/*
* Function: WorkerLoop
*
* Description: called from the base class (periodically)
*
* Parameters:
* int count
*
* Return Values
* none
*
* Discussion:
* performs the diagnostic
*/
void
TCDSti::WorkerLoop(void)
{
// if we are are ready working, discontinue;
if (m_Continue == TRUE)
m_Continue = FALSE;
else
{
m_Continue = TRUE;
m_StiButton.SetWindowText("Cancel");
// disable movement
m_StiRotateCCButton.EnableWindow(FALSE);
m_StiRotateCButton.EnableWindow(FALSE);
m_StiMoveUpButton.EnableWindow(FALSE);
m_StiMoveLeftButton.EnableWindow(FALSE);
m_StiMoveDownButton.EnableWindow(FALSE);
m_StiMoveRightButton.EnableWindow(FALSE);
m_Slider.EnableWindow(FALSE);
EnableLedButtons(FALSE);
TestOuterDome();
// if (m_Continue == TRUE) //F404 vc6版中已刪除
// TestSplitter();
// report on overall results
CString diag = "Dome LED Tests: Completed: ";
m_DiagPF = (m_DomePF == DIAG_PASSED && m_SplitterPF == DIAG_PASSED)
? DIAG_PASSED : DIAG_FAILED;
if (m_DiagPF == DIAG_PASSED)
DiagReport(diag, DIAG_PASSED);
else
DiagReport(diag, DIAG_FAILED);
}
// redraw the screen
GetLeds();
SnapShot(150, 100);
m_StiButton.SetWindowText("STI Lights");
m_StiRotateCCButton.EnableWindow(TRUE);
m_StiRotateCButton.EnableWindow(TRUE);
m_StiMoveUpButton.EnableWindow(TRUE);
m_StiMoveLeftButton.EnableWindow(TRUE);
m_StiMoveDownButton.EnableWindow(TRUE);
m_StiMoveRightButton.EnableWindow(TRUE);
m_Slider.EnableWindow(TRUE);
EnableLedButtons(TRUE);
// kill the worker thread
KillWorkerThread();
m_Continue = FALSE;
}
/*
* Function: TestOuterDome
*
* Description: test the main part of the LED dome
*
* Parameters:
* none
*
* Return Values
* none
*
* Discussion:
*
*/
void
TCDSti::TestOuterDome(void)
{
int column, row, domecolumns, domerows;
DomeReset();
domecolumns = 40;
domerows = (m_DomeType == STANDARD) ? 10 : 12;
// for each LED
for (row = 0; row < domerows; row++)
{
for (column = 0; column < domecolumns; column++)
{
if (m_DomeType == STANDARD)
TestLedSTD(row, column);
else
TestLedHC1(row, column);
SpectrumSleep(500); //500 usec
if (m_Continue == FALSE)
break;
}
if (m_Continue == FALSE)
break;
}
CString diag = "Outer Dome LED Tests: Completed: ";
DiagReport(diag, m_DomePF);
}
/*
* Function: TestSplitter
*
* Description: test the beam splitter
*
* Parameters:
* none
*
* Return Values
* none
*
* Discussion:
*
*/
void
TCDSti::TestSplitter(void)
{
int column, row, domecolumns, domerows;
DomeReset();
if (m_SystemType == C51134)
{
}
else
{ // as handbuilt by Royster
domecolumns = 47;
domerows = 22;
// rows 22 & 23
for (row = 21; row <= domerows; row++)
{
// columns 41 thru 46
for (column = 42; column <= domecolumns; column++)
{
if (m_Continue == FALSE)
break;
TestLedSTD(row, column);
SpectrumSleep(500); // prevent dutycycle shutdown
}
if (m_Continue == FALSE)
break;
}
TestLedSTD(23, 41); // center LED
Sleep(10);
}
CString diag = "Dome Splitter LED Tests: Completed: ";
DiagReport(diag, m_SplitterPF);
}
void MainVisitor::ReportIllegalBarrierCast(SourceLocation location)
{
DiagReport(location, _diagIllegalBarrierCast);
}
void MainVisitor::ReportUnbarriedField(SourceLocation location)
{
DiagReport(location, _diagUnbarrieredField);
}
