/// <summary>
/// Add a new key to the manager
/// </summary>
/// <param name="key">The key to add</param>
/// <returns>The task</returns>
public static async Task AddKeyAsync(Key key)
{
// Lock the method
using (await AsyncLock.LockAsync())
{
// Check if it's the following key in any of the available codes
if (Codes.All(x => x.Key.Length <= CurrentInput.Count || x.Key[CurrentInput.Count] != key))
{
if (CurrentInput.Any())
{
CurrentInput.Clear();
RL.Logger?.LogDebugSource("The secret code inputs were reset due to an invalid key being pressed");
}
return;
}
// Add the key to the list
CurrentInput.Add(key);
// Attempt to get a completed code
var task = Codes.FindItem(x => x.Key.SequenceEqual(CurrentInput)).Value;
if (task == null)
{
return;
}
CurrentInput.Clear();
RL.Logger?.LogDebugSource("The secret code inputs were reset due to a valid code having been entered");
// Run the task
await task();
}
}
/// <summary>
/// Performs the initialisation of the state of the game being interpreted. Usually called whenever
/// the game starts or restarts.
/// </summary>
public void Init()
{
ClearVars();
Vars[Defines.MACHINE_TYPE] = 0; // IBM PC
Vars[Defines.MONITOR_TYPE] = 3; // EGA
Vars[Defines.INPUTLEN] = Defines.MAXINPUT + 1;
Vars[Defines.NUM_VOICES] = 3;
// The game would usually set this, but no harm doing it here (2 = NORMAL).
Vars[Defines.ANIMATION_INT] = 2;
// Set to the maximum memory amount as recognised by AGI.
Vars[Defines.MEMLEFT] = 255;
ClearFlags();
Flags[Defines.HAS_NOISE] = true;
Flags[Defines.INITLOGS] = true;
Flags[Defines.SOUNDON] = true;
// Set the text attribute to default (black on white), and display the input line.
ForegroundColour = 15;
BackgroundColour = 0;
Horizon = Defines.HORIZON;
UserControl = true;
Blocking = false;
ClearVisualPixels();
GraphicsMode = true;
AcceptInput = false;
ShowStatusLine = false;
CurrentLogNum = 0;
CurrentInput.Clear();
LastInput = "";
SimpleName = "";
KeyToControllerMap.Clear();
MenuEnabled = true;
HoldKey = false;
foreach (AnimatedObject aniObj in AnimatedObjects)
{
aniObj.Reset(true);
}
StoppedObjectList.Clear();
UpdateObjectList.Clear();
this.Objects = new Objects(game.Objects);
}
// it may be useful to store the current input, maybe...
public void UpdateInput(T input)
{
CurrentInput.Clear();
input.ForEach(e => CurrentInput.Add(e));
}