private void DaiWorkIng()
{ //239行对应475行
//D160A.PUSH_PLAY();//入口参数：无函数返回：无;功能描述：维持文件录放音的持续进行，需在处理函数的大循环中调用。
//D160A.FeedSigFunc();//维持断续振铃及信号音的函数；请在程序大循环中调用。
byte[] FileName;//原代码
short TmpDTMF, Code;
for (short i = 0; i < TotalLine; i++) //TotalLine = D160A.CheckValidCh();
{
ListViewState(i);
switch (Lines[i].State)
{
case CHANNEL_STATE.CH_FREE: //DJ160Int.CH_FREE://0"空闲" //252对应267行 ch_free;
if (D160A.RingDetect(i) == true)
{
if (Lines[i].nType == CHANNEL_TYPE.User) //内线
{
// 某一通道开始挂机检测；当某通道摘机后，可以调用本函数。该函数只对内线通道有效。
D160A.StartHangUpDetect(i);
Lines[i].State = CHANNEL_STATE.CH_OFFHOOK;
Lines[i].nTimeElapse = 0;
Lines[i].intTimeCount = 0;
sWitCh[i] = i;
}
if (Lines[i].nType == CHANNEL_TYPE.Trunk) //外线
{ //给通道状态赋值
Lines[i].State = CHANNEL_STATE.CH_RECEIVEID;
D160A.ResetCallerIDBuffer(i); //清空主叫Buf，为外线收主叫作准备
Lines[i].nTimeElapse = 0;
sWitCh[i] = i;
}
}
break; //267对应252行
case CHANNEL_STATE.CH_RECEIVEID: //"接收主叫号码//268对应283行ch_receiveID;
byte[] TmpCID = new byte[32];
int iResult = 0;
iResult = D160A.GetCallerIDStr(i, TmpCID); //接收主叫号码
if (iResult == 3 || iResult == 4) //收完主叫，外线摘机使能
{
for (int j = 0; j < TmpCID.Length; j++) //存储电话号
{
Lines[i].CallerID = Lines[i].CallerID + ((char)TmpCID[j]).ToString();
intLY = 1;
}
//外线提机
string strin = Encoding.UTF8.GetString(TmpCID).Substring(8, 11);
D160A.OffHook(i);
D160A.StartSigCheck(i);
Lines[i].State = CHANNEL_STATE.CH_OFFHOOK;
tbTelRecordAdd(strin, (int)i);
}
break; //283对应268
case CHANNEL_STATE.CH_OFFHOOK: //ch_offhook;
D160A.InitDtmfBuf(i);
StartPlayFileEx(i, "Bank.001"); //放音
Lines[i].State = CHANNEL_STATE.CH_WELCOME; //欢迎
break;
case CHANNEL_STATE.CH_WELCOME: //ch_welcome;
TmpDTMF = D160A.GetDtmfCode(i); //接受按键,返回值-1 缓冲区中没有DTMF按键
if (TmpDTMF != -1)
{
D160A.StopPlayFile(i); //停止放音
Lines[i].Dtmf = Lines[i].Dtmf + CvtDTMF(TmpDTMF); //TmpDTMF.ToString();//DTMF号码转换ASCII
Lines[i].State = CHANNEL_STATE.CH_SELECT; //请随意输入8位银行帐号
}
else //后加代码
{
if (D160A.CheckPlayEnd(i)) //检查指定通道放音是否结束0未结束1结束
{
D160A.StopPlayFile(i); //停止放音
StartPlayFileEx(i, "Bank.004");
Lines[i].State = CHANNEL_STATE.CH_SELECT;
}
}
break;
case CHANNEL_STATE.CH_SELECT: //ch_select;
TmpDTMF = D160A.GetDtmfCode(i);
if (TmpDTMF != -1)
{
Lines[i].Dtmf = TmpDTMF.ToString();
switch (Lines[i].Dtmf)
{
case "1":
D160A.StopPlayFile(i);
D160A.RsetIndexPlayFile(i);
FileName = GetFilePath("bank.005");
D160A.AddIndexPlayFile(i, FileName);
FileName = GetFilePath("d5");
D160A.AddIndexPlayFile(i, FileName);
D160A.StartIndexPlayFile(i);
Lines[i].State = CHANNEL_STATE.CH_PLAYRESULT;
break;
case "2":
D160A.StopPlayFile(i);
D160A.RsetIndexPlayFile(i);
FileName = GetFilePath("bank.006");
D160A.AddIndexPlayFile(i, FileName);
FileName = GetFilePath("bank.008");
D160A.AddIndexPlayFile(i, FileName);
D160A.StartIndexPlayFile(i);
Lines[i].State = CHANNEL_STATE.CH_PLAYRESULT;
break;
case "3":
D160A.StopPlayFile(i);
D160A.RsetIndexPlayFile(i);
FileName = GetFilePath("bank.007");
D160A.AddIndexPlayFile(i, FileName);
FileName = GetFilePath("d3");
D160A.AddIndexPlayFile(i, FileName);
D160A.StartIndexPlayFile(i);
Lines[i].State = CHANNEL_STATE.CH_PLAYRESULT;
break;
case "4": //转人工
Lines[i].State = CHANNEL_STATE.CH_WELCOME1;
break;
}
}
else if (Lines[i].intTimeCount == 3) //判断重复播音次数
{
Lines[i].State = CHANNEL_STATE.CH_PLAYRESULT;
}
else if (Lines[i].nTimeElapse != 1000)
{
Lines[i].nTimeElapse += 20;
}
else if (Lines[i].nTimeElapse == 1000)
{
Lines[i].State = CHANNEL_STATE.CH_WELCOME;
Lines[i].nTimeElapse = 0;
Lines[i].intTimeCount++;
}
break;
case CHANNEL_STATE.CH_PLAYRESULT: //ch_playresult;
if (D160A.CheckIndexPlayFile(i))
{
D160A.StopIndexPlayFile(i);
if (Lines[i].nType == CHANNEL_TYPE.Trunk)
{
ResetChnl(i);
}
else if (Lines[i].nType == CHANNEL_TYPE.User)
{ //控制信号音的播放。本函数实质上使用内存循环放音来实现的。其中：
//拨号音的时间长度为响0.75秒，停止3秒；
//忙音一的时间长度为响0.35秒，停止0.35秒；
//忙音二的时间长度为响0.7秒，停止0.7秒；
D160A.StartPlaySignal(i, (int)(SigType.SIG_BUSY1));
Lines[i].State = CHANNEL_STATE.CH_WAITUSERONHOOK;
}
}
break;
case CHANNEL_STATE.CH_WAITUSERONHOOK: //H_WAITUSERONHOOK
if (!D160A.RingDetect(i))
{
D160A.StartPlaySignal(i, (int)(SigType.SIG_STOP));
ResetChnl(i);
}
break;
//转人工模块
case CHANNEL_STATE.CH_WELCOME1:
D160A.InitDtmfBuf(sWitCh[i]); //清空摘机的线路通道
StartPlayFileEx(sWitCh[i], "Bank.001"); //播放音乐等待接通
Lines[i].State = CHANNEL_STATE.CH_WELCOME0;
break;
case CHANNEL_STATE.CH_WELCOME0:
if (D160A.CheckPlayEnd(sWitCh[i])) //检查摘机的线路通道播放音乐是否完成
{
D160A.StopPlayFile(sWitCh[i]); //停止摘机的线路通道播音
Lines[i].State = CHANNEL_STATE.CH_PASSWORD; //选择通道号
}
break;
case CHANNEL_STATE.CH_PASSWORD: //选择通道号
Code = D160A.GetDtmfCode(sWitCh[i]); //在摘机的线路通道中输入要连接的内绩通道
if (Code != -1)
{
Dtmf[i] = Code; //将选择联接的通道号赋值给数组
if (Dtmf[i] > 0 && Dtmf[i] < 8 || Dtmf[i] == 10)
{
D160A.StartPlaySignal(sWitCh[i], (int)SigType.SIG_STOP); //控制主叫通道的语音
Lines[i].State = CHANNEL_STATE.CH_SELECT1; //判断选择通道的状态
}
}
break;
case CHANNEL_STATE.CH_SELECT1: //判断选择通道的状态
if (Lines[Dtmf[i]].State == CHANNEL_STATE.CH_FREE) //判断被叫通道是否空闲
{
D160A.FeedRealRing(Dtmf[i]); //对被叫通道馈断续的铃流．选择的人工作席
D160A.StartPlaySignal(sWitCh[i], (int)SigType.SIG_RINGBACK); //控制信号音的播放，SIG_RINGBACK 回铃音
Lines[Dtmf[i]].State = CHANNEL_STATE.CH_RECEIVEID; //显示被叫通道的状态
Lines[i].State = CHANNEL_STATE.CH_ACCOUNT1;
}
else //
{
D160A.StartPlaySignal(sWitCh[i], (int)SigType.SIG_BUSY2); //控制主叫通道信号音的播放
Lines[Dtmf[i]].State = CHANNEL_STATE.CH_ConBusy0; //显示被叫通道的状态
Lines[i].State = CHANNEL_STATE.CH_ConBusy;
}
break;
case CHANNEL_STATE.CH_ConBusy: //此功能显示通道忙
if (Lines[sWitCh[i]].nType == CHANNEL_TYPE.Trunk)
{
}
else if (Lines[sWitCh[i]].nType == CHANNEL_TYPE.User)
{
bUser[Dtmf[i]] = false;
Lines[i].State = CHANNEL_STATE.CH_ACCOUNT1; //下步操作
}
break;
case CHANNEL_STATE.CH_ACCOUNT1:
//检测被叫通道是否摘机
if (D160A.OffHookDetect(Dtmf[i]) == 1 && bUser[Dtmf[i]] == true) //检测录音模块的摘挂机状态，只对录音模块有效。
{
D160A.StartPlaySignal(sWitCh[i], (int)SigType.SIG_STOP); //控制信号音的播放,停止
D160A.StopPlay(sWitCh[i]); //控制文件的播放/////////////////////
Lines[sWitCh[i]].State = CHANNEL_STATE.CH_Over; //请挂机
Lines[i].State = CHANNEL_STATE.CH_ACCOUNT2; //已挂机
break;
} //检测二次拍叉簧动作
else if (D160A.HangUpDetect(Dtmf[i]) == (int)HangUp.HANG_UP_FLAG_PRESS_R && sWitCh[i] != i)
{ //检测某一通道的挂机状态,拍了一下叉簧
D160A.FeedPower(Dtmf[i]); //对被叫线通道馈电，同时停止馈铃流,同时停止溃电
ResetChnl(Dtmf[i]); //调用方法
D160A.StartPlaySignal(i, (int)SigType.SIG_STOP); //调用方法
D160A.StopPlay(sWitCh[i]);
Dtmf[i] = sWitCh[i]; //将主叫号码赋值给被叫号码
Lines[Dtmf[i]].State = CHANNEL_STATE.CH_Connect; //正在转接
Lines[sWitCh[i]].State = CHANNEL_STATE.CH_PASSWORD1; //正在转接
Lines[i].State = CHANNEL_STATE.CH_ACCOUNT;
bUser[Dtmf[i]] = true;
break;
} //在对方正在振铃时挂机处理
else if (Lines[i].nType == CHANNEL_TYPE.User) //内线
{
if (D160A.HangUpDetect(sWitCh[i]) == (int)HangUp.HANG_UP_FLAG_TRUE) //已经挂机
{
ResetPower(i); //调用自定义方法
ResetChnl(Dtmf[i]); //调用自定义方法
bUser[i] = true;
break;
}
} //在对方正在振铃时挂机处理
break;
case CHANNEL_STATE.CH_ACCOUNT2: //已挂
D160A.FeedPower(Dtmf[i]); //对某一路内线通道馈电，同时停止馈铃流
Lines[i].State = CHANNEL_STATE.CH_ACCOUNT; //停止文件
Lines[Dtmf[i]].State = CHANNEL_STATE.CH_PASSWORD1; //已接通
break;
case CHANNEL_STATE.CH_ACCOUNT: //停止播放文件
D160A.StopPlay(i); //停止放音
sWitCh[i] = (short)-1;
if (D160A.SetLink(i, Dtmf[i]) == 1) //两路连通。
{
Lines[i].State = CHANNEL_STATE.CH_ACCOUNT3;
}
break;
case CHANNEL_STATE.CH_ACCOUNT3:
D160A.StartHangUpDetect(Dtmf[i]); //某一通道开始挂机检测；当某通道摘机后，可以调用本函数。该函数只对内线通道有效。
Lines[i].State = CHANNEL_STATE.CH_ACCOUNT4;
break;
case CHANNEL_STATE.CH_ACCOUNT4:
// '检测转机用户拍叉簧
if (D160A.HangUpDetect(Dtmf[i]) == (int)HangUp.HANG_UP_FLAG_PRESS_R) //检测某一通道的挂机状态,拍了一下叉簧
{
sWitCh[i] = Dtmf[i];
Lines[Dtmf[i]].State = CHANNEL_STATE.CH_Connect; //正在转接
D160A.ClearLink(i, Dtmf[i]); //两路拆除连通。
D160A.StopPlay(Dtmf[i]);
Dtmf[i] = -1;
Lines[i].State = CHANNEL_STATE.CH_WELCOME;
StartPlayFileEx(sWitCh[i], "Dial.001"); //播放音乐等待接
}
// '检测被叫用户挂机
if (D160A.HangUpDetect(Dtmf[i]) == (int)HangUp.HANG_UP_FLAG_TRUE)
{
SigCheck[Dtmf[i]] = (short)D160A.ClearLink(i, Dtmf[i]); //两路拆除连通。
if (SigCheck[Dtmf[i]] == 0)
{
D160A.StartPlaySignal(i, (int)SigType.SIG_BUSY1); //调用方法
}
ResetPower(i); //自定义方法调用
ResetChnl(Dtmf[i]); //自定义方法2
Lines[i].State = CHANNEL_STATE.CH_IsOver;
}
//'检测为内线的主叫用户挂机
if (Lines[i].nType == CHANNEL_TYPE.User)
{
if (D160A.HangUpDetect(i) == (int)HangUp.HANG_UP_FLAG_TRUE)
{
SigCheck[Dtmf[i]] = (short)D160A.ClearLink(i, Dtmf[i]); //两路拆除连通。
if (D160A.ClearLink(i, Dtmf[i]) == 0)
{
D160A.StartPlaySignal(i, (int)SigType.SIG_BUSY1); //调用方法
}
ResetChnl(i); //调用函数
}
}
break;
} //473对应251行
//判断外线if (Lines[i].nType == CHANNEL_TYPE.Trunk && Lines[i].State != CHANNEL_STATE.CH_FREE)
if (Lines[i].nType == CHANNEL_TYPE.Trunk && Lines[i].State != CHANNEL_STATE.CH_FREE && Lines[i].State != CHANNEL_STATE.CH_RECEIVEID)
{
if (D160A.Sig_CheckBusy(i) == 1) //进行挂机忙音检测,1 检测到忙音
{
SigCheck[i] = (short)D160A.ClearLink(i, Dtmf[i]); // 两路拆除连通。
if (SigCheck[i] == 0)
{
D160A.StartPlaySignal(i, (int)SigType.SIG_BUSY1);//调用方法
Lines[Dtmf[i]].State = CHANNEL_STATE.CH_Over;
}
ResetChnl(i);//调用方法ResetChnl(i)
}
}//判断内线条件
else if (Lines[i].nType == CHANNEL_TYPE.User && Lines[i].State != CHANNEL_STATE.CH_FREE && Lines[i].State != CHANNEL_STATE.CH_RECEIVEID)
{
if (D160A.RingDetect(i))
{
if (SigCheck[i] == 0)
{
Lines[i].State = CHANNEL_STATE.CH_Over;
}
}
else if (D160A.HangUpDetect(i) == (int)HangUp.HANG_UP_FLAG_TRUE)
{
ResetChnl(i);
}
}
}
}