private bool isDeviceAlive(IOPortAddress iopaddr, out bool bootLoaderMode, out DeviceTypeID deviceType)
{
string command_CR = "\r";
DataBuffer data = new DataBuffer(100);
bootLoaderMode = false;
deviceType = DeviceTypeID.Unknown;
if (iopaddr.handle == null)
return false;
if (iopaddr.handle.isInvalid())
{
_log.Warn("Called with INVALID handle");
return false;
}
int writeRetryCnt = int.Parse(ConfigurationManager.AppSettings["WriteRetryCnt"]);
int readRetryCnt = int.Parse(ConfigurationManager.AppSettings["ReadRetryCnt"]);
while (writeRetryCnt > 0)
{
data.copy(command_CR);
if (write(iopaddr.handle, data) < 0)
{
Thread.Sleep(10);
writeRetryCnt--;
}
else
{
_log.Debug("[CR] was sent");
data.NumItems = 0;
int readCount = readRetryCnt;
while (readCount > 0)
{
if (readAppend(iopaddr.handle, data, data.Capacity - data.NumItems) < 0)
readCount--;
else
{
if (data.endsWith("OK\n\r>"))
{
_log.Debug("Device looks to be alive");
return true;
}
Thread.Sleep(20);
readCount--;
}
}
Thread.Sleep(20);
writeRetryCnt--;
}
}
_log.Debug("Device to be checked with RTS control enabled");
close(iopaddr.handle);
iopaddr.handle = open(iopaddr, 19200, 'E');
_log.Debug("Port opened by isDeviceAlive()@19200:" + iopaddr.comAddr.COMPortId + " DTR Enabled");
writeRetryCnt = int.Parse(ConfigurationManager.AppSettings["WriteRetryCnt"]);
readRetryCnt = int.Parse(ConfigurationManager.AppSettings["ReadRetryCnt"]);
while (writeRetryCnt > 0)
{
data.copy(command_CR);
if (write(iopaddr.handle, data) < 0)
{
Thread.Sleep(10);
writeRetryCnt--;
}
else
{
_log.Debug("isDeviceAlive():: '\r' sent");
data.NumItems = 0;
int num4 = readRetryCnt;
while (num4 > 0)
{
if (readAppend(iopaddr.handle, data, data.Capacity - data.NumItems) < 0)
{
Thread.Sleep(10);
num4--;
}
else
{
_log.Debug("isDeviceAlive():: response to '\r':" + data.BufToStr);
if (data.BufToStr.Contains("OK\n\r>"))
return true;
Thread.Sleep(20);
num4--;
}
}
Thread.Sleep(20);
writeRetryCnt--;
}
}
close(iopaddr.handle);
_log.Debug("Port closed by isDeviceAlive()@19200:" + iopaddr.comAddr.COMPortId);
iopaddr.handle = open(iopaddr, 115200, 'D');
_log.Debug("Port opened by isDeviceAlive()@115200:" + iopaddr.comAddr.COMPortId);
for (int i = 0; i < 4; i++)
{
data.copy("J");
if (write(iopaddr.handle, data) < 0)
Thread.Sleep(10);
Thread.Sleep(50);
_log.Debug("isDeviceAlive():: 'J' sent");
data.NumItems = 0;
int readCnt = readRetryCnt;
while (readCnt > 0)
{
if (readAppend(iopaddr.handle, data, data.Capacity - data.NumItems) < 0)
{
Thread.Sleep(10);
readCnt--;
}
else
{
_log.Debug("isDeviceAlive():: response to 'J':" + data.BufToStr);
if (data.endsWith("OK\r\n>\r\n"))
{
deviceType = DeviceTypeID.SDBC_8;
bootLoaderMode = true;
return true;
}
Thread.Sleep(20);
readCnt--;
}
}
}
writeRetryCnt = int.Parse(ConfigurationManager.AppSettings["WriteRetryCnt"]);
readRetryCnt = int.Parse(ConfigurationManager.AppSettings["ReadRetryCnt"]);
while (writeRetryCnt > 0)
{
data.copy("OK\n\r>");
if (write(iopaddr.handle, data) < 0)
{
Thread.Sleep(10);
writeRetryCnt--;
}
else
{
_log.Debug("[CRLF] sent");
data.NumItems = 0;
int num7 = readRetryCnt;
while (num7 > 0)
{
if (readAppend(iopaddr.handle, data, data.Capacity - data.NumItems) < 0)
{
Thread.Sleep(10);
num7--;
}
else
{
_log.Debug("Response to [CRLF]:" + data.BufToStr);
if (data.endsWith("OK\n\r>"))
return true;
Thread.Sleep(20);
num7--;
}
}
Thread.Sleep(20);
writeRetryCnt--;
}
}
return false;
}
private DeviceDescriptor queryDeviceInfo(DeviceHandle handle, DeviceDescriptor devInfo)
{
DataBuffer data = new DataBuffer(128);
int writeRetryCnt = int.Parse(ConfigurationManager.AppSettings["WriteRetryCnt"]);
int pollDeviceTypeProcDelay = int.Parse(ConfigurationManager.AppSettings["PollDeviceTypeProcDelay"]);
int readRetryCnt = int.Parse(ConfigurationManager.AppSettings["ReadRetryCnt"]);
if (handle.isInvalid())
{
_log.Error("QueryDeviceInfo() - Called with INVALID argument");
return devInfo;
}
data.copy("\r");
write(handle, data);
Thread.Sleep(pollDeviceTypeProcDelay);
flushRead(handle, data);
while (writeRetryCnt > 0)
{
if (devInfo.BootloaderMode)
{
data.copy("J");
_log.Debug("queryDeviceInfo():: 'J'");
}
else
{
data.copy("I\r");
_log.Debug("queryDeviceInfo():: 'I\r'");
}
if (write(handle, data) < 0)
{
_log.Warn("Device was probably disconnected. write() returned with -1");
return devInfo;
}
Thread.Sleep(pollDeviceTypeProcDelay);
data.NumItems = 0;
for (int i = readRetryCnt; i > 0; i--)
{
if (readAppend(handle, data, data.Capacity - data.NumItems) < 0)
{
_log.Warn("Device was probably disconnected. readAppend() returned with -1");
return devInfo;
}
if (data.endsWith("OK\n\r>"))
break;
Thread.Sleep(20);
}
string response = data.BufToStr;
_log.Info("queryDeviceInfo():: response:" + response);
try
{
if (response.Length < 10)
return devInfo;
string strTmp = response.Substring(0, 10);
if (response.Contains("SRW"))
{
#region SRW...
string[] strArray = response.Remove(0, response.IndexOf("SRW")).Split(new char[] { ',' });
string subType = strArray[3].Substring(0, 3).Trim();
switch (strArray[0].Trim())
{
case "SRW001":
devInfo.DeviceType = new DeviceType(DeviceTypeID.SDBC_8);
switch (subType)
{
case "NW2":
devInfo.FirmwareType = new FirmwareType("ENW_Master");
break;
case "BLD":
devInfo.FirmwareType = new FirmwareType("Bootloader");
break;
case "PED":
devInfo.FirmwareType = new FirmwareType("PER_Demo");
break;
}
devInfo.DevicePhoto = SDBC.SDBC_8;
devInfo.MarketingName = SDBC.MarketingName;
devInfo.UnAssignedDeviceText = SDBC.UnAssignedDeviceText;
devInfo.SwitchPhoto = SDBC.SDBC_switch;
devInfo.WarningText = SDBC.WarningText;
devInfo.PartNumber = SDBC.PartNumber;
break;
case "SRW002":
devInfo.DeviceType = new DeviceType(DeviceTypeID.SRW002);
if (subType != null && subType == "LBF")
devInfo.FirmwareType = new FirmwareType("LBF");
devInfo.DevicePhoto = SRW002.SRW002_400;
devInfo.MarketingName = SRW002.MarketingName;
devInfo.UnAssignedDeviceText = SRW002.UnAssignedDeviceText;
devInfo.SwitchPhoto = SRW002.SRW002_400;
devInfo.WarningText = SRW002.WarningText;
devInfo.PartNumber = SRW002.PartNumber;
break;
case "SRW003":
devInfo.DeviceType = new DeviceType(DeviceTypeID.EZLink);
switch (subType)
{
case "NW1":
devInfo.FirmwareType = new FirmwareType("NWD_Slave");
break;
case "NW2":
devInfo.FirmwareType = new FirmwareType("ENW_Slave");
break;
case "BLD":
devInfo.FirmwareType = new FirmwareType("Bootloader");
break;
case "ED":
devInfo.FirmwareType = new FirmwareType("EZLink");
break;
}
devInfo.DevicePhoto = EzLink.EZLink_D_EP;
devInfo.MarketingName = EzLink.MarketingName;
devInfo.UnAssignedDeviceText = EzLink.UnAssignedDeviceText;
devInfo.SwitchPhoto = EzLink.EZLink_switch;
devInfo.WarningText = EzLink.WarningText;
devInfo.PartNumber = EzLink.PartNumber;
break;
case "SRW004":
devInfo.DeviceType = new DeviceType(DeviceTypeID.SRW004);
switch (subType)
{
case "LBL":
devInfo.FirmwareType = new FirmwareType("LoadBoard_Lite");
break;
case "BLD":
devInfo.FirmwareType = new FirmwareType("Bootloader");
break;
}
devInfo.DevicePhoto = SRW004.Si1000DK;
devInfo.MarketingName = SRW004.MarketingName;
devInfo.UnAssignedDeviceText = SRW004.UnAssignedDeviceText;
devInfo.WarningText = SRW004.WarningText;
devInfo.PartNumber = SRW004.PartNumber;
break;
case "SRW005":
devInfo.DeviceType = new DeviceType(DeviceTypeID.EZLink);
switch (subType)
{
case "NW1":
devInfo.FirmwareType = new FirmwareType("NWD_Slave");
break;
case "NW2":
devInfo.FirmwareType = new FirmwareType("ENW_Slave");
break;
case "BLD":
devInfo.FirmwareType = new FirmwareType("Bootloader");
break;
case "ED":
devInfo.FirmwareType = new FirmwareType("EZLink");
break;
}
devInfo.DevicePhoto = EzLink.EZLink_D_EP;
devInfo.MarketingName = EzLink.MarketingName;
devInfo.UnAssignedDeviceText = EzLink.UnAssignedDeviceText;
devInfo.SwitchPhoto = EzLink.EZLink_switch;
devInfo.WarningText = EzLink.WarningText;
devInfo.PartNumber = EzLink.PartNumber;
break;
case "SRW007":
devInfo.DeviceType = new DeviceType(DeviceTypeID.SRW007);
switch (subType)
{
case "RKD":
devInfo.FirmwareType = new FirmwareType("RKE_Master");
break;
case "BLD":
devInfo.FirmwareType = new FirmwareType("Bootloader");
break;
}
devInfo.DevicePhoto = SRW007.SRW007_100x84;
devInfo.MarketingName = SRW007.MarketingName;
devInfo.UnAssignedDeviceText = SRW007.UnAssignedDeviceText;
devInfo.SwitchPhoto = SRW007.SRW007_switch;
devInfo.WarningText = SRW007.WarningText;
devInfo.PartNumber = SRW007.PartNumber;
break;
case "SRW008":
devInfo.DeviceType = new DeviceType(DeviceTypeID.SRW008);
switch (subType)
{
case "RKD":
devInfo.FirmwareType = new FirmwareType("RKE_Master");
break;
case "BLD":
devInfo.FirmwareType = new FirmwareType("Bootloader");
break;
}
devInfo.DevicePhoto = SRW008.SRW008_100x84;
devInfo.MarketingName = SRW008.MarketingName;
devInfo.UnAssignedDeviceText = SRW008.UnAssignedDeviceText;
devInfo.SwitchPhoto = SRW008.SRW008_switch;
devInfo.WarningText = SRW008.WarningText;
devInfo.PartNumber = SRW008.PartNumber;
break;
case "SRW009":
devInfo.DeviceType = new DeviceType(DeviceTypeID.SRW009);
switch (subType)
{
case "RKD":
devInfo.FirmwareType = new FirmwareType("RKE_Master");
break;
case "BLD":
devInfo.FirmwareType = new FirmwareType("Bootloader");
break;
}
devInfo.DevicePhoto = SRW009.SRW009_100x84;
devInfo.MarketingName = SRW009.MarketingName;
devInfo.UnAssignedDeviceText = SRW009.UnAssignedDeviceText;
devInfo.SwitchPhoto = SRW009.SRW009_switch;
devInfo.WarningText = SRW009.WarningText;
devInfo.PartNumber = SRW009.PartNumber;
break;
default:
break;
}
devInfo.DeviceVersion = new DeviceVersion(strArray[1]);
devInfo.FirmwareVersion = new FirmwareVersion(strArray[2]);
return devInfo;
#endregion
}
if (strTmp.Contains("SDBC-8"))
{
#region SDBC-8
int idx = strTmp.IndexOf("SDBC-8");
// SDBC-8......VVVVV......FFFFF..PED
// SDBC-8......VVVVV......FFFFF..NWD
// dev.version fw.version
devInfo.DeviceType = new DeviceType(DeviceTypeID.SDBC_8);
strTmp = response.Substring(idx + 30, 3);
if (strTmp == "NWD")
{
devInfo.DeviceVersion = new DeviceVersion(response.Substring(idx + 12, 5));
devInfo.FirmwareType = new FirmwareType("NWD_Master");
devInfo.FirmwareVersion = new FirmwareVersion(response.Substring(idx + 23, 5));
devInfo.DevicePhoto = SDBC.SDBC_8;
devInfo.SwitchPhoto = SDBC.SDBC_switch;
devInfo.WarningText = SDBC.WarningText;
return devInfo;
}
if (strTmp == "PED")
{
devInfo.DeviceVersion = new DeviceVersion(response.Substring(idx + 12, 5));
devInfo.FirmwareType = new FirmwareType("PER_Demo");
devInfo.FirmwareVersion = new FirmwareVersion(response.Substring(idx + 23, 5));
devInfo.DevicePhoto = SDBC.SDBC_8;
devInfo.SwitchPhoto = SDBC.SDBC_switch;
devInfo.WarningText = SDBC.WarningText;
return devInfo;
}
#endregion
}
else if (strTmp.Contains("D-EP"))
{
#region EZLink
int idx = strTmp.IndexOf("D-EP");
devInfo.DeviceType = new DeviceType(DeviceTypeID.EZLink);
if (response.Substring(idx + 27, 3) == "NWD")
{
strTmp = response.Substring(idx + 9, 5);
devInfo.DeviceVersion = new DeviceVersion(strTmp);
devInfo.FirmwareType = new FirmwareType("NWD_Slave");
strTmp = response.Substring(idx + 20, 5);
devInfo.FirmwareVersion = new FirmwareVersion(strTmp);
return devInfo;
}
#endregion
}
else
{
if (response.Contains("V1.10W"))
{
devInfo.DeviceType = new DeviceType(DeviceTypeID.SDBC_8);
devInfo.DeviceVersion = new DeviceVersion("01.1r");
devInfo.FirmwareType = new FirmwareType("Bootloader");
devInfo.FirmwareVersion = new FirmwareVersion("V1.10W");
devInfo.DevicePhoto = SDBC.SDBC_8;
devInfo.SwitchPhoto = SDBC.SDBC_switch;
devInfo.WarningText = SDBC.WarningText;
return devInfo;
}
if (response.Length >= 26)
{
#region LoadBoard
if (response.Substring(4, 26) == "Wireless Development Suite")
{
devInfo.DeviceType = new DeviceType(DeviceTypeID.LoadBoard);
devInfo.DeviceVersion = new DeviceVersion("02.20");
devInfo.FirmwareType = new FirmwareType("LoadBoard");
devInfo.FirmwareVersion = new FirmwareVersion(response.Substring(0x23, 4));
devInfo.DevicePhoto = LoadBoard.HWBoard_LoadBoard;
return devInfo;
}
if (response.Substring(4, 16) == "LoadBoard Loader")
{
devInfo.DeviceType = new DeviceType(DeviceTypeID.LoadBoard);
devInfo.DeviceVersion = new DeviceVersion("02.20");
devInfo.FirmwareType = new FirmwareType("BootLoader");
devInfo.FirmwareVersion = new FirmwareVersion(response.Substring(0x17, 4));
return devInfo;
}
#endregion
}
}
}
catch (Exception exception)
{
_log.Error("QueryDeviceInfo() - " + exception.Message);
return devInfo;
}
writeRetryCnt--;
}
return devInfo;
}
private bool ExchCmdWithDev(DeviceHandle a_Handle, DataBuffer a_Data)
{
int writeRetryCnt = int.Parse(ConfigurationManager.AppSettings["WriteRetryCnt"]);
DataBuffer data = new DataBuffer(512)
{
DType = Data_Type.ASCII
};
while (writeRetryCnt > 0)
{
data.copy(a_Data);
int readRetryCnt = int.Parse(ConfigurationManager.AppSettings["ReadRetryCnt"]);
if (write(a_Handle, data) < 0)
{
_log.Warn("Device was probably disconnected. write() returned with -1");
return false;
}
Thread.Sleep(100);
data.NumItems = 0;
while (readRetryCnt > 0)
{
if (readAppend(a_Handle, data, data.Capacity - data.NumItems) < 0)
{
_log.Warn("Device was probably disconnected. readAppend() returned with -1");
Thread.Sleep(50);
readRetryCnt--;
}
else
{
if (data.endsWith("OK\n\r>"))
{
a_Data.copy(data);
return true;
}
Thread.Sleep(100);
readRetryCnt--;
}
}
writeRetryCnt--;
}
a_Data.NumItems = 0;
return false;
}
public bool isDeviceAlive(DeviceHandle handle)
{
DataBuffer data = new DataBuffer("\r".Length + "\n\rOK\n\r>".Length);
if (handle.isInvalid())
{
GlobalServices.ErrMsg("DDI_TEST.isDeviceAlive()", "called with INVALID handle");
return false;
}
data.copy("\r");
if (this.write(handle, data) < 0)
{
return false;
}
if (this.read(handle, data, data.Capacity) < 0)
{
return false;
}
return data.endsWith("\n\rOK\n\r>");
}
private TelegramType _readReply(Telegram commandTele, DataBuffer replyData)
{
int replySize;
string str = "\n\rOK\n\r>";
string str2 = "\n\rERROR\n\r>";
replyData.NumItems = 0;
if (this._isTestDevice)
{
if (commandTele.protocol == Protocol.Write)
{
this._ddi.read(this._adtRec.PortAddress.handle, replyData, 7);
return TelegramType.AcknowledgeOK;
}
if (commandTele.protocol == Protocol.WriteRead)
{
this._ddi.read(this._adtRec.PortAddress.handle, replyData, commandTele.replySize + 7);
return TelegramType.DataAcknowledgeOK;
}
GlobalServices.ErrMsg("readReply()", "FATAL ERROR: Unexpected telegram type to execute: " + ((TelegramType) this._teleFromWin.type).ToString() + ". Exit WDS!");
Application.Exit();
return TelegramType.Invalid;
}
switch (commandTele.protocol)
{
case Protocol.Write:
replySize = 0;
break;
case Protocol.WriteRead:
replySize = commandTele.replySize;
break;
default:
GlobalServices.ErrMsg("readReply()", "FATAL ERROR: Unexpected telegram type to execute: " + ((TelegramType) this._teleFromWin.type).ToString() + ". Exit WDS!");
GlobalServices.msgBox("FATAL ERROR: Unexpected telegram type to execute: " + ((TelegramType) this._teleFromWin.type).ToString() + ". Exit WDS!", "readReply()");
Application.Exit();
return TelegramType.Invalid;
}
int bytesToRead = ((str.Length + replySize) < str2.Length) ? (str.Length + replySize) : str2.Length;
int num3 = ((str.Length + replySize) < str2.Length) ? str2.Length : (str.Length + replySize);
int numItems = commandTele.data.NumItems;
int commandIdx = 0;
bool flag = false;
do
{
if (this._ddi.read(this._adtRec.PortAddress.handle, replyData, bytesToRead) < 0)
{
return TelegramType.DeviceFailure;
}
if (bytesToRead != replyData.NumItems)
{
flag = true;
}
this.filterEcho(commandTele.data, ref commandIdx, replyData);
}
while ((replyData.NumItems == 0) && !flag);
int num5 = replyData.NumItems;
int num4 = bytesToRead - num5;
if (this._ddi.readAppend(this._adtRec.PortAddress.handle, replyData, num4) >= 0)
{
if (num4 != (replyData.NumItems - num5))
{
flag = true;
}
switch (commandTele.protocol)
{
case Protocol.Write:
if (!replyData.endsWith(str))
{
if (replyData.endsWith(str2))
{
return TelegramType.AcknowledgeERROR;
}
break;
}
return TelegramType.AcknowledgeOK;
case Protocol.WriteRead:
if (!replyData.endsWith(str))
{
if (replyData.endsWith(str2))
{
return TelegramType.DataAcknowledgeERROR;
}
break;
}
return TelegramType.DataAcknowledgeOK;
default:
return TelegramType.Invalid;
}
if (flag)
{
return TelegramType.DeviceFailure;
}
num4 = num3 - replyData.NumItems;
if (this._ddi.readAppend(this._adtRec.PortAddress.handle, replyData, num4) < 0)
{
return TelegramType.DeviceFailure;
}
if (num4 != replyData.NumItems)
{
flag = true;
}
switch (commandTele.protocol)
{
case Protocol.Write:
if (!replyData.endsWith(str))
{
if (replyData.endsWith(str2))
{
return TelegramType.AcknowledgeERROR;
}
break;
}
return TelegramType.AcknowledgeOK;
case Protocol.WriteRead:
if (!replyData.endsWith(str))
{
if (replyData.endsWith(str2))
{
return TelegramType.DataAcknowledgeERROR;
}
break;
}
return TelegramType.DataAcknowledgeOK;
default:
return TelegramType.Invalid;
}
}
return TelegramType.DeviceFailure;
}
private TelegramType readRxPacket(DataBuffer replyData)
{
string str = "Received packet ( 6 bytes):";
string str2 = "\n\rOK\n\r>";
replyData.NumItems = 0;
while (this._readRxPacketEnabled && (replyData.NumItems < (str.Length * 2)))
{
int num5 = this._ddi.readAppend(this._adtRec.PortAddress.handle, replyData, 1);
if (num5 < 0)
{
replyData.NumItems = 0;
return TelegramType.DeviceFailure;
}
if ((num5 > 0) && (replyData[replyData.NumItems - 1] == 0x3a))
{
break;
}
Thread.Sleep(10);
}
if (replyData.NumItems == 0)
{
return TelegramType.DataAcknowledgeOK;
}
if (replyData[replyData.NumItems - 1] != 0x3a)
{
replyData.objectInfo(true);
replyData.NumItems = 0;
return TelegramType.DeviceFailure;
}
int num3 = replyData.indexOf('(');
if (num3 == -1)
{
replyData.NumItems = 0;
return TelegramType.DataAcknowledgeERROR;
}
int bytesToRead = int.Parse(replyData.objectInfo(num3 + 1, replyData.NumItems - 9, true)) + str2.Length;
replyData.NumItems = 0;
int num4 = 0;
for (int i = 0; (i <= 5) || ((num4 > 0) && (i <= 50)); i++)
{
num4 = this._ddi.readAppend(this._adtRec.PortAddress.handle, replyData, bytesToRead);
if (num4 < 0)
{
replyData.NumItems = 0;
return TelegramType.DeviceFailure;
}
bytesToRead -= num4;
if (bytesToRead <= 0)
{
bytesToRead = 1;
}
if (replyData.endsWith(str2))
{
replyData.NumItems -= str2.Length;
return TelegramType.DataAcknowledgeOK;
}
}
return TelegramType.DataAcknowledgeERROR;
}
private TelegramType readReply(Telegram commandTele, DataBuffer replyData)
{
TelegramType deviceFailure = TelegramType.DeviceFailure;
bool flag = false;
int dueTime = int.Parse(ConfigurationManager.AppSettings["ASCIIRecTimeout"]);
string str = "\n\rOK\n\r>";
string str2 = "\n\rERROR\n\r>";
int num2 = (commandTele.data.NumItems + commandTele.replySize) + str.Length;
int num3 = commandTele.data.NumItems + str2.Length;
int bytesToRead = (num2 < num3) ? num3 : num2;
int num5 = 0;
int num6 = 0;
this._isReadReplyTimeOut = false;
this._ReadReplyTimer = new System.Threading.Timer(this.ReadReplytimerDelegate, null, dueTime, -1);
replyData.NumItems = 0;
while (!this._isReadReplyTimeOut && !flag)
{
if ((num6 > 0) && ((bytesToRead - num6) > 9))
{
bytesToRead -= num6;
}
num6 = this._ddi.readAppend(this._adtRec.PortAddress.handle, replyData, bytesToRead);
if (num6 < 0)
{
flag = true;
deviceFailure = TelegramType.DeviceFailure;
continue;
}
switch (commandTele.protocol)
{
case Protocol.Write:
if (replyData.endsWith(str))
{
flag = true;
deviceFailure = TelegramType.AcknowledgeOK;
}
if (replyData.endsWith(str2))
{
flag = true;
deviceFailure = TelegramType.AcknowledgeERROR;
}
break;
case Protocol.WriteRead:
if (replyData.endsWith(str))
{
flag = true;
deviceFailure = TelegramType.DataAcknowledgeOK;
}
if (replyData.endsWith(str2))
{
flag = true;
deviceFailure = TelegramType.DataAcknowledgeERROR;
}
break;
default:
flag = true;
deviceFailure = TelegramType.Invalid;
break;
}
Thread.Sleep(1);
num5++;
}
if (this._isReadReplyTimeOut)
{
_log.Warn("reply data neither ends with OK or ERROR !!! GIVE UP !!!\r\n retryCnt: '" + num5.ToString() + " commandTele.protocol: '" + commandTele.protocol.ToString() + "' replyData.NumItems: '" + replyData.NumItems.ToString() + "' replyData:--|" + replyData.objectInfo(true) + "|--n");
deviceFailure = TelegramType.DeviceFailure;
}
if (this._ReadReplyTimer != null)
{
this._ReadReplyTimer.Dispose();
this._ReadReplyTimer = null;
}
return deviceFailure;
}
