public bool SetBinding(KeyBindingDef keyDef, KeyPrefs.BindingSlot slot, KeyCode keyCode)
{
KeyBindingData keyBindingData = default(KeyBindingData);
if (this.keyPrefs.TryGetValue(keyDef, out keyBindingData))
{
switch (slot)
{
case KeyPrefs.BindingSlot.A:
keyBindingData.keyBindingA = keyCode;
break;
case KeyPrefs.BindingSlot.B:
keyBindingData.keyBindingB = keyCode;
break;
default:
Log.Error("Tried to set a key binding for \"" + keyDef.LabelCap + "\" on a nonexistent slot: " + slot.ToString());
return(false);
}
return(true);
}
Log.Error("Key not found in keyprefs: \"" + keyDef.LabelCap + "\"");
return(false);
}
public void EraseConflictingBindingsForKeyCode(KeyBindingDef keyDef, KeyCode keyCode, Action <KeyBindingDef> callBackOnErase = null)
{
foreach (KeyBindingDef item in ConflictingBindings(keyDef, keyCode))
{
KeyBindingData keyBindingData = keyPrefs[item];
if (keyBindingData.keyBindingA == keyCode)
{
keyBindingData.keyBindingA = KeyCode.None;
}
if (keyBindingData.keyBindingB == keyCode)
{
keyBindingData.keyBindingB = KeyCode.None;
}
callBackOnErase?.Invoke(item);
}
}
public void EraseConflictingBindingsForKeyCode(KeyBindingDef keyDef, KeyCode keyCode, Action <KeyBindingDef> callBackOnErase = null)
{
foreach (KeyBindingDef keyBindingDef in this.ConflictingBindings(keyDef, keyCode))
{
KeyBindingData keyBindingData = this.keyPrefs[keyBindingDef];
if (keyBindingData.keyBindingA == keyCode)
{
keyBindingData.keyBindingA = KeyCode.None;
}
if (keyBindingData.keyBindingB == keyCode)
{
keyBindingData.keyBindingB = KeyCode.None;
}
if (callBackOnErase != null)
{
callBackOnErase(keyBindingDef);
}
}
}
public KeyCode GetBoundKeyCode(KeyBindingDef keyDef, KeyPrefs.BindingSlot slot)
{
KeyBindingData keyBindingData = default(KeyBindingData);
if (!this.keyPrefs.TryGetValue(keyDef, out keyBindingData))
{
Log.Error("Key not found in keyprefs: \"" + keyDef.LabelCap + "\"");
return(KeyCode.None);
}
switch (slot)
{
case KeyPrefs.BindingSlot.A:
return(keyBindingData.keyBindingA);
case KeyPrefs.BindingSlot.B:
return(keyBindingData.keyBindingB);
default:
throw new InvalidOperationException();
}
}
