private EnumDataType GetCalibrationDataType(string file)
{
CalibrationProcess process = new CalibrationProcess();
CalibrationProcessLib.CalibrationProcess calProcess = new CalibrationProcessLib.CalibrationProcess();
EnumDataType dataType = process.GetDataType(_width, _height, file);
return(dataType);
}
void ExecuteADCommand(string ctrName, string ip, string exePath)
{
if (!_threadList.ContainsKey(ctrName))
{
Thread thread = new Thread(new ParameterizedThreadStart((object param) =>
{
ThreadParam arg = param as ThreadParam;
int width = arg.UnitType.ModuleWidth * arg.UnitType.ModulePixelWidth;
int height = arg.UnitType.ModuleHeight * arg.UnitType.ModulePixelHeight;
int modulePixelWidth = arg.UnitType.ModulePixelWidth;
int modulePixelHeight = arg.UnitType.ModulePixelHeight;
bool isReset = arg.ResetData;
string fileRead = "";
string fileWrite = "";
OperationResult operationResult = _baseCommunication.OpenDevice(arg.IP, 0, 8001);
if (!operationResult.Status)
{
//设备打开失败
Log(arg.IP, MultiLanguage.GetNames(Name, "OpenDeviceFailed"));
return;
}
else
{
Log(arg.IP, MultiLanguage.GetNames(Name, "OpenDeviceSuccess"));
}
int devNum = operationResult.DeviceNumber;
if (!_devIP.ContainsKey(devNum))
{
_devIP.Add(devNum, arg.IP);
}
try
{
LEDCmdCordination cmdAddr = new LEDCmdCordination()
{
groupPortX = 1, groupPortY = 1, cabinetAddressX = 255, cabinetAddressY = 255, moduleAddressX = 1, moduleAddressY = 1
};
operationResult = _baseCommunication.LampBoardReadTimecode(devNum, cmdAddr);
if (!operationResult.Status)
{
//读取时间码失败
Log(ip, MultiLanguage.GetNames(Name, "ReadTimeCodeFailed"));
operationResult.Status = false;
SetCommandStatus(arg.IP, false);
return;
}
string timeCode = operationResult.strData;
string tmpPath = System.IO.Path.GetTempPath();
tmpPath = System.IO.Path.Combine(tmpPath, timeCode);
if (Directory.Exists(tmpPath))
{
Directory.Delete(tmpPath, true);
}
Thread.Sleep(500);
Directory.CreateDirectory(tmpPath);
while (!Directory.Exists(tmpPath))
{
Directory.CreateDirectory(tmpPath);
}
DialogResult dlgResult = DialogResult.Yes;
string outFile = "";
if (arg.ReadCalFrom == 0 && CheckIsExistLocalCalibrationData(arg.UnitType, operationResult.DeviceNumber, timeCode, System.IO.Path.Combine(arg.WorkPath, "Read"), out outFile))
{
//从箱体读取数据
//本地已经存在时间码对应的校正数据
dlgResult = MessageBoxEx(MultiLanguage.GetNames(Name, "IsLoadLocalCalibrationDataFile"), MessageBoxButtons.YesNoCancel);
if (dlgResult == DialogResult.Cancel)
{
Log(ip, MultiLanguage.GetNames(Name, "CanceledByUser"));
operationResult.Status = false;
SetCommandStatus(arg.IP, false);
return;
}
if (dlgResult == DialogResult.Yes)
{
arg.LocalCalDataPath = tmpPath;
string fileName = System.IO.Path.GetFileName(outFile);
string tmpFile = System.IO.Path.Combine(tmpPath, fileName);
File.Copy(outFile, tmpFile, true);
arg.ReadCalFrom = 1;
}
}
string tmpRead = System.IO.Path.Combine(tmpPath, "read1");
if (arg.ReadCalFrom == 0)
{
//从箱体读取数据
Log(ip, MultiLanguage.GetNames(Name, "ReadCalibrationDataFromCabinet"));
Thread.Sleep(200);
operationResult = ReadCalibrationDataFromCabinet(operationResult.DeviceNumber, arg.IP, arg.UnitType, tmpRead);
}
else
{
//从文件夹读取数据
Log(ip, MultiLanguage.GetNames(Name, "ReadCalibrationDataFromFolder"));
operationResult = ReadADCalibrationDataFormFolder(arg.UnitType, arg.LocaCalFileType, devNum, arg.IP, arg.LocalCalDataPath);
if (!operationResult.Status)
{
//读取校正数据失败
Log(arg.IP, operationResult.Message);
SetCommandStatus(arg.IP, false);
return;
}
tmpRead = operationResult.strData;
}
if (!operationResult.Status)
{
//读取校正数据失败
Log(arg.IP, MultiLanguage.GetNames(Name, "ReadCalibrationFailed"));
SetCommandStatus(arg.IP, false);
return;
}
else
{
Log(arg.IP, MultiLanguage.GetNames(Name, "ReadCalibrationSuccess"));
}
string tmpSdat = System.IO.Path.Combine(tmpPath, "read1_translate_sdat.sdat");
operationResult = TranslateCalibrationDataToSdat(tmpRead, width, height, tmpSdat);
if (!operationResult.Status)
{
Log(arg.IP, operationResult.Message);
SetCommandStatus(ip, false);
return;
}
//保存原始数据
string extName = GetCalibrationTrueExt(tmpRead, width, height);
fileRead = System.IO.Path.Combine(arg.WorkPath, "Read/read" + timeCode + extName);
File.Copy(tmpRead, fileRead, true);
//TODO:修改
CalibrationProcess process = new CalibrationProcess();
EnumDataType dataType = process.GetDataType(width, height, tmpRead);
fileWrite = System.IO.Path.Combine(arg.WorkPath, "Read/write" + timeCode + "." + extName);
operationResult = ChangeCalibrationData(tmpSdat, fileWrite, width, height, modulePixelWidth, modulePixelHeight, arg.StartGray, arg.SeamData, dataType);
if (!operationResult.Status)
{
//读取时间码失败
Log(ip, operationResult.Message);
SetCommandStatus(ip, false);
return;
}
//TODO:写入
Log(ip, MultiLanguage.GetNames(Name, "WriteCalibrationData"));
//operationResult = _baseCommunication.MainBoardUploadCalibrationFile(devNum, cmdAddr, uType.ModulePixelWidth, uType.ModulePixelHeight, fileWrite);
Point[] changedModuleAddress = GetChangedModuleAddress(arg.SeamData, isReset);
operationResult = WriteModuleFiles(ip, devNum, timeCode, arg.UnitType, fileWrite, changedModuleAddress, tmpPath);
if (!operationResult.Status)
{
//写入校正数据失败
Log(arg.IP, operationResult.Message);
SetCommandStatus(arg.IP, false);
return;
}
else
{
Log(arg.IP, MultiLanguage.GetNames(Name, "WriteCalibrationDataSuccess"));
SetCommandStatus(arg.IP, true);
File.Copy(fileWrite, fileRead, true);
}
}
finally
{
_baseCommunication.CloseDevice(devNum);
_devIP.Remove(devNum);
_threadList.Remove(ctrName);
}
}));
thread.IsBackground = true;
_threadList.Add(ctrName, thread);
ThreadParam threadParam = new ThreadParam()
{
ControlName = ctrName,
IP = ip,
SeamData = ViewForm.SeamData.Clone() as SeamItemData[, ],
StartGray = (byte)_interfaceData.StarGray,
UnitType = GetCabinetType(),
WorkPath = exePath,
LocalCalDataPath = txtDataLocation.Text,
LocaCalFileType = cbDataType.SelectedIndex,
ReadCalFrom = cbdataPos.SelectedIndex,
ResetData = ckReset.Checked
};
//_threadList[ctrName].Start(new object[] { ctrName, ip, ViewForm.SeamData.Clone(), _interfaceData.Background, GetCabinetType(), exePath, txtDataLocation.Text, cbdataPos.SelectedIndex, cbDataType.SelectedIndex });
_threadList[ctrName].Start(threadParam);
}
}