* The underlying lua state. */

* Push value of this reference to Lua stack. */

* Get the signature id for type * * The id is unique in the process */

* Get the underlying Lua state. */

* Get the C++ style const iterator. */

* Get the C++ style const iterator. */

* Test whether this ref is function. */

* Whether the object is shared pointer */

* Check whether the reference is valid (has been bind to Lua). */

* Get the length of this table (the same as # operator of Lua, but not via metatable). */

* The underlying lua state. */

* Override destructor if you need to perform any cleanup action */

* Module binds to a global variable (lua 5.0 style) * * It is recommended to put your module inside the global, and * then add your cla

* Create a new Lua state * * @param needImportLibs - true if need to import the standard libraries. */

* Create empty reference. */

* Create empty LuaTableIterator, it must be assigned to other LuaTableIterator before using. */

* Create new index association. * * @param state the Lua state * @param table the table reference (no auto unref) * @param key the

* Open a new or existing CppBindModule for registrations. */

* Open a new or existing CppBindModule for registrations. */

* Register a new class or add to an existing class registration. * * @param parent_meta the parent module meta table (or class meta table if

* lua_CFunction to call a class constructor (constructed inside userdata) */