private bool getTestType(out UsbTestType testType, byte interfaceID) { if (mUsbDevice.IsOpen) { if (PIC18TestDevice.GetTestType(mUsbDevice, out testType, interfaceID)) { return(true); } testType = 0; return(false); } throw new Exception("Device Not Opened"); }
private void cboTestType_SelectedIndexChanged(object sender, EventArgs e) { if (!mUsbDevice.IsOpen) { return; } timerUpdateUI.Enabled = false; UsbTestType currentTestType = mUsbTestType; UsbTestType newTestType = (UsbTestType)cboTestType.SelectedItem; if (newTestType == currentTestType) { return; } cboTestType.Enabled = false; stopReadWrite(); if (PIC18TestDevice.SetTestType(mUsbDevice, newTestType, false, mInterfaceInfo.Descriptor.InterfaceID)) { SetStatus("Test Selected:" + newTestType, false); } else { SetStatus("Test Select Failed", true); } ResetBenchmark(); mUsbTestType = newTestType; if (newTestType == UsbTestType.WriteToDevice) { mthWriteThreadEP1 = new Thread(WriteThreadEP1_NoRecv); bWriteThreadEP1Enabled = true; mthWriteThreadEP1.Start(); } else if (newTestType == UsbTestType.Loop) { mthWriteThreadEP1 = new Thread(WriteThreadEP1); bWriteThreadEP1Enabled = true; mthWriteThreadEP1.Start(); } if (newTestType == UsbTestType.None) { ResetBenchmark(); panTest.Enabled = false; } else { timerUpdateUI.Stop(); timerUpdateUI.Interval = mBenchMarkParameters.RefreshDisplayInterval; timerUpdateUI.Enabled = true; timerUpdateUI.Start(); panTest.Enabled = true; } if (newTestType != UsbTestType.WriteToDevice) { mEP1Reader.DataReceivedEnabled = true; } cboTestType.Enabled = true; }