// - LuaVariable::operator= -------------------------------------------------
const LuaValue& LuaVariable::operator= (const LuaValue& rhs)
{
pushLastTable();
PushLuaValue (state_, keys_.back());
PushLuaValue (state_, rhs);
lua_settable (state_, -3);
lua_pop (state_, 1);
return rhs;
}
// - LuaState::call ---------------------------------------------------------
LuaValueList LuaState::call (LuaFunction& func,
const LuaValueList& params,
const std::string& chunkName)
{
func.setReaderFlag (false);
PushLuaValue (state_, LuaValue (func));
return Impl::CallFunctionOnTop (state_, params);
}
// - LuaVariable::pushTheReferencedValue ------------------------------------
void LuaVariable::pushTheReferencedValue() const
{
assert (keys_.size() > 0 && "There should be at least one key here.");
lua_rawgeti (state_, LUA_REGISTRYINDEX, LUA_RIDX_GLOBALS);
typedef std::vector<LuaValue>::const_iterator iter_t;
for (iter_t p = keys_.begin(); p != keys_.end(); ++p)
{
PushLuaValue (state_, *p);
lua_gettable (state_, -2);
if (keys_.size() > 1 && p != keys_.end()-1 && !lua_istable(state_, -1))
throw TypeMismatchError ("table", p->typeName());
lua_remove (state_, -2);
}
}
// - LuaVariable::pushLastTable ---------------------------------------------
void LuaVariable::pushLastTable()
{
// Push the globals table onto the stack
lua_pushglobaltable (state_);
// Reach the "final" table (and leave it at the stack top)
typedef KeyList::const_iterator iter_t;
assert (keys_.size() > 0 && "At least one key should be present here.");
iter_t end = keys_.end();
--end;
for (iter_t p = keys_.begin(); p != end; ++p)
{
PushLuaValue (state_, *p);
lua_gettable (state_, -2);
if (!lua_istable (state_, -1))
throw TypeMismatchError ("table", luaL_typename (state_, -1));
lua_remove (state_, -2);
}
}