private void StartScan()
{
KillScan();
PhysicalSwitch.AssignSwitch(0, ctrSwitch0.Type, ctrSwitch0.Parameter);
if (rdoTwo.Checked)
{
PhysicalSwitch.AssignSwitch(1, ctrSwitch1.Type, ctrSwitch1.Parameter);
}
else
{
PhysicalSwitch.AssignSwitch(1, PhysicalSwitch.Types.Null, 0);
}
m_Engine = Engine.Create((Engine.Methods)cmbMethods.SelectedValue);
// note must be created before Logical bit to get switch count, but Initialised after the switches are available
pnlTest.Engine = m_Engine;
if (rdoTwo.Checked)
{
Logical.CreateSwitches(Logical.Number.Two, m_Engine);
}
else if (m_Engine.NumberSwitchInputs == 2)
{
Logical.CreateSwitches(Logical.Number.ShortLong, m_Engine);
}
else
{
Logical.CreateSwitches(Logical.Number.One, m_Engine);
}
m_Engine.Initialise();
ctrDiagram.Construct(m_Engine);
PhysicalSwitch.MasterSwitch = PhysicalSwitch.MasterModes.On;
m_Engine.StartScanning();
}
private void AddParam(int param)
{
if (Type <= PhysicalSwitch.Types.Null)
{
return;
}
m_DisplayedParams.Add(param);
cmbSwitch.Items.Add(PhysicalSwitch.GetParamDescription(Type, param));
}
public void Form1_Load(object sender, EventArgs e)
{
PhysicalSwitch.Initialise();
FillEngines();
m_Loaded = true;
ctrSwitch0.Type = PhysicalSwitch.Types.Keyboard;
ctrSwitch0.Parameter = (int)Keys.Space;
ctrSwitch1.Type = PhysicalSwitch.Types.Keyboard;
ctrSwitch1.Parameter = (int)Keys.Enter;
cmbMethods.SelectedIndex = 1;
}
public override void Initialise()
{
// unlike most engines this will also create switches
PhysicalSwitch.AssignSwitch(0, PhysicalSwitch.Types.Pointer, (int)m_Method);
if (m_Method == Methods.DwellAveragePointer)
{
Logical.CreateSwitches(Logical.Number.PassThrough, this);
(PhysicalSwitch.Switch(0) as PointerDwellAverageSwitch).Engine = this;
}
else
{
Logical.CreateSwitches(m_Dwell ? Logical.Number.DwellOnly : Logical.Number.One, this);
}
base.Initialise(); // must be AFTER switches assigned
}
/// <summary>Can safely be called when not scanning. Stops the scan engine and unhighlights all items</summary>
public void StopScan()
{
KeySend.Instance.ReleaseAll();
PhysicalSwitch.MasterSwitch = PhysicalSwitch.MasterModes.Off;
PhysicalSwitch.RemoveHotKey(Keys.R | Keys.Control, true);
m_Blade?.SaveData(true);
m_CurrentMove?.End(false);
m_CurrentMove = null;
EnsureCharacterHandlerRemoved();
StopCustomRepeat(); // does nowt if none
StopContinuous(m_Continuous); // ditto
SetEngine(null);
PointerSwitch.View = null;
IterateScriptable(i => SetItemState(i, ButtonShape.States.Normal));
Globals.Root.CurrentDocumentChanged -= DocumentChanged;
}
public cfgSwitching()
{
PhysicalSwitch.Initialise(); // will be ignored if already done. Required for detect mechanism to work
InitializeComponent();
Strings.Translate(this);
TimingLabels = new[] { lblAcceptance, lblPostActivation, lblLongPress, lblScanTime, lblFirstRepeat, lblSubsequentRepeat, lblDwellSelect, lblCriticalReverse };
TimingControls = new[] { ctrTimingAcceptance, ctrTimingPostActivation, ctrTimingLongPress, ctrTimingScanTime, ctrTimingFirstRepeat, ctrTimingSubsequentRepeat, ctrTimingDwellTime, ctrTimingCriticalReverse };
foreach (Label lbl in TimingLabels)
{
Engine.Timings timing = (Engine.Timings)Convert.ToInt32(lbl.Tag);
lbl.Text = Strings.Item("Switch_Timing_" + timing);
}
foreach (ctrEditTiming ctr in TimingControls)
{
ctr.UserChangedValue += ctrTiming_UserChangedValue;
}
}
private void frmRun_FormClosing(object sender, FormClosingEventArgs e)
{ // not called when reverting to user mode as the form is just hidden
// rather only called if the user explicitly closes it - which must quit (the editor form will still exist hidden)
//Debug.WriteLine(Switches.Switching.PhysicalSwitch.Switch(0).Type);
if (e.CloseReason == CloseReason.UserClosing &&
(PhysicalSwitch.Switch(0)?.Type ?? PhysicalSwitch.Types.Null) == PhysicalSwitch.Types.Pointer)
{
this.TopMost = false; // if true the question won't be visible!
var response = GUIUtilities.QuestionBox("[SAW_Run_CloseConfirm]", MessageBoxButtons.YesNo);
this.TopMost = true;
if (response != DialogResult.Yes)
{
e.Cancel = true;
return;
}
}
MainView.StopScan();
if (!Globals.Root.Closing)
{
Globals.Root.CloseApplication();
}
}
public void StartScan()
{ // only called when run mode initially starts
ResetBlade();
try
{
PointerSwitch.View = this;
SetEngine(Switches.Engine.PrepareSwitchingFromConfig());
m_MouseInput = (m_Engine is PointerEngine);
m_Engine.StartScanning();
PhysicalSwitch.AddHotKey(Keys.R | Keys.Control, () =>
{
Globals.Root.ShowEditScreen(m_Document);
});
Globals.Root.CurrentDocumentChanged += DocumentChanged;
StartScanOnDocument();
}
catch (Exception) when(!Globals.Root.IsDebug)
{ // if scan fails to start it could be in an inconsistent state if some parts of the above ran
StopScan();
throw;
}
}
public void Construct(Engine engine)
{
// Builds the diagram based on the global lists in the switch classes
Debug.Assert(engine.Initialised);
Clear();
for (int index = 0; index <= 8; index++) // upper limit is arbitrary
{
PhysicalSwitch objSwitch = PhysicalSwitch.Switch(index);
if (objSwitch != null)
{
AddItem(new PhysicalDisplay(index));
}
}
for (int index = 0; index <= 8; index++) // upper limit is arbitrary
{
Logical objSwitch = Logical.Switch(index);
if (objSwitch != null)
{
AddItem(new LogicalDisplay(objSwitch, this));
}
}
AddItem(new EngineDisplay(engine, this));
Invalidate();
}
/// <summary>Creates the necessary switching objects from the config settings, and returns the engine object</summary>
public static Engine PrepareSwitchingFromConfig()
{
int numberSwitches = Globals.Root.CurrentConfig.ReadInteger(Config.Number_Switches, 1); // only needed indirectly; the engine often is enough info, but a 2 switch engine can use 1 with long presses
PhysicalSwitch.Initialise(); // will be ignored if already done
var engine = Create((Methods)Globals.Root.CurrentConfig.ReadInteger(Config.Switch_Engine, (int)DefaultMethodForSwitches(numberSwitches)));
PhysicalSwitch.ClearSwitches();
if (engine.NumberSwitchInputs >= 1)
{
PhysicalSwitch.AssignSwitchFromConfig(0);
}
if (engine.NumberSwitchInputs >= 2)
{
PhysicalSwitch.AssignSwitchFromConfig(1);
}
if (numberSwitches > 0) // for 0, mouse switch will do what is needed on initialise
{
if (numberSwitches == 2)
{
Logical.CreateSwitches(Logical.Number.Two, engine);
}
else if (engine.NumberSwitchInputs == 2)
{
Logical.CreateSwitches(Logical.Number.ShortLong, engine);
}
else
{
Logical.CreateSwitches(Logical.Number.One, engine);
}
}
engine.Initialise();
return(engine);
}
public PhysicalDisplay(int index) : base(PhysicalSwitch.Switch(index))
{
m_Switch = PhysicalSwitch.Switch(index);
}
public void Form1_FormClosing(object sender, FormClosingEventArgs e)
{
PhysicalSwitch.ClearSwitches();
m_Engine.Dispose();
}