private void ReleaseCOM()
{
//Close Port first
if (pp != null)
{
/* Turn power off first (in case the user is switching to ext power) */
pp.PowerOff(out m_sLastError);
pp.ClosePort(out m_sLastError);
}
else
{
AppendTextToLog("Disconnect attempted - not connected!");
}
if (m_sLastError != "")
{
AppendTextToLog("Disconnect error: " + m_sLastError);
}
else
{
AppendTextToLog("Successfully disconnected from programmer!");
}
//Disconnect from COM-object and unload it
pp = null;
GC.GetTotalMemory(true);
}
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();
}
}
private void ReleaseCOM()
{
//Close Port first
if (pp != null)
{
/* Turn power off first (in case the user is switching to ext power) */
pp.PowerOff(out m_sLastError);
pp.ClosePort(out m_sLastError);
}
else
{
AppendTextToLog("Disconnect attempted - not connected!");
}
if (m_sLastError != "")
{
AppendTextToLog("Disconnect error: " + m_sLastError);
}
else
{
AppendTextToLog("Successfully disconnected from programmer!");
}
//Disconnect from COM-object and unload it
pp = null;
GC.GetTotalMemory(true);
}
private void InitPPCOM(GUI_Settings guiSettings)
{
int hr;
string strVolt;
string strError;
if (pp != null) return; //Programmer already started
pp = new PP_ComLib_WrapperClass();
if (!pp.w_IsConnected())
{
if (pp.w_ConnectToLatest() == 0)
{
AppendTextToLog("Detected PSoC Programmer COM object version " + pp.Version());
}
else
{
AppendTextToLog("PSoC Programmer not installed. Please install PSoC Programmer and try again.");
//Disconnect from COM-object and unload it
pp = null;
GC.GetTotalMemory(true);
return;
}
}
//Open and Configure MiniProg3 port
hr = OpenPort(out strError);
if (!SUCCEEDED(hr))
{
rtbLog.AppendText("Connect error: "+strError);
rtbLog.AppendText("\r\n");
//Disconnect from COM-object and unload it
pp = null;
GC.GetTotalMemory(true);
return;
}
pp.SetProtocolClock(enumFrequencies.FREQ_03_0, out strError);
if (guiSettings.conn == Connector.P10)
{
pp.SetProtocolConnector(1, out strError);
}
else
{
pp.SetProtocolConnector(0, out strError);
}
pp.SetProtocol(enumInterfaces.SWD_SWV, out strError);
if (guiSettings.volt == Voltage.V5_0)
strVolt = "5.0";
else if (guiSettings.volt == Voltage.V3_3)
strVolt = "3.3";
else if (guiSettings.volt == Voltage.V2_5)
strVolt = "2.5";
else if (guiSettings.volt == Voltage.V1_8)
strVolt = "1.8";
else
strVolt = "EXT";
if (strVolt != "EXT")
{
pp.SetPowerVoltage(strVolt, out strError);
pp.PowerOn(out strError);
}
/* Init the event handler for received data */
pp.OnUSB2IIC_DataReceived += new PP_ComLib_Wrapper.PP_ComLib_WrapperClass.DelegateByteArrayParam(pp_USB2IIC_ReceivedData);
//object ports;
string[] portsStr;
hr = pp.GetPorts(out portsStr, out strError);
//string[] portsStr = ports as string[];
AppendTextToLog("Connected to '" + portsStr[0] + "' programmer!");
btnConnect.Text = "Disconnect"; // DTV
connected = 1; // DTV
}
int connected = 0; // DTV
private void InitPPCOM(GUI_Settings guiSettings)
{
int hr;
string strVolt;
string strError;
if (pp != null)
{
return; //Programmer already started
}
pp = new PP_ComLib_WrapperClass();
if (!pp.w_IsConnected())
{
if (pp.w_ConnectToLatest() == 0)
{
AppendTextToLog("Detected PSoC Programmer COM object version " + pp.Version());
}
else
{
AppendTextToLog("PSoC Programmer not installed. Please install PSoC Programmer and try again.");
//Disconnect from COM-object and unload it
pp = null;
GC.GetTotalMemory(true);
return;
}
}
//Open and Configure MiniProg3 port
hr = OpenPort(out strError);
if (!SUCCEEDED(hr))
{
rtbLog.AppendText("Connect error: " + strError);
rtbLog.AppendText("\r\n");
//Disconnect from COM-object and unload it
pp = null;
GC.GetTotalMemory(true);
return;
}
pp.SetProtocolClock(enumFrequencies.FREQ_03_0, out strError);
if (guiSettings.conn == Connector.P10)
{
pp.SetProtocolConnector(1, out strError);
}
else
{
pp.SetProtocolConnector(0, out strError);
}
pp.SetProtocol(enumInterfaces.SWD_SWV, out strError);
if (guiSettings.volt == Voltage.V5_0)
{
strVolt = "5.0";
}
else if (guiSettings.volt == Voltage.V3_3)
{
strVolt = "3.3";
}
else if (guiSettings.volt == Voltage.V2_5)
{
strVolt = "2.5";
}
else if (guiSettings.volt == Voltage.V1_8)
{
strVolt = "1.8";
}
else
{
strVolt = "EXT";
}
if (strVolt != "EXT")
{
pp.SetPowerVoltage(strVolt, out strError);
pp.PowerOn(out strError);
}
/* Init the event handler for received data */
pp.OnUSB2IIC_DataReceived += new PP_ComLib_Wrapper.PP_ComLib_WrapperClass.DelegateByteArrayParam(pp_USB2IIC_ReceivedData);
//object ports;
string[] portsStr;
hr = pp.GetPorts(out portsStr, out strError);
//string[] portsStr = ports as string[];
AppendTextToLog("Connected to '" + portsStr[0] + "' programmer!");
btnConnect.Text = "Disconnect"; // DTV
connected = 1; // DTV
}
