In　this　paper,　we　propose　a　simple　method　to　simultaneously　generate　the　entanglement　between　macroscopic　objects　(mechanical　oscillators)　and　entanglement　between　microscopic　objects　(photons)　based　on　a　coupled　cavity-optomechanical　system.　We　show　that　when　the　cavity-optomechanical　system　works　in　the　single-photon　strong-coupling　regime　and　in　the　deep　quantum　regime,　the　radiation　pressure　of　a　photon　which　is　created　by　the　atom-cavity　interaction,　can　directly　induce　these　joint　entangled　states.　Thus,　no　measurement　on　this　system　is　required.　Numerical　simulation　shows　that　the　fidelity　of　the　prepared　joint　entangled　states　can　reach　0.954.