleFieldClass();
var intType = KnownType.Create(typeof(int));
var baseClass = baseClasses.Single(b => !b.TryResolveType(TestUtils.FindNothingTypeResolver).HasValue);
var subType = SimpleClassDescription.Create(
TypeName.Create("ANamespace.SubClass", TestMetaData.AssemblyName), Maybe.From(baseClass),
f => TestMetaData.CreateField("subField", intType));
return(baseClasses.Concat(new[] { intType, subType }));
}
internal static IEnumerable <ITypeDescription> GenericType()
{
var stringList = KnownType.Create(typeof(List <string>));
var stringType = typeof(string);
var genericArguments = GenericArg(stringType);
var type = SimpleClassDescription.Create(TypeName.Create(TestMetaData.SingleFieldTypeName + "`1",
TestMetaData.AssemblyName, genericArguments),
f => TestMetaData.CreateField(stringList));
return(new[] { type, stringList });
}
public void CanAccessExistingArrayType()
{
var knownType = KnownType.Create(typeof(ClassWithFields));
var knownTypeArray = ArrayDescription.Create(knownType, 1);
var metaInfo = new[] { knownType, knownTypeArray };
var result = CodeGenerator.Create(metaInfo,
Assembly.GetAssembly(typeof(TestTypeGeneration)));
var arrayType = result.Types[knownTypeArray];
Assert.NotNull(arrayType);
}
private static IEnumerable <ITypeDescription> TwoGenericInstances()
{
var stringList = KnownType.Create(typeof(List <string>));
var stringType = typeof(string);
var stringGenericArgs = GenericArg(stringType);
var stringInstance = SimpleClassDescription.Create(TypeName.Create(TestMetaData.SingleFieldTypeName, TestMetaData.AssemblyName, stringGenericArgs),
f => TestMetaData.CreateField(stringList));
var intList = KnownType.Create(typeof(List <int>));
var intType = typeof(int);
var intGenericArgs = GenericArg(intType);
var intInstance = SimpleClassDescription.Create(TypeName.Create(TestMetaData.SingleFieldTypeName, TestMetaData.AssemblyName, intGenericArgs),
f => TestMetaData.CreateField(intList));
return(new[] { stringInstance, intInstance, stringList, intList });
}
public void NestedClassesAreUnderlined()
{
var listType = KnownType.Create(typeof(ClassWithProperty.NestedClass));
Assert.IsTrue(listType.TypeName.NameWithGenerics.EndsWith("ClassWithProperty_NestedClass"));
}
public void NameOfGenericInstance()
{
var listType = KnownType.Create(typeof(List <>), new[] { KnownType.String });
Assert.IsTrue(listType.TypeName.FullName.StartsWith("System.Collections.Generic.List`1["));
}
public void KnownTypeReturnsPropertyFields()
{
var theType = KnownType.Create(typeof(ClassWithProperty));
Assert.AreEqual(1, theType.Fields.Count());
}
public void KnownTypeIsBusinessType()
{
var theType = KnownType.Create(typeof(ClassWithFields));
Assert.IsTrue(theType.IsBusinessEntity);
}
public void Db4oTypeIsNotBusinessType()
{
var theType = KnownType.Create(typeof(ActivatableList <string>));
Assert.IsFalse(theType.IsBusinessEntity);
}
