public SharpClass RegMethod(string name, MethodBase[] methodInfo, bool isAsync = false)
{
MethodReflection method = new MethodReflection(methodInfo);
#if !IL2CPP
for (int i = 0; i < methodInfo.Length; i++)
{
var mi = methodInfo[i] as MethodInfo;
if (mi != null)
{
if (DelegateCache.GetMethodDelegate(classType, mi, "CallDel", out CallDel fn, out Delegate del))
{
method.luaFunc[i] = fn;
method.del[i] = del;
}
}
}
#endif
//Luna.Log("反射方式实现");
LuaRef luaFun = LuaRef.CreateFunction(State, MethodReflection.Call, method);
if (IsTagMethod(name, out var tag))
{
meta.RawSet(tag, luaFun);
}
else
{
meta.RawSet(name, luaFun);
}
if (classType.IsArray)
{
if (name == "Get")
{
SetMemberFunction(LunaNative.___get_indexed, luaFun);
}
if (name == "Set")
{
SetMemberFunction(LunaNative.___set_indexed, luaFun);
}
}
if (isAsync)
{
LuaRef r = new LuaRef(State, "coroutine.__async");
luaFun = r.Call <LuaRef>(luaFun);
meta.RawSet("_async_" + name, luaFun);
}
return(this);
}
public LuaRef RegMethod(MethodInfo methodInfo, bool isProp)
{
#if LUNA_SCRIPT
string callFnName = (methodInfo.IsStatic && !isProp) ? "StaticCall" : "Call";
#else
string callFnName = "Call";
#endif
if (DelegateCache.GetMethodDelegate(classType, methodInfo, callFnName, out LuaNativeFunction luaFunc, out Delegate del))
{
return(LuaRef.CreateFunction(State, luaFunc, del));
}
return(null);
}