// add a new button to the config. you can alter it afterwards.
public MJButtonTranslation addButton(EMJBUTTON btn, EMJFUNCTION func, byte FNidx = 0, string keys = "")
{
MJButtonTranslation bt = new MJButtonTranslation(btn, func, FNidx, keys);
this.buttons.Add(bt);
return(bt);
}
// 0.5.21 New constructor.
public MJButtonTranslation(EMJBUTTON btn, EMJFUNCTION func, byte FN = 0, string keychars = "")
{
this.keyStroke = keychars;
this.button = btn;
this.FNindex = FN;
this.assignFunction(func);
}
// another action selected, show or hide some stuff.
private void combo_Action_SelectedIndexChanged(object sender, EventArgs e)
{
// show key stuff if the keyboard action is selected.
// keyboard is the second entry, zero based.
EMJFUNCTION itm = EMJFUNCTION.SHOW_MENU;
if (combo_Action.SelectedIndex >= 0)
{
itm = (EMJFUNCTION)combo_Action.Items[combo_Action.SelectedIndex];
}
// show repeating flag and keyboard keys.
if (itm == EMJFUNCTION.KEYBOARD_COMBINATION || itm == EMJFUNCTION.VOLUME_UP || itm == EMJFUNCTION.VOLUME_DOWN)
{
panel_keystuff.Enabled = true;
txt_repeattime.Text = "" + Program.Input.Config.DefaultKeyStrokeDelay;
if (itm == EMJFUNCTION.KEYBOARD_COMBINATION)
{
txt_keystroke.Enabled = true;
lbl_keys.Enabled = true;
}
else
{
txt_keystroke.Enabled = false;
lbl_keys.Enabled = false;
}
}
else
{
// do not repeat at all costs :)
chk_repeat.Checked = false;
txt_repeattime.Text = "0";
panel_keystuff.Enabled = false;
}
// maybe disable the FN checkbox when the FN button would need FN for itself.
// FN is the last entry.
if (itm == EMJFUNCTION.FN_MODIFICATOR)
{
chk_FN.Checked = false;
chk_FN.Enabled = false;
}
else
{
chk_FN.Enabled = true;
}
}
// 0.6.0: Another new constructor for loading a button.
public MJButtonTranslation(TextReader br)
{
// read all the values from the file.
string t = br.ReadLine();
this.button = (EMJBUTTON)int.Parse(t);
this.keyStroke = br.ReadLine();
t = br.ReadLine();
this.FNindex = byte.Parse(t);
t = br.ReadLine();
EMJFUNCTION func = (EMJFUNCTION)int.Parse(t);
t = br.ReadLine();
this.hitDelay = uint.Parse(t);
this.assignFunction(func);
}
// 0.6.9: create a button from the given values and return it.
// was previously in the add-button function
private MJButtonTranslation createButtonFromValues()
{
// empty button.
MJButtonTranslation nobtn = new MJButtonTranslation(EMJBUTTON.None, EMJFUNCTION.SHOW_MENU);
// Get the button.
EMJBUTTON button = (EMJBUTTON)combo_Button.SelectedItem;
// Get the action.
EMJFUNCTION selaction = (EMJFUNCTION)combo_Action.SelectedItem;
// keystroke, hitdelay and FN index.
string mykeys = txt_keystroke.Text;
byte fnidx = 0;
int hitdelay = 0;
// get the new hit delay.
if (chk_repeat.Checked == true)
{
hitdelay = Int32.Parse(txt_repeattime.Text);
}
// get fn index.
if (chk_FN.Checked == true)
{
fnidx = 1;
}
// get the desired button.
// check if the button works.
if (selaction == EMJFUNCTION.KEYBOARD_COMBINATION)
{
// it's a keyboard combination, it needs some keys.
if (mykeys == "")
{
MessageBox.Show("You need to set a key combination.", "Cannot create button:");
return(nobtn);
}
// check if the keyboard combination works.
try
{
// create the button for testing.
MJButtonTranslation testbtn = new MJButtonTranslation(button, EMJFUNCTION.KEYBOARD_COMBINATION, fnidx, mykeys);
// select the test box so nothing bad can happen.
txt_Test.Focus();
testbtn.hitKey();
btn_AddNew.Focus();
}
catch
{
MessageBox.Show("The key combination is invalid! (break)", "Cannot create button.");
return(nobtn);
}
}
// create the button
MJButtonTranslation btn = new MJButtonTranslation(button, selaction, fnidx, mykeys);
btn.hitDelay = (uint)hitdelay;
// "external" settings.
// set functions and stuff.
switch (selaction)
{
case EMJFUNCTION.FN_MODIFICATOR:
case EMJFUNCTION.SHOW_MENU:
case EMJFUNCTION.SLOWER_MOVEMENT:
case EMJFUNCTION.FASTER_MOVEMENT:
Program.Input.Config.assignExternalFunction(btn);
break;
default:
break;
}
// return the new button.
return(btn);
}
// assign some of the functions (internal ones)
public void assignFunction(EMJFUNCTION func)
{
this.function = func;
// define default delegates.
onButtonDown = new voidDelegate(voidFunc);
onButtonUp = new voidDelegate(voidFunc);
actionText = "!NOTHING!";
switch (this.function)
{
case EMJFUNCTION.KEYBOARD_COMBINATION:
onButtonDown = new voidDelegate(hitKey);
actionText = "Keyboard: " + keyStroke;
break;
case EMJFUNCTION.LEFT_MOUSE_BUTTON:
onButtonDown = new voidDelegate(leftMouseDown);
onButtonUp = new voidDelegate(leftMouseUp);
actionText = "Left Mouse Button";
break;
case EMJFUNCTION.RIGHT_MOUSE_BUTTON:
onButtonDown = new voidDelegate(rightMouseDown);
onButtonUp = new voidDelegate(rightMouseUp);
actionText = "Right Mouse Button";
break;
case EMJFUNCTION.MIDDLE_MOUSE_BUTTON:
onButtonDown = new voidDelegate(middleMouseDown);
onButtonUp = new voidDelegate(middleMouseUp);
actionText = "Middle Mouse Button";
break;
case EMJFUNCTION.VOLUME_UP:
onButtonDown = new voidDelegate(volumeUp);
actionText = "Volume UP";
break;
case EMJFUNCTION.VOLUME_DOWN:
onButtonDown = new voidDelegate(volumeDown);
actionText = "Volume DOWN";
break;
case EMJFUNCTION.MUTE_VOLUME:
onButtonDown = new voidDelegate(volumeMute);
actionText = "MUTE Volume";
break;
// The stick functions do not need to be assigned.
// They are executed otherwise.
case EMJFUNCTION.ARROW_KEYS:
actionText = "Arrow Keys";
break;
case EMJFUNCTION.WASD_KEYS:
actionText = "W A S D Keys";
break;
case EMJFUNCTION.MOUSE_MOVEMENT:
actionText = "Mouse Movement";
break;
case EMJFUNCTION.MOUSE_WHEEL:
actionText = "Mouse Wheel";
break;
default:
break;
}
}
