public void ApplyTo_NonSerializable_False()
{
var nonSerializable = new NonSerializable("s");
var subject = new SerializationConstraint<NonSerializable>(new JsonRoundtripSerializer<NonSerializable>(), Is.Not.Null);
Assert.That(matches(subject,nonSerializable), Is.False);
}
public void ApplyTo_NonSerializable_False()
{
var nonSerializable = new NonSerializable("s");
var subject = new SerializationConstraint <NonSerializable>(new JsonRoundtripSerializer <NonSerializable>(), Is.Not.Null);
Assert.That(matches(subject, nonSerializable), Is.False);
}
public void WriteMessageTo_NonSerializable_ExpectedContainsConstraintExpectations_ActualContainsExpectationsErrorPlusObject()
{
var nonSerializable = new NonSerializable("s");
var subject = new SerializationConstraint <NonSerializable>(new JsonRoundtripSerializer <NonSerializable>(), Is.Not.Null);
Assert.That(getMessage(subject, nonSerializable), Does
.StartWith(TextMessageWriter.Pfx_Expected + "Deserialized object not null").And
.Contains(TextMessageWriter.Pfx_Actual + "Could not serialize/deserialize object"));
}
public void WriteMessageTo_NonSerializable_ExpectedContainsConstraintExpectations_ActualContainsExpectationsErrorPlusObject()
{
var nonSerializable = new NonSerializable("s");
var subject = new SerializationConstraint<NonSerializable>(new JsonRoundtripSerializer<NonSerializable>(), Is.Not.Null);
Assert.That(getMessage(subject, nonSerializable), Does
.StartWith(TextMessageWriter.Pfx_Expected + "Deserialized object not null").And
.Contains(TextMessageWriter.Pfx_Actual + "Could not serialize/deserialize object"));
}
public void ApplyTo_NonMatchingSerializable_False()
{
var serializable = new Serializable { D = 3m, S = "s" };
var subject = new SerializationConstraint<Serializable>(new JsonRoundtripSerializer<Serializable>(),
Is.Not.SameAs(serializable)
.And.Property("S").EqualTo("sS")
.And.Property("D").EqualTo(3m));
Assert.That(matches(subject,serializable), Is.False);
}
public void WriteMessageTo_NonMatchingSerializable_ActualContainsOffendingValueAndActualObject()
{
var serializable = new Serializable { D = 3m, S = "s" };
var subject = new SerializationConstraint<Serializable>(new JsonRoundtripSerializer<Serializable>(),
Is.Not.SameAs(serializable)
.And.Property("S").EqualTo("sS")
.And.Property("D").EqualTo(3m));
Assert.That(getMessage(subject, serializable), Does.Contain(TextMessageWriter.Pfx_Actual + "\"s\"").And
.Contains(" -> <" + typeof(Serializable).FullName + ">"));
}
public void ApplyTo_NonMatchingSerializable_False()
{
var serializable = new Serializable {
D = 3m, S = "s"
};
var subject = new SerializationConstraint <Serializable>(new JsonRoundtripSerializer <Serializable>(),
Is.Not.SameAs(serializable)
.And.Property("S").EqualTo("sS")
.And.Property("D").EqualTo(3m));
Assert.That(matches(subject, serializable), Is.False);
}
public void WriteMessageTo_NonMatchingSerializable_ActualContainsOffendingValueAndActualObject()
{
var serializable = new Serializable {
D = 3m, S = "s"
};
var subject = new SerializationConstraint <Serializable>(new JsonRoundtripSerializer <Serializable>(),
Is.Not.SameAs(serializable)
.And.Property("S").EqualTo("sS")
.And.Property("D").EqualTo(3m));
Assert.That(getMessage(subject, serializable), Does.Contain(TextMessageWriter.Pfx_Actual + "\"s\"").And
.Contains(" -> <" + typeof(Serializable).FullName + ">"));
}
public void ApplyTo_AppliesConstraintToDeserialized()
{
var serializable = new Serializable { D = 3m, S = "s" };
var deserialized = new Serializable();
var serializer = Substitute.For<IRoundtripSerializer<Serializable>>();
var constraint = Substitute.For<Constraint>();
serializer.Deserialize().Returns(deserialized);
var subject = new SerializationConstraint<Serializable>(serializer, constraint);
subject.ApplyTo(serializable);
constraint.Received().ApplyTo(deserialized);
}
public void ApplyTo_AppliesConstraintToDeserialized()
{
var serializable = new Serializable {
D = 3m, S = "s"
};
var deserialized = new Serializable();
var serializer = Substitute.For <IRoundtripSerializer <Serializable> >();
var constraint = Substitute.For <Constraint>();
serializer.Deserialize().Returns(deserialized);
var subject = new SerializationConstraint <Serializable>(serializer, constraint);
subject.ApplyTo(serializable);
constraint.Received().ApplyTo(deserialized);
}
public void ApplyTo_AsksDeserializerToDeserializeWhatWasSerialized()
{
var serializable = new Serializable { D = 3m, S = "s" };
var serializer = Substitute.For<IRoundtripSerializer<Serializable>>();
var subject = new SerializationConstraint<Serializable>(serializer, Is.Null);
subject.ApplyTo(serializable);
ICall[] receivedCalls = serializer.ReceivedCalls().ToArray();
// first call: .Serialize(serializable)
Assert.That(receivedCalls[0].GetMethodInfo().Name, Is.EqualTo("Serialize"));
Assert.That(receivedCalls[0].GetArguments()[0], Is.SameAs(serializable));
// second call: Deserialize()
Assert.That(receivedCalls[1].GetMethodInfo().Name, Is.EqualTo("Deserialize"));
// third call: Dispose()
Assert.That(receivedCalls[2].GetMethodInfo().Name, Is.EqualTo("Dispose"));
}
public void ApplyTo_AsksDeserializerToDeserializeWhatWasSerialized()
{
var serializable = new Serializable {
D = 3m, S = "s"
};
var serializer = Substitute.For <IRoundtripSerializer <Serializable> >();
var subject = new SerializationConstraint <Serializable>(serializer, Is.Null);
subject.ApplyTo(serializable);
ICall[] receivedCalls = serializer.ReceivedCalls().ToArray();
// first call: .Serialize(serializable)
Assert.That(receivedCalls[0].GetMethodInfo().Name, Is.EqualTo("Serialize"));
Assert.That(receivedCalls[0].GetArguments()[0], Is.SameAs(serializable));
// second call: Deserialize()
Assert.That(receivedCalls[1].GetMethodInfo().Name, Is.EqualTo("Deserialize"));
// third call: Dispose()
Assert.That(receivedCalls[2].GetMethodInfo().Name, Is.EqualTo("Dispose"));
}
