#ifndef _KERN_MK_SP_H_
#define _KERN_MK_SP_H_
sf_return_t _mk_sp_init(
sf_object_t policy,
int policy_id);
sf_return_t _mk_sp_enable_processor_set(
sf_object_t policy,
processor_set_t processor_set);
sf_return_t _mk_sp_disable_processor_set(
sf_object_t policy,
processor_set_t processor_set);
sf_return_t _mk_sp_enable_processor(
sf_object_t policy,
processor_t processor);
sf_return_t _mk_sp_disable_processor(
sf_object_t policy,
processor_t processor);
sf_return_t _mk_sp_thread_update_mpri(
sf_object_t policy,
thread_t thread);
sf_return_t _mk_sp_thread_unblock(
sf_object_t policy,
thread_t thread);
sf_return_t _mk_sp_thread_done(
sf_object_t policy,
thread_t old_thread);
sf_return_t _mk_sp_thread_begin(
sf_object_t policy,
thread_t new_thread);
sf_return_t _mk_sp_thread_dispatch(
sf_object_t policy,
thread_t old_thread);
sf_return_t _mk_sp_thread_attach(
sf_object_t policy,
thread_t thread);
sf_return_t _mk_sp_thread_detach(
sf_object_t policy,
thread_t thread);
sf_return_t _mk_sp_thread_processor(
sf_object_t policy,
thread_t *thread,
processor_t processor);
sf_return_t _mk_sp_thread_processor_set(
sf_object_t policy,
thread_t thread,
processor_set_t processor_set);
sf_return_t _mk_sp_thread_setup(
sf_object_t policy,
thread_t thread);
void _mk_sp_swtch_pri(
sf_object_t policy,
int pri);
kern_return_t _mk_sp_thread_switch(
sf_object_t policy,
thread_act_t hint_act,
int option,
mach_msg_timeout_t option_time);
kern_return_t _mk_sp_thread_depress_abort(
sf_object_t policy,
thread_t thread);
void _mk_sp_thread_depress_timeout(
sf_object_t policy,
thread_t thread);
boolean_t _mk_sp_thread_runnable(
sf_object_t policy,
thread_t thread);
#define MK_SP_ATTACHED ( 0x0001 )
#define MK_SP_RUNNABLE ( 0x0002 )
#define MK_SP_BLOCKED ( 0x0004 )
extern sp_ops_t mk_sp_ops;
#endif