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// Autosplitter script for Lingo 2, by hatkirby.
//
// Massive thanks to the game developer, Brenton, for working with me to
// make this possible.
state("Lingo2") {}
startup
{
// Relative to Livesplit.exe
vars.logFilePath = Directory.GetCurrentDirectory() + "\\autosplitter_lingo2.log";
vars.log = (Action<string>)((string logLine) => {
print("[Lingo 2 ASL] " + logLine);
string time = System.DateTime.Now.ToString("dd/MM/yy hh:mm:ss.fff");
// AppendAllText will create the file if it doesn't exist.
System.IO.File.AppendAllText(vars.logFilePath, time + ": " + logLine + "\r\n");
});
settings.Add("panels", false, "Split on solving a panel");
settings.Add("panels_first", false, "Only split the first time each panel is solved", "panels");
settings.Add("maps", false, "Split on changing maps");
settings.Add("maps_first", false, "Only split the first time a map is entered", "maps");
settings.Add("ends", false, "Split on any ending");
settings.Add("keys", false, "Split on unlocking a key");
settings.Add("paintings", false, "Split on unlocking a gallery painting");
settings.Add("graves", false, "Split on completing a gravestone");
settings.Add("masteries", false, "Split on collecting a mastery");
vars.prevPanelMap = "";
vars.prevPanelPath = "";
vars.prevMap = "";
vars.collectedKeys = new HashSet<string>();
vars.latestKeyKey = null;
vars.log("Autosplitter loaded");
}
init
{
// magic byte array format:
// [0-7]: 9c 46 9f b0 4b 6a e0 8d (random bytes used for sigscanning)
// [8]: Loading flag
// [9]: First movement flag
// [10]: Latest unlocked key (0 if run just started)
// [11]: 1 or 2, indicating the level of the latest unlocked key
// [12-52]: Latest collectable unlocked (null terminated, truncated at 40 chars excluding null)
// [53-93]: Current map name (null terminated, truncated at 40 chars excluding null)
// [94-134]: Map name of latest solved panel (null terminated, truncated at 40 chars excluding null)
// [135-235]: Full nodepath of latest solved panel (null terminated, truncated at 100 chars excluding null)
IntPtr ptr = IntPtr.Zero;
foreach (var page in game.MemoryPages(true).Reverse()) {
var scanner = new SignatureScanner(game, page.BaseAddress, (int)page.RegionSize);
ptr = scanner.Scan(new SigScanTarget(0, "9c 46 9f b0 4b 6a e0 8d"));
if (ptr != IntPtr.Zero) {
break;
}
}
if (ptr == IntPtr.Zero) {
throw new Exception("Could not find magic autosplitter array!");
}
vars.loading = new MemoryWatcher<byte>(ptr + 8);
vars.firstInput = new MemoryWatcher<byte>(ptr + 9);
vars.latestKey = new MemoryWatcher<byte>(ptr + 10);
vars.latestKeyLevel = new MemoryWatcher<byte>(ptr + 11);
vars.latestCollectible = new StringWatcher(ptr + 12, 41);
vars.currentMap = new StringWatcher(ptr + 53, 41);
vars.lastPanelMap = new StringWatcher(ptr + 94, 41);
vars.lastPanelPath = new StringWatcher(ptr + 135, 101);
vars.log(String.Format("Magic autosplitter array: {0}", ptr.ToString("X")));
}
update
{
vars.loading.Update(game);
vars.firstInput.Update(game);
vars.latestKey.Update(game);
vars.latestKeyLevel.Update(game);
vars.latestCollectible.Update(game);
vars.currentMap.Update(game);
vars.lastPanelMap.Update(game);
vars.lastPanelPath.Update(game);
if (vars.latestKeyLevel.Current > 0)
{
vars.latestKeyKey = string.Format("{0}{1}", (char)vars.latestKey.Current, vars.latestKeyLevel.Current);
}
}
start
{
return vars.firstInput.Old == 0 && vars.firstInput.Current == 1;
}
onStart
{
vars.prevPanelMap = vars.lastPanelMap.Current;
vars.prevPanelPath = vars.lastPanelPath.Current;
vars.prevMap = vars.currentMap.Current;
}
reset
{
return vars.firstInput.Old == 1 && vars.firstInput.Current == 0;
}
isLoading
{
return vars.loading.Current == 1;
}
split
{
bool should_split = false;
if (vars.lastPanelMap.Current != vars.prevPanelMap || vars.lastPanelPath.Current != vars.prevPanelPath) {
if (settings["panels"]) {
should_split = true;
vars.log("Split on any panel: " + vars.lastPanelMap.Current + " / " + vars.lastPanelPath.Current);
}
vars.prevPanelMap = vars.lastPanelMap.Current;
vars.prevPanelPath = vars.lastPanelPath.Current;
}
else if (vars.currentMap.Current != vars.prevMap)
{
if (settings["maps"]) {
should_split = true;
vars.log("Split on map change: " + vars.currentMap.Current);
}
vars.prevMap = vars.currentMap.Current;
}
else if (vars.latestKeyKey != null && !vars.collectedKeys.Contains(vars.latestKeyKey))
{
if (settings["keys"]) {
should_split = true;
vars.log("Split on collected key: " + vars.latestKeyKey);
}
vars.collectedKeys.Add(vars.latestKeyKey);
}
return should_split;
}
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