public void RunButtons(bool enabled)
{
if (buttonStep.InvokeRequired)
{
buttonDelegate d = new buttonDelegate(RunButtons);
buttonStep.Invoke(d, new object[] { enabled });
}
else
{
if (enabled)
{
panelRunning.BackColor = Color.DarkGreen;
panelStopped.BackColor = Color.Red;
timer1.Stop();
}
else
{
panelRunning.BackColor = Color.LimeGreen;
panelStopped.BackColor = Color.DarkRed;
timer1.Enabled = true;
timer1.Start();
}
buttonStep.Enabled = enabled;
buttonStepOver.Enabled = enabled;
buttonStepOut.Enabled = enabled;
buttonRun.Enabled = enabled;
buttonPause.Enabled = !enabled;
}
}
// This function is called by the long timer when the entire
// measuring period is up. It will stop the timers and
// start another run if any are remaining.
private void MeasureDone(object src, EventArgs e)
{
// change timer to be inactive
//LongThreadTimer.Change(Timeout.Infinite, Timeout.Infinite);
LongTimer.Enabled = false;
SetPriority = false;
// stop appropriate timing method
StopMeasuring();
// if we have another run left, start again
if (NumRuns > 0)
{
StartMeasuring();
}
else
{
// change system power state back if needed
if (!NewState.Equals(OldState) && !NewState.Equals(""))
{
bool success = SetSysPowerState(OldState);
if (!success)
{
// bad stuff
}
else
{
NewState = "";
}
}
// display number of measurements
MessageBox.Show(MeasureCount.ToString());
// since this method runs on a separate thread than the form
// we need to use a delegate method to reset the button text to "Start"
buttonDelegate d = new buttonDelegate(ResetButtonText);
btnStartStop.Invoke(d);
}
}
// This function is called by the long timer when the entire
// measuring period is up. It will stop the timers and
// start another run if any are remaining.
private void MeasureDone(object src, EventArgs e)
{
// change timer to be inactive
//LongThreadTimer.Change(Timeout.Infinite, Timeout.Infinite);
LongTimer.Enabled = false;
SetPriority = false;
// stop appropriate timing method
StopMeasuring();
// if we have another run left, start again
if (NumRuns > 0)
{
StartMeasuring();
}
else
{
// change system power state back if needed
if (!NewState.Equals(OldState) && !NewState.Equals(""))
{
bool success = SetSysPowerState(OldState);
if (!success)
{
// bad stuff
}
else
NewState = "";
}
// display number of measurements
MessageBox.Show(MeasureCount.ToString());
// since this method runs on a separate thread than the form
// we need to use a delegate method to reset the button text to "Start"
buttonDelegate d = new buttonDelegate(ResetButtonText);
btnStartStop.Invoke(d);
}
}
// takes in function delegate and assigns them to appropriate buttons
public void assignYButton(buttonDelegate yPress, buttonDelegate yRelease)
{
yButtonPress = yPress;
yButtonRelease = yRelease;
}
// takes in function delegate and assigns them to appropriate buttons
public void assignXButton(buttonDelegate xPress, buttonDelegate xRelease)
{
xButtonPress = xPress;
xButtonRelease = xRelease;
}
// takes in function delegate and assigns them to appropriate buttons
public void assignBButton(buttonDelegate bPress, buttonDelegate bRelease)
{
bButtonPress = bPress;
bButtonRelease = bRelease;
}
// takes in function delegate and assigns them to appropriate buttons
public void assignAButton(buttonDelegate aPress, buttonDelegate aRelease)
{
aButtonPress = aPress;
aButtonRelease = aRelease;
}