public object GetObject(string key)
{
LuaNativeMethods.lua_pushglobaltable(statePointer);
object o = GetObject(key.Split(new char[] { '.' }));
LuaNativeMethods.lua_pop(statePointer, 1);
return(o);
}
public static int Import(IntPtr ptr)
{
try
{
LuaNativeMethods.luaL_checktype(ptr, 1, LuaTypes.TYPE_STRING);
string str = LuaNativeMethods.lua_tostring(ptr, 1);
string[] ns = str.Split('.');
LuaNativeMethods.lua_pushglobaltable(ptr);
for (int n = 0; n < ns.Length; n++)
{
LuaNativeMethods.lua_getfield(ptr, -1, ns[n]);
if (!LuaNativeMethods.lua_istable(ptr, -1))
{
return(LuaObject.Error(ptr, "expect {0} is type table", ns));
}
LuaNativeMethods.lua_remove(ptr, -2);
}
LuaNativeMethods.lua_pushnil(ptr);
while (LuaNativeMethods.lua_next(ptr, -2) != 0)
{
string key = LuaNativeMethods.lua_tostring(ptr, -2);
LuaNativeMethods.lua_getglobal(ptr, key);
if (!LuaNativeMethods.lua_isnil(ptr, -1))
{
LuaNativeMethods.lua_pop(ptr, 1);
return(LuaObject.Error(ptr, "{0} had existed, import can't overload it.", key));
}
LuaNativeMethods.lua_pop(ptr, 1);
LuaNativeMethods.lua_setglobal(ptr, key);
}
LuaNativeMethods.lua_pop(ptr, 1);
LuaObject.PushValue(ptr, true);
return(1);
}
catch (Exception e)
{
return(LuaObject.Error(ptr, e));
}
}
public static void NewTypeTable(IntPtr ptr, string name)
{
string[] subt = name.Split('.');
LuaNativeMethods.lua_pushglobaltable(ptr);
foreach (string t in subt)
{
LuaNativeMethods.lua_pushstring(ptr, t);
LuaNativeMethods.lua_rawget(ptr, -2);
if (LuaNativeMethods.lua_isnil(ptr, -1))
{
LuaNativeMethods.lua_pop(ptr, 1);
LuaNativeMethods.lua_createtable(ptr, 0, 0);
LuaNativeMethods.lua_pushstring(ptr, t);
LuaNativeMethods.lua_pushvalue(ptr, -2);
LuaNativeMethods.lua_rawset(ptr, -4);
}
LuaNativeMethods.lua_remove(ptr, -2);
}
}
public void SetObject(string key, object v)
{
LuaNativeMethods.lua_pushglobaltable(statePointer);
SetObject(key.Split(new char[] { '.' }), v);
LuaNativeMethods.lua_pop(statePointer, 1);
}