public void SetUp()
{
objectRepository = new Dictionary <string, object>();
ReflectionOptimizer.Enable();
var apiCtx = BuildRoutine.Context()
.AsClientApplication(
codingStyle = BuildRoutine.CodingStyle()
.FromBasic()
.AddCommonSystemTypes()
.AddTypes(GetType().Assembly, t => t.Namespace?.StartsWith("Routine.Test.Performance.Domain") == true)
.Use(p => p.ParseableValueTypePattern())
.Initializers.Add(c => c.PublicConstructors().When(type.of <BusinessPerformanceInput>()))
.Datas.Add(c => c.Properties(m => !m.IsInherited(true, true)))
.DataFetchedEagerly.Set(true)
.Operations.Add(c => c.Methods(o => !o.IsInherited(true, true)))
.IdExtractor.Set(c => c.IdByProperty(m => m.Returns <int>("Id")))
.Locator.Set(c => c.Locator(l => l.SingleBy(id => objectRepository[id])))
.ValueExtractor.Set(c => c.Value(e => e.By(o => $"{o}")))
);
objectService = apiCtx.ObjectService;
rapp = apiCtx.Application;
var _ = objectService.ApplicationModel;
}
public void Refreshes_added_types_within_coding_style_when_a_new_type_is_added_so_that_old_IType_instances_are_not_stored()
{
var codingStyle =
BuildRoutine.CodingStyle().FromBasic()
.AddTypes(typeof(CachedBusiness))
.IdExtractor.Set(c => c.IdByProperty(m => m.Returns <string>("Id")))
.Locator.Set(c => c.Locator(l => l.Constant(null)))
.ValueExtractor.Set(c => c.Value(e => e.By(obj => $"{obj}")));
var testing = new DefaultCoreContext(codingStyle, new DictionaryCache());
testing.GetDomainTypes();
var expected = testing.GetDomainType(type.of <CachedBusiness>());
codingStyle.AddTypes(typeof(LaterAddedType));
testing = new DefaultCoreContext(codingStyle, new DictionaryCache());
testing.GetDomainTypes();
var actual = testing.GetDomainType(type.of <CachedBusiness>());
Assert.AreNotSame(expected.Type, actual.Type);
}
public override void SetUp()
{
base.SetUp();
objectRepository = new Dictionary <string, object>();
codingStyle = BuildRoutine.CodingStyle().FromBasic()
.AddTypes(GetType().Assembly, t => t.IsPublic && t.Namespace != null && t.Namespace.StartsWith(RootNamespace))
.Initializers.Add(c => c.Constructors().When(t => t.IsValueType && t.Namespace?.StartsWith(RootNamespace) == true))
.Datas.Add(c => c.PublicProperties(m => !m.IsInherited()).When(t => t.Namespace?.StartsWith(RootNamespace) == true))
.Operations.Add(c => c.PublicMethods(m => !m.IsInherited()).When(t => t.Namespace?.StartsWith(RootNamespace) == true))
.IdExtractor.Set(c => c.IdByProperty(p => p.Returns <string>("Id")).When(t => t.Namespace != null && t.Namespace.StartsWith(RootNamespace)))
.Locator.Set(c => c.Locator(l => l.SingleBy(id => objectRepository[id])).When(t => t.Namespace != null && t.Namespace.StartsWith(RootNamespace) && t.Properties.Any(m => m.Returns <string>("Id"))))
.NextLayer()
;
var cache = new DictionaryCache();
ctx = new DefaultCoreContext(codingStyle, cache);
testing = new ObjectService(ctx, cache);
}
public static IServiceContext AsServiceApplication(
this ContextBuilder source,
Func <ServiceConfigurationBuilder, IServiceConfiguration> serviceConfiguration,
Func <CodingStyleBuilder, ICodingStyle> codingStyle
) => source.AsServiceApplication(
serviceConfiguration(BuildRoutine.ServiceConfig()),
codingStyle(BuildRoutine.CodingStyle())
);
public void When_an_interface_has_a_default_method__it_can_be_an_operation_of_its_view_model()
{
var testing = BuildRoutine.CodingStyle().FromBasic();
testing.AddTypes(typeof(IAnInterface), typeof(AClass));
testing.Operations.Add(c => c.PublicMethods().When(type.of <IAnInterface>()));
var operations = ((ICodingStyle)testing).GetOperations(type.of <IAnInterface>());
Assert.AreEqual(1, operations.Count);
Assert.AreEqual(nameof(IAnInterface.DefaultMethodOp), operations[0].Name);
}
public void When_configuring_nullable_types__type_and_module_names_come_from_the_type_that_is_nullable()
{
var testing = BuildRoutine.CodingStyle().FromBasic() as ICodingStyle;
Assert.AreEqual("Int32?", testing.GetName(type.of <int?>()));
Assert.AreEqual("System", testing.GetModule(type.of <int?>()));
Assert.AreEqual("DateTime?", testing.GetName(type.of <DateTime?>()));
Assert.AreEqual("System", testing.GetModule(type.of <DateTime?>()));
Assert.AreEqual("Text?", testing.GetName(type.of <Text?>()));
Assert.AreEqual("Routine.Test", testing.GetModule(type.of <Text?>()));
}
public void A_nullable_reference_type_is_treated_just_like_a_not_nullable_one()
{
var testing = BuildRoutine.CodingStyle().FromBasic();
testing.AddTypes(typeof(AClassWithNullableReferenceType));
testing.Datas.Add(c => c.PublicProperties());
var datas = ((ICodingStyle)testing).GetDatas(type.of <AClassWithNullableReferenceType>());
Assert.AreEqual(2, datas.Count);
Assert.AreEqual(nameof(AClassWithNullableReferenceType.NullableString), datas[0].Name);
Assert.AreEqual("System.String", datas[0].ReturnType.FullName);
Assert.AreEqual(nameof(AClassWithNullableReferenceType.NotNullableString), datas[1].Name);
Assert.AreEqual("System.String", datas[1].ReturnType.FullName);
}
public void Caches_domain_types_by_object_model_id()
{
ICodingStyle codingStyle =
BuildRoutine.CodingStyle().FromBasic()
.AddTypes(GetType().Assembly, t => !string.IsNullOrEmpty(t.Namespace) && t.Namespace.StartsWith("Routine.Test.Engine.Context.Domain"))
.IdExtractor.Set(c => c.IdByProperty(m => m.Returns <string>("Id")))
.Locator.Set(c => c.Locator(l => l.Constant(null)))
.ValueExtractor.Set(c => c.Value(e => e.By(obj => $"{obj}")));
var testing = new DefaultCoreContext(codingStyle, new DictionaryCache());
testing.GetDomainTypes();
var domainType = testing.GetDomainType(type.of <CachedBusiness>());
var expected = testing.GetDomainType(domainType.Id);
var actual = testing.GetDomainType(domainType.Id);
Assert.AreSame(expected, actual);
}
public void When_a_record_is_added__it_can_be_configured_like_any_other_class()
{
var testing = BuildRoutine.CodingStyle().FromBasic();
testing.AddTypes(typeof(ARecord));
testing.Initializers.Add(c => c.PublicConstructors().When(type.of <ARecord>()));
testing.Datas.Add(c => c.PublicProperties().When(type.of <ARecord>()));
var initializers = ((ICodingStyle)testing).GetInitializers(type.of <ARecord>());
var datas = ((ICodingStyle)testing).GetDatas(type.of <ARecord>());
Assert.AreEqual(1, initializers.Count);
Assert.AreEqual(1, initializers[0].Parameters.Count);
Assert.AreEqual(nameof(ARecord.Data), initializers[0].Parameters[0].Name);
Assert.AreEqual(type.of <string>(), initializers[0].Parameters[0].ParameterType);
Assert.AreEqual(1, datas.Count);
Assert.AreEqual(nameof(ARecord.Data), datas[0].Name);
Assert.AreEqual(type.of <string>(), datas[0].ReturnType);
}
public void When_a_ref_struct_is_added__it_is_ignored_automatically()
{
var testing = BuildRoutine.CodingStyle().FromBasic().AddTypes(typeof(ARefStruct)) as ICodingStyle;
Assert.IsFalse(testing.ContainsType(TypeInfo.Get(typeof(ARefStruct))));
}
public void When_adding_a_value_type__nullable_version_is_added_automatically()
{
var testing = BuildRoutine.CodingStyle().FromBasic().AddTypes(typeof(int)) as ICodingStyle;
Assert.IsTrue(testing.ContainsType(type.of <int?>()));
}
public static IClientContext AsClientApplication(
this ContextBuilder source,
Func <CodingStyleBuilder, ICodingStyle> codingStyle
) => source.AsClientApplication(
codingStyle(BuildRoutine.CodingStyle())
);
