/// <summary>
/// Transpiles PrioritizableRenderer to first update the mesh renderer status, then
/// disable the actual Graphics.DrawMesh call.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
var target = typeof(PrioritizableMeshRenderer).GetMethodSafe(nameof(
PrioritizableMeshRenderer.SetInstanceVisibility), true);
var drawMesh = typeof(Graphics).GetMethodSafe(nameof(Graphics.DrawMesh),
true, typeof(Mesh), typeof(Vector3), typeof(Quaternion), typeof(Material),
typeof(int), typeof(Camera), typeof(int), typeof(MaterialPropertyBlock),
typeof(bool), typeof(bool));
var recalculateBounds = typeof(Mesh).GetMethodSafe(nameof(Mesh.RecalculateBounds),
false);
yield return(new CodeInstruction(OpCodes.Call, target));
var newMethod = instructions;
// Assigning triangles automatically recalculates bounds!
if (drawMesh != null && recalculateBounds != null)
{
newMethod = PPatchTools.ReplaceMethodCallSafe(instructions,
new Dictionary <MethodInfo, MethodInfo> {
{ drawMesh, PPatchTools.RemoveCall },
{ recalculateBounds, PPatchTools.RemoveCall }
});
}
else
{
PUtil.LogWarning("Unable to patch PrioritizableRenderer.RenderEveryTick");
}
foreach (var instr in newMethod)
{
yield return(instr);
}
}
/// <summary>
/// Transpiles the constructor to enqueue the item onto the reachability queue instead
/// of checking immediately (where, on load, the result would be invalid).
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(RMI).GetMethodSafe(
nameof(RMI.UpdateReachability), false),
typeof(ReachabilityMonitor_Instance_Constructor_Patch).GetMethodSafe(nameof(
UpdateReachability), true, typeof(RMI))));
}
/// <summary>
/// Transpiles LateUpdate to disable all of the relevant Graphics.DrawMesh calls.
/// Leaves the worldPlane ones for now.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
var drawMesh = typeof(Graphics).GetMethodSafe(nameof(Graphics.DrawMesh),
true, typeof(Mesh), typeof(Vector3), typeof(Quaternion), typeof(Material),
typeof(int));
var target = typeof(Material).GetMethodSafe(nameof(Material.SetTexture), false,
typeof(string), typeof(Texture));
var replacement = typeof(TerrainBG_LateUpdate_Patch).GetMethodSafe(nameof(
SetTexture), true, typeof(Material), typeof(string), typeof(Texture));
var newMethod = instructions;
if (drawMesh != null && target != null && replacement != null)
{
newMethod = PPatchTools.ReplaceMethodCallSafe(instructions,
new Dictionary <MethodInfo, MethodInfo>()
{
{ drawMesh, PPatchTools.RemoveCall }, { target, replacement }
});
}
else
{
PUtil.LogWarning("Unable to patch TerrainBG.LateUpdate");
}
foreach (var instr in newMethod)
{
yield return(instr);
}
}
/// <summary>
/// Transpiles TriggerVisualNotification to remove calls to the bouncy coroutine.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(DiagnosticRow).
GetMethodSafe(nameof(DiagnosticRow.VisualNotificationRoutine), false),
typeof(DiagnosticRow_TriggerVisualNotification_Patch).GetMethodSafe(nameof(
NoMoveRoutine), true, typeof(DiagnosticRow))));
}
internal static TranspiledMethod TranspileRefresh(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(RoomProber).
GetMethodSafe(nameof(RoomProber.SolidChangedEvent), false, typeof(int),
typeof(bool)), typeof(DecorProviderRefreshFix).GetMethodSafe(nameof(
SolidNotChangedEvent), true, typeof(RoomProber), typeof(int), typeof(bool))));
}
/// <summary>
/// Transpiles OnMouseMove to call through a filter method.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(BuildTool).
GetMethodSafe(nameof(BuildTool.UpdateVis), false, typeof(Vector3)), typeof(
BuildToolPatches).GetMethodSafe(nameof(BuildToolPatches.ShouldUpdateVis),
true, typeof(BuildTool), typeof(Vector3))));
}
/// <summary>
/// Transpiles AsyncPathProbe to use our job manager instead.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
var workItemType = typeof(IWorkItemCollection);
var cpuCharge = typeof(PathProbeJobManager).GetMethodSafe(nameof(
PathProbeJobManager.SetCPUBudget), true, typeof(ICPULoad));
return(PPatchTools.ReplaceMethodCallSafe(instructions, new Dictionary <MethodInfo,
MethodInfo> {
{
typeof(GlobalJobManager).GetMethodSafe(nameof(GlobalJobManager.Run),
true, workItemType),
typeof(PathProbeJobManager).GetMethodSafe(nameof(PathProbeJobManager.
RunAsync), true, workItemType)
},
{
typeof(CPUBudget).GetMethodSafe(nameof(CPUBudget.Start), true,
typeof(ICPULoad)),
cpuCharge
},
{
typeof(CPUBudget).GetMethodSafe(nameof(CPUBudget.End), true,
typeof(ICPULoad)),
cpuCharge
}
}));
}
/// <summary>
/// Transpiles Widthdraw (Clay please spelling) to take out a lock before removing.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(SceneEntryHash).
GetMethodSafe(nameof(SceneEntryHash.Remove), false, typeof(
ScenePartitionerEntry)), typeof(ScenePartitioner_Widthdraw_Patch).
GetMethodSafe(nameof(RemoveLocked), true, typeof(SceneEntryHash), typeof(
ScenePartitionerEntry))));
}
/// <summary>
/// Transpiles the methods to remove the GameScheduler calls that create the tutorial
/// messages.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(GameScheduler).
GetMethodSafe(nameof(GameScheduler.Schedule), false, typeof(string), typeof(
float), typeof(Action <object>), typeof(object), typeof(SchedulerGroup)),
typeof(DisableTutorialSchedulerPatch).GetMethodSafe(nameof(DoNotSchedule),
true, PPatchTools.AnyArguments)));
}
/// <summary>
/// Transpiles Update to replace calls to a specific AddTargetIfVisible version with
/// a version that is not only a bit faster, but also sets the conduit visible when it
/// matches the criteria.
///
/// This works around a Harmony bug where the wrong generic methods were being patched.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(OverlayModes.Mode).
GetMethod(nameof(OverlayModes.Mode.AddTargetIfVisible), PPatchTools.
BASE_FLAGS | BindingFlags.Instance)?.MakeGenericMethod(typeof(SaveLoadRoot)),
typeof(OverlayModes_Modes_Patch).GetMethodSafe(nameof(AddTargetIfVisible),
true, PPatchTools.AnyArguments)));
}
/// <summary>
/// Transpiles GatherEntries to take out a lock before subtracting.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(SceneEntryHash).
GetMethodSafe(nameof(SceneEntryHash.ExceptWith), false, typeof(
IEnumerable <ScenePartitionerEntry>)), typeof(
ScenePartitioner_GatherEntries_Patch).GetMethodSafe(nameof(ExceptWithLocked),
true, typeof(SceneEntryHash), typeof(IEnumerable <ScenePartitionerEntry>))));
}
internal static TranspiledMethod Transpiler(TranspiledMethod instructions,
MethodBase original)
{
var rtb = typeof(TagBits).MakeByRefType();
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(TagBits).
GetMethodSafe(nameof(TagBits.Or), false, rtb), typeof(TagBitOps).
GetMethodSafe(nameof(TagBitOps.Or), true, rtb, rtb)));
}
private static IEnumerable <CodeInstruction> LightBuffer_LateUpdate_Transpile(
IEnumerable <CodeInstruction> body)
{
var target = typeof(Light2D).GetPropertySafe <LightShape>(nameof(Light2D.shape),
false)?.GetGetMethod(true);
return((target == null) ? body : PPatchTools.ReplaceMethodCallSafe(body, target,
typeof(PLightManager).GetMethodSafe(nameof(PLightManager.LightShapeToRayShape),
true, typeof(Light2D))));
}
/// <summary>
/// Transpiles LoadAnims to start up anim loading in the background.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, new Dictionary <MethodInfo,
MethodInfo>()
{
{
typeof(KAnimGroupFile).GetMethodSafe(nameof(KAnimGroupFile.LoadAll),
true),
typeof(AsyncLoadPatches).GetMethodSafe(nameof(LoadAnims), true)
},
{
typeof(KAnimBatchManager).GetMethodSafe(nameof(KAnimBatchManager.
CompleteInit), false),
PPatchTools.RemoveCall
}
}));
}
/// <summary>
/// Transpiles Insert to take out a lock before adding.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, new Dictionary <MethodInfo,
MethodInfo>()
{
{
typeof(SceneEntryHash).GetMethodSafe(nameof(SceneEntryHash.Add), false,
typeof(ScenePartitionerEntry)),
typeof(ScenePartitioner_Insert_Patch).GetMethodSafe(nameof(AddLocked),
true, typeof(SceneEntryHash), typeof(ScenePartitionerEntry))
},
{
typeof(List <DirtyNode>).GetMethodSafe(nameof(List <DirtyNode> .Add), false,
typeof(DirtyNode)),
typeof(ScenePartitioner_Insert_Patch).GetMethodSafe(nameof(AddLocked),
true, typeof(List <DirtyNode>), typeof(DirtyNode))
}
}));
}
/// <summary>
/// Applied to Steam to avoid dialog spam on startup if many mods are updated or
/// installed.
/// </summary>
private static TranspiledMethod TranspileUpdateMods(TranspiledMethod method)
{
return(PPatchTools.ReplaceMethodCallSafe(method, new Dictionary <MethodInfo,
MethodInfo>()
{
{
typeof(Manager).GetMethodSafe(nameof(Manager.Report), false,
typeof(GameObject)),
typeof(QueuedReportManager).GetMethodSafe(nameof(QueuedReportManager.
QueueDelayedReport), true, typeof(Manager), typeof(GameObject))
},
{
typeof(Manager).GetMethodSafe(nameof(Manager.Sanitize), false,
typeof(GameObject)),
typeof(QueuedReportManager).GetMethodSafe(nameof(QueuedReportManager.
QueueDelayedSanitize), true, typeof(Manager), typeof(GameObject))
}
}));
}
internal static TranspiledMethod Transpiler(TranspiledMethod method)
{
return(PPatchTools.ReplaceMethodCallSafe(method, new Dictionary <MethodInfo,
MethodInfo>()
{
{
typeof(Sim).GetMethodSafe(nameof(Sim.SIM_Initialize), true,
PPatchTools.AnyArguments), PPatchTools.RemoveCall
},
{
typeof(SimMessages).GetMethodSafe(nameof(SimMessages.
CreateSimElementsTable), true, PPatchTools.AnyArguments),
PPatchTools.RemoveCall
},
{
typeof(SimMessages).GetMethodSafe(nameof(SimMessages.CreateDiseaseTable),
true, PPatchTools.AnyArguments), PPatchTools.RemoveCall
}
}));
}
/// <summary>
/// Transpiles RenderMesh to insert a call to a pipe filter right after the context
/// calculates what pipes are visible to render.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
TranspiledMethod result;
// Lower priority optimization: use CameraController.Instance.VisibleArea to
// save some math
var oldArea = typeof(GridVisibleArea).GetMethodSafe(nameof(GridVisibleArea.
GetVisibleArea), true);
var newArea = typeof(ConduitFlowVisualizer_RenderMesh_Patch).GetMethodSafe(
nameof(GetVisibleArea), true);
if (oldArea != null && newArea != null)
{
result = PPatchTools.ReplaceMethodCallSafe(instructions, oldArea, newArea);
#if DEBUG
PUtil.LogDebug("Patched ConduitFlowVisualizer.RenderMesh");
#endif
}
else
{
result = instructions;
}
return(result);
}
/// <summary>
/// Transpiles the target methods to remove a bunch of method calls.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions,
new Dictionary <MethodInfo, MethodInfo>()
{
{
typeof(KMod.Manager).GetMethodSafe(nameof(KMod.Manager.Load), false,
typeof(KMod.Content)), PPatchTools.RemoveCall
},
{
typeof(ProcGen.SettingsCache).GetMethodSafe(nameof(ProcGen.
SettingsCache.Clear), true), PPatchTools.RemoveCall
},
{
typeof(ProcGenGame.WorldGen).GetMethodSafe(nameof(ProcGenGame.WorldGen.
LoadSettings), true), PPatchTools.RemoveCall
},
{
typeof(KMod.Manager).GetMethodSafe(nameof(KMod.Manager.Report), false,
typeof(GameObject)), PPatchTools.RemoveCall
}
}));
}
/// <summary>
/// Transpiles End to replace the DrawMesh call with a call to update the mesh
/// attributes.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
var drawMesh = typeof(Graphics).GetMethodSafe(nameof(Graphics.DrawMesh),
true, typeof(Mesh), typeof(Vector3), typeof(Quaternion), typeof(Material),
typeof(int));
var replacement = typeof(ConduitFlowMeshPatches).GetMethodSafe(
nameof(PostUpdate), true, typeof(Mesh), typeof(Vector3),
typeof(Quaternion), typeof(Material), typeof(int));
var newMethod = instructions;
if (drawMesh != null)
{
newMethod = PPatchTools.ReplaceMethodCallSafe(instructions, drawMesh,
replacement);
}
else
{
PUtil.LogWarning("Unable to patch ConduitFlowMesh.End");
}
foreach (var instr in newMethod)
{
yield return(instr);
}
}
/// <summary>
/// Transpiles OnPrefabInit to remove slow method calls.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, typeof(CodexCache).
GetMethodSafe(nameof(CodexCache.CodexCacheInit), true),
typeof(AsyncLoadPatches).GetMethodSafe(nameof(AsyncLoadCodex), true)));
}
/// <summary>
/// Transpiles AddToSim to make it never spawn the sound.
/// </summary>
internal static TranspiledMethod Transpiler(TranspiledMethod instructions)
{
return(PPatchTools.ReplaceMethodCallSafe(instructions, MAYBE_AUDIBLE,
NEVER_AUDIBLE));
}
