public void When_implementation_is_built_then_instance_property_should_return_instance()
{
var obj = new object();
var definition = BuildAccessorDefinition <IExampleAccessorFixture>();
var dispatcher = Substitute.For <IDispatcher>();
var builder = new ImplementationBuilder();
// Act
var implementation = builder.Implement <IExampleAccessorFixture>(obj, dispatcher, definition);
// Assert
implementation.Instance.Should().Be(obj);
}
public void When_implementation_is_built_then_bound_field_get_should_invoke_dispatcher()
{
var obj = new object();
var definition = BuildAccessorDefinition <IExampleAccessorFixture>();
var dispatcher = Substitute.For <IDispatcher>();
var builder = new ImplementationBuilder();
var implementation = builder.Implement <IExampleAccessorFixture>(obj, dispatcher, definition);
// Act
_ = implementation.Field;
// Assert
dispatcher.Received().FieldGet(obj, Arg.Any <int>());
}
public void When_implementation_is_built_then_bound_method_with_return_should_invoke_dispatcher()
{
var obj = new object();
var definition = BuildAccessorDefinition <IExampleAccessorFixture>();
var dispatcher = Substitute.For <IDispatcher>();
var builder = new ImplementationBuilder();
var implementation = builder.Implement <IExampleAccessorFixture>(obj, dispatcher, definition);
// Act
implementation.MethodWithReturn();
// Assert
dispatcher.Received().MethodCall(obj, Arg.Any <int>(), Arg.Is <object[]>(x => x.Length == 0));
}
public void When_implementation_is_built_then_bound_setter_should_invoke_dispatcher()
{
var input = AutoFixture.Create <string>();
var obj = new object();
var definition = BuildAccessorDefinition <IExampleAccessorFixture>();
var dispatcher = Substitute.For <IDispatcher>();
var builder = new ImplementationBuilder();
var implementation = builder.Implement <IExampleAccessorFixture>(obj, dispatcher, definition);
// Act
implementation.Property = input;
// Assert
dispatcher.Received().PropertySet(obj, Arg.Any <int>(), Arg.Is(input));
}
public void When_implementation_is_built_then_bound_method_with_return_should_return_dispatcher_return()
{
var ret = AutoFixture.Create <object>();
var obj = new object();
var definition = BuildAccessorDefinition <IExampleAccessorFixture>();
var dispatcher = Substitute.For <IDispatcher>();
dispatcher.MethodCall(obj, Arg.Any <int>(), Arg.Any <object[]>()).Returns(ret);
var builder = new ImplementationBuilder();
var implementation = builder.Implement <IExampleAccessorFixture>(obj, dispatcher, definition);
// Act
var result = implementation.MethodWithReturn();
// Assert
result.Should().Be(ret);
}
public void CreateImplementationIsThreadSafe()
{
// Test passes if it does not throw "Duplicate type name within an assembly"
var requester = new Mock <IRequester>();
// We can't really test this well... Just try lots, and see if we have any exceptions
for (int i = 0; i < 100; i++)
{
var implementationBuilder = new ImplementationBuilder();
var tasks = new Task[10];
for (int j = 0; j < tasks.Length; j++)
{
tasks[j] = Task.Run(() => implementationBuilder.CreateImplementation <ISomeApi>(requester.Object));
}
Task.WaitAll(tasks);
}
}
public void CreateImplementationIsThreadSafe()
{
// Test passes if it does not throw "Duplicate type name within an assembly"
var requester = new Mock<IRequester>();
// We can't really test this well... Just try lots, and see if we have any exceptions
for (int i = 0; i < 100; i++)
{
var implementationBuilder = new ImplementationBuilder();
var tasks = new Task[10];
for (int j = 0; j < tasks.Length; j++)
{
tasks[j] = Task.Run(() => implementationBuilder.CreateImplementation<ISomeApi>(requester.Object));
}
Task.WaitAll(tasks);
}
}
public void When_implementation_is_built_then_bound_method_with_args_should_invoke_dispatcher()
{
var arg1 = AutoFixture.Create <object>();
var arg2 = AutoFixture.Create <object>();
var obj = new object();
var definition = BuildAccessorDefinition <IExampleAccessorFixture>();
var dispatcher = Substitute.For <IDispatcher>();
var builder = new ImplementationBuilder();
var implementation = builder.Implement <IExampleAccessorFixture>(obj, dispatcher, definition);
// Act
implementation.MethodWithArguments(arg1, arg2);
// Assert
dispatcher.Received().MethodCall(obj, Arg.Any <int>(), Arg.Is <object[]>(x => x.Length == 2));
dispatcher.Received().MethodCall(obj, Arg.Any <int>(), Arg.Is <object[]>(x => x[0] == arg1));
dispatcher.Received().MethodCall(obj, Arg.Any <int>(), Arg.Is <object[]>(x => x[1] == arg2));
}
public DynamicObjectConverterCache(ImplementationBuilder implementationBuilder)
{
_implementationBuilder = implementationBuilder;
_cache = new ConcurrentCache <Type, ObjectConverter>(CreateMissingConverter);
}
public DynamicObjectConverterCache(ImplementationBuilder implementationBuilder)
{
_implementationBuilder = implementationBuilder;
_cache = new ConcurrentCache<Type, ObjectConverter>(CreateMissingConverter);
}
public DynamicObjectMapperCache()
{
_implementationBuilder = new DynamicImplementationBuilder();
_dtoCache = new DynamicObjectConverterCache(_implementationBuilder);
_otdCache = new DictionaryConverterCache();
}
public DynamicObjectMapperCache()
{
_implementationBuilder = new DynamicImplementationBuilder();
_dtoCache = new DynamicObjectConverterCache(_implementationBuilder);
_otdCache = new DictionaryConverterCache();
}
