UINT CSmsTraffic::SmThread(LPVOID lParam)
{
CSmsTraffic* p=(CSmsTraffic *)lParam; // this
char *pPort = (char *)malloc(20);
strcpy(pPort,p->m_pComport);
int nMsg; // 收到短消息条数
int nDelete; // 目前正在删除的短消息编号
SM_BUFF buff; // 接收短消息列表的缓冲区
SM_PARAM param[256]; // 发送/接收短消息缓冲区
CTime tmOrg, tmNow; // 上次和现在的时间，计算超时用
enum {
stBeginRest, // 开始休息/延时
stContinueRest, // 继续休息/延时
stSendMessageRequest, // 发送短消息
stSendMessageResponse, // 读取短消息列表到缓冲区
stSendMessageWaitIdle, // 发送不成功，等待GSM就绪
stReadMessageRequest, // 发送读取短消息列表的命令
stReadMessageResponse, // 读取短消息列表到缓冲区
stDeleteMessageRequest, // 删除短消息
stDeleteMessageResponse, // 删除短消息
stDeleteMessageWaitIdle, // 删除不成功，等待GSM就绪
stExitThread // 退出
} nState; // 处理过程的状态
// 初始状态
nState = stBeginRest;
// 发送和接收处理的状态循环
while (nState != stExitThread)
{
switch(nState)
{
case stBeginRest:
//info(_TEXT("短信机："),pPort,_TEXT(" 准备就绪..."));
tmOrg = CTime::GetCurrentTime();
nState = stContinueRest;
break;
case stContinueRest:
Sleep(300);
tmNow = CTime::GetCurrentTime();
if (p->GetSendMessage(¶m[0]))
{
nState = stSendMessageRequest; // 有待发短消息，就不休息了
info(_TEXT("短信机："),pPort,_TEXT(" 检测到有待发短信..."));
}
else if (tmNow - tmOrg >= 5) // 待发短消息队列空，休息5毫秒
{
nState = stReadMessageRequest; // 转到读取短消息状态
}
break;
case stSendMessageRequest:
gsmSendMessage(pPort,¶m[0]);
info(_TEXT("短信机："),pPort,_TEXT(" 向号码："),param[0].TPA,_TEXT(" 发送消息："),param[0].TP_UD,"...");
memset(&buff, 0, sizeof(buff));
tmOrg = CTime::GetCurrentTime();
nState = stSendMessageResponse;
p->m_sendTimes++;
break;
case stSendMessageResponse:
Sleep(10000);
tmNow = CTime::GetCurrentTime();
switch (gsmGetResponse(pPort,&buff))
{
case GSM_OK:
setStatus(param[0].index,ssSendSuccess,true);
info(_TEXT("短信机："),pPort,_TEXT(" 向号码："),param[0].TPA,_TEXT(" 发送消息："),param[0].TP_UD,"成功！");
p->m_sendTimes = 0;
p->m_sendFailedSms = 0;
nState = stBeginRest;
break;
case GSM_ERR:
nState = stSendMessageWaitIdle;
if(p->m_sendTimes >= SEND_TIMES_FAILED)
{
setStatus(param[0].index,ssWaitToSend,true);
info(_TEXT("短信机："),pPort,_TEXT(" 向号码："),param[0].TPA,_TEXT(" 发送消息："),param[0].TP_UD,"失败！");
p->m_sendTimes = 0;
p->m_sendFailedSms++;
nState = stBeginRest;
}
break;
default:
nState = stSendMessageWaitIdle;
if(p->m_sendTimes >= SEND_TIMES_FAILED)
{
info(_TEXT("短信机："),pPort,_TEXT(" 向号码："),param[0].TPA,_TEXT(" 发送消息："),param[0].TP_UD,"失败！");
setStatus(param[0].index,ssWaitToSend,true);
p->m_sendTimes = 0;
p->m_sendFailedSms++;
if(p->m_sendFailedSms >= SEND_SMS_FAILED)
{
info(_TEXT("短信机："),pPort,"连续发送失败次数超标,疑似欠费,请确认！");
}
nState = stBeginRest;
}
}
break;
case stSendMessageWaitIdle:
Sleep(500);
nState = stSendMessageRequest;
break;
case stReadMessageRequest:
gsmReadMessageList(pPort);
memset(&buff, 0, sizeof(buff));
tmOrg = CTime::GetCurrentTime();
nState = stReadMessageResponse;
break;
case stReadMessageResponse:
Sleep(100);
tmNow = CTime::GetCurrentTime();
switch (gsmGetResponse(pPort,&buff))
{
case GSM_OK:
nMsg = gsmParseMessageList(param, &buff);
if (nMsg > 0)
{
p->PutRecvMessage(param, nMsg);
for(int i=0;i<nMsg;i++)
{
insertRecvSms(¶m[i]);
info(_TEXT("短信机："),pPort,_TEXT(" 接收到消息："),param[0].TP_UD);
}
nDelete = 0;
nState = stDeleteMessageRequest;
}
else
{
nState = stBeginRest;
}
p->m_readFailedTimes = 0;
break;
case GSM_ERR:
p->m_readFailedTimes++;
if(p->m_readFailedTimes >= READ_TIMES_FAILED)
{
info(_TEXT("短信机："),pPort,"连续收取短信失败次数超标,疑似欠费,请确认！");
}
nState = stBeginRest;
break;
default:
if (tmNow - tmOrg >= 15) // 15秒超时
{
nState = stBeginRest;
}
}
break;
case stDeleteMessageRequest:
if (nDelete < nMsg)
{
gsmDeleteMessage(pPort,param[nDelete].index);
//info(_TEXT("短信机："),pPort,_TEXT("请求清理收件箱"));
memset(&buff, 0, sizeof(buff));
tmOrg = CTime::GetCurrentTime();
nState = stDeleteMessageResponse;
}
else
{
nState = stBeginRest;
}
break;
case stDeleteMessageResponse:
Sleep(100);
tmNow = CTime::GetCurrentTime();
switch (gsmGetResponse(pPort,&buff))
{
case GSM_OK:
info(_TEXT("短信机："),pPort,_TEXT("从收件箱删除1条短信"));
nDelete++;
nState = stDeleteMessageRequest;
break;
case GSM_ERR:
info(_TEXT("短信机："),pPort,_TEXT("删除短信失败"));
nState = stDeleteMessageWaitIdle;
break;
default:
if (tmNow - tmOrg >= 5) // 5秒超时
{
// TRACE(" Timeout!\n");
nState = stBeginRest;
}
}
break;
case stDeleteMessageWaitIdle:
Sleep(500);
nState = stDeleteMessageRequest; // 直到删除成功为止
break;
}
// 检测是否有关闭本线程的信号
DWORD dwEvent = WaitForSingleObject(p->m_hKillThreadEvent, 20);
if (dwEvent == WAIT_OBJECT_0) nState = stExitThread;
}
// 置该线程结束标志
SetEvent(p->m_hThreadKilledEvent);
free(pPort);
pPort = NULL;
return 9999;
}
UINT CSmsTraffic::SmThread(LPVOID lParam)
{
CSmsTraffic* p=(CSmsTraffic *)lParam; // this
int nMsg; // 收到短消息条数
int nDelete; // 目前正在删除的短消息编号
SM_BUFF buff; // 接收短消息列表的缓冲区
SM_PARAM param[256]; // 发送/接收短消息缓冲区
CTime tmOrg, tmNow; // 上次和现在的时间，计算超时用
enum {
stBeginRest, // 开始休息/延时
stContinueRest, // 继续休息/延时
stSendMessageRequest, // 发送短消息
stSendMessageResponse, // 读取短消息列表到缓冲区
stSendMessageWaitIdle, // 发送不成功，等待GSM就绪
stReadMessageRequest, // 发送读取短消息列表的命令
stReadMessageResponse, // 读取短消息列表到缓冲区
stDeleteMessageRequest, // 删除短消息
stDeleteMessageResponse, // 删除短消息
stDeleteMessageWaitIdle, // 删除不成功，等待GSM就绪
stExitThread // 退出
} nState; // 处理过程的状态
// 初始状态
nState = stBeginRest;
// 发送和接收处理的状态循环
while (nState != stExitThread)
{
switch(nState)
{
case stBeginRest:
// TRACE("State=stBeginRest\n");
tmOrg = CTime::GetCurrentTime();
nState = stContinueRest;
break;
case stContinueRest:
// TRACE("State=stContinueRest\n");
Sleep(300);
tmNow = CTime::GetCurrentTime();
if (p->GetSendMessage(¶m[0]))
{
nState = stSendMessageRequest; // 有待发短消息，就不休息了
}
else if (tmNow - tmOrg >= 5) // 待发短消息队列空，休息5秒
{
nState = stReadMessageRequest; // 转到读取短消息状态
}
break;
case stSendMessageRequest:
// TRACE("State=stSendMessageRequest\n");
gsmSendMessage(¶m[0]);
memset(&buff, 0x00, sizeof(buff));
tmOrg = CTime::GetCurrentTime();
nState = stSendMessageResponse;
break;
case stSendMessageResponse:
// TRACE("State=stSendMessageResponse\n");
Sleep(100);
tmNow = CTime::GetCurrentTime();
switch (gsmGetResponse(&buff))
{
case GSM_OK:
// TRACE(" GSM_OK %d\n", tmNow - tmOrg);
nState = stBeginRest;
break;
case GSM_ERR:
// TRACE(" GSM_ERR %d\n", tmNow - tmOrg);
nState = stSendMessageWaitIdle;
break;
default:
// TRACE(" GSM_WAIT %d\n", tmNow - tmOrg);
if (tmNow - tmOrg >= 10) // 10秒超时
{
// TRACE(" Timeout!\n");
nState = stSendMessageWaitIdle;
}
}
break;
case stSendMessageWaitIdle:
Sleep(500);
nState = stSendMessageRequest; // 直到发送成功为止
break;
case stReadMessageRequest:
// TRACE("State=stReadMessageRequest\n");
gsmReadMessageList(4);
memset(&buff, 0, sizeof(buff));
tmOrg = CTime::GetCurrentTime();
nState = stReadMessageResponse;
break;
case stReadMessageResponse:
// TRACE("State=stReadMessageResponse\n");
Sleep(100);
tmNow = CTime::GetCurrentTime();
switch (gsmGetResponse(&buff))
{
case GSM_OK:
// TRACE(" GSM_OK %d\n", tmNow - tmOrg);
nMsg = gsmParseMessageList(param, &buff);
if (nMsg > 0)
{
p->PutRecvMessage(param, nMsg);
nDelete = 0;
nState = stDeleteMessageRequest;
}
else
{
nState = stBeginRest;
}
break;
case GSM_ERR:
// TRACE(" GSM_ERR %d\n", tmNow - tmOrg);
nState = stBeginRest;
break;
default:
// TRACE(" GSM_WAIT %d\n", tmNow - tmOrg);
if (tmNow - tmOrg >= 15) // 15秒超时
{
// TRACE(" Timeout!\n");
nState = stBeginRest;
}
}
break;
case stDeleteMessageRequest:
// TRACE("State=stDeleteMessageRequest\n");
if (nDelete < nMsg)
{
gsmDeleteMessage(param[nDelete].index);
memset(&buff, 0, sizeof(buff));
tmOrg = CTime::GetCurrentTime();
nState = stDeleteMessageResponse;
}
else
{
nState = stBeginRest;
}
break;
case stDeleteMessageResponse:
// TRACE("State=stDeleteMessageResponse\n");
Sleep(100);
tmNow = CTime::GetCurrentTime();
switch (gsmGetResponse(&buff))
{
case GSM_OK:
// TRACE(" GSM_OK %d\n", tmNow - tmOrg);
nDelete++;
nState = stDeleteMessageRequest;
break;
case GSM_ERR:
// TRACE(" GSM_ERR %d\n", tmNow - tmOrg);
nState = stDeleteMessageWaitIdle;
break;
default:
// TRACE(" GSM_WAIT %d\n", tmNow - tmOrg);
if (tmNow - tmOrg >= 5) // 5秒超时
{
// TRACE(" Timeout!\n");
nState = stBeginRest;
}
}
break;
case stDeleteMessageWaitIdle:
// TRACE("State=stDeleteMessageWaitIdle\n");
Sleep(500);
nState = stDeleteMessageRequest; // 直到删除成功为止
break;
}
// 检测是否有关闭本线程的信号
DWORD dwEvent = WaitForSingleObject(p->m_hKillThreadEvent, 20);
if (dwEvent == WAIT_OBJECT_0) nState = stExitThread;
}
// 置该线程结束标志
SetEvent(p->m_hThreadKilledEvent);
return 9999;
}