public async Task CodeGenRoundTripSerialization()
{
var grain = this.GrainFactory.GetGrain <ISerializationGenerationGrain>(GetRandomGrainId());
// Test struct serialization.
var expectedStruct = new SomeStruct(10)
{
Id = Guid.NewGuid(), PublicValue = 6, ValueWithPrivateGetter = 7
};
expectedStruct.SetValueWithPrivateSetter(8);
expectedStruct.SetPrivateValue(9);
var actualStruct = await grain.RoundTripStruct(expectedStruct);
Assert.Equal(expectedStruct.Id, actualStruct.Id);
Assert.Equal(expectedStruct.ReadonlyField, actualStruct.ReadonlyField);
Assert.Equal(expectedStruct.PublicValue, actualStruct.PublicValue);
Assert.Equal(expectedStruct.ValueWithPrivateSetter, actualStruct.ValueWithPrivateSetter);
Assert.Equal(expectedStruct.GetPrivateValue(), actualStruct.GetPrivateValue());
Assert.Equal(expectedStruct.GetValueWithPrivateGetter(), actualStruct.GetValueWithPrivateGetter());
// Test abstract class serialization.
var input = new OuterClass.SomeConcreteClass {
Int = 89, String = Guid.NewGuid().ToString()
};
input.Classes = new SomeAbstractClass[]
{
input,
new AnotherConcreteClass
{
AnotherString = "hi",
Interfaces = new List <ISomeInterface> {
input
}
}
};
input.SetObsoleteInt(38);
input.Enum = SomeAbstractClass.SomeEnum.SomethingElse;
input.NonSerializedInt = 39;
var output = await grain.RoundTripClass(input);
Assert.Equal(input.Int, output.Int);
Assert.Equal(input.Enum, output.Enum);
Assert.Equal(input.String, ((OuterClass.SomeConcreteClass)output).String);
Assert.Equal(input.Classes.Length, output.Classes.Length);
Assert.Equal(input.String, ((OuterClass.SomeConcreteClass)output.Classes[0]).String);
Assert.Equal(input.Classes[1].Interfaces[0].Int, output.Classes[1].Interfaces[0].Int);
Assert.Equal(input.GetObsoleteInt(), output.GetObsoleteInt());
Assert.Equal(0, output.NonSerializedInt);
// Test abstract class serialization with state.
await grain.SetState(input);
output = await grain.GetState();
Assert.Equal(input.Int, output.Int);
Assert.Equal(input.String, ((OuterClass.SomeConcreteClass)output).String);
Assert.Equal(input.Classes.Length, output.Classes.Length);
Assert.Equal(input.String, ((OuterClass.SomeConcreteClass)output.Classes[0]).String);
Assert.Equal(input.Classes[1].Interfaces[0].Int, output.Classes[1].Interfaces[0].Int);
Assert.Equal(input.GetObsoleteInt(), output.GetObsoleteInt());
Assert.Equal(0, output.NonSerializedInt);
// Test interface serialization.
var expectedInterface = input;
var actualInterface = await grain.RoundTripInterface(expectedInterface);
Assert.Equal(input.Int, actualInterface.Int);
// Test enum serialization.
const SomeAbstractClass.SomeEnum ExpectedEnum = SomeAbstractClass.SomeEnum.Something;
var actualEnum = await grain.RoundTripEnum(ExpectedEnum);
Assert.Equal(ExpectedEnum, actualEnum);
// Test serialization of a generic class which has a value-type constraint.
var expectedStructConstraintObject = new ClassWithStructConstraint <int> {
Value = 38
};
var actualStructConstraintObject =
(ClassWithStructConstraint <int>) await grain.RoundTripObject(expectedStructConstraintObject);
Assert.Equal(expectedStructConstraintObject.Value, actualStructConstraintObject.Value);
}
public Task <SomeAbstractClass.SomeEnum> RoundTripEnum(SomeAbstractClass.SomeEnum input)
{
return(Task.FromResult(input));
}
public async Task CodeGenRoundTripSerialization()
{
var grain = GrainClient.GrainFactory.GetGrain <ISerializationGenerationGrain>(GetRandomGrainId());
// Test struct serialization.
var expectedStruct = new SomeStruct(10)
{
Id = Guid.NewGuid(), PublicValue = 6, ValueWithPrivateGetter = 7
};
expectedStruct.SetValueWithPrivateSetter(8);
expectedStruct.SetPrivateValue(9);
var actualStruct = await grain.RoundTripStruct(expectedStruct);
Assert.AreEqual(expectedStruct.Id, actualStruct.Id);
Assert.AreEqual(expectedStruct.ReadonlyField, actualStruct.ReadonlyField);
Assert.AreEqual(expectedStruct.PublicValue, actualStruct.PublicValue);
Assert.AreEqual(expectedStruct.ValueWithPrivateSetter, actualStruct.ValueWithPrivateSetter);
Assert.AreEqual(expectedStruct.GetPrivateValue(), actualStruct.GetPrivateValue());
Assert.AreEqual(expectedStruct.GetValueWithPrivateGetter(), actualStruct.GetValueWithPrivateGetter());
// Test abstract class serialization.
var expectedAbstract = new OuterClass.SomeConcreteClass {
Int = 89, String = Guid.NewGuid().ToString()
};
expectedAbstract.Classes = new List <SomeAbstractClass>
{
expectedAbstract,
new AnotherConcreteClass
{
AnotherString = "hi",
Interfaces = new List <ISomeInterface> {
expectedAbstract
}
}
};
var actualAbstract = await grain.RoundTripClass(expectedAbstract);
Assert.AreEqual(expectedAbstract.Int, actualAbstract.Int);
Assert.AreEqual(expectedAbstract.String, ((OuterClass.SomeConcreteClass)actualAbstract).String);
Assert.AreEqual(expectedAbstract.Classes.Count, actualAbstract.Classes.Count);
Assert.AreEqual(expectedAbstract.String, ((OuterClass.SomeConcreteClass)actualAbstract.Classes[0]).String);
Assert.AreEqual(expectedAbstract.Classes[1].Interfaces[0].Int, actualAbstract.Classes[1].Interfaces[0].Int);
// Test abstract class serialization with state.
await grain.SetState(expectedAbstract);
actualAbstract = await grain.GetState();
Assert.AreEqual(expectedAbstract.Int, actualAbstract.Int);
Assert.AreEqual(expectedAbstract.String, ((OuterClass.SomeConcreteClass)actualAbstract).String);
Assert.AreEqual(expectedAbstract.Classes.Count, actualAbstract.Classes.Count);
Assert.AreEqual(expectedAbstract.String, ((OuterClass.SomeConcreteClass)actualAbstract.Classes[0]).String);
Assert.AreEqual(expectedAbstract.Classes[1].Interfaces[0].Int, actualAbstract.Classes[1].Interfaces[0].Int);
// Test interface serialization.
var expectedInterface = expectedAbstract;
var actualInterface = await grain.RoundTripInterface(expectedInterface);
Assert.AreEqual(expectedAbstract.Int, actualInterface.Int);
// Test enum serialization.
const SomeAbstractClass.SomeEnum ExpectedEnum = SomeAbstractClass.SomeEnum.Something;
var actualEnum = await grain.RoundTripEnum(ExpectedEnum);
Assert.AreEqual(ExpectedEnum, actualEnum);
}
