kpreempt_disable
kpreempt_disable();
#define KPREEMPT_DISABLE kpreempt_disable()
#define KPREEMPT_DISABLE kpreempt_disable()
#define KPREEMPT_DISABLE kpreempt_disable()
kpreempt_disable();
kpreempt_disable(); /* protect the cpu_active list */
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable(); /* can't grab cpu_lock here */
kpreempt_disable();
kpreempt_disable();
kpreempt_disable(); /* don't change CPU while changing CPU's state */
kpreempt_disable(); /* MUST disable kpreempt before touching t->cpu */
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
#define CPU_STATS_ENTER_K() kpreempt_disable()
{ kpreempt_disable(); /* keep from switching CPUs */\
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable(); /* don't preempt thread while using flip-flop */
kpreempt_disable(); /* don't preempt thread while using flip-flop */
kpreempt_disable(); /* don't preempt thread while using flip-flop */
kpreempt_disable(); /* don't preempt thread while using flip-flop */
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable(); /* required by sfmmu_ctx_wrap_around */
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable(); /* prevent migration */
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable(); /* stop cpu list changing */
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();
#define mpo_rd_lock kpreempt_disable
kpreempt_disable();
kpreempt_disable();
kpreempt_disable();