pub fn to_inner<'a, C: Context<'a>>(&self, cx: &mut C) -> Handle<'a, T> {
        let env = cx.env();
        let local = unsafe { reference::get(env.to_raw(), self.as_napi_ref().0 as *mut _) };

        Handle::new_internal(T::from_raw(env, local))
    }
/// Access the inner JavaScript object without consuming the `Root`
/// This method aliases the reference without changing the reference count. It
/// can be used in place of a clone immediately followed by a call to `into_inner`.
Access the inner JavaScript object without consuming the `Root`
This method aliases the reference without changing the reference count. It
can be used in place of a clone immediately followed by a call to `into_inner`.
Access the inner JavaScript object without consuming the ` Root ` This method aliases the reference without changing the reference count . It can be used in place of a clone immediately followed by a call to ` into_inner ` .
pub fn to_inner<'a, C: Context<'a>>(&self, cx: &mut C) -> Handle<'a, T> {
        let env = cx.env();
        let local = unsafe { reference::get(env.to_raw(), self.as_napi_ref().0 as *mut _) };
        Handle::new_internal(T::from_raw(env, local))
    }
pub fn to_inner < ' a , C : Context < ' a > > ( & self , cx : & mut C ) -> Handle < ' a , T > { let env = cx . env ( ) ; let local = unsafe { reference :: get ( env . to_raw ( ) , self . as_napi_ref ( ) . 0 as * mut _ ) } ; Handle :: new_internal ( T :: from_raw ( env , local ) ) }
Access the inner JavaScript object without consuming the `Root`
This method aliases the reference without changing the reference count.
Access the inner JavaScript object without consuming the ` Root ` This method aliases the reference without changing the reference count .
&self
cx
&mut C