📄 modem.cpp
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// SLAT4DEMO.cpp : Defines the entry point for the console application.
//
#include "stdafx.h"
#include <windows.h>
#include <conio.h>
#include <time.h>
#include "c:\\telefine\\lib\\structO.h"
#include "c:\\telefine\\lib\\PCIcard.h"
#include "main.h"
CHGROUP G;
void PlayTTS(RMSG &msg,char *str,unsigned char isfirst,unsigned char islast)
{
msg.InitDataLen(0);
msg.MsgType=MSG_MEDIA;
msg.Function=F_MEDIA_Tx_TTStr;
msg.Param= RESPAR_DTMFSTOP | (islast?RESPAR_PLASTMSG:0) |(isfirst?RESPAR_PFIRSTMSG:0);
msg.LinkChType=RESTYPE_VOCPCM;
msg.LinkChIndex=0;
msg.AddStr(str); //最多127汉字或254字符
PCISENDMSG(&msg);
}
void PlayFile(RMSG &msg,char *file,unsigned char isfirst,unsigned char islast)
{
msg.InitDataLen(0);
msg.MsgType=MSG_MEDIA;
msg.Function=F_MEDIA_Tx_File;
msg.Param=(isfirst?RESPAR_PFIRSTMSG:0) | RESPAR_DTMFSTOP | (islast?RESPAR_PLASTMSG:0);
msg.LinkChType=RESTYPE_VOCPCM;
msg.LinkChIndex=0;
msg.AddStr(file); //最多127汉字或254字符
PCISENDMSG(&msg);
}
void PlayIndex(RMSG &msg,unsigned short index1,
unsigned short index2,
unsigned short index3,
unsigned char isfirst,
unsigned char islast)//放多个索引
{
msg.InitDataLen(0);
msg.MsgType=MSG_MEDIA;
msg.Function=F_MEDIA_Tx_Index;
msg.Param=(isfirst?RESPAR_PFIRSTMSG:0) | RESPAR_DTMFSTOP | (islast?RESPAR_PLASTMSG:0);
msg.LinkChType=RESTYPE_VOCPCM;
msg.LinkChIndex=0;
msg.AddWord(index1);
msg.AddWord(index2);
msg.AddWord(index3);
PCISENDMSG(&msg);
}
void PlayIndex(RMSG &msg,unsigned short index,unsigned char isfirst,unsigned char islast)//放一个索引
{
msg.InitDataLen(0);
msg.MsgType=MSG_MEDIA;
msg.Function=F_MEDIA_Tx_Index;
msg.Param=(isfirst?RESPAR_PFIRSTMSG:0) | RESPAR_DTMFSTOP | (islast?RESPAR_PLASTMSG:0);
msg.LinkChType=RESTYPE_VOCPCM;
msg.LinkChIndex=0;
msg.AddWord(index);
PCISENDMSG(&msg);
}
void PlayTTSFile(RMSG &msg,char *file,unsigned char isfirst,unsigned char islast)
{
msg.InitDataLen(0);
msg.MsgType=MSG_MEDIA;
msg.Function=F_MEDIA_Tx_TTSFile;
msg.Param=(isfirst?RESPAR_PFIRSTMSG:0) | RESPAR_DTMFSTOP | (islast?RESPAR_PLASTMSG:0);
msg.LinkChType=RESTYPE_VOCPCM;
msg.LinkChIndex=0;
msg.AddStr(file); //最多127汉字或254字符
PCISENDMSG(&msg);
}
void PlayLoop(RMSG &msg,unsigned char isfirst)
{
msg.InitDataLen(0);
msg.MsgType=MSG_MEDIA;
msg.Function=F_MEDIA_Tx_TTStr;
msg.Param=(isfirst?RESPAR_PFIRSTMSG:0) | RESPAR_PLOOPMSG | RESPAR_DTMFSTOP ;
msg.LinkChType=RESTYPE_VOCPCM;
msg.LinkChIndex=0;
msg.AddStr("现在是循环放音演示。"); //最多127汉字或254字符
PCISENDMSG(&msg);
msg.InitDataLen(0);
msg.Function=F_MEDIA_Tx_File;
msg.DataSpec=PFDATA_WAVE;
msg.Param= RESPAR_PLOOPMSG | RESPAR_DTMFSTOP ;
msg.AddStr("Digit.Wav"); //最多127汉字或254字符
PCISENDMSG(&msg);
msg.InitDataLen(0);
msg.Function=F_MEDIA_Tx_File;
msg.DataSpec=PFDATA_ALAW;
msg.Param= RESPAR_PLOOPMSG | RESPAR_DTMFSTOP ;
msg.AddStr("Busy.Voc"); //最多127汉字或254字符
PCISENDMSG(&msg);
msg.InitDataLen(0);
msg.Function=F_MEDIA_Tx_TTSFile;
msg.Param= RESPAR_PLOOPMSG | RESPAR_DTMFSTOP ;
msg.AddStr("TTS.TXT"); //最多127汉字或254字符
PCISENDMSG(&msg);
}
void Ack(RMSG &msg)
{
msg.InitDataLen(0);
msg.MsgType=MSG_CALLEDACK;
msg.Function=0;
msg.Param=0;
PCISENDMSG(&msg);
}
void SendModemData(RMSG &msg,unsigned char param)
{
msg.MsgType=MSG_MEDIA;
msg.Function=F_MEDIA_Tx_Memory;
msg.Param= param;
msg.LinkChType=RESTYPE_MODEM;
msg.LinkChIndex=0;
PCISENDMSG(&msg);
}
void SendModemData(RMSG &msg,const unsigned char *buf,unsigned char len,unsigned char param)
{
memcpy(msg.DataB,buf,len);
msg.DataLen=len;
SendModemData(msg,param);
}
const char *s="Hello user,please send data to me,I will sendback to you.";
void ProcessModemData(CH *P,RMSG *pmsg)
{
SendModemData(*pmsg,0); //将数据直接发回
// SendModemData(*pmsg,(const unsigned char *)s,strlen(s),0);//RESPAR_PLASTMSG | RESPAR_PFIRSTMSG;
}
void StartModem(CH *P,RMSG &msg,unsigned char mode)
{
msg.InitDataLen(0);
msg.MsgType=MSG_MEDIA;
msg.Function=F_MEDIA_Rx_Memory;
msg.Param=0;
msg.LinkChType=RESTYPE_MODEM;
msg.LinkChIndex=0;
msg.DataSpec=mode;
PCISENDMSG(&msg);
SendModemData(msg,(const unsigned char *)s,strlen(s),RESPAR_PFIRSTMSG);//RESPAR_PLASTMSG | RESPAR_PFIRSTMSG;
}
void ProcessCallMsg(CH *P,RMSG *pmsg)
{
RMSG ms=*pmsg;//暂时保存
printf("Type= %d Ch= %d callin %s ,CALLED=%s,CALLER=%s\n",pmsg->ChType,
pmsg->ChIndex,pmsg->Function==F_C_NORMAL?"呼叫建立":"重叠呼叫", pmsg->GetCalled(),pmsg->GetCaller());
P->status=1;
P->state=1;
Ack(*pmsg);
StartModem(P,*pmsg,0); //answer
}
void ProcessReleaseMsg(CH *P,RMSG *pmsg)
{
printf("Type= %d Ch= %d 线路释放，结果=%d\n",pmsg->ChType,pmsg->ChIndex,pmsg->Param);
P->status=0;
P->state=0;
}
void ProcessRecvDTMF(CH *P,RMSG *pmsg)
{
/*switch (P->status)
{
case 1:
switch(P->state)
{
case 1:
if(pmsg->DataSpec=='1')//放音演示
{
P->state=101;
PlayTTS(*pmsg,"请选择放音方式，1=文件放音，2=索引放音，3=文本文件放音，4=循环放音",1,1);
}
else if(pmsg->DataSpec=='2')//录音演示
{
P->state=201;
PlayTTS(*pmsg,"1=留言录音，2=留言回放",1,1);
}
else if(pmsg->DataSpec=='3')//FSK演示
{
P->state=301;
PlayTTS(*pmsg,"按任意键开始发送FS K",1,1);
}
else if(pmsg->DataSpec=='4')//fax演示
{
P->state=501;
PlayTTS(*pmsg,"请选择传真方式，1=电脑发送传真给您，2=您发送传真给电脑",1,1);
}
else if(pmsg->DataSpec=='#')//电话会议演示
{
if(conftype!=0)//会议已经召开
{
P->state=401;
AddConfMan(*pmsg); //参加
}
else
{
P->state=401;
CreateConf(*pmsg); //创建并参加
}
}
else
PlayTTS(*pmsg,"请选择功能:1 放音演示，2 录音演示，3 F S K演示，井号进入电话会议",1,1);
break;
case 101:
if(pmsg->DataSpec=='1')//文件放音
{
// P->state=100;
PlayFile(*pmsg,"Long.Voc",1,1);
}
else if(pmsg->DataSpec=='2')//索引放音
{
// P->state=100;
PlayIndex(*pmsg,1,2,1753,1,0); //播放索引1
PlayIndex(*pmsg,1,0,1);//播放索引2
}
else if(pmsg->DataSpec=='3')//文本文件放音
{
// P->state=100;
PlayTTS(*pmsg,",,,请听唐诗一首:",1,0);
PlayTTSFile(*pmsg,"TTS.TXT",0,1); //播放文本文件
}
else if(pmsg->DataSpec=='4')//循环放音
{
// P->state=100;
PlayLoop(*pmsg,1);
}
else if(pmsg->DataSpec=='*')//上一级
{
P->state=1;
PlayTTS(*pmsg,"请选择功能:1 放音演示，2 录音演示，3 F S K演示，井号进入电话会议",1,1);
}
else
PlayTTS(*pmsg,"请选择放音方式，1=文件放音，2=索引放音，3=文本文件放音，4=循环放音",1,1);
break;
case 201:
if(pmsg->DataSpec=='1')//留言录音
{
// P->state=200;
PlayTTS(*pmsg,"请在听到'嘀'的一声后开始说话",1,0);
PlayFile(*pmsg,"Di.Voc",0,1);
RecordFile(*pmsg);
}
else if(pmsg->DataSpec=='2')//留言回放
{
char c[32];
// P->state=200;
sprintf(c,"%d_%d.VOC",pmsg->ChType,pmsg->ChIndex);
PlayTTS(*pmsg,"请听留言",1,0);
PlayFile(*pmsg,c,0,1);
}
else if(pmsg->DataSpec=='*')//上一级
{
P->state=1;
PlayTTS(*pmsg,"请选择功能:1放音演示，2录音演示",1,1);
}
else
PlayTTS(*pmsg,"1=留言录音，2=留言回放",1,1);
break;
case 301: //fsk
P->state=1;
SendFSKStr(*pmsg,"12312uidfhvgjku3y45g25892375g892大大小小7788778812313131231");
break;
case 501: //fax
if(pmsg->DataSpec=='1')//send
{
SendFaxFile(*pmsg,"FaxHead.Tif",1,0);
SendFaxFile(*pmsg,"Recv.Tif",0,1);
}
else if(pmsg->DataSpec=='2')//recv
{
RecvFaxFile(*pmsg,"Recv.Tif");
}
break;
}
break;
}*/
}
void ProcessHBRecvDTMF(CH *P,RMSG *pmsg)
{
return ;
}
void ProcessMsg(RMSG *pmsg)
{
CH *P=G.GetChPoint(pmsg->ChType,pmsg->ChIndex);
if(P==NULL)
{
printf("收到一个错误通道类型消息\n");
return;
}
switch(pmsg->MsgType)
{
case MSG_RELEASE:
ProcessReleaseMsg(P,pmsg);
break;
case MSG_CALL:
ProcessCallMsg(P,pmsg);
break;
case MSG_MEDIA:
if(pmsg->LinkChType==RESTYPE_DTMF)
{
if(pmsg->Function==F_MEDIA_Rx_Memory) //收到dtmf
{
if(pmsg->ChType==CHTYPE_HB) //高阻模块单独处理
ProcessHBRecvDTMF(P,pmsg);
else
ProcessRecvDTMF(P,pmsg);
}
}
else if(pmsg->LinkChType==RESTYPE_VOCPCM)
{
if(pmsg->Function==F_MEDIA_Tx_Release) //收到放音结束
printf("Type=%d Ch= %d 放音结束，结果=%s\n",pmsg->ChType,pmsg->ChIndex,GetStopReason(pmsg->Param));
}
else if(pmsg->LinkChType==RESTYPE_MODEM)
{
//printf("Ch= %d 收到FSK消息\n",pmsg->ChIndex);
if(pmsg->Function==F_MEDIA_Tx_Release) //收到fsk结束
printf("Type=%d Ch= %d modem 发送释放，原因=%s\n",pmsg->ChType,pmsg->ChIndex,GetStopReason(pmsg->Param));
else if(pmsg->Function==F_MEDIA_Rx_Release) //收到fsk结束
printf("Type=%d Ch= %d modem 接收释放，原因=%s\n",pmsg->ChType,pmsg->ChIndex,GetStopReason(pmsg->Param));
else if(pmsg->Function==F_MEDIA_Rx_Memory) //收到modem数据
{
printf("Type=%d Ch= %d 收到modem数据内容,长度=%d,发回\n",pmsg->ChType,pmsg->ChIndex,pmsg->DataLen);
ProcessModemData(P,pmsg);
}
else if(pmsg->Function==F_MEDIA_Error) //分配结果
{
printf("Type=%d Ch= %d 分配MODEM资源，结果=%s\n",pmsg->ChType,pmsg->ChIndex,GetResErrReason(pmsg->Param));
if(pmsg->Param)
PlayTTS(*pmsg,",,,,系统无法分配通讯资源",1,1);
}
else
printf("Type=%d Ch= %d 收到未知通讯消息\n",pmsg->ChType,pmsg->ChIndex);
}
break;
default:
printf("Type=%d Ch= %d 收到消息 msg=0x%x\n",pmsg->ChType,pmsg->ChIndex,pmsg->MsgType);
break;
}
}
void ProcessTimeout() //每秒检查一次
{
}
int main(int argc, char* argv[])
{
RMSG msg;
RMSG msgs[64];
int num;
printf("配置文件中配置的卡数目为 %d\n",PCIGETCONFIGCARDNUM() );
printf("配置文件中配置的逻辑通道总数目为 %d\n",PCIGETTOTALLOGICCHNUM() );
num=PCIGETLOGICCHNUM(CHTYPE_TB);
printf("其中 TB模拟外线的逻辑通道数目为 %d\n",num);
G.Init(CHTYPE_TB,(unsigned short) num);
num=PCIGETLOGICCHNUM(CHTYPE_AGENT);
printf("其中 AGENT模拟内线的逻辑通道数目为 %d\n",num);
G.Init(CHTYPE_AGENT,(unsigned short) num);
num=PCIGETLOGICCHNUM(CHTYPE_HB);
printf("其中 HB高阻模块的逻辑通道数目为 %d\n",num);
G.Init(CHTYPE_HB,(unsigned short) num);
num=PCIGETLOGICCHNUM(CHTYPE_DTNO1);
printf("其中NO1中国一号信令数字线的逻辑通道数目为 %d\n",num);
G.Init(CHTYPE_DTNO1,(unsigned short) num);
num=PCIGETLOGICCHNUM(CHTYPE_DTNO7);
printf("其中NO7中国七号信令数字线的逻辑通道数目为 %d\n",num);
G.Init(CHTYPE_DTNO7,(unsigned short) num);
num=PCIGETLOGICCHNUM(CHTYPE_DTDSS1);
printf("其中DSS1 ISDN 信令数字线的逻辑通道数目为 %d\n",num);
G.Init(CHTYPE_DTDSS1,(unsigned short) num);
printf("\n检测到实际系统中运行的卡数目=%d\n",PCIGETCARDNUM() );
for(num=0;num<WORKBORDNUM;num++)
if(PCIGETCARDHARDWARETYPE(num)>0) //返回对应位置的卡的硬件类型
printf("卡号为 %d 的卡硬件序列号=0x%x\n",num,PCIGETCARDHARDWARESERIAL(num));
// printf("1:release,2:callout,3:callinack\n");
while(1)
{
num=PCIGRABMSG(&msgs[0],64);
for(int i=0;i<num;i++)
ProcessMsg(&msgs[i]);//用户命令处理
static time_t current_time=0;
static time_t old_time=0;
time(¤t_time);
if(current_time!=old_time)
{
old_time=current_time;
ProcessTimeout(); //每秒检查一次
}
Sleep(50);
if(_kbhit())
{
char c=_getch();
if(c=='\x1B')
{
break;
}
printf("按ESC退出\n");
}
}
return 0;
}
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