private void DoSetup()
{
this.Timer.Enabled = false; // Stop the timer
this.Visible = false; // May float over setup
SimulatedHardware.DoSetup(); // Show the setup dialog
this.Timer.Enabled = true; // Restart form updates
this.Visible = true; // Show ourself again
}
static void Main(string[] args)
{
//MessageBox.Show("wait");
if (!LoadComObjectAssemblies())
{
return; // Load served COM class assemblies, get types
}
if (!ProcessArguments(args))
{
return; // Register/Unregister
}
// Initialize critical member variables.
m_iObjsInUse = 0;
m_iServerLocks = 0;
m_uiMainThreadId = GetCurrentThreadId();
Thread.CurrentThread.Name = "Main Thread";
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
m_MainForm = new frmHandbox();
m_MainForm.Show();
// if (m_bComStart) m_MainForm.WindowState = FormWindowState.Minimized;
// if (m_bComStart) m_MainForm.Visible = false;
m_MainForm.Visible = true;
// Initialize hardware layer
SimulatedHardware.Initialize();
// Register the class factories of the served objects
RegisterClassFactories();
// Start up the garbage collection thread.
GarbageCollection GarbageCollector = new GarbageCollection(1000);
Thread GCThread = new Thread(new ThreadStart(GarbageCollector.GCWatch));
GCThread.Name = "Garbage Collection Thread";
GCThread.Start();
//
// Start the message loop. This serializes incoming calls to our
// served COM objects, making this act like the VB6 equivalent!
//
Application.Run(m_MainForm);
// Revoke the class factories immediately.
// Don't wait until the thread has stopped before
// we perform revocation!!!
RevokeClassFactories();
// Now stop the Garbage Collector thread.
GarbageCollector.StopThread();
GarbageCollector.WaitForThreadToStop();
}
public frmHandbox()
{
InitializeComponent();
this.BringToFront();
ToolTip aTooltip = new ToolTip();
aTooltip.SetToolTip(picASCOM, "Visit the ASCOM website");
aTooltip.SetToolTip(btnTraffic, "Monitor ASCOM API traffic");
aTooltip.SetToolTip(chkConnected, "Connect/Disconnect filterwheel");
aTooltip.SetToolTip(btnPrev, "Move position to previous filter");
aTooltip.SetToolTip(btnNext, "Move position to next filter");
SimulatedHardware.Initialize();
SimulatedHardware.TimerTickInverval = m_iTimerTickInterval;
this.Timer.Enabled = true;
}
private void Timer_Tick(object sender, EventArgs e)
{
SimulatedHardware.UpdateState(); // Pump the machine
//
// Read the state of the Simulated hardware. No shortcuts, it's state
// is also affected by ASCOM clients via the IFilterWheel interface!
//
this.chkConnected.Checked = SimulatedHardware.m_bConnected;
this.btnNext.Enabled = SimulatedHardware.m_bConnected;
this.btnPrev.Enabled = SimulatedHardware.m_bConnected;
this.btnSetup.Enabled = !SimulatedHardware.m_bConnected;
if (SimulatedHardware.m_bConnected && !SimulatedHardware.Moving)
{ // Connected, not Moving
this.lblPosition.Text = SimulatedHardware.m_sPosition.ToString();
this.lblName.Text = SimulatedHardware.CurrFilterName.ToString();
this.lblOffset.Text = SimulatedHardware.CurrFilterOffset.ToString();
this.picFilter.BackColor = SimulatedHardware.CurrFilterColour;
this.picFilter.Image = Properties.Resources.FilterStop;
m_bMoveInProgress = false;
m_sTargetPosition = SimulatedHardware.m_sPosition;
}
else if (SimulatedHardware.m_bConnected && SimulatedHardware.Moving)
{ // Conncted, Moving
this.lblPosition.Text = "Moving";
this.lblName.Text = "-";
this.lblOffset.Text = "-";
if (!m_bMoveInProgress)
{
this.picFilter.Image = Properties.Resources.Filter_Next;
m_bMoveInProgress = true;
}
}
else
{ // Not connected
this.lblPosition.Text = "-";
this.lblName.Text = "-";
this.lblOffset.Text = "-";
this.picFilter.BackColor = Color.DimGray;
this.picFilter.Image = Properties.Resources.FilterStop;
m_bMoveInProgress = false;
}
}
private void btnSetup_Click(object sender, EventArgs e)
{
SimulatedHardware.DoSetup();
}