Instance X86Sem : Semantics := @X86Sem the_program Hsafe.Instance X86Axioms : CoreLanguage.SemAxioms := @X86Axioms U the_program Hsafe.

(* Specifications: *)
Lemma x86SC_safe: forall Main_ptr init_thread_target new_mem_target, initial_core (event_semantics.msem semSem) 0 init_mem init_thread_target new_mem_target Main_ptr nil -> let init_perm_target := permissions.getCurPerm init_mem in let new_perm_target := permissions.getCurPerm new_mem_target in let init_tpc_target := DryHybridMachine.initial_machine new_perm_target init_thread_target in forall (* (Hinit_state: tpc_init U init_mem init_mem_target init_MachState_target Main_ptr nil) *) (Hcsafe: forall n sched, csafe (ThreadPool:= threadPool.OrdinalPool.OrdinalThreadPool) (resources:= DryHybridMachine.dryResources) (Sem:= _) (machineSig:= HybridMachine.DryHybridMachine.DryHybridMachineSig) (sched, nil, init_tpc_target) (@diluteMem HybridCoarseMachine.DilMem new_mem_target) n), let init_tp_bare := ThreadPool.mkPool (resources:=BareMachine.resources) (Krun init_thread_target) tt in forall n, fsafe (dilMem:= BareDilMem) (ThreadPool:=threadPool.OrdinalPool.OrdinalThreadPool (resources:=erased_machine.BareMachine.resources) (Sem:=_)) (machineSig:= BareMachine.BareMachineSig) init_tp_bare (@diluteMem BareDilMem new_mem_target) U n.