// Iterates through each child element in the document and attempts to extract method(s) from the strings inside the children
private static void Parse(XmlDocument doc)
{
foreach (XmlNode node in doc.DocumentElement.ChildNodes) // entries should be
{
var meths = new HashSet <MethodInfo>();
foreach (XmlNode child in node.ChildNodes)
{
switch (child.Name.ToLower())
{
case "methods":
case "method":
foreach (XmlNode method in child.ChildNodes)
{
meths.Add(ParseMethod(method.InnerText));
}
break;
case "types":
case "type":
foreach (XmlNode type in child.ChildNodes)
{
meths.AddRange(ParseTypeMethods(type.InnerText));
}
break;
case "nestedtype":
case "nestedtypes":
foreach (XmlNode type in child.ChildNodes)
{
meths.AddRange(ParseSubTypeTypeMethods(type.InnerText));
}
break;
default:
ThreadSafeLogger.Error($"[Analyzer] Attempting to read unknown value from an Analyzer.xml, the given input was {child.Name}, it should have been either '(M/m)ethods', '(T/t)ypes' '(N/n)estedTypes");
break;
}
}
Type myType = DynamicTypeBuilder.CreateType(node.Name, meths);
GUIController.Tab(Category.Modder).entries.Add(Entry.Create(myType.Name, Category.Modder, myType, false, true), myType);
}
}
public static void ExecutePatch(CurrentInput mode, string strinput, Category cat)
{
try
{
if (cat == Category.Tick)
{
switch (mode)
{
case CurrentInput.Method:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersTick),
Utility.GetMethods(strinput));
break;
case CurrentInput.Type:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersTick),
Utility.GetTypeMethods(AccessTools.TypeByName(strinput)));
break;
case CurrentInput.MethodHarmony:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersTick),
Utility.GetMethodsPatching(strinput));
break;
case CurrentInput.SubClasses:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersTick),
Utility.SubClassImplementationsOf(AccessTools.TypeByName(strinput), m => true));
break;
case CurrentInput.TypeHarmony:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersTick),
Utility.GetMethodsPatchingType(AccessTools.TypeByName(strinput)));
break;
case CurrentInput.InternalMethod:
Utility.PatchInternalMethod(strinput, Category.Tick);
return;
case CurrentInput.Assembly:
Utility.PatchAssembly(strinput, Category.Tick);
return;
}
GUIController.Tab(Category.Tick).collapsed = false;
GUIController.SwapToEntry("Custom Tick");
}
else
{
switch (mode)
{
case CurrentInput.Method:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersUpdate),
Utility.GetMethods(strinput));
break;
case CurrentInput.Type:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersUpdate),
Utility.GetTypeMethods(AccessTools.TypeByName(strinput)));
break;
case CurrentInput.MethodHarmony:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersUpdate),
Utility.GetMethodsPatching(strinput));
break;
case CurrentInput.SubClasses:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersUpdate),
Utility.SubClassImplementationsOf(AccessTools.TypeByName(strinput), m => true));
break;
case CurrentInput.TypeHarmony:
MethodTransplanting.UpdateMethods(typeof(CustomProfilersUpdate),
Utility.GetMethodsPatchingType(AccessTools.TypeByName(strinput)));
break;
case CurrentInput.InternalMethod:
Utility.PatchInternalMethod(strinput, Category.Update);
return;
case CurrentInput.Assembly:
Utility.PatchAssembly(strinput, Category.Update);
return;
}
GUIController.Tab(Category.Update).collapsed = false;
GUIController.SwapToEntry("Custom Update");
}
}
catch (Exception e)
{
ThreadSafeLogger.Error($"Failed to process input, failed with the error {e.Message}");
}
}