public MURUData()
{
int i = 0;
for (i = 0; i < 4; i++)
{
afGain[i] = new AFGain();
}
for (i = 0; i < 5; i++)
{
ruData[i] = new RUData();
}
}
void sUser_Received(SendReceive SendRecv, byte[] buffer, int lng)
{
#region 수신된 Data 기본처리
//'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
int i = 0, j = 0;
int chkSum = 0, iLow, iHigh;
byte bL = 0x00, bH = 0x00;
if (clsCommon.flagDebug[clsCommon.NMS])
{
string strData = null;
if (fMain.flagDataViewTypeASCII)
{
strData = Encoding.Default.GetString(buffer, 0, lng);
}
else
{
for (i = 0; i < lng; i++)
{
strData += string.Format(" {0:X2}", buffer[i]);
}
}
this.nms_SendReceiveDataView(false, strData);
}
for (i = 0; i < lng - 2; i++)
{
chkSum = chkSum ^ buffer[i];
}
iLow = chkSum & 0x0F;
iHigh = chkSum >> 4;
bH = clsCommon.HexaConvert(iHigh);
bL = clsCommon.HexaConvert(iLow);
this.nms_DataSendReceive(false);
if ((bH != buffer[lng - 2]) || (bL != buffer[lng - 1]))
{
return;
}
//'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
#endregion
j = 2;
byte tmpMUId = buffer[j++]; //MU ID
byte tmpRUId = buffer[j++]; //RU ID
byte tmpCMD = buffer[j++]; //CMD
int tmpLng = buffer[j++]; //Data 길이
byte tmpBdaId = 0;
tmpMUId = (byte)(tmpMUId - 0x40);
tmpRUId = (byte)(tmpRUId - 0x30);
switch (tmpCMD)
{
case CMD_MsinStbyChange: //0x43 - C : 주/예비 절체
byte mainSpare = clsCommon.AHD(buffer[j++]); //주/예비
this.nms_MainSpareChange(tmpMUId, tmpRUId, mainSpare);
break;
case CMD_AutoManualChange:
byte autoManual = clsCommon.AHD(buffer[j++]); //Auto/Manual
this.nms_AutoStbyChange(tmpMUId, tmpRUId, autoManual);
break;
case CMD_RFGainSet: //F : RF 출력 조절
byte mainStby = clsCommon.AHD(buffer[j++]); //주/예비
byte rfGainValue = buffer[j++]; //RF 출력값
this.nms_RfGainSet(tmpMUId, tmpRUId, mainStby, rfGainValue);
break;
case CMD_AFGainSet_CCE: //E : CCE/RC1/RC2/RC3 TX/RX/MOB AF Gain값 설정
case CMD_AFGainSet_RC1: //1
case CMD_AFGainSet_RC2: //2
case CMD_AFGainSet_RC3: //3
AFGain tmpAfGain = new AFGain();
tmpAfGain.gainTx = buffer[j++];
tmpAfGain.gainRx = buffer[j++];
tmpAfGain.gainMon = buffer[j++];
if (tmpAfGain.gainTx >= 0x80)
{
tmpAfGain.gainTx = (tmpAfGain.gainTx - 0x80) * -1;
}
if (tmpAfGain.gainRx >= 0x80)
{
tmpAfGain.gainRx = (tmpAfGain.gainRx - 0x80) * -1;
}
if (tmpAfGain.gainMon >= 0x80)
{
tmpAfGain.gainMon = (tmpAfGain.gainMon - 0x80) * -1;
}
this.nms_AfGainSet(tmpMUId, tmpRUId, tmpCMD, tmpAfGain);
break;
case CMD_AFGain: //Q : CCE, RC1, RC2, RC3의 TX/RX/MON AF Gain값 요청
this.nms_AfGainInquiry(tmpMUId, tmpRUId);
break;
case CMD_WideNarrowChange: //B : 무전기 형식 절체
byte wideNarrow = clsCommon.AHD(buffer[j++]);
this.nms_WideNarrowChange(tmpMUId, tmpRUId, wideNarrow);
break;
case CMD_ChReturnTimeSet: //H : 채널복귀시간 설정
byte chReturnTime = buffer[j++];
this.nms_ChReturnTimeSet(tmpMUId, chReturnTime);
break;
case CMD_BDA_Init: //BDA 초기값 설정
BDAInit tmpBdaInitSt = new BDAInit();
for (i = 0; i < 4; i++)
{
if (buffer[j++] == 1)
{
tmpBdaInitSt.flagBDAEnable[i] = true;
}
}
j++; //주파수 설정 사용안함
if (buffer[j++] == 1)
{
tmpBdaInitSt.flagBDAPollEnable = true;
}
tmpBdaInitSt.pollTime = buffer[j++];
this.nms_BdaInitStSet(tmpMUId, tmpRUId, tmpBdaInitSt);
break;
case CMD_BDA_Set: //BDA 설정값 요청
this.nms_BdaInitStInquiry(tmpMUId, tmpRUId);
break;
case CMD_BDA_StReport: //BDA 상태 요청
tmpBdaId = buffer[j++]; //BDA ID
this.nms_BdaStInquiry(tmpMUId, tmpRUId, tmpBdaId);
break;
case CMD_BDA_LoopTest: //BDA LoopTest 요청
tmpBdaId = buffer[j++]; //BDA ID
this.nms_BdaLoopTest(tmpMUId, tmpRUId, tmpBdaId);
break;
case CMD_BDA_Rf: //BDA RF 출력값 요청
tmpBdaId = buffer[j++]; //BDA ID
this.nms_BdaRfInquiry(tmpMUId, tmpRUId, tmpBdaId);
break;
case CMD_BDA_RfSet: //BDA RF 출력값 설정
tmpBdaId = buffer[j++]; //BDA ID
byte tmpRfValue = buffer[j++]; //Rf 출력값
this.nms_BdaRfSet(tmpMUId, tmpRUId, tmpBdaId, tmpRfValue);
break;
case CMD_BDA_FreqSet: //BDA 주파수 설정
byte[] tmpFreq = new byte[2];
tmpFreq[0] = buffer[j++];
tmpFreq[1] = buffer[j++];
this.nms_BdaFreqSet(tmpMUId, tmpRUId, tmpFreq);
break;
case CMD_POLLING:
cntPolling = 0;
break;
}
}