public void TestProperties_BadPropertySkippedLambda()
{
var subject = new DummyBadProperty();
var tester = new PropertyTester(subject);
tester.AddIgnoredProperty(() => subject.SomeString);
tester.TestProperties();
}
public void PropertyTest()
{
var tester = new PropertyTester();
var env = new TestEnv <Entry <IPropertyable>, IPropertyable>(new Entry <IPropertyable>(tester));
var values1Obs = from gpi in env.Queryable.QueryNotifier <IPropertyable>().SupplyEvent()
select new { v1 = gpi.Property1.Value, v2 = gpi.Property2.Value };
var values = values1Obs.FirstAsync().Wait();
Assert.AreEqual(1, values.v1);
Assert.AreEqual(2, values.v2);
var values2Obs = from gpi in env.Queryable.QueryNotifier <IPropertyable>().SupplyEvent()
from v1 in gpi.Property1.PropertyChangeValue()
from v2 in gpi.Property2.PropertyChangeValue()
select new { v1, v2 };
int[] changes = new int[] { 0, 0 };
values2Obs.Subscribe(o => { changes[0] = o.v1; changes[1] = o.v2; });
tester.Property1.Value = 3;
tester.Property2.Value = 4;
System.Threading.SpinWait.SpinUntil(() => changes[0] == 3 && changes[1] == 4, 5000);
Assert.AreEqual(3, changes[0]);
Assert.AreEqual(4, changes[1]);
env.Dispose();
}
public void ChecaPropriedades()
{
var propertyTester = new PropertyTester(new T());
this.IgnorePropertiesOfCollectionType(propertyTester);
propertyTester.TestProperties();
}
public void Properties_work()
{
var tester = new PropertyTester(new TransitionDetails <SaleState, SaleEvent>("test"
, new StateDetails <SaleState, SaleEvent>(SaleState.Open)
, SaleEvent.AddItem));
tester.TestProperties();
}
private void IgnorePropertiesOfCollectionType(PropertyTester propertyTester)
{
typeof(T).GetProperties()
.Where(x => x.PropertyType == typeof(ICollection <>) == false)
.Select(x => x)
.ToList()
.ForEach(x => propertyTester.IgnoredProperties.Add(x.Name));
}
public void TestProperties_NoEventSkippedLambda()
{
var subject = new DummyNoEvent();
var tester = new PropertyTester(subject);
tester.AddIgnoredProperty(() => subject.SomeInt);
tester.TestProperties();
}
public void TestProperties_NoEventSkipped()
{
var tester = new PropertyTester(new DummyNoEvent());
tester.IgnoredProperties.Add("SomeInt");
tester.TestProperties();
}
public void TestProperties_NoEvent()
{
var tester = new PropertyTester(new DummyNoEvent());
tester.TestProperties();
}
public void TestProperties_GenericClass()
{
var tester = new PropertyTester(new DummyGeneric<int, int?, List<string>, string>());
tester.TestProperties();
}
public void TestProperties_CannotGenerateTwoDifferentValues()
{
var tester = new PropertyTester(new DummyUsesSameEquals());
tester.TestProperties();
}
public void TestProperties_BadPropertySkipped()
{
var tester = new PropertyTester(new DummyBadProperty());
tester.IgnoredProperties.Add("SomeString");
tester.TestProperties();
}
public void TestProperties_BadProperty()
{
var tester = new PropertyTester(new DummyBadProperty());
tester.TestProperties();
}
public void TestProperties_UsingMock()
{
var repository = new MockRepository();
var mock = repository.DynamicMock<IBasicProperties>();
Expect.Call(mock.GetSetProperty).Return("one");
Expect.Call(mock.GetOnlyProperty).Return("anyoldthing");
mock.SetOnlyProperty = "two";
repository.Replay(mock);
var typeFactory = new CustomStringTypeFactory();
typeFactory.ReturnValues.Enqueue("one");
typeFactory.ReturnValues.Enqueue("two");
var tester = new PropertyTester(mock, typeFactory);
tester.IgnoredProperties.Add("ConstructorArguments");
tester.TestProperties();
repository.Verify(mock);
}
public void TestProperties_Self()
{
var tester = new PropertyTester(new PropertyTester(new object()));
tester.TestProperties();
}
public void TestProperties_Pass()
{
var tester = new PropertyTester(new DummyGood());
tester.TestProperties();
}
