public IEnumerator LocalUDP_Test()
{
pPacketCheckRecieve = SPacketTest_Struct.Dummy();
Assert.AreEqual(pPacketCheckRecieve, SPacketTest_Struct.Dummy());
Network_UDP_Test.EventMakeSingleton();
Network_UDP_Test.instance.DoStartListen_UDP(iTestPort);
bIsRecievePacket_OnFail = false;
SPacketTest_Struct pSendPacket = new SPacketTest_Struct(1, "보냈다");
// 보내기 전에는 체크용 패킷과 보낼 패킷과 일치하지 않는다.
Assert.AreNotEqual(pPacketCheckRecieve.iValue, pSendPacket.iValue);
Assert.AreNotEqual(pPacketCheckRecieve.strValue, pSendPacket.strValue);
Network_UDP_Test.instance.DoSendPacket(strTestTargetIP, iTestPort, pSendPacket);
while (bIsRecievePacket_OnFail == false)
{
yield return(null);
}
// 패킷을 받은 뒤에는 체크용 패킷과 보낼 패킷이 일치한다.
Assert.AreEqual(pPacketCheckRecieve.iValue, pSendPacket.iValue);
Assert.AreEqual(pPacketCheckRecieve.strValue, pSendPacket.strValue);
}
public IEnumerator Convert_Struct_To_Byte_To_Struct_Test()
{
SPacketTest_Struct pPacket1 = new SPacketTest_Struct(1, "테스트Test123!@#");
SPacketTest_Struct pPacket2 = new SPacketTest_Struct();
Assert.AreNotEqual(pPacket1, pPacket2);
byte[] arrData = ByteExtension.ConvertByteArray(pPacket1);
ByteExtension.ConvertPacket(arrData, out pPacket2);
Assert.AreEqual(pPacket1, pPacket2);
yield return(null);
}
public IEnumerator 구조체에서_바이트변환_다시_구조체로변환_테스트()
{
SPacketTest_Struct pPacket1 = new SPacketTest_Struct(1, "테스트Test123!@#");
SPacketTest_Struct pPacket2 = new SPacketTest_Struct();
Assert.AreNotEqual(pPacket1, pPacket2);
byte[] arrData = SCByteHelper.ConvertByteArray(pPacket1);
SCByteHelper.ConvertPacket(arrData, out pPacket2);
Assert.AreEqual(pPacket1, pPacket2);
yield return(null);
}
// 프로젝트 레벨에선, 페킷 헤더 내용을 토대로 페이로드에 있는 패킷을 파싱해야 한다.
// 테스트 코드이므로 생략
protected override void OnRecievePacket(STestSession pSessionSender, SPacketHeader pPacketHeader, byte[] arrRecieveData, string strIP)
{
/// <see cref="Network_UDP_Test.로컬_UDP송수신_패킷헤더및_패킷디큐_테스트"/>
switch (pPacketHeader.ePacketType)
{
case ETestPacketType.Test_Struct:
{
SPacketTest_Struct pPacketTest1;
if (arrRecieveData.Convert_ToStruct(out pPacketTest1))
{
pPacketCheckRecieve = pPacketTest1;
Network_UDP_Test.instance.DoSendPacket(strTestTargetIP, iTestPort, new SPacketTest_Struct(2, "받았다"));
bIsRecievePacket_OnFail = true;
}
}
break;
case ETestPacketType.Test_Class:
break;
case ETestPacketType.Test_Reliable_Send:
if (iReliableRecvCount++ >= 3)
{
Network_UDP_Test.instance.DoSendPacket(strTestTargetIP, iTestPort, new SPacketTest_ReliableRespond("정상응답"));
}
else
{
Debug.Log("릴라이어블 리시브 카운트 : " + iReliableRecvCount + " " + DateTime.Now.ToString("mm:ss.") + DateTime.Now.Millisecond);
Network_UDP_Test.instance.DoSendPacket(strTestTargetIP, iTestPort, new SPacketTest_ReliableRespond("거짓응답"));
}
break;
case ETestPacketType.Test_Reliable_Respond:
break;
// 정해진 패킷 타입이 아닌 경우 -
default:
Debug.Log(" OnRecievePacket - " + pPacketHeader.ePacketType);
break;
}
}
public void RingBuffer_Enqueue_Dequeue_Test()
{
SPacketTest_Struct pPacketTest = new SPacketTest_Struct(1, "인큐_디큐_테스트");
SPacketTest_Struct pPacketTest2 = new SPacketTest_Struct(2, "더미데이터");
byte[] arrPacketData = ByteExtension.ConvertByteArray(pPacketTest);
int iDataSize = arrPacketData.Length;
var pBuffer = new CCircularBuffer <byte>(10240);
pBuffer.Enqueue(arrPacketData);
Assert.AreNotEqual(pPacketTest.iValue, pPacketTest2.iValue);
Assert.AreNotEqual(pPacketTest.strValue, pPacketTest2.strValue);
byte[] arrPacketData2 = pBuffer.Dequeue_OrNull(iDataSize);
arrPacketData2.Convert_ToStruct(out pPacketTest2);
Assert.AreEqual(pPacketTest.iValue, pPacketTest2.iValue);
Assert.AreEqual(pPacketTest.strValue, pPacketTest2.strValue);
}
