private static uint PCRxCStringFunc(IntPtr buffer, uint length, uint endSign)
{
uint errorMessage = 0;
errorMessage = PssRS232Driver.ReadRs232DataStr(buffer, length);
string msg = Marshal.PtrToStringAnsi(buffer);
return(errorMessage);
}
public static uint Rs232LinkInitial(string comName, uint rate)
{
uint error = 0;
//uint j = 0;
error = PssRS232Driver.RS232Init(comName, rate);
PssRS232Driver.RS232TimeOutConfig(0, 1000, 1000);
return(error);
}
private static uint PCTxCStringFunc(IntPtr buffer, uint length, uint endSign)
{
string msg = Marshal.PtrToStringAnsi(buffer);
uint errorMessage = 0;
errorMessage = PssRS232Driver.WriteRs232DataStr(buffer);
if (errorMessage != 0)
{
return(errorMessage);
}
if (endSign == PssBase.ENDSIGN_1)
{
errorMessage = PssRS232Driver.WriteRs232DataStr(Marshal.StringToHGlobalAnsi("\n"));
return(errorMessage);
}
if (endSign == PssBase.ENDSIGN_2)
{
errorMessage = PssRS232Driver.WriteRs232DataStr(Marshal.StringToHGlobalAnsi("\r"));
return(errorMessage);
}
return(0X00);
}
static void Main()
{
byte[] SerBuf = new byte[50];
uint state = 0;
double power = 0;
//模块温度
double temp = 0;
//注册发送函数
DelPCTxCStringFunc delTx = new DelPCTxCStringFunc(PCTxCStringFunc);
IntPtr ptrTx = Marshal.GetFunctionPointerForDelegate(delTx);
PssDOA.DOAPCTxCStringFuncReg(ptrTx);
PssOPM.OPMPCTxCStringFuncReg(ptrTx);
//注册接收函数
DelPCRxCStringFunc delRx = new DelPCRxCStringFunc(PCRxCStringFunc);
IntPtr ptrRx = Marshal.GetFunctionPointerForDelegate(delRx);
PssDOA.DOAPCRxCStringFuncReg(ptrRx);
PssOPM.OPMPCRxCStringFuncReg(ptrRx);
//Bert
PssBert.BertWRRegist(ptrTx, ptrRx);
//串口初始化
Rs232LinkInitial("COM9", 115200);
Thread.Sleep(100);
#if OPM
//OPM
PssOPM.OPMReadIDN(PssBase.CARDID_10, PssBase.ENDSIGN_1, SerBuf);
string opmidn = Encoding.ASCII.GetString(SerBuf);
Console.WriteLine("光功率计IDN:{0}", opmidn);
PssOPM.OPMReadPower(PssBase.CARDID_10, PssBase.ENDSIGN_1, PssOPM.OPM_CHANNEL_1, ref power);
Console.WriteLine("校准前当前功率:{0}", power);
#endif
#if DOA
//获取Dll 名称/版本
byte[] name = new byte[100];
byte[] version = new byte[100];
PssDOA.DOAGetDllInfo(name, version);
string n = Encoding.ASCII.GetString(name);
string v = Encoding.ASCII.GetString(version);
Console.WriteLine("当前dll Name:{0}", n);
Console.WriteLine("当前dll Version:{0}", v);
//获取IDN
state = PssDOA.DOAReadIDN(PssBase.CARDID_3, PssBase.ENDSIGN_1, SerBuf);
string idnmsg = Encoding.ASCII.GetString(SerBuf);
Console.WriteLine("光衰减模块IDN:{0}", idnmsg);
//cal
//double cal = 3.16;
//PssDOA.DOAConfCalibration(PssBase.CARDID_3, PssBase.ENDSIGN_1, cal);
//PssDOA.DOAReadCalibration(PssBase.CARDID_3, PssBase.ENDSIGN_1, ref cal);
//Console.WriteLine("更改后cal:{0}", cal);
//波长
uint wavelength = PssBase.WAVELENGTH_1550NM;
PssDOA.DOAConfWavelength(PssDOA.CARDID_3, PssBase.ENDSIGN_1, wavelength);
PssDOA.DOAReadWavelength(PssBase.CARDID_3, PssBase.ENDSIGN_1, ref wavelength);
Console.WriteLine("波长：{0}", wavelength);
//获取当前Atten
double atten = 0;
PssDOA.DOAReadAtten(PssBase.CARDID_3, PssBase.ENDSIGN_1, ref atten);
Console.WriteLine("更改前衰减:{0}", atten);
atten = -28; //衰减只能设置为负数
state = PssDOA.DOAConfAtten(PssBase.CARDID_3, PssBase.ENDSIGN_1, atten);
Thread.Sleep(300);
if (state == 0)
{
Console.WriteLine("att设置成功");
}
else
{
Console.WriteLine("att设置失败");
}
state = PssDOA.DOAReadAtten(PssBase.CARDID_3, PssBase.ENDSIGN_1, ref atten);
if (state == 0)
{
Console.WriteLine("更改后衰减:{0}", atten);
}
else
{
Console.WriteLine("查询Att失败");
}
PssOPM.OPMReadPower(PssBase.CARDID_10, PssBase.ENDSIGN_1, PssOPM.OPM_CHANNEL_1, ref power);
Console.WriteLine("校准后当前功率:{0}", power);
state = PssDOA.ReadDDM_Temperature(PssBase.CARDID_3, PssBase.ENDSIGN_1, 0XA3, ref temp);
if (state != 0)
{
Console.WriteLine("查询温度失败");
}
else
{
Console.WriteLine("temp:{0}", temp);
}
//查询SN 12位
uint count = 0xC;
state = PssDOA.ReadDDM(PssBase.CARDID_3, PssBase.ENDSIGN_1, 0xA1, 68, count, SerBuf);
if (state != 0)
{
Console.WriteLine("查询SN失败");
}
else
{
string sn = Encoding.ASCII.GetString(SerBuf);
sn = sn.Substring(0, 35);
Console.WriteLine(sn);
string[] datas = sn.Split(' ');
byte[] byteSn = new byte[count];
for (int i = 0; i < count; i++)
{
byteSn[i] = Convert.ToByte(datas[i].Trim(), 16);
}
sn = (Encoding.ASCII.GetString(byteSn));
Console.WriteLine(sn);
}
#endif
#if BERT
//Bert
state = PssBert.BertIDNGet(PssBase.CARDID_2, PssBase.ENDSIGN_1, SerBuf);
if (state != 0)
{
Console.WriteLine("Error:{0},获取IDN失败", state);
return;
}
else
{
string bertIdn = Encoding.ASCII.GetString(SerBuf);
Console.WriteLine("IDN of BERT:{0}", bertIdn);
}
Console.WriteLine("正在配置误码仪...");
//Bert 配置
//码型
uint patter = PssBert.STYLE_PRB31;
//幅值
uint level = PssBert.LEVEL_800;
//速率
uint speed = PssBert.RATE_9G95;
//时间0连续 非0 设备运行时间段 在时间到达后会自动关闭？
uint time = 0;
//PPG
uint cardPPG = PssBase.CARDID_2;
//PSS-BERT-O 1通道为光光通道 2 为光电通道。指的是两个不同的型号，这边选择光电通道
uint channelPPG = PssBert.CHANAL_2;
//4PPG
uint card4PPG = PssBase.CARDID_1;
uint channel4PPG = PssBert.CHANAL_1;
//PPG-15G-4
//4PPG配置
//轮询配置4通道
Console.WriteLine("开始配置4PPG");
for (uint i = 0; i < 4; i++)
{
//patter set/get
PssBert.BertPatterSet(card4PPG, PssBase.ENDSIGN_1, i, patter);
Thread.Sleep(200);
PssBert.BertPatterGet(card4PPG, PssBase.ENDSIGN_1, i, ref patter);
Thread.Sleep(200);
Console.WriteLine("patter:{0}", patter);
//level set/get
PssBert.BertLevelSet(card4PPG, PssBase.ENDSIGN_1, i, level);
Thread.Sleep(200);
PssBert.BertLevelGet(card4PPG, PssBase.ENDSIGN_1, i, ref level);
Thread.Sleep(200);
Console.WriteLine("level：{0}", level);
}
//速率
PssBert.BertSpeedSet(card4PPG, PssBase.ENDSIGN_1, channel4PPG, speed);
Thread.Sleep(4000);
PssBert.BertSpeedGet(card4PPG, PssBase.ENDSIGN_1, channel4PPG, ref speed);
Thread.Sleep(200);
Console.WriteLine("speed:{0}", speed);
//4通道轮询配置PG
for (uint i = 0; i < 4; i++)
{
PssBert.BertPGStart(card4PPG, PssBase.ENDSIGN_1, i);
Thread.Sleep(200);
}
Console.WriteLine("开始配置BERT15G");
//配置BERT15G-O
//patter set/get
state = PssBert.BertPatterSet(cardPPG, PssBase.ENDSIGN_1, channelPPG, patter);
Thread.Sleep(200);
patter = 0;
state = PssBert.BertPatterGet(cardPPG, PssBase.ENDSIGN_1, channelPPG, ref patter);
Thread.Sleep(200);
Console.WriteLine("Patter:{0}", patter);
//level set/get
state = PssBert.BertLevelSet(cardPPG, PssBase.ENDSIGN_1, channelPPG, level);
Thread.Sleep(200);
level = 0;
state = PssBert.BertLevelGet(cardPPG, PssBase.ENDSIGN_1, channelPPG, ref level);
Thread.Sleep(200);
Console.WriteLine("level：{0}", level);
//speed set/get
state = PssBert.BertSpeedSet(cardPPG, PssBase.ENDSIGN_1, channelPPG, speed);
Thread.Sleep(4000);
speed = 0;
state = PssBert.BertSpeedGet(cardPPG, PssBase.ENDSIGN_1, channelPPG, ref speed);
Thread.Sleep(200);
Console.WriteLine("speed:{0}", speed);
//time set/get
state = PssBert.BertTimeSet(cardPPG, PssBase.ENDSIGN_1, channelPPG, time);
Thread.Sleep(200);
time = 0;
state = PssBert.BertTimeGet(cardPPG, PssBase.ENDSIGN_1, channelPPG, ref time);
Thread.Sleep(200);
Console.WriteLine("time:{0}", time);
//PPG、ED配置
Console.WriteLine("开始配置PPG,ED Start");
PssBert.BertPGStart(cardPPG, PssBase.ENDSIGN_1, channelPPG);
Thread.Sleep(500);
PssBert.BertEDStart(cardPPG, PssBase.ENDSIGN_1, channelPPG);
Thread.Sleep(500);
//光衰改变了后，立即要调用clear 函数 在设置延时 例如Thread(1000) 然后读取误码率。
//double readAtten = 0;
//读取误码
uint syncState = 0, errorState = 0;
double all = 0, errorCount = 0, ber = 0;
for (int i = 0; i < 3; i++)
{
//state = PssDOA.DOAConfAtten(PssBase.CARDID_3, PssBase.ENDSIGN_1, atten);
//Thread.Sleep(300);
//atten -= 0.5;
PssBert.BertClr(cardPPG, PssBase.ENDSIGN_1, channelPPG);
Thread.Sleep(3000);
state = PssBert.BertResult(cardPPG, PssBase.ENDSIGN_1, channelPPG, out syncState, out errorState, out errorCount, out all, out ber);
Thread.Sleep(300);
state = PssBert.BertResult(cardPPG, PssBase.ENDSIGN_1, channelPPG, out syncState, out errorState, out errorCount, out all, out ber);
Thread.Sleep(3000);
if (state != 0)
{
Console.WriteLine("获取误码失败:{0}", state);
}
else
{
//state = PssDOA.DOAConfAtten(PssBase.CARDID_3, PssBase.ENDSIGN_1, -27.5);
//Thread.Sleep(300);
//state = PssDOA.DOAReadAtten(PssBase.CARDID_3, PssBase.ENDSIGN_1, ref readAtten);
//Console.WriteLine("Atten:{0}", readAtten);
Console.WriteLine("syncState:{0}", syncState);
Console.WriteLine("errorState:{0}", errorState);
Console.WriteLine("all:{0}", all);
Console.WriteLine("errorcount:{0}", errorCount);
Console.WriteLine("误码率:{0}", ber);
}
}
//定时模式查询
//uint searchTime = 0;
//for (int i = 0; i < 10; i++)
//{
// PssBert.BertCurrentTimeGet(cardPPG, PssBase.ENDSIGN_1, channelPPG, ref searchTime);
// Thread.Sleep(200);
// //if (searchTime >= 10)
// //{
// state = PssDOA.DOAConfAtten(PssBase.CARDID_3, PssBase.ENDSIGN_1, atten);
// atten -= 0.5;
// Thread.Sleep(300);
// double attena = 0;
// PssDOA.DOAReadAtten(PssBase.CARDID_3, PssBase.ENDSIGN_1, ref attena);
// Thread.Sleep(300);
// Console.WriteLine("当前衰减:{0}", attena);
// Console.WriteLine("当前时间:{0}", searchTime);
// PssBert.BertClr(cardPPG, PssBase.ENDSIGN_1, channelPPG);
// Thread.Sleep(300);
// state = PssBert.BertResult(cardPPG, PssBase.ENDSIGN_1, channelPPG, ref syncState, ref errorState, ref errorCount, ref all, ref ber);
// Thread.Sleep(5000);
// state = PssBert.BertResult(cardPPG, PssBase.ENDSIGN_1, channelPPG, ref syncState, ref errorState, ref errorCount, ref all, ref ber);
// if (state != 0)
// {
// Console.WriteLine("查询误码失败");
// }
// else
// {
// Console.WriteLine("syncState:{0}", syncState);
// Console.WriteLine("errorState:{0}", errorState);
// Console.WriteLine("all:{0}", all);
// Console.WriteLine("errorcount:{0}", errorCount);
// Console.WriteLine("误码率:{0}", ber);
// }
// //}
//}
#endif
//关闭串口
PssRS232Driver.RS232Close();
Console.ReadKey();
}
