bool TOptions::SwitchValue(const UnicodeString & Switch, bool Default, bool DefaultOnNonExistence)
{
bool Result = false;
int64_t IntValue = 0;
UnicodeString Value;
if (!FindSwitch(Switch, Value))
{
Result = DefaultOnNonExistence;
}
else if (Value.IsEmpty())
{
Result = Default;
}
else if (::SameText(Value, L"on"))
{
Result = true;
}
else if (::SameText(Value, L"off"))
{
Result = false;
}
else if (::TryStrToInt(Value, IntValue))
{
Result = (IntValue != 0);
}
else
{
throw Exception(FMTLOAD(URL_OPTION_BOOL_VALUE_ERROR, Value.c_str()));
}
return Result;
}
bool TOptions::FindSwitch(const UnicodeString & Switch)
{
UnicodeString Value;
intptr_t ParamsStart;
intptr_t ParamsCount;
return FindSwitch(Switch, Value, ParamsStart, ParamsCount);
}
UnicodeString TOptions::SwitchValue(const UnicodeString & Switch,
const UnicodeString & Default)
{
UnicodeString Value;
FindSwitch(Switch, Value);
if (Value.IsEmpty())
{
Value = Default;
}
return Value;
}
bool TOptions::FindSwitch(const UnicodeString & Switch,
TStrings * Params, intptr_t ParamsMax)
{
UnicodeString Value;
intptr_t ParamsStart;
intptr_t ParamsCount;
bool Result = FindSwitch(Switch, Value, ParamsStart, ParamsCount);
if (Result)
{
if ((ParamsMax >= 0) && (ParamsCount > ParamsMax))
{
ParamsCount = ParamsMax;
}
intptr_t Index = 0;
while (Index < ParamsCount)
{
Params->Add(GetParam(ParamsStart + Index));
++Index;
}
ParamsProcessed(ParamsStart, ParamsCount);
}
return Result;
}
void SYSTEM::HandleISUP(WEvent& evt)
{
WORD wMsgType;
wMsgType = *((WORD *)(evt.msgPtr));
switch(wMsgType)
{
case ISUP_ACM: // Backward call indicator and optional parameter.//地址全
case ISUP_CON: // 连接
case ISUP_ANM: // Only optional parameters.//应答
case ISUP_RLC: // 释放完成
case ISUP_REL: // 释放
case ISUP_CPG: // Event information and optional parameters. //呼叫进展
case ISUP_INF: // 信息
case ISUP_IAM: // 初始地址
case ISUP_SAM: // 后续地址
{
CProtocolTree* pISUPMsg = new CProtocolTree(MOD_ISUP, wMsgType);
unsigned char * pIePtr;
unsigned short cIeLen;
BYTE bNumOfIEs;
BYTE bIeType;
bNumOfIEs = evt.msgPtr[2];
pIePtr = (unsigned char *)(&(evt.msgPtr[3]));
while(bNumOfIEs)
{
bIeType = *pIePtr;
cIeLen = *(pIePtr+1);
//
if(pISUPMsg->PutIE(bIeType, (char*)(pIePtr+2), cIeLen) < 0)
{
break;
}
//
pIePtr += cIeLen + 2* sizeof(char);
bNumOfIEs--;
}
//
uint iOPC = 0;
uint iDPC = 0;
CProtocalIE* pIE = pISUPMsg->GetIE(PSG_IE_OPC);
if(pIE) iOPC = *((uint*)(pISUPMsg->GetIEData(pIE)));
else {
LOG4CXX_WARN(rootlog, "!!!ISUP message["<<pISUPMsg->MsgId()<<"] with no OPC");
return;
}
pIE = pISUPMsg->GetIE(PSG_IE_DPC);
if(pIE) iDPC = *((uint*)(pISUPMsg->GetIEData(pIE)));
else {
LOG4CXX_WARN(rootlog, "!!!ISUP message["<<pISUPMsg->MsgId()<<"] with no DPC");
return;
}
//
CSwitch* pOSwitch = FindSwitch(iOPC);
CSwitch* pDSwitch = FindSwitch(iDPC);
if(pDSwitch)
{
if(pOSwitch)
{
//TODO:此时要将消息复制一份 -> 性能问题
CProtocolTree* pDump = new CProtocolTree(*pISUPMsg);
pOSwitch->handlePDU(pDump);
}
pDSwitch->handlePDU(pISUPMsg);
}
else if(pOSwitch)
{
pOSwitch->handlePDU(pISUPMsg);
}
else
{
delete pISUPMsg;
}
}
break;
//
case ISUP_INR: // 信息请求
case ISUP_USR: // 用户-用户信息
case ISUP_SUS: // 暂停
case ISUP_RES: // 恢复
case ISUP_BLO: // Not any parameters.//闭塞
case ISUP_BLA: // 闭塞证实
case ISUP_CCR: // 导通检验请求
case ISUP_LPA: // 环回证实
case ISUP_OLM: // 过负荷
case ISUP_RSC: // 电路复原
case ISUP_UBL: // 解除闭塞
case ISUP_UBA: // 解除闭塞证实
case ISUP_UCIC:// 为分配的CIC
case ISUP_CGB: // 电路群闭塞
case ISUP_CGBA:// 电路全闭塞证实
case ISUP_CGU: // 电路群解除闭塞
case ISUP_CGUA:// 电路群解除闭塞证实
case ISUP_GRS: // 电路群复原
case ISUP_CQM: // 电路群询问
case ISUP_FAA: // 性能接受
case ISUP_FAR: // 性能请求
case ISUP_PAM: // 传递
case ISUP_MPM: // 计次脉冲
case ISUP_FOT: // 前向转移
case ISUP_UPT: // 用户部分测试
case ISUP_UPA: // 用户部分可用
case ISUP_FAC: // 性能
case ISUP_NRM: // 网络资源管理
case ISUP_IDR: // 识别请求
case ISUP_IRS: // 识别响应
case ISUP_SGM: // 分段
case ISUP_OPR: // 话务员消息
case ISUP_CCL: // 主叫用户挂机
case ISUP_CQR: // Only variable. //电路群询问响应
case ISUP_GRA: // 电路群复原证实
case ISUP_CFN: // 混乱
case ISUP_COT: // 导通
case ISUP_FRJ: // Facility indicator and V & O. //性能拒绝
break;
default:
// Unrecognize message type.
break;
}
}
void SYSTEM::HandleBICC(WEvent& evt)
{
WORD wMsgType;
wMsgType = *((WORD *)(evt.msgPtr));
switch(wMsgType)
{
case BICC_Address_complete: // Backward call indicator and optional parameter.//地址全
case BICC_Connect: // 连接
case BICC_Answer: // Only optional parameters.//应答
case BICC_Release_complete: // 释放完成
case BICC_Release: // 释放
case BICC_Call_progress: // Event information and optional parameters. //呼叫进展
case BICC_Information: // 信息
case BICC_Initial_address: // 初始地址
case BICC_Subsequent_address: // 后续地址
{
CProtocolTree* pBICCMsg = new CProtocolTree(MOD_BICC, wMsgType);
unsigned char * pIePtr;
unsigned short cIeLen;
BYTE bNumOfIEs;
BYTE bIeType;
bNumOfIEs = evt.msgPtr[2];
pIePtr = (unsigned char *)(&(evt.msgPtr[3]));
while(bNumOfIEs)
{
bIeType = *pIePtr;
cIeLen = *(pIePtr+1);
//
if(pBICCMsg->PutIE(bIeType, (char*)(pIePtr+2), cIeLen) < 0)
{
break;
}
//
pIePtr += cIeLen + 2* sizeof(char);
bNumOfIEs--;
}
//
uint iOPC = 0;
uint iDPC = 0;
CProtocalIE* pIE = pBICCMsg->GetIE(PSG_IE_OPC);
if(pIE) iOPC = *((uint*)(pBICCMsg->GetIEData(pIE)));
else {
LOG4CXX_WARN(rootlog, "!!!BICC message["<<pBICCMsg->MsgId()<<"] with no OPC");
return;
}
pIE = pBICCMsg->GetIE(PSG_IE_DPC);
if(pIE) iDPC = *((uint*)(pBICCMsg->GetIEData(pIE)));
else {
LOG4CXX_WARN(rootlog, "!!!BICC message["<<pBICCMsg->MsgId()<<"] with no DPC");
return;
}
//
CSwitch* pOSwitch = FindSwitch(iOPC);
CSwitch* pDSwitch = FindSwitch(iDPC);
if(pDSwitch)
{
if(pOSwitch)
{
//TODO:此时要将消息复制一份 -> 性能问题
CProtocolTree* pDump = new CProtocolTree(*pBICCMsg);
pOSwitch->handlePDU(pDump);
}
pDSwitch->handlePDU(pBICCMsg);
}
else if(pOSwitch)
{
pOSwitch->handlePDU(pBICCMsg);
}
else
{
delete pBICCMsg;
}
}
break;
//
default:
break;
}
}
void SYSTEM::HandleTUP(WEvent& evt)
{
WORD wMsgType;
wMsgType = *((WORD *)(evt.msgPtr));
switch(wMsgType)
{
case TUP_IAM:// 0x11
case TUP_IAI:// 0x21
case TUP_SAM:// 0x31
case TUP_SAO:// 0x41
case TUP_GSM:// 0x12 //一般前向建立消息
case TUP_ACM:// 0x14
case TUP_SEC:// 0x15 //交换设备拥塞
case TUP_CGC:// 0x25 //电路群拥塞
case TUP_NNC:// 0x35 //国内网拥塞
case TUP_ADI:// 0x45 //地址不全
case TUP_CFL:// 0x55 //呼叫故障
case TUP_SSB:// 0x65 //用户忙
case TUP_UNN:// 0x75 //空号
case TUP_LOS:// 0x85 //线路不工作
case TUP_SST:// 0x95 //发送专用信息音
case TUP_ACB:// 0xA5 //接入拒绝
case TUP_DPN:// 0xB5 //不提供数字通路
case TUP_EUM:// 0xF5
case TUP_SLB:// 0x1E //用户市忙
case TUP_STB:// 0x2E //用户长忙
case TUP_ANC:// 0x16 //计费
case TUP_ANN:// 0x26 //免费
case TUP_CBK:// 0x36 //后向拆线
case TUP_CLF:// 0x46 //前向拆线
case TUP_RLG:// 0x17 //释放监护
{
CProtocolTree* pTUPMsg = new CProtocolTree(MOD_TUP, wMsgType);
unsigned char * pIePtr;
unsigned short cIeLen;
BYTE bNumOfIEs;
BYTE bIeType;
bNumOfIEs = evt.msgPtr[2];
pIePtr = (unsigned char *)(&(evt.msgPtr[3]));
while(bNumOfIEs)
{
bIeType = *pIePtr;
cIeLen = *(pIePtr+1);
//
if(pTUPMsg->PutIE(bIeType, (char*)(pIePtr+2), cIeLen) < 0)
{
break;
}
//
pIePtr += cIeLen + 2* sizeof(char);
bNumOfIEs--;
}
//
uint iOPC = 0;
uint iDPC = 0;
CProtocalIE* pIE = pTUPMsg->GetIE(PSG_IE_OPC);
if(pIE) iOPC = *((uint*)(pTUPMsg->GetIEData(pIE)));
else {
LOG4CXX_WARN(rootlog, "!!!TUP message["<<pTUPMsg->MsgId()<<"] with no OPC");
return;
}
pIE = pTUPMsg->GetIE(PSG_IE_DPC);
if(pIE) iDPC = *((uint*)(pTUPMsg->GetIEData(pIE)));
else {
LOG4CXX_WARN(rootlog, "!!!TUP message["<<pTUPMsg->MsgId()<<"] with no DPC");
return;
}
//只有与其他运营商对接的关口局间使用TUP信令
CSwitch* pDSwitch = FindSwitch(iDPC);
CSwitch* pOSwitch = FindSwitch(iOPC);
if(pDSwitch)
{
if(pOSwitch)
{
CProtocolTree* pDump = new CProtocolTree(*pTUPMsg);
pOSwitch->handlePDU(pDump);
}
pDSwitch->handlePDU(pTUPMsg);
}
else if(pOSwitch)
{
pOSwitch->handlePDU(pTUPMsg);
}
else
{
delete pTUPMsg;
}
}
break;
//
case TUP_ANU:// 0x06
case TUP_RAN:// 0x56
case TUP_FOT:// 0x66
case TUP_CCL:// 0x76 //主叫挂机
case TUP_CHG:// 0x24
case TUP_COT:// 0x32
case TUP_CCF:// 0x42
case TUP_GRQ:// 0x13
case TUP_BLO:// 0x27
case TUP_BLA:// 0x37
case TUP_UBL:// 0x47
case TUP_UBA:// 0x57
case TUP_CCR:// 0x67
case TUP_RSC:// 0x77
case TUP_MGB:// 0x18
case TUP_MBA:// 0x28
case TUP_MGU:// 0x38
case TUP_MUA:// 0x48
case TUP_HGB:// 0x58
case TUP_HBA:// 0x68
case TUP_HGU:// 0x78
case TUP_HUA:// 0x88
case TUP_GRS:// 0x98
case TUP_GRA:// 0xA8
case TUP_SGB:// 0xB8
case TUP_SBA:// 0xC8
case TUP_SGU:// 0xD8
case TUP_SUA:// 0xE8
case TUP_ACC:// 0x1A
case TUP_MPM:// 0x2C
case TUP_OPR:// 0x1D
case TUP_MAL:// 0x1F
break;
default:
break;
}
}
void SYSTEM::HandleSGsAP(WEvent& evt)
{
WORD wMsgType;
wMsgType = *((WORD *)(evt.msgPtr));
//
switch(wMsgType)
{
case SGsAP_PAGING_REQUEST:
case SGsAP_PAGING_REJECT:
case SGsAP_LOCATION_UPDATE_REQUEST:
case SGsAP_LOCATION_UPDATE_ACCEPT:
case SGsAP_LOCATION_UPDATE_REJECT:
{
CProtocolTree* pSGsAPMsg = new CProtocolTree(MOD_SGSAP, wMsgType);
unsigned char * pIePtr;
unsigned short cIeLen;
BYTE bNumOfIEs;
BYTE bIeType;
bNumOfIEs = evt.msgPtr[2];
pIePtr = (unsigned char *)(&(evt.msgPtr[3]));
while(bNumOfIEs)
{
bIeType = *pIePtr;
cIeLen = *(pIePtr+1);
//
if(pSGsAPMsg->PutIE(bIeType, (char*)(pIePtr+2), cIeLen) < 0)
{
break;
}
//
pIePtr += cIeLen + 2* sizeof(char);
bNumOfIEs--;
}
//
uint iOIP = 0;
uint iDIP = 0;
CProtocalIE* pIE = pSGsAPMsg->GetIE(SGsAP_IE_IP_OIP);
if(pIE) iOIP = *((uint*)(pSGsAPMsg->GetIEData(pIE)));
else {
LOG4CXX_WARN(rootlog, "!!!SGSAP message["<<pSGsAPMsg->MsgId()<<"] with no OIP");
return;
}
pIE = pSGsAPMsg->GetIE(SGsAP_IE_IP_DIP);
if(pIE) iDIP = *((uint*)(pSGsAPMsg->GetIEData(pIE)));
else {
LOG4CXX_WARN(rootlog, "!!!SGSAP message["<<pSGsAPMsg->MsgId()<<"] with no DIP");
return;
}
//TODO
CSwitch* pOSwitch = FindSwitch(iOIP);
CSwitch* pDSwitch = FindSwitch(iDIP);
if(pDSwitch)
{
pDSwitch->handlePDU(pSGsAPMsg);
}
else if(pOSwitch)
{
pOSwitch->handlePDU(pSGsAPMsg);
}
else
{
delete pSGsAPMsg;
}
}
break;
//
default:
break;
}
}
void SYSTEM::HandleGSMA(WEvent& event)
{
unsigned short cIeLen;
unsigned char bNumOfIEs;
unsigned char bIeType;
bNumOfIEs = event.msgPtr[2];
unsigned char *pIePtr = (unsigned char *)(&(event.msgPtr[3]));
WORD wMsgType;
wMsgType = *((WORD *)(event.msgPtr));
if(event.PtlId == MOD_GSMA_BSSMAP ||
event.PtlId == MOD_GSMA_DTAP ||
event.PtlId == MOD_RANAP ||
event.PtlId == SV_CHINA_SCCP)
{
CProtocolTree* pGSMAMsg = new CProtocolTree(event.PtlId, wMsgType);
pGSMAMsg->m_Reserved.charRev = event.Reserved;
//
while(bNumOfIEs)
{
bIeType = *pIePtr;
cIeLen = *(pIePtr+1);
//
if(pGSMAMsg->PutIE(bIeType, (char*)(pIePtr+2), cIeLen) < 0)
{
break;
}
//
pIePtr += cIeLen + 2* sizeof(char);
bNumOfIEs--;
}
//
uint iOPC = 0;
uint iDPC = 0;
char* pIE = pGSMAMsg->GetIEData(SCCP_IE_OPC);
if(pIE) iOPC = *((uint*)(pIE));
else {
LOG4CXX_WARN(rootlog, "!!!GSMA message["<<pGSMAMsg->MsgId()<<"] with no OPC");
return;
}
pIE = pGSMAMsg->GetIEData(SCCP_IE_DPC);
if(pIE) iDPC = *((uint*)(pIE));
else {
LOG4CXX_WARN(rootlog, "!!!GSMA message["<<pGSMAMsg->MsgId()<<"] with no DPC");
return;
}
//
CSwitch* pSwitch = FindSwitch(iOPC);
if(pSwitch == 0) pSwitch = FindSwitch(iDPC);
if(pSwitch) pSwitch->handlePDU(pGSMAMsg);
else
{
//just for test
LOG4CXX_WARN(rootlog, "This SCCP message[OPC:"<<iOPC<<" DPC:"<<iDPC<<"] not in any sp element!");
delete pGSMAMsg;
}
}
}
void SYSTEM::HandleTCAP(WEvent& event)
{
unsigned short cIeLen;
unsigned char bNumOfIEs;
unsigned char bIeType;
bNumOfIEs = event.msgPtr[2];
unsigned char *pIePtr = (unsigned char *)(&(event.msgPtr[3]));
WORD wMsgType;
wMsgType = *((WORD *)(event.msgPtr));
//
if(wMsgType == TCAP_MSG_BEGIN || wMsgType == TCAP_MSG_CONTINUE ||
wMsgType == TCAP_MSG_END || wMsgType == TCAP_MSG_ABORT)
{
CProtocolTree* pTCAPMsg = new CProtocolTree(MOD_TCAP, wMsgType);
//
while(bNumOfIEs)
{
bIeType = *pIePtr;
cIeLen = *(pIePtr+1);
//
if(pTCAPMsg->PutIE(bIeType, (char*)(pIePtr+2), cIeLen) < 0)
{
break;
}
//
pIePtr += cIeLen + 2* sizeof(char);
bNumOfIEs--;
}
//
uint iOPC = 0;
uint iDPC = 0;
char* pIE = pTCAPMsg->GetIEData(SCCP_IE_OPC);
if(pIE) iOPC = *((uint*)(pIE));
else {
LOG4CXX_WARN(rootlog, "!!!TCAP message["<<pTCAPMsg->MsgId()<<"] with no OPC");
return;
}
pIE = pTCAPMsg->GetIEData(SCCP_IE_DPC);
if(pIE) iDPC = *((uint*)(pIE));
else {
LOG4CXX_WARN(rootlog, "!!!TCAP message["<<pTCAPMsg->MsgId()<<"] with no DPC");
return;
}
//
CSwitch* pSwitch_o = FindSwitch(iOPC);
CSwitch* pSwitch_d = FindSwitch(iDPC);
if(pSwitch_d)
{
if(pSwitch_o)
{
CProtocolTree* pDump = new CProtocolTree(*pTCAPMsg);
pSwitch_o->handlePDU(pDump);
}
pSwitch_d->handlePDU(pTCAPMsg); // 跨交换机时，两个交换机都处理
}
else if(pSwitch_o)
{
pSwitch_o->handlePDU(pTCAPMsg);
}
else
{
delete pTCAPMsg;
}
}
//
}
