public void DecodeRequestContent(Request req)
{
if (req.ParameterTypes.Length > 0)
{
if (req.Version == TarsCodecsConstant.VERSION)
{
if (req.Parameters == null)
req.Parameters = new object[req.ParameterTypes.Length];
//todo buffer to byte[]
TarsInputStream jis = new TarsInputStream((byte[])req.Buffer);
//todo charset
for (int i = 0; i < req.ParameterTypes.Length; i++)
{
Type type = TarsHelper.GetSourceType(req.ParameterTypes[i].ParameterType);
req.Parameters[i] = jis.Read(type, i, false);
}
}
else if (req.Version == TarsCodecsConstant.VERSION3 || req.Version == TarsCodecsConstant.VERSION2)
{
if (req.Parameters == null)
throw new ArgumentException("params name should not be empty");
UniAttribute unaIn = new UniAttribute(req.Version);
unaIn.Decode((byte[])req.Buffer);
for (int i = 0; i < req.ParameterTypes.Length; i++)
{
req.Parameters[i] = unaIn.GetByType(req.ParameterTypes[i].Name, TarsHelper.GetSourceType(req.ParameterTypes[i].ParameterType));
}
}
else
{
throw new TarsException(RpcStatusCode.ServerDecodeErr, "un supported protocol, version = " + req.Version);
}
req.Buffer = null;
}
}
public void TestArray()
{
UniAttribute client = new UniAttribute();
byte[] aByte = new byte[]
{
1, 2, 3, 4, 5, 6
};
client.Put("aByte", aByte);
client.Put("aEmpty", new byte[0]);
client.Put("aint", new int[] {
11, 22, 33, 44, 55, 66, 77, 88, 99, 10, 1111
});
byte[] buffer = client.Encode();
UniAttribute de = new UniAttribute();
de.Decode(buffer);
aByte = de.Get <byte[]>("aByte");
byte[] aEmpty = de.Get <byte[]>("aEmpty");
int[] aint = de.Get <int[]>("aint");
}
private byte[] EncodeTupResponseContent(Response message, string charsetName)
{
UniAttribute uni = new UniAttribute(charsetName, message.Version);
if (message.ResultStatusCode == RpcStatusCode.ServerSuccess)
{
var type = message.ReturnValueType.ParameterType;
if (type != typeof(void) && type != typeof(Task))
{
if (type.BaseType == typeof(Task))
{
uni.Put(TarsCodecsConstant.STAMP_STRING, message.ReturnValue);
}
else
{
uni.Put(TarsCodecsConstant.STAMP_STRING, type.GetProperty("Result").GetReflector().GetValue(message.ReturnValue));
}
}
for (int i = 0; i < message.ReturnParameterTypes.Length; i++)
{
uni.Put(message.ReturnParameterTypes[i].Name, message.ReturnParameters[i]);
}
}
return(uni.Encode());
}
/*
* 测试 UniAttributte
*/
public void TestUnipack(TestInfo ti)
{
byte[] buffer = new byte[8192];
UniAttribute unipack = new UniAttribute();
short tests = -100;
int testi = int.MaxValue;
long testl = -1000;
float testf = -100.032f;
string teststr = "teststring";
// 设置 tup 版本号，默认是 tup2，非精简版.
unipack.Version = Tup.Const.TUP_VERSION_2;
unipack.Put("mystruct", ti);
unipack.Put("tests", tests);
unipack.Put("testi", testi);
unipack.Put("testl", testl);
unipack.Put("testf", testf);
unipack.Put("teststr", teststr);
buffer = unipack.Encode();
Console.WriteLine("buffer.size: " + buffer.Length);
UniAttribute de = new UniAttribute();
TarsInputStream _is = new TarsInputStream(buffer);
de.ReadFrom(_is);
TestInfo st = new TestInfo();
short dtests = 0;
int dtesti = 0;
long dtestl = 0;
float dtestf = 0.0f;
string dteststr = "";
// 使用新的Get<T>(string Name, T DefaultObj)
dtests = de.Get <short>("tests", dtests);
dtesti = de.Get <int>("testi", dtesti);
dtestl = de.Get <long>("testl", dtestl);
dtestf = de.Get <float>("testf", dtestf);
dteststr = de.Get <string>("teststr", dteststr);
st = de.Get <TestInfo>("mystruct", st);
Console.WriteLine("dtests: " + dtests);
Console.WriteLine("dtesti: " + dtesti);
Console.WriteLine("dtestl: " + dtestl);
Console.WriteLine("dtestf: " + dtestf);
Console.WriteLine("dteststr: " + dteststr);
Console.WriteLine("\nTestInfo get struct: st->ibegin=" + st.ibegin + " st->li=" + st.li);
Console_PressAnyKey();
}
public void TestBasicType()
{
UniAttribute client = new UniAttribute();
client.Put("short", (short)-123);
client.Put("int", -1);
client.Put("long", -1L);
client.Put("ushort", (ushort)1234);
client.Put("uint", (uint)1324234);
client.Put("ulong", (ulong)123432455);
client.Put("float", 1.23f);
client.Put("double", (double)3.1415926);
byte[] buffer = client.Encode();
UniAttribute de = new UniAttribute();
de.Decode(buffer);
short sh = 0;
sh = de.Get <short>("short");
int i = 0;
i = de.Get <int>("int");
long l = 0;
l = de.Get <long>("long");
ushort ush = 0;
ush = (ushort)de.Get <ushort>("ushort");
uint ui = 0;
ui = de.Get <uint>("uint");
ulong ul = 0;
ul = de.Get <ulong>("ulong");
float f = 0.0f;
f = de.Get <float>("float");
double d = 0.0;
d = de.Get <double>("double");
}
public void TestTars()
{
UniAttribute client = new UniAttribute();
TestFriendlInfo tfi = new TestFriendlInfo();
tfi.dictTest = new Dictionary <int, string>();
for (int i = 0; i < 3; i++)
{
tfi.dictTest.Add(i, "v" + (i + 1));
}
tfi.friend_count = 3;
tfi.getfriendCount = 4;
tfi.getgroupCount = 5;
tfi.group_count = 6;
tfi.groupid = 7;
tfi.groupstartIndex = 13;
tfi.ifGetGroupInfo = 0;
tfi.ifReflush = 1;
tfi.reqtype = 4321;
tfi.startIndex = 32;
tfi.totoal_friend_count = 3;
tfi.totoal_group_count = 43;
tfi.uin = 3214123;
tfi.vecFriendInfo = new List <FriendInfo>();
for (int j = 0; j < 3; j++)
{
FriendInfo fi = new FriendInfo();
fi.faceId = (byte)j;
fi.friendUin = j + 100;
fi.groupId = (byte)(j + 13);
fi.remark = "hello " + j;
fi.sqqtype = (byte)j;
fi.status = (byte)j;
tfi.vecFriendInfo.Add(fi);
}
client.Put("TestFriendlInfo", tfi);
byte[] buffer = client.Encode();
UniAttribute de = new UniAttribute();
de.Decode(buffer);
TestFriendlInfo detfi = de.Get <TestFriendlInfo>("TestFriendlInfo");
}