public static void Test_Serializer_Doesnt_Throw_On_EnumString_Serializer_Building_When_A_String_Serializer_Is_Avaliable()
{
//arrange
SerializerService service = new SerializerService();
service.RegisterType <ClassWithStringToMakeStringSerializerAvailable>();
Assert.Throws <Exception>(() => service.RegisterType <TestEnumStringFault>()); //this was causing problems when you tried to register multiple enumstrings due to fault with key lookup
}
public static void Test_Serializer_Doesnt_Throw_On_Contextual_Field_Multiple_Register_Containing_Type()
{
//This was causing exceptions. We were registering a field's type multiple times if it was contextual. That's bad.
//arrange
SerializerService service = new SerializerService();
service.RegisterType <TestArrayWithFixedSize>();
Assert.DoesNotThrow(() => service.RegisterType <TestArrayWithFixedSize>());
}
private static ISerializerService CreateNewSerializer()
{
SerializerService serializer = new SerializerService();
serializer.RegisterType <MapDatFormatGenericBodyModel <MapDataFormatObjectEntry> >();
serializer.RegisterType <NRelSectionsChunkModel>();
serializer.Compile();
return(serializer);
}
public void Test_Can_Register_Payload()
{
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType(typeof(PSOBBPatchPacketPayloadServer));
serializer.RegisterType(typeof(PSOBBPatchPacketPayloadServer));
serializer.RegisterType(typeof(PSOBBPatchPacketPayloadServer));
serializer.RegisterType(typeof(PSOBBPatchPacketPayloadServer));
}
//TODO: We should use seperate assemblies that can build the desired serializers
private static INetworkSerializationService BuildServerSerializer()
{
SerializerService serializer = new SerializerService();
//This is slightly complicated
//But we need to register all the vanilla DTOs
//but we should also register all the wotlk DTOs that we don't have vanilla DTOs for
//This design will change in the future so that there is: wotlk, vanilla and shared libraries
//But right now this is how we have to do it until then
IReadOnlyCollection <NetworkOperationCode> codes = VanillaGamePacketMetadataMarker.UnimplementedOperationCodes.Value;
HashSet <NetworkOperationCode> opcodeSet = new HashSet <NetworkOperationCode>();
foreach (var opcode in codes)
{
opcodeSet.Add(opcode);
}
GamePacketStubMetadataMarker
.GamePacketPayloadStubTypes
.Where(t =>
{
NetworkOperationCode code = t.Attribute <GamePayloadOperationCodeAttribute>().OperationCode;
//if it's not a vanilla or shared packet
return(opcodeSet.Contains(code) && GamePacketMetadataMarker.UnimplementedOperationCodes.Value.Contains(code));
})
.Concat(GamePacketMetadataMarker.GamePacketPayloadTypes.Where(t => opcodeSet.Contains(t.Attribute <GamePayloadOperationCodeAttribute>().OperationCode)))
.Concat(VanillaGamePacketMetadataMarker.VanillaGamePacketPayloadTypes)
//TODO: Disable this when you need
.Where(t => t != typeof(SMSG_CONTACT_LIST_PAYLOAD) && t != typeof(SMSG_SPELL_GO_Payload))
.ToList()
.ForEach(t =>
{
if (!(typeof(IUnimplementedGamePacketPayload).IsAssignableFrom(t)))
{
Console.WriteLine($"Registering Type: {t.Name}");
}
serializer.RegisterType(t);
});
//Also the header types
serializer.RegisterType <ServerPacketHeader>();
serializer.RegisterType <OutgoingClientPacketHeader>();
//TODO: Uncomment for dumping
//serializer.RegisterType(typeof(SMSG_COMPRESSED_UPDATE_OBJECT_DTO_PROXY));
//serializer.RegisterType(typeof(SMSG_UPDATE_OBJECT_DTO_PROXY));
serializer.RegisterType <SMSG_CONTACT_LIST_DTO_PROXY>();
serializer.RegisterType <SMSG_SPELL_GO_DTO_PROXY>();
serializer.Compile();
return(new FreecraftCoreGladNetSerializerAdapter(serializer));
}
public static void Test_Serializer_Can_Register_WireType_With_Nested_Complex_Type_Empty()
{
//arrange
SerializerService service = new SerializerService();
//act
Assert.DoesNotThrow(() => service.RegisterType <TestClassMarked>());
Assert.DoesNotThrow(() => service.RegisterType <TestClassMarkedWithComplexMember>());
Assert.DoesNotThrow(() => service.RegisterType <TestClassMarkedWithComplexMember>());
Assert.DoesNotThrow(() => service.RegisterType <TestClassMarked>());
Assert.True(service.isTypeRegistered <TestClassMarkedWithComplexMember>());
}
public static void Test_Can_Deserialize_SeperatedCollection_Type()
{
Assert.Warn("TODO You must fix and reimplement seperated collection. It's not working fully as intended.");
return;
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType <TestSeperatedCollection>();
serializer.Compile();
//act
byte[] bytes = serializer.Serialize(new TestSeperatedCollection("Hello meep56!", 123456, new[] { 55523, 90, 2445, 63432, 6969 }));
TestSeperatedCollection deserialized = serializer.Deserialize <TestSeperatedCollection>(bytes);
//assert
Assert.NotNull(deserialized);
Assert.NotNull(deserialized.IntsChars);
Assert.AreEqual(5, deserialized.Size, "Expected the size to be the original collection size");
Assert.AreEqual(5, deserialized.IntsChars.Length, $"Expected the length of the collection to be the original length");
Assert.AreEqual("Hello meep56!", deserialized.TestString);
Assert.AreEqual(123456, deserialized.AnotherValue);
}
public static void Test_Can_Register_SeperatedCollection_Type()
{
//arrange
SerializerService serializer = new SerializerService();
Assert.DoesNotThrow(() => serializer.RegisterType <TestSeperatedCollection>());
}
public static void Test_Can_Regiser_Multilevel_Polymorphic_Type()
{
//arrange
SerializerService serializer = new SerializerService();
Assert.DoesNotThrow(() => serializer.RegisterType <TestBaseClass>());
}
public void Test_Can_Serialize_Then_Deserializer_AuthSessionChallengeEvent_Vanilla_Payload()
{
//arrange
SerializerService otherService = new SerializerService();
otherService.RegisterType <SessionAuthChallengeEvent>();
SerializerService serializer = new SerializerService();
serializer.RegisterType <SessionAuthChallengeEvent_Vanilla>();
serializer.Compile();
otherService.Compile();
SerializerService lastserializer = new SerializerService();
lastserializer.RegisterType <SessionAuthChallengeEvent_Vanilla>();
lastserializer.Compile();
//act
byte[] bytes = lastserializer.Serialize(new SessionAuthChallengeEvent_Vanilla(new SessionAuthChallengeEventData(55, new byte[32])));
SessionAuthChallengeEvent_Vanilla payload = serializer.Deserialize <SessionAuthChallengeEvent_Vanilla>(bytes);
//assert
Assert.NotNull(bytes);
}
public static void Test_Can_Serializer_Then_Deserialize_Most_Complex_Test_Possible()
{
//arrange
SerializerService serializer = new SerializerService();
TestEnum[] arrayOne = new TestEnum[] { TestEnum.Zero, TestEnum.One };
TestEnum[] arrayTwo = new TestEnum[3] {
TestEnum.Two, TestEnum.One, TestEnum.Zero
};
BasicWireDataContract WireDataContractNested = new BasicWireDataContract(8);
//act
serializer.RegisterType <VeryComplexType>();
serializer.Compile();
byte[] bytes = serializer.Serialize(new VeryComplexType(6, WireDataContractNested, arrayOne, arrayTwo));
Assert.NotNull(bytes);
Assert.False(bytes.Length == 0);
VeryComplexType message = serializer.Deserialize <VeryComplexType>(bytes);
//assert
Assert.NotNull(message);
//check fields
for (int i = 0; i < arrayOne.Length; i++)
{
Assert.AreEqual(arrayOne[i], message.testEnums[i], $"Failed for index {i}.");
}
for (int i = 0; i < arrayTwo.Length; i++)
{
Assert.AreEqual(arrayTwo[i], message.testEnumsAnother[i], $"Failed for index {i}.");
}
}
public void Test_Can_Deserialize_ReadToEnd_String_Type()
{
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType <ReadToEndStringType>();
serializer.Compile();
//act
byte[] bytes = serializer.Serialize(new ReadToEndStringType(5, TestStrings));
ReadToEndStringType deserializer = serializer.Deserialize <ReadToEndStringType>(bytes);
Assert.NotNull(deserializer);
Assert.IsNotEmpty(deserializer.Strings);
Assert.AreEqual(5, deserializer.I);
Assert.AreEqual(TestStrings.Length, deserializer.Strings.Length);
//Check that there are null terminators
Assert.AreEqual(TestStrings.Length, bytes.Skip(4).Count(b => b == 0));
for (int i = 0; i < TestStrings.Length; i++)
{
Assert.AreEqual(TestStrings[i], deserializer.Strings[i]);
}
}
public static async Task Test_Can_Deserialize_AuthLogonProofResponse()
{
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType <AuthPacketBaseTest>();
serializer.RegisterType <AuthLogonProofResponse>();
serializer.Link <AuthLogonProofResponse, AuthPacketBaseTest>();
serializer.Compile();
//act
AuthPacketBaseTest test = await serializer.DeserializeAsync <AuthPacketBaseTest>(new DefaultStreamReaderStrategyAsync(realWorldBytes.Skip(1).ToArray())
.PeekWithBufferingAsync()
.PreprendWithBytesAsync(new byte[] { 0x01 })
.PreprendWithBytesAsync(new byte[] { 2 }));
}
public void Test_Can_Serialize_Type_With_Complex_Array_Ignored_And_SendSize_Array_Succedding(int[] intArray)
{
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType <TestComplexOptionalFieldWithDisable>();
serializer.Compile();
//act
byte[] bytes = serializer.Serialize(new TestComplexOptionalFieldWithDisable(intArray));
TestComplexOptionalFieldWithDisable deserializerData = serializer.Deserialize <TestComplexOptionalFieldWithDisable>(bytes);
//assert
Assert.NotNull(bytes);
Assert.True(bytes.Length != 0);
//Check it's sizeof the element * length + the sendsize
Assert.True(bytes.Length == intArray.Length * sizeof(int) + sizeof(int));
Assert.NotNull(deserializerData);
for (int i = 0; i < intArray.Length; i++)
{
Assert.AreEqual(intArray[i], deserializerData.TestInts[i]);
}
}
private static async Task AsyncMain()
{
//While they're typing this let's build the serializer.
Task serializerReady = Task.Factory.StartNew(() =>
{
serializer.RegisterType <AdtFile>();
serializer.Compile();
}, TaskCreationOptions.LongRunning);
string adtName = Console.ReadLine();
if (String.IsNullOrEmpty(adtName) || !File.Exists(adtName))
{
throw new ArgumentException($"No adt file named {adtName} found in the directory.");
}
byte[] bytes = File.ReadAllBytes(adtName);
//wait for the serializer to compile
await serializerReady;
AdtFile adtFile = serializer.Deserialize <AdtFile>(bytes);
foreach (var chunk in adtFile)
{
Console.WriteLine(chunk.ToString());
}
Console.ReadKey();
}
public void Test_Can_Register_All_Concrete_Models(Type t)
{
//We have to do abit of a hack if it's a generic type
//We need a closed generic. DBCs usually are generic if they have strings
if (t.IsGenericTypeDefinition)
{
//TODO: Handle contraints better, causes throw and this is a hack to catch
//TODO: Support closing multiple type arg generics
//Assuming this can work, assuming all 1 generic param for now.
try
{
t = t.MakeGenericType(typeof(StringDBCReference));
}
catch (Exception e)
{
Assert.Inconclusive($"Cannot test Type: {t.Name} because closed generic could not be made. Maybe caused by constaints. Error: {e.Message}");
}
}
//arrange
SerializerService serializer = new SerializerService();
//assert
Assert.DoesNotThrow(() => serializer.RegisterType(t));
Assert.DoesNotThrow(() => serializer.Compile());
Assert.True(serializer.isTypeRegistered(t), $"Failed to register Type: {t.Name}");
}
public static void Test_Register_Complex_RealWorld_Type_Doesnt_Throw()
{
//arrange
SerializerService serializer = new SerializerService();
Assert.DoesNotThrow(() => serializer.RegisterType <AuthLogonChallengeRequest>());
}
private static void NewMethod(Stopwatch watch, SerializerService serializer)
{
watch.Start();
serializer.RegisterType <PlayerCharacterDataModel>();
serializer.Compile();
watch.Stop();
}
public static void Test_Can_Register_Child_of_Expected_Runtime_BaseType()
{
//arrange
SerializerService serivce = new SerializerService();
Assert.DoesNotThrow(() => serivce.RegisterType <ChildType>());
}
public static void Test_Can_Register_Compression_Marked_Class()
{
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType <TestInt32ArrayCompression>();
serializer.Compile();
}
public static void Test_Serializer_Throws_On_Non_Wiretype_Registerations()
{
//arrange
SerializerService service = new SerializerService();
//assert
Assert.Throws <InvalidOperationException>(() => service.RegisterType <TestClassUnmarked>());
}
//TODO: Can't remember why this isn't worknig, can't remember if needs fixing?
//[Test]
public static void Test_Serializer_Auth_Token()
{
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType <AuthenticationToken>();
serializer.RegisterType <AuthRealmListPacketTest.AuthRealmListResponse>();
serializer.Compile();
//act
AuthRealmListPacketTest.AuthRealmListResponse response = serializer.Deserialize <AuthRealmListPacketTest.AuthRealmListResponse>(new DefaultStreamReaderStrategy(realworldBytes));
//act
AuthenticationToken token = serializer.Deserialize <AuthenticationToken>(Encoding.UTF8.GetBytes(realWorldBytestring));
Assert.AreEqual("GLADER", token.AccountName);
}
public void Test_Can_Register_PatchingLoginRequestPayload()
{
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType(typeof(PatchingLoginRequestPayload));
serializer.Compile();
}
public static void Test_Serializer_Throws_On_Registering_Type_With_Duplicate_Wiremember_Numbers()
{
//arrange
SerializerService service = new SerializerService();
//assert
Assert.Throws <Exception>(() => service.RegisterType <TestCannotRegisterTypeWithMultipleSameFields>());
}
public static void Test_Can_Register_ReverseFixedByteArray_Type()
{
//arrange
SerializerService serializer = new SerializerService();
//assert
Assert.DoesNotThrow(() => serializer.RegisterType <ReverseArrayByteTest>());
}
public void Test_Can_Register_AddedSize_String_Type()
{
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType <TestAddedSizeStringType>();
serializer.Compile();
}
public static void Test_Serializer_Can_Register_WireType_Empty()
{
//arrange
SerializerService service = new SerializerService();
//act
Assert.DoesNotThrow(() => service.RegisterType <TestClassMarked>());
Assert.True(service.isTypeRegistered(typeof(TestClassMarked)));
}
public static void Test_Serializer_Can_Register_WireType_With_EnumString_Field()
{
//arrange
SerializerService service = new SerializerService();
//act
Assert.DoesNotThrow(() => service.RegisterType <WireDataContractWithStringEnum>());
Assert.True(service.isTypeRegistered <WireDataContractWithStringEnum>());
}
private ISerializerService CreateSerializer()
{
SerializerService serializer = new SerializerService();
serializer.RegisterType <RealmListContainer>();
typeof(AuthLogonChallengeRequest).Assembly
.GetTypes()
.Where(t => typeof(AuthenticationServerPayload).IsAssignableFrom(t) || typeof(AuthenticationClientPayload).IsAssignableFrom(t))
.ToList()
.ForEach(t =>
{
serializer.RegisterType(t);
});
serializer.Compile();
return(serializer);
}
public static void Test_Can_Deserialize_Complex_Compressed_Class()
{
//arrange
SerializerService serializer = new SerializerService();
serializer.RegisterType <TestComplexTypeWithCompressedComplex>();
serializer.RegisterType <TestComplexType>();
serializer.Compile();
//act
byte[] bytes = serializer.Serialize(new TestComplexTypeWithCompressedComplex(new TestComplexType(5, 50)));
TestComplexTypeWithCompressedComplex obj = serializer.Deserialize <TestComplexTypeWithCompressedComplex>(bytes);
byte[] justTestComplexBytes = serializer.Serialize(new TestComplexType(65, 50));
//assert
Assert.True(bytes.Length < 40 * sizeof(int)); //might be longer with header/footer
Assert.AreEqual(50, obj.CompressedComplex.testValues.Length);
}
