/usr/include/pike8.0/pike/pike_rusage.h is in pike8.0-dev 8.0.388-2.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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|| This file is part of Pike. For copyright information see COPYRIGHT.
|| Pike is distributed under GPL, LGPL and MPL. See the file COPYING
|| for more information.
*/
#ifndef PIKE_RUSAGE_H
#define PIKE_RUSAGE_H
#include "global.h"
#ifdef HAVE_UNISTD_H
#include <unistd.h>
#endif
#ifdef HAVE_TIME_H
#include <time.h>
#endif
#if defined (_POSIX_TIMERS)
#if _POSIX_TIMERS > 0
#ifdef _POSIX_THREAD_CPUTIME
# if _POSIX_THREAD_CPUTIME != -1
# if _POSIX_THREAD_CPUTIME != 0
/* Know it to be available at compile time. */
# define HAVE_POSIX_THREAD_GCT
# else
/* Might be available at run time - have to check with sysconf(3). */
# endif
# define MIGHT_HAVE_POSIX_THREAD_GCT
# endif
#endif
#ifdef _POSIX_CPUTIME
# if _POSIX_CPUTIME != -1
# if _POSIX_CPUTIME != 0
# define HAVE_POSIX_PROCESS_GCT
# endif
# define MIGHT_HAVE_POSIX_PROCESS_GCT
# endif
#endif
#ifdef _POSIX_MONOTONIC_CLOCK
# if _POSIX_MONOTONIC_CLOCK != -1
# if _POSIX_MONOTONIC_CLOCK != 0
# define HAVE_POSIX_MONOTONIC_GRT
# endif
# define MIGHT_HAVE_POSIX_MONOTONIC_GRT
# endif
#endif
/* The POSIX CLOCK_REALTIME clock is guaranteed to exist if
* _POSIX_TIMERS exist. */
#define HAVE_POSIX_REALTIME_GRT
#define MIGHT_HAVE_POSIX_REALTIME_GRT
#endif /* _POSIX_TIMERS > 0 */
#endif /* _POSIX_TIMERS */
#ifdef CONFIGURE_TEST_FALLBACK_GCT
/* In the configure test that tries to figure out whether the fallback
* get_cpu_time is thread local or not. */
# define cpu_time_is_thread_local -1
# define fallback_gct_impl get_cpu_time_impl
# define fallback_gct get_cpu_time
# define fallback_gct_res get_cpu_time_res
# define GCT_IS_FALLBACK
#else
/* Choose get_cpu_time implementation. Prefer one with thread local time. */
# ifdef HAVE_POSIX_THREAD_GCT
# define cpu_time_is_thread_local 1
# define posix_thread_gct_impl get_cpu_time_impl
# define posix_thread_gct get_cpu_time
# define posix_thread_gct_res get_cpu_time_res
# define GCT_IS_POSIX_THREAD
# elif defined (MIGHT_HAVE_POSIX_THREAD_GCT)
# define GCT_RUNTIME_CHOICE
# elif FB_CPU_TIME_IS_THREAD_LOCAL == PIKE_YES
# define cpu_time_is_thread_local 1
# define fallback_gct_impl get_cpu_time_impl
# define fallback_gct get_cpu_time
# define fallback_gct_res get_cpu_time_res
# define GCT_IS_FALLBACK
# elif defined (HAVE_POSIX_PROCESS_GCT)
# define cpu_time_is_thread_local 0
# define posix_process_gct_impl get_cpu_time_impl
# define posix_process_gct get_cpu_time
# define posix_process_gct_res get_cpu_time_res
# define GCT_IS_POSIX_PROCESS
# elif defined (MIGHT_HAVE_POSIX_PROCESS_GCT)
# define GCT_RUNTIME_CHOICE
# else
# define cpu_time_is_thread_local 0
# define fallback_gct_impl get_cpu_time_impl
# define fallback_gct get_cpu_time
# define fallback_gct_res get_cpu_time_res
# define GCT_IS_FALLBACK
# endif
#ifdef GCT_RUNTIME_CHOICE
# define CPU_TIME_MIGHT_BE_THREAD_LOCAL
# define CPU_TIME_MIGHT_NOT_BE_THREAD_LOCAL
#elif cpu_time_is_thread_local == 1
# define CPU_TIME_MIGHT_BE_THREAD_LOCAL
#else
# define CPU_TIME_MIGHT_NOT_BE_THREAD_LOCAL
#endif
/* Always consider cpu time as not thread local if we're compiling
* without thread support. */
#ifndef PIKE_THREADS
# undef cpu_time_is_thread_local
# define cpu_time_is_thread_local 0
# undef CPU_TIME_MIGHT_BE_THREAD_LOCAL
# ifndef CPU_TIME_MIGHT_NOT_BE_THREAD_LOCAL
# define CPU_TIME_MIGHT_NOT_BE_THREAD_LOCAL
# endif
#endif
#endif /* !CONFIGURE_TEST_FALLBACK_GCT */
/* Choose get_real_time implementation. Prefer one that isn't affected
* by wall clock adjustments. */
#ifdef HAVE_POSIX_MONOTONIC_GRT
# define real_time_is_monotonic 1
# define posix_monotonic_grt_impl get_real_time_impl
# define posix_monotonic_grt get_real_time
# define posix_monotonic_grt_res get_real_time_res
# define GRT_IS_POSIX_MONOTONIC
#elif defined (MIGHT_HAVE_POSIX_MONOTONIC_GRT)
# define GRT_RUNTIME_CHOICE
#elif defined (HAVE_HOST_GET_CLOCK_SERVICE)
/* Define this to avoid special cases in init_rusage. */
# define GRT_RUNTIME_CHOICE
#elif defined (HAVE_POSIX_REALTIME_GRT)
# define real_time_is_monotonic 0
# define posix_realtime_grt_impl get_real_time_impl
# define posix_realtime_grt get_real_time
# define posix_realtime_grt_res get_real_time_res
# define GRT_IS_POSIX_REALTIME
#else
# define fallback_grt_is_monotonic real_time_is_monotonic
# define fallback_grt_impl get_real_time_impl
# define fallback_grt get_real_time
# define fallback_grt_res get_real_time_res
# define GRT_IS_FALLBACK
#endif
#ifdef HAVE_TIMES
extern long pike_clk_tck;
#endif
/* Prototypes begin here */
typedef long pike_rusage_t[29];
PMOD_EXPORT int pike_get_rusage(pike_rusage_t rusage_values);
long *low_rusage(void);
/* get_cpu_time returns the consumed cpu time (both in kernel and user
* space, if applicable), or -1 if it couldn't be read. Note that many
* systems have fairly poor resolution. gettimeofday can therefore be
* a better choice to measure small time intervals. */
#ifdef INT64
/* The time is returned in nanoseconds. */
typedef INT64 cpu_time_t;
#define LONG_CPU_TIME
#define CPU_TIME_TICKS_LOW /* per second */ (1000000000L)
#define CPU_TIME_UNIT "ns"
#define PRINT_CPU_TIME PRINTINT64 "d"
#else
/* The time is returned in milliseconds. (Note that the value will
* wrap after about 49 days.) */
typedef unsigned long cpu_time_t;
#define CPU_TIME_TICKS_LOW /* per second */ 1000
#define CPU_TIME_UNIT "ms"
#define PRINT_CPU_TIME "lu"
#endif
#define CPU_TIME_TICKS /* per second */ ((cpu_time_t)CPU_TIME_TICKS_LOW)
#ifdef GCT_RUNTIME_CHOICE
#ifndef cpu_time_is_thread_local
PMOD_EXPORT extern int cpu_time_is_thread_local;
#endif
PMOD_EXPORT extern const char *get_cpu_time_impl;
PMOD_EXPORT extern cpu_time_t (*get_cpu_time) (void);
PMOD_EXPORT extern cpu_time_t (*get_cpu_time_res) (void);
#else
PMOD_EXPORT extern const char get_cpu_time_impl[];
PMOD_EXPORT cpu_time_t get_cpu_time (void);
PMOD_EXPORT cpu_time_t get_cpu_time_res (void);
#endif
#ifdef GRT_RUNTIME_CHOICE
PMOD_EXPORT extern int real_time_is_monotonic;
PMOD_EXPORT extern const char *get_real_time_impl;
PMOD_EXPORT extern cpu_time_t (*get_real_time) (void);
PMOD_EXPORT extern cpu_time_t (*get_real_time_res) (void);
#else
#ifdef GRT_IS_FALLBACK
PMOD_EXPORT extern int real_time_is_monotonic;
#endif
PMOD_EXPORT extern const char get_real_time_impl[];
PMOD_EXPORT cpu_time_t get_real_time(void);
PMOD_EXPORT cpu_time_t get_real_time_res (void);
#endif
INT32 internal_rusage(void); /* For compatibility. */
#if defined(PIKE_DEBUG) || defined(INTERNAL_PROFILING)
void debug_print_rusage(FILE *out);
#endif
void init_rusage (void);
/* Prototypes end here */
#endif /* !PIKE_RUSAGE_H */
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