// when the program launches, Grid will check that all the needed elements are in place
// that's exactly what you do in the static constructor here:
static Grid()
{
GameObject g;
g = safeFind("Map");
map = (Map)SafeComponent(g,"Map");
g = safeFind("Controller");
controller = (Controller)SafeComponent(g,"Controller");
g = safeFind("Camera");
camera = (Camera)SafeComponent(g,"Camera");
g = safeFind("Turn Manager");
turnManager = (TurnManager)SafeComponent(g,"TurnManager");
g = safeFind("Game State");
gameState = (GameState)SafeComponent(g,"GameState");
g = safeFind("Prefab Loader");
prefabLoader = (PrefabLoader)SafeComponent(g,"PrefabLoader");
// PS. annoying arcane technical note - remember that really, in c# static constructors do not run
// until the FIRST TIME YOU USE THEM. almost certainly in any large project like this, Grid
// would be called zillions of times by all the Awake (etc etc) code everywhere, so it is
// a non-issue. but if you're just testing or something, it may be confusing that (for example)
// the wake-up alert only appears just before you happen to use Grid, rather than "when you hit play"
// you may want to call "SayHello" from the GeneralOperations.cs, just to decisively start this script.
}
public Skill(Unit u)
{
unit = u;
unit.addSkill(this);
activates = new List<string>();
gameState = Grid.gameState;
}
public void ChangeGameState(GameState newState)
{
GameRequest request = new GameRequest ();
request.type = GameRequest.Type.ChangeGameStateRequest;
request.newGameState = newState;
mRequestQueue.Enqueue (request);
}
public int sendGameState(GameState state){
List<float> myFloats = state.getFloatList ();
int numElems = myFloats.Count;
int width = sizeof(float);
byte[] data = new byte[myFloats.Count * width+1];
int i = 0;
foreach (float f in myFloats)
{
byte[] converted = BitConverter.GetBytes(f);
if (BitConverter.IsLittleEndian)
{
Array.Reverse(converted);
}
for (int j = 0; j < width; ++j)
{
data[i * width + j] = converted[j];
}
i++;
}
data[numElems*width] = state.getFlags();
return clientGameState.SendTo(data, myFloats.Count * width+1, SocketFlags.None, endpt);
}
void IMenuObserver.notify(GameState gameState)
{
ChangeGameState (gameState);
}
private void HandleChangeGameStateRequest(GameRequest request)
{
UnityEngine.Debug.Log (" currentGameState: " + mCurrentGameState.ToString () + " request.newGameState: " + request.newGameState.ToString ());
if (request.newGameState == AssemblyCSharp.GameState.Running &&
((mCurrentGameState & (AssemblyCSharp.GameState.None | AssemblyCSharp.GameState.Ended)) != 0)) {
mScene.Initialize (24, 8, SHAPE_RULESET_OPTION); //start new game
}
if (request.newGameState == AssemblyCSharp.GameState.Ended) {
mLeaderboard.AddHighScore (mScene.GetCurrentScore ());
mScene.Cleanup (); //cleanup game
}
mCurrentGameState = request.newGameState;
}
public static void loadGame(String gameName)
{
setLastPlayedGame(gameName);
instance = null;
filePath = getFilePathForName(gameName);
if (new FileInfo(filePath).Exists) {
StreamReader r = File.OpenText(filePath);
String info = r.ReadToEnd();
r.Close();
SerializableDictionary<String, object> loadedData =
(SerializableDictionary<String, object>) DeserializeObject(info);
if (loadedData != null) {
instance = new GameState(loadedData);
}
}
if (instance == null) {
instance = new GameState();
}
}
public static void startNewGame(String gameName)
{
filePath = getFilePathForName(gameName);
setLastPlayedGame(gameName);
instance = new GameState();
}