public ChunkTable(GameSave gameSave, Tuple<int, int, Chunk>[] chunks)
: this(gameSave,
chunks.Select(x => x.Item1).ToArray(),
chunks.Select(x => x.Item2).ToArray(),
chunks.Select(x => x.Item3).ToArray())
{
}
public static void TestAddChunkToUnloadedChunks(GameSave gameSave, Header header)
{
ChunkTable oldChunkTable = header.SaveIndex.ChunkTable;
var octree = new Octree(gameSave, new BitArray(new[] { false, false }), new byte[] { 1 });
var blockTypeTable = new BlockTypeTable(gameSave,
new[]
{
new StringBlock(gameSave, "Block 0"),
new StringBlock(gameSave, "Block 1"),
new StringBlock(gameSave, "Block 2"),
new StringBlock(gameSave, "Block 2")
},
new[] { 0, 0, 0, 1 });
var chunk = new Chunk(gameSave, blockTypeTable, new[] { octree });
var r = new Random();
int x = r.Next();
int z = r.Next();
List<Tuple<int, int, Chunk>> chunks =
oldChunkTable.GetChunks().Where(c => c.Item1 != x || c.Item2 != z).ToList();
chunks.Add(new Tuple<int, int, Chunk>(x, z, chunk));
var chunkTable = new ChunkTable(gameSave, chunks.ToArray());
var mainIndex = new SavedStateIndex(gameSave, DateTime.UtcNow.Ticks,
new StringBlock(gameSave, "ChunkTable Length: " + chunkTable.Length),
chunkTable);
var newHeader = new Header(gameSave, mainIndex);
newHeader.Write(true);
}
public Header(GameSave gameSave, SavedStateIndex saveIndex)
: base(gameSave)
{
Address = new Tuple<int, uint>(0, 0);
SaveIndex = saveIndex;
UpdateLength();
}
public GameSettings()
{
_gameMode = GameMode.Adventure;
_numberOfPlayers = NumberOfPlayersSelected.OnePlayer;
_levelSelected = LevelSelection.Tropical;
_adventureMode = AdventureMode.Continue;
_gameSave = GameSave.SaveFile1;
}
public static void DeleteSaves()
{
if (File.Exists(Application.persistentDataPath + "/savedGame.Tendresse")) {
File.Delete(Application.persistentDataPath + "/savedGame.Tendresse");
}
savedGame = new GameSave();
GameSave.current = savedGame;
}
public Chunk(GameSave gameSave, BlockTypeTable blockTypeTable, Octree[] octrees)
: base(gameSave)
{
_blockTypeTable = blockTypeTable;
_octrees = octrees;
UpdateLength();
}
public Octree(GameSave gameSave, BitArray octreeFlags, byte[] octreeValues)
: base(gameSave)
{
_octreeFlags = octreeFlags;
_octreeValues = octreeValues;
UpdateLength();
}
public SavedStateIndex(GameSave gameSave, long timestamp, StringBlock saveName, ChunkTable chunkTable)
: base(gameSave)
{
_timestamp = timestamp;
_saveName = saveName;
_chunkTable = chunkTable;
UpdateLength();
}
internal static ByteArray FromSave(GameSave gameSave, Tuple<int, uint> address)
{
ByteArray byteArray;
if (!gameSave.TryGetFromBlockStructureCache(address, out byteArray))
{
byteArray = new ByteArray(gameSave, address);
gameSave.AddToBlockStructureCache(address, byteArray);
}
return byteArray;
}
// Use this for initialization
void Awake () {
if(control == null)
{
DontDestroyOnLoad (gameObject);
control = this;
}
else if (control != this)
{
Destroy(gameObject);
}
Load ();
}
public ChunkTable(GameSave gameSave, int[] xLocations, int[] zLocations, Chunk[] chunks)
: base(gameSave)
{
if (xLocations.Length != zLocations.Length || zLocations.Length != chunks.Length)
{
throw new ArgumentException("Argument arrays must have the same length!");
}
_xLocations = xLocations;
_zLocations = zLocations;
_chunks = chunks;
UpdateLength();
}
void Awake()
{
control = this;
created = PlayerPrefs.GetInt("GameCreated");
if (created !=1)
{
StatCreation();
}
LoadStats();
InGameStats();
}
public static void TestMarkModify(GameSave gameSave, Header header)
{
var newChunkTable =
new ChunkTable(gameSave,
header.SaveIndex.ChunkTable.GetChunks().Concat(
header.SaveIndex.ChunkTable.GetChunks().Take(1).Select(
x => new Tuple<int, int, Chunk>(x.Item1 + 1, x.Item2 - 1, x.Item3))).ToArray());
var newHeader = new Header(gameSave,
new SavedStateIndex(gameSave, DateTime.UtcNow.Ticks,
new StringBlock(gameSave, "Modified Save"),
newChunkTable));
newHeader.Write(true);
}
public static void Load()
{
//Debug.Log("Loading at Destination : " + Application.persistentDataPath); //Debug Save Path
if (File.Exists(Application.persistentDataPath + "/savedGame.Tendresse")) {
Debug.Log("File exists!");
BinaryFormatter bf = new BinaryFormatter();
FileStream file = File.Open(Application.persistentDataPath + "/savedGame.Tendresse", FileMode.Open);
SaveAndLoad.savedGame = (GameSave)bf.Deserialize(file);
GameSave.current = SaveAndLoad.savedGame;
file.Close();
} else {
Debug.Log("File does not exists!");
savedGame = new GameSave();
GameSave.current = savedGame;
}
}
private Chunk(GameSave gameSave, Tuple<int, uint> address)
: base(gameSave, address)
{
}
public void UpdatePersistentData(GameSave newSave)
{
levelsData = newSave.levels;
statsData = newSave.stats;
}
private void InputManager_Update(On.InputManager.orig_Update orig, InputManager self)
{
// Do the recording, pausing, resetting, and playing here.
// Updates the state
UpdateState();
// Performs an action depending on the state
if (SingletonManager.Get <Dungeon>(false) == null)
{
// We don't have a Dungeon to work with yet!
// This should be removed soon and instead of having levels, have time stamps or something else.
// That would allow for TAS in menus (without a Dungeon)
orig(self);
return;
}
int level = SingletonManager.Get <Dungeon>(false).Level;
if (HasFlag(State.Pausing))
{
// Need to find some way of doing standard processing except for actually updating the game
}
if (HasFlag(State.Playing) && !HasFlag(State.Pausing))
{
// Read Inputs from file/RAM and perform them
if (TASInput.HasNext(level))
{
TASInputPlayer.Update(TASInput.GetNext(level));
mod.Log("Playing input: " + TASInputPlayer.Current);
}
else
{
mod.Log("Completed input playback!");
ToggleState(State.Playing);
}
}
if (HasFlag(State.Recording))
{
// Read Inputs from real action into file/RAM
// Assumes the current level exists.
TASInput.CreateAndAdd(level);
// Also make sure that the seed is correctly set
mod.Log("Recording input: " + TASInput.inputs[level][TASInput.inputs[level].Count - 1].ToString());
// TODO: REMOVE LINE BELOW
ToggleState(State.Recording);
}
if (HasFlag(State.Saving))
{
// Save the current floor as a start point (somehow)
// Probably just save the SeedData and do a "generateForLevel" or something
SaveKey = GameSave.GenerateSaveKey();
SingletonManager.Get <Dungeon>(false).SaveGameData(SaveKey);
mod.Log("Saved Key: " + SaveKey + " saved successfully!");
ToggleState(State.Saving);
}
if (HasFlag(State.SavingToFile))
{
// Assume the Dungeon exists, use it to determine the level to write the TAS for.
mod.Log("Writing files with *" + tasFileExtensionWrapper.Value);
TASIO.WriteTAS(TASInput.inputs, tasFileExtensionWrapper.Value);
ToggleState(State.SavingToFile);
}
if (HasFlag(State.ReadingFromFiles))
{
// Don't assume that the Dungeon exists, but read the many information things from the TAS file.
// The trick with this is that the seed also needs to be read.
TASInput.Clear();
mod.Log("Reading from *" + tasFileExtensionWrapper.Value + " files...");
foreach (string file in System.IO.Directory.GetFiles(".", "*" + tasFileExtensionWrapper.Value))
{
// Let's just load all of the info into the TASInput RAM
mod.Log("Reading file: " + file);
TASIO.ReadTAS(file);
}
ToggleState(State.ReadingFromFiles);
}
if (HasFlag(State.Resetting))
{
// Reset to the current save point (whatever floor it is)
// Probably just do a "generateForLevel" or something (make the game think the data was saved in a certain way)
mod.Log("Attempting to load SaveKey: " + SaveKey);
if (SaveKey.Length > 0)
{
// Only now can we load valid data.
mod.Log("Preparing Dungeon for SaveKey!");
Dungeon.PrepareForSavedGame(SaveKey, false);
}
ToggleState(State.Resetting);
}
if (HasFlag(State.Clearing))
{
// Clear the data for this level
TASInput.ClearForLevel(level);
mod.Log("Cleared all TAS data for level: " + level);
ToggleState(State.Clearing);
}
orig(self);
}
public LocalGameSave(GameSave gameSave, string filePath)
{
GameSave = gameSave;
LocalFilePath = filePath;
}
public bool IsOtherHasBetterProgress(GameSave other)
{
return(completedQuests.Count < other.completedQuests.Count);
}
private void Save(IAsyncResult result)
{
_storageDevice = StorageDevice.EndShowSelector(result);
if (_storageDevice != null && _storageDevice.IsConnected)
{
var filename = String.Format("save{0:00}.dat", _slot);
var player = PlayerManager.Instance;
GameSave save = new GameSave()
{
Ammo = player.Ammo,
Lives = player.Lives,
Hearts = player.Hearts,
Coins = player.Coins,
StagesCompleted = player.StagesCompleted
};
IAsyncResult r = _storageDevice.BeginOpenContainer(_storageContainerName, null, null);
result.AsyncWaitHandle.WaitOne();
Thread.Sleep(1500);
StorageContainer container = _storageDevice.EndOpenContainer(r);
if (container.FileExists(filename))
container.DeleteFile(filename);
Stream stream = container.CreateFile(filename);
IFormatter formatter = new BinaryFormatter();
formatter.Serialize(stream, save);
stream.Close();
container.Dispose();
result.AsyncWaitHandle.Close();
if (_saveCallback != null)
_saveCallback();
}
}
/// <summary>
/// <para>Initializes a new UniqueBlockStructure instance.</para>
/// <para>This constructor is for blocks that are newly created.</para>
/// </summary>
/// <param name="gameSave">The GameSave instance this block is attached to.</param>
protected UniqueBlockStructure(GameSave gameSave)
: base(gameSave)
{
}
public void CmdLoadBackup()
{
GameSave.LoadBackup();
}
public void CmdResetConnections()
{
GameSave.ResetConnections();
RpcResetConnections();
Debug.Log("All connections reset.");
}
public void RpcResetConnections()
{
//TODO: Does this help?
GameSave.ResetConnections();
}
public QuestItem(GameSave gameSave, QuestItemDefinition definition, int offset) => (_gameSave, _definition, Offset) = (gameSave, definition, offset);
void InterpretServerOrder(Connection conn, Order o)
{
// Only accept handshake responses from unvalidated clients
// Anything else may be an attempt to exploit the server
if (!conn.Validated)
{
if (o.OrderString == "HandshakeResponse")
{
ValidateClient(conn, o.TargetString);
}
else
{
Log.Write("server", "Rejected connection from {0}; Order `{1}` is not a `HandshakeResponse`.",
conn.Socket.RemoteEndPoint, o.OrderString);
DropClient(conn);
}
return;
}
switch (o.OrderString)
{
case "Command":
{
var handledBy = serverTraits.WithInterface <IInterpretCommand>()
.FirstOrDefault(t => t.InterpretCommand(this, conn, GetClient(conn), o.TargetString));
if (handledBy == null)
{
Log.Write("server", "Unknown server command: {0}", o.TargetString);
SendOrderTo(conn, "Message", "Unknown server command: {0}".F(o.TargetString));
}
break;
}
case "Chat":
DispatchOrdersToClients(conn, 0, o.Serialize());
break;
case "Pong":
{
long pingSent;
if (!OpenRA.Exts.TryParseInt64Invariant(o.TargetString, out pingSent))
{
Log.Write("server", "Invalid order pong payload: {0}", o.TargetString);
break;
}
var client = GetClient(conn);
if (client == null)
{
return;
}
var pingFromClient = LobbyInfo.PingFromClient(client);
if (pingFromClient == null)
{
return;
}
var history = pingFromClient.LatencyHistory.ToList();
history.Add(Game.RunTime - pingSent);
// Cap ping history at 5 values (25 seconds)
if (history.Count > 5)
{
history.RemoveRange(0, history.Count - 5);
}
pingFromClient.Latency = history.Sum() / history.Count;
pingFromClient.LatencyJitter = (history.Max() - history.Min()) / 2;
pingFromClient.LatencyHistory = history.ToArray();
SyncClientPing();
break;
}
case "GameSaveTraitData":
{
if (GameSave != null)
{
var data = MiniYaml.FromString(o.TargetString)[0];
GameSave.AddTraitData(int.Parse(data.Key), data.Value);
}
break;
}
case "CreateGameSave":
{
if (GameSave != null)
{
// Sanitize potentially malicious input
var filename = o.TargetString;
var invalidIndex = -1;
var invalidChars = Path.GetInvalidFileNameChars();
while ((invalidIndex = filename.IndexOfAny(invalidChars)) != -1)
{
filename = filename.Remove(invalidIndex, 1);
}
var baseSavePath = Platform.ResolvePath(
Platform.SupportDirPrefix,
"Saves",
ModData.Manifest.Id,
ModData.Manifest.Metadata.Version);
if (!Directory.Exists(baseSavePath))
{
Directory.CreateDirectory(baseSavePath);
}
GameSave.Save(Path.Combine(baseSavePath, filename));
DispatchOrdersToClients(null, 0, Order.FromTargetString("GameSaved", filename, true).Serialize());
}
break;
}
case "LoadGameSave":
{
if (Type == ServerType.Dedicated || State >= ServerState.GameStarted)
{
break;
}
// Sanitize potentially malicious input
var filename = o.TargetString;
var invalidIndex = -1;
var invalidChars = Path.GetInvalidFileNameChars();
while ((invalidIndex = filename.IndexOfAny(invalidChars)) != -1)
{
filename = filename.Remove(invalidIndex, 1);
}
var savePath = Platform.ResolvePath(
Platform.SupportDirPrefix,
"Saves",
ModData.Manifest.Id,
ModData.Manifest.Metadata.Version,
filename);
GameSave = new GameSave(savePath);
LobbyInfo.GlobalSettings = GameSave.GlobalSettings;
LobbyInfo.Slots = GameSave.Slots;
// Reassign clients to slots
// - Bot ordering is preserved
// - Humans are assigned on a first-come-first-serve basis
// - Leftover humans become spectators
// Start by removing all bots and assigning all players as spectators
foreach (var c in LobbyInfo.Clients)
{
if (c.Bot != null)
{
LobbyInfo.Clients.Remove(c);
var ping = LobbyInfo.PingFromClient(c);
if (ping != null)
{
LobbyInfo.ClientPings.Remove(ping);
}
}
else
{
c.Slot = null;
}
}
// Rebuild/remap the saved client state
// TODO: Multiplayer saves should leave all humans as spectators so they can manually pick slots
var adminClientIndex = LobbyInfo.Clients.First(c => c.IsAdmin).Index;
foreach (var kv in GameSave.SlotClients)
{
if (kv.Value.Bot != null)
{
var bot = new Session.Client()
{
Index = ChooseFreePlayerIndex(),
State = Session.ClientState.NotReady,
BotControllerClientIndex = adminClientIndex
};
kv.Value.ApplyTo(bot);
LobbyInfo.Clients.Add(bot);
}
else
{
// This will throw if the server doesn't have enough human clients to fill all player slots
// See TODO above - this isn't a problem in practice because MP saves won't use this
var client = LobbyInfo.Clients.First(c => c.Slot == null);
kv.Value.ApplyTo(client);
}
}
SyncLobbyInfo();
SyncLobbyClients();
SyncClientPing();
break;
}
}
}
public void StartGame()
{
listener.Stop();
Console.WriteLine("[{0}] Game started", DateTime.Now.ToString(Settings.TimestampFormat));
// Drop any unvalidated clients
foreach (var c in PreConns.ToArray())
{
DropClient(c);
}
// Drop any players who are not ready
foreach (var c in Conns.Where(c => GetClient(c).IsInvalid).ToArray())
{
SendOrderTo(c, "ServerError", "You have been kicked from the server!");
DropClient(c);
}
// HACK: Turn down the latency if there is only one real player
if (LobbyInfo.NonBotClients.Count() == 1)
{
LobbyInfo.GlobalSettings.OrderLatency = 1;
}
// Enable game saves for singleplayer missions only
// TODO: Enable for multiplayer (non-dedicated servers only) once the lobby UI has been created
LobbyInfo.GlobalSettings.GameSavesEnabled = Type != ServerType.Dedicated && LobbyInfo.NonBotClients.Count() == 1;
SyncLobbyInfo();
State = ServerState.GameStarted;
foreach (var c in Conns)
{
foreach (var d in Conns)
{
DispatchOrdersToClient(c, d.PlayerIndex, 0x7FFFFFFF, new[] { (byte)OrderType.Disconnect });
}
}
if (GameSave == null && LobbyInfo.GlobalSettings.GameSavesEnabled)
{
GameSave = new GameSave();
}
var startGameData = "";
if (GameSave != null)
{
GameSave.StartGame(LobbyInfo, Map);
if (GameSave.LastOrdersFrame >= 0)
{
startGameData = new List <MiniYamlNode>()
{
new MiniYamlNode("SaveLastOrdersFrame", GameSave.LastOrdersFrame.ToString()),
new MiniYamlNode("SaveSyncFrame", GameSave.LastSyncFrame.ToString())
}.WriteToString();
}
}
DispatchOrders(null, 0,
Order.FromTargetString("StartGame", startGameData, true).Serialize());
foreach (var t in serverTraits.WithInterface <IStartGame>())
{
t.GameStarted(this);
}
if (GameSave != null && GameSave.LastOrdersFrame >= 0)
{
GameSave.ParseOrders(LobbyInfo, (frame, client, data) =>
{
foreach (var c in Conns)
{
DispatchOrdersToClient(c, client, frame, data);
}
});
}
}
public void CmdAdjustGameSave(GameObject con, float thresh, float recovery, float absolute, float relative)
{
GameSave.NeuronParametersChanged(con.GetComponent <Controller>(), thresh, recovery, absolute, relative);
}
/// <summary>
/// <para>Initializes a new UniqueBlockStructure instance.</para>
/// <para>This constructor is for blocks that are read from disk.</para>
/// </summary>
/// <param name="gameSave">The GameSave instance this block is attached to.</param>
/// <param name="address">This block's address.</param>
protected UniqueBlockStructure(GameSave gameSave,
Tuple<int, uint> address)
: base(gameSave, address)
{
}
void Start()
{
GS = GameManager.gm.GetComponent<GameSave>();
Gold.text = GS._gold.currentValue.ToString();
}
private void Load(IAsyncResult result)
{
_storageDevice = StorageDevice.EndShowSelector(result);
if (_storageDevice != null && _storageDevice.IsConnected)
{
GameSave saveData = new GameSave();
var filename = String.Format("save{0:00}.dat", _slot);
IAsyncResult r = _storageDevice.BeginOpenContainer(_storageContainerName, null, null);
result.AsyncWaitHandle.WaitOne();
StorageContainer container = _storageDevice.EndOpenContainer(r);
if (container.FileExists(filename))
{
Stream stream = container.OpenFile(filename, FileMode.Open);
try
{
IFormatter formatter = new BinaryFormatter();
saveData = (GameSave)formatter.Deserialize(stream);
stream.Close();
container.Dispose();
}
catch (Exception ex)
{
Debug.WriteLine(ex.ToString());
stream.Close();
container.Dispose();
container.DeleteFile(filename);
}
}
result.AsyncWaitHandle.Close();
if (_loadCallback != null)
_loadCallback(_slot, saveData);
}
}
/**
* LoadFromDisk()
* --> loads a GameSave from the Hard Disk if stand alone, from the playerPrefs if in WebPlayer
* */
public static void LoadFromDisk()
{
if(Application.isWebPlayer)
{
var serializer = new XmlSerializer(typeof(GameSave));
if(!PlayerPrefs.HasKey("save"))
return;
TextReader textReader = new StringReader(PlayerPrefs.GetString("save"));
GameSave gamesave;
gamesave = (GameSave)serializer.Deserialize(textReader);
if(gamesave == null)
{
Debug.Log ("Warning : deserialization fail");
return;
}
last_save = gamesave;
}
else
{
GameSave gamesave = null;
try
{
Stream s = System.IO.File.Open(m_FilePath,System.IO.FileMode.Open);
if(s == null)
return;
BinaryFormatter f = new BinaryFormatter();
f.Binder = new VersionDeserializationBinder();
gamesave = (GameSave)f.Deserialize(s);
s.Close();
}
catch (IOException e)
{
}
if (gamesave == null)
{
Debug.Log("Warning : deserialization fail");
return;
}
last_save = gamesave;
}
}
internal static SavedStateIndex FromSave(GameSave gameSave, Tuple<int, uint> address)
{
SavedStateIndex savedStateIndex;
if (!gameSave.TryGetFromBlockStructureCache(address, out savedStateIndex))
{
savedStateIndex = new SavedStateIndex(gameSave, address);
gameSave.AddToBlockStructureCache(address, savedStateIndex);
}
return savedStateIndex;
}
private void LoadSave(GameSave save)
{
}
private SavedStateIndex(GameSave gameSave, Tuple<int, uint> address)
: base(gameSave, address)
{
}
private ByteArray(GameSave gameSave, Tuple<int, uint> address)
: base(gameSave, address)
{
}
public bool IsSimilarForCloudSaving(GameSave other)
{
return(completedQuests.Count == other.completedQuests.Count && starCount == other.starCount && ticketsCount == other.ticketsCount);
}
public void CmdLoadGame()
{
GameSave.LoadGame();
}
internal static ChunkTable FromSave(GameSave gameSave, Tuple<int, uint> address)
{
ChunkTable chunkTable;
if (!gameSave.TryGetFromBlockStructureCache(address, out chunkTable))
{
chunkTable = new ChunkTable(gameSave, address);
gameSave.AddToBlockStructureCache(address, chunkTable);
}
return chunkTable;
}
public void CmdSaveGame(bool backup)
{
GameSave.SaveGame(backup);
}
public override void Paint(Level level)
{
if (LevelSave.BiomeGenerated is IceBiome)
{
var clip = Painter.Clip;
Painter.Clip = null;
Painter.Rect(level, this, 0, Tile.WallB);
Painter.Clip = clip;
}
var scourged = Rnd.Chance(Run.Scourge + 1);
if (Rnd.Chance(30))
{
var t = Tiles.Pick(Tile.FloorC, Tile.FloorD);
if (Rnd.Chance())
{
Painter.FillEllipse(level, this, 3, t);
}
else
{
Painter.Fill(level, this, 3, t);
}
if (Rnd.Chance())
{
t = Tiles.Pick(Tile.FloorC, Tile.FloorD);
if (Rnd.Chance())
{
Painter.FillEllipse(level, this, 4, t);
}
else
{
Painter.Fill(level, this, 4, t);
}
}
}
if (Rnd.Chance())
{
if (Rnd.Chance())
{
PaintTunnel(level, Tiles.RandomFloor(), GetCenterRect(), true);
PaintTunnel(level, Tiles.RandomNewFloor(), GetCenterRect());
}
else
{
PaintTunnel(level, Tiles.RandomNewFloor(), GetCenterRect(), Rnd.Chance());
}
}
if (GameSave.IsTrue("sk_enraged"))
{
var rp = GetCenter();
var rsk = new ShopKeeper();
level.Area.Add(rsk);
rsk.Center = new Vector2(rp.X * 16 + 8, rp.Y * 16 + 16);
return;
}
var stands = ValidateStands(level, GenerateStands());
if (stands.Count < 4)
{
Painter.Fill(level, this, 1, Tile.FloorD);
Paint(level);
return;
}
if (scourged)
{
var f = Tiles.RandomFloor();
for (var m = Left + 1; m <= Right - 1; m++)
{
for (var j = Top + 1; j <= Bottom - 1; j++)
{
var t = level.Get(m, j);
if (t.IsPassable() && t != f)
{
level.Set(m, j, Tile.EvilFloor);
}
}
}
}
var pool = Items.GeneratePool(Items.GetPool(Run.Type == RunType.BossRush ? ItemPool.BossRush : ItemPool.Shop));
var consumablePool = Items.GeneratePool(Items.GetPool(ItemPool.ShopConsumable));
var con = Math.Max(1, Math.Ceiling(stands.Count / 4f));
var i = 0;
var g = (Run.Depth == 5 && Run.Loop == 0 && LevelSave.GenerateMarket) ? Rnd.Int(stands.Count) : -1;
foreach (var s in stands)
{
var stand = new ShopStand();
level.Area.Add(stand);
stand.Center = new Vector2(s.X * 16 + 8, s.Y * 16 + 8);
var id = g == i ? "bk:bucket" : Items.GenerateAndRemove(i < con && consumablePool.Count > 0 ? consumablePool : pool, null, true);
var item = Items.CreateAndAdd(id, level.Area, false);
if (scourged)
{
item.Scourged = true;
}
stand.SetItem(item, null);
if (pool.Count == 0)
{
break;
}
i++;
}
var p = stands[Rnd.Int(stands.Count)];
var sk = new ShopKeeper();
level.Area.Add(sk);
sk.Center = new Vector2(p.X * 16 + 8, p.Y * 16 + 16);
// Painter.DrawLine(level, new Dot(Left + 1, Top + 1), new Dot(Right - 1, Top + 1), Tiles.RandomFloor());
var points = new List <Point>();
for (var x = Left + 2; x < Right - 1; x++)
{
var found = false;
foreach (var c in Connected.Values)
{
if (c.X == x && c.Y == Top)
{
found = true;
break;
}
}
if (!found)
{
points.Add(new Point(x, Top + 2));
}
}
var props = new List <Entity> {
new Gramophone()
};
if (Rnd.Chance(40 + Run.Luck * 7))
{
props.Add(new RerollMachine());
}
if (Rnd.Chance(40 + Run.Luck * 7))
{
props.Add(new VendingMachine());
}
foreach (var prop in props)
{
var pl = points[Rnd.Int(points.Count)];
points.Remove(pl);
level.Area.Add(prop);
prop.CenterX = pl.X * 16 + 8 + Rnd.Int(-4, 4);
prop.Bottom = pl.Y * 16;
if (points.Count == 0)
{
break;
}
}
var tt = Tiles.RandomFloor();
Painter.Call(level, this, 1, (x, y) => {
if (level.Get(x, y).Matches(Tile.SpikeOffTmp, Tile.SensingSpikeTmp, Tile.Chasm, Tile.Lava))
{
level.Set(x, y, tt);
}
});
var letters = new[] { 'a', 'b', 'c' };
var spr = $"mat_{letters[Rnd.Int(letters.Length)]}";
foreach (var pair in Connected)
{
if (pair.Key is SubShopRoom)
{
continue;
}
var door = pair.Value;
var mat = new SlicedProp(spr, Layers.Entrance);
level.Area.Add(mat);
if (door.X == Left)
{
PlaceSign(level, new Vector2(door.X * 16 - 8, door.Y * 16 - 5));
mat.Center = new Vector2(door.X * 16 - 8, door.Y * 16 + 8);
}
else if (door.X == Right)
{
PlaceSign(level, new Vector2(door.X * 16 + 24, door.Y * 16 - 5));
mat.Center = new Vector2(door.X * 16 + 24, door.Y * 16 + 8);
}
else if (door.Y == Top)
{
mat.Center = new Vector2(door.X * 16 + 8, door.Y * 16 - 8);
}
else
{
mat.Center = new Vector2(door.X * 16 + 8, door.Y * 16 + 24);
}
}
}
void CmdPlayerEntered(GameObject obj, int table, int seat)
{
GameSave.PlayerEntered(obj, table, seat, false);
}
internal static Chunk FromSave(GameSave gameSave, Tuple<int, uint> address)
{
Chunk chunk;
if (!gameSave.TryGetFromBlockStructureCache(address, out chunk))
{
chunk = new Chunk(gameSave, address);
gameSave.AddToBlockStructureCache(address, chunk);
}
return chunk;
}
public void CmdSpawnAllNeurons(GameObject swapper)
{
GameSave.SpawnAllInstructorNeurons(swapper.GetComponent <SphereSwapper>());
}
/**
* SaveLastSave()
* --> overwrite the last GameSave allocated
* */
public static void SaveLastSave()
{
if(m_MustLoad)
return;
Debug.Log("SAVE");
GameSave gamesave = new GameSave();
WorldControllerScript worldController = null;
GameObject worldControllerGo = GameObject.Find("GameWorld");
if(worldControllerGo != null)
{
if((worldController = worldControllerGo.GetComponent<WorldControllerScript>()) != null)
gamesave.world = worldController.GetCurrentWorldNumber();
}
GameObject[] gameObject = (GameObject[])GameObject.FindObjectsOfType(typeof(GameObject));
int id = 1;
foreach(GameObject go in gameObject)
{
Saveable savecomponent = null;
if((savecomponent = go.GetComponent<Saveable>()) != null)
{
Save save = savecomponent.SaveTo();
save.m_Id = id;
gamesave.AddSave(save);
id++;
}
}
gamesave.level = Application.loadedLevel;
if(last_save != null)
{
gamesave.time = last_save.time;
gamesave.deathCount = last_save.deathCount;
gamesave.score = last_save.score;
}
if(gamesave == null)
{
Debug.Log ("Warning : save fail");
return;
}
last_save = gamesave;
}
public ByteArray(GameSave gameSave, byte[] data)
: base(gameSave)
{
_data = new byte[data.Length];
data.CopyTo(_data, 0);
}