private void Init()
{
progNum = -1;
ValidateAfterProgramming = true;
TestParameterCount = 9;
PSoCProgrammerError = false;
PSoCProgrammerInstalled = false;
SkipLoadingOtherParams = false;
ProgrammerSupportedAquireMode = new List <string>();
ProgrammerSupportedVoltage = new List <string>();
ProgrammerSupportedConnectors = new List <string>();
ProgrammerSupportedClocks = new List <string>();
AvailableProgrammerPorts = new string[] {};
SelectedProgrammer = "";
SelectedVoltageSetting = "";
SelectedAquireMode = "";
SelectedClock = "";
SelectedAction = PSoCProgrammerAction.Program;
try
{
//Programmer = new PSoCProgrammerCOM_ObjectClass();
Programmer = new PP_ComLib_WrapperClass();
int hr = Programmer.w_ConnectToNotLess(3, 05);
if (!IsSuccess(hr))
{
string strError = Programmer.w_GetLastError();
return;
}
PP_Info pp_info;
Programmer.w_GetActivePP(out pp_info);
string msg = "Connected to PP " + pp_info.guiMajor.ToString() + "." + pp_info.guiMinor.ToString();
Programmer.OnUpdateProgressBar += new PP_ComLib_WrapperClass.SetProgressBarDelegate(Event_UpdateProgressBar);
Programmer.OnAppendTextToLog += new PP_ComLib_WrapperClass.SetLogDelegate(Event_AppendTextToLog);
Programmer.OnUpdateChipName += new PP_ComLib_WrapperClass.SetDetectedChipName(Event_UpdateChipName);
ProgrammerVersion = Programmer.Version();
IsCorrectVersion();
PSoCProgrammerInstalled = true;
}
catch
{
PSoCProgrammerInstalled = false;
}
if (PSoCProgrammerInstalled == true)
{
AvailableProgrammerPorts = GetPorts();
}
}