internal static void RunNonDestructivePatches()
{
Type original = typeof(PathFinder);
Type patched = typeof(PathFinder_Transpile);
RimThreadedHarmony.Transpile(original, patched, "FindPath", new Type[] { typeof(IntVec3), typeof(LocalTargetInfo), typeof(TraverseParms), typeof(PathEndMode) });
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(HediffGiver_Hypothermia);
Type patched = typeof(HediffGiver_Hypothermia_Transpile);
RimThreadedHarmony.Transpile(original, patched, "OnIntervalPassed");
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(CompSpawnSubplant);
Type patched = typeof(CompSpawnSubplant_Transpile);
RimThreadedHarmony.Transpile(original, patched, "DoGrowSubplant");
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(BattleLog);
Type patched = typeof(BattleLog_Transpile);
RimThreadedHarmony.Transpile(original, patched, "Add");
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(Map);
Type patched = typeof(Map_Transpile);
RimThreadedHarmony.Transpile(original, patched, "MapUpdate");
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(PawnCapacitiesHandler);
Type patched = typeof(PawnCapacitiesHandler_Transpile);
RimThreadedHarmony.Transpile(original, patched, "GetLevel");
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(Corpse);
Type patched = typeof(Corpse_Patch);
RimThreadedHarmony.Transpile(original, patched, nameof(SpawnSetup));
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(WorkGiver_ConstructDeliverResources);
Type patched = typeof(WorkGiver_ConstructDeliverResources_Transpile);
RimThreadedHarmony.Transpile(original, patched, "ResourceDeliverJobFor", null, new string[] { "CodeOptimist.JobsOfOpportunity" });
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(Plant);
Type patched = typeof(Plant_Patch);
RimThreadedHarmony.Postfix(original, patched, nameof(set_Growth));
RimThreadedHarmony.Transpile(original, patched, nameof(TickLong));
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(ThingOwner <Thing>);
Type patched = typeof(ThingOwnerThing_Transpile);
RimThreadedHarmony.TranspileLockAdd3(original, "TryAdd", new Type[] { typeof(Thing), typeof(bool) });
RimThreadedHarmony.Transpile(original, patched, "Remove");
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(WorkGiver_DoBill);
Type patched = typeof(WorkGiver_DoBill_Transpile);
RimThreadedHarmony.Transpile(original, patched, "TryFindBestBillIngredients");
RimThreadedHarmony.Transpile(original, patched, "AddEveryMedicineToRelevantThings");
}
internal static void RunDestructivePatches()
{
Type original = typeof(Pawn_ApparelTracker);
Type patched = typeof(Pawn_ApparelTracker_Patch);
//RimThreadedHarmony.Prefix(original, patched, nameof(Notify_LostBodyPart));
RimThreadedHarmony.Transpile(original, patched, nameof(Notify_LostBodyPart));
}
public static void RunNonDestructivePatches()
{
Type original = typeof(TickList);
Type patched = typeof(TickList_Patch);
RimThreadedHarmony.TranspileMethodLock(original, "RegisterThing");
RimThreadedHarmony.TranspileMethodLock(original, "DeregisterThing");
RimThreadedHarmony.Transpile(original, patched, "Tick");
RimThreadedHarmony.Postfix(original, patched, "Tick", "TickPostfix");
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(Rand);
Type patched = typeof(Rand_Patch);
RimThreadedHarmony.AddAllMatchingFields(original, patched);
RimThreadedHarmony.TranspileFieldReplacements(original, "TryRangeInclusiveWhere");
RimThreadedHarmony.Transpile(original, patched, "PushState", Type.EmptyTypes);
RimThreadedHarmony.Transpile(original, patched, "PopState");
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(FloatMenuMakerMap);
Type patched = typeof(FloatMenuMakerMap_Patch);
RimThreadedHarmony.AddAllMatchingFields(original, patched);
RimThreadedHarmony.TranspileFieldReplacements(original, "TryMakeMultiSelectFloatMenu");
patched = typeof(FloatMenuMakerMap_Transpile);
RimThreadedHarmony.Transpile(original, patched, "AddHumanlikeOrders");
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(GrammarResolver);
Type patched = typeof(GrammarResolver_Transpile);
RimThreadedHarmony.Transpile(original, patched, "AddRule");
RimThreadedHarmony.Transpile(original, patched, "RandomPossiblyResolvableEntry");
original = AccessTools.TypeByName("Verse.Grammar.GrammarResolver+<>c__DisplayClass17_0");
MethodInfo oMethod = AccessTools.Method(original, "<RandomPossiblyResolvableEntry>b__0");
MethodInfo pMethod = AccessTools.Method(patched, "RandomPossiblyResolvableEntryb__0");
RimThreadedHarmony.harmony.Patch(oMethod, transpiler: new HarmonyMethod(pMethod));
}
internal static void RunNonDestructivePatches()
{
Type original = typeof(GrammarResolverSimple);
Type patched = typeof(GrammarResolverSimple_Transpile);
RimThreadedHarmony.Transpile(original, patched, "Formatted");
}
internal static void RunNonDestructivePatches()
{
//RimThreadedHarmony.Transpile(original, patched, "GetLevel"); //wrap method in lock to protect CacheStatus changes
RimThreadedHarmony.Transpile(original, patched, "Notify_CapacityLevelsDirty"); //wrap method in lock to protect CacheStatus changes
}
