uint32_t ipi_count;
uint32_t timer_pop_count;
uint32_t idle_transitions;
+ uint32_t quantum_timer_expirations;
};
struct processor_data {
timer_data_t system_state;
timer_data_t user_state;
- timer_t current_state;
+ timer_t current_state; /* points to processor's idle, system, or user state timer */
/* Thread execution timers */
- timer_t thread_timer;
- timer_t kernel_timer;
+ timer_t thread_timer; /* points to current thread's user or system timer */
+ timer_t kernel_timer; /* points to current thread's system_timer */
/* Kernel stack cache */
struct stack_cache {
unsigned int avail;
} ikm_cache;
- unsigned long page_grab_count;
+ /* waitq prepost cache */
+#define WQP_CACHE_MAX 50
+ struct wqp_cache {
+ uint64_t head;
+ unsigned int avail;
+ } wqp_cache;
+
int start_color;
+ unsigned long page_grab_count;
void *free_pages;
-
struct processor_sched_statistics sched_stats;
+ uint64_t timer_call_ttd; /* current timer call time-to-deadline */
+ uint64_t wakeups_issued_total; /* Count of thread wakeups issued
+ * by this processor
+ */
};
typedef struct processor_data processor_data_t;
} \
MACRO_END
+#define SCHED_STATS_QUANTUM_TIMER_EXPIRATION(p) \
+MACRO_BEGIN \
+ if (__builtin_expect(sched_stats_active, 0)) { \
+ (p)->processor_data.sched_stats.quantum_timer_expirations++; \
+ } \
+MACRO_END
+
#endif /* MACH_KERNEL_PRIVATE */
#endif /* _KERN_PROCESSOR_DATA_H_ */