| /xen-4.10.0-shim-comet/docs/misc/ |
| A D | xenmon.txt | 24 o Total time used over the measurement interval
26 o Average cpu time used during each execution of the domain
29 Waiting time
35 o Total time waiting over the measurement interval
36 o Wait time expressed as a percentage of the measurement interval
37 o Average waiting time for each execution of the domain
39 Blocked time
45 o Total time blocked over the measurement interval
47 o Blocked time per I/O (see I/O count below)
49 Allocation time
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| A D | distro_mapping.txt | 11 The existence of these directories are tested at build-time (on the
13 scripts at run-time. If the Red Hat directory exists, it is used;
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| A D | xen-error-handling.txt | 52 excessive. A good example might be within inner loops of time-critical
79 A possible approach to dealing with boot-time errors, rather than
86 Useful for assertions which can be evaluated at compile time. For
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| A D | livepatch.markdown | 501 will be returned. The payload is not applied at this time - that is
511 payload. It can be embedded into the ELF payload at creation time
683 more time than the upper bound of time the `rc` in `xen_livepatch_status'
686 more time than the upper bound of time the `rc` in `xen_livepatch_status'
689 payload. If the operation takes more time than the upper bound of time
692 * `time` the upper bound of time (ns) the cmd should take. Zero means to use
836 but is time-bound. However the local CPU stack is much shorter and
923 Over the life-time of patching the hypervisor this large patch
949 the previous payload or hypervisor during build time).
1140 A compile-time check for, e.g., a minimum alignment of functions or a
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| /xen-4.10.0-shim-comet/xen/common/efi/ |
| A D | runtime.c | 148 EFI_TIME time; in efi_get_time() local
156 status = efi_rs->GetTime(&time, NULL); in efi_get_time()
163 return mktime(time.Year, time.Month, time.Day, in efi_get_time()
164 time.Hour, time.Minute, time.Second); in efi_get_time()
309 static inline EFI_TIME *cast_time(struct xenpf_efi_time *time) in cast_time() argument
312 BUILD_BUG_ON(sizeof(cast_time(NULL)->F) != sizeof(time->f) || \ in cast_time()
324 return (void *)time; in cast_time()
367 status = efi_rs->GetTime(cast_time(&op->u.get_time.time), &caps); in efi_runtime_call()
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| /xen-4.10.0-shim-comet/tools/misc/ |
| A D | xenlockprof.c | 25 uint64_t time; in main() local
74 if ( xc_lockprof_query(xc_handle, &i, &time, HYPERCALL_BUFFER(data)) != 0 ) in main()
112 l = (double)time / 1E+09; in main()
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| /xen-4.10.0-shim-comet/tools/firmware/rombios/32bit/tcgbios/ |
| A D | tpm_drivers.c | 44 static uint32_t tis_wait_sts(uint8_t *addr, uint32_t time, in tis_wait_sts() argument
48 while (time > 0) { in tis_wait_sts()
55 time--; in tis_wait_sts()
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| /xen-4.10.0-shim-comet/tools/blktap2/drivers/ |
| A D | tapdisk-filter.c | 109 if (!hash->time.tv_sec) in check_hash()
118 type, hash->hash, hash->time.tv_sec, in check_hash()
119 (unsigned long long)hash->time.tv_usec, sum, in check_hash()
131 gettimeofday(&hash->time, NULL); in insert_hash()
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| A D | tapdisk-filter.h | 42 struct timeval time; member
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| A D | lock.c | 121 srandom((int)time(0) ^ pid); in NFSnormalizedStatTime()
295 srandom((int)time(0) ^ getpid()); in lock()
779 int count, pid, time; in test_file() local
788 fscanf(fptr, "%d %d %d\n", &count, &pid, &time); in test_file()
791 prev_count, count, pid, time); in test_file()
812 srandom((int)time(0) ^ pid); in random_locks()
852 count, pid, (int)time(0)); in random_locks()
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| /xen-4.10.0-shim-comet/docs/man/ |
| A D | xen-tscmode.pod.7 | 34 If the OS/app does use rdtsc, will it behave incorrectly if "time goes
125 as the fastest, highest-precision measurement of the passage of time
136 TSC again, it might appear that "time went backwards". This loss of
175 "time going backwards" problems might once again occur for those
178 machine to a 1.5GHz machine, attempts by an OS/app to measure time
259 was properly initialized to zero on all processors at boot-time
269 TSC as a usable clocksource; while time will not go backwards, it may
270 not track wallclock time well enough to avoid certain time-sensitive
303 to obtain key time values similar to the information accessible
321 Finally, Xen provides additional time-related information via
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| /xen-4.10.0-shim-comet/xen/include/xen/ |
| A D | compile.h.in | 2 #define XEN_COMPILE_TIME "@@time@@"
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| A D | cpuidle.h | 49 u64 time; member
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| /xen-4.10.0-shim-comet/docs/features/ |
| A D | sched_rtds.pandoc | 18 RTDS is a real-time scheduler, so its purpose is enabling
65 real-time academic literature), according to the scheduling parameters
95 50% pCPU time.
99 * performance assessment, especially focusing on what level of real-time
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| /xen-4.10.0-shim-comet/tools/xenmon/ |
| A D | xenmon.py | 29 import time
574 curr = last = time.time()
643 curr = time.time()
647 time.sleep(options.interval / 1000.0)
661 time.sleep(1)
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| /xen-4.10.0-shim-comet/stubdom/grub.patches/ |
| A D | 60ext4.diff | 32 __u32 s_mtime; /* Mount time */
33 __u32 s_wtime; /* Write time */
40 __u32 s_lastcheck; /* time of last check */
41 __u32 s_checkinterval; /* max. time between checks */
145 + __u32 i_ctime_extra; /* extra Change time (nsec << 2 | epoch) */
146 + __u32 i_mtime_extra; /* extra Modification time(nsec << 2 | epoch) */
147 + __u32 i_atime_extra; /* extra Access time (nsec << 2 | epoch) */
148 + __u32 i_crtime; /* File Creation time */
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| /xen-4.10.0-shim-comet/tools/libxl/ |
| A D | libxl_aoutils.c | 530 libxl__async_exec_state *aes = CONTAINER_OF(ev, *aes, time); in async_exec_timeout()
536 libxl__ev_time_deregister(gc, &aes->time); in async_exec_timeout()
556 libxl__ev_time_deregister(gc, &aes->time); in async_exec_done()
569 libxl__ev_time_init(&aes->time); in libxl__async_exec_init()
586 if (libxl__ev_time_register_rel(ao, &aes->time, in libxl__async_exec_start()
616 bool time_inuse = libxl__ev_time_isregistered(&aes->time); in libxl__async_exec_inuse()
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| /xen-4.10.0-shim-comet/stubdom/ |
| A D | lwip.patch-cvs | 1091 - u32_t time;
1106 - time = sys_arch_mbox_fetch(mbox, msg, timeouts->next->time);
1110 - time = SYS_ARCH_TIMEOUT;
1123 - if (time < timeouts->next->time) {
1124 - timeouts->next->time -= time;
1128 timeouts->next->time = 0;
1134 - u32_t time;
1143 - time = sys_arch_sem_wait(sem, timeouts->next->time);
1146 - time = SYS_ARCH_TIMEOUT;
1159 - if (time < timeouts->next->time) {
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| /xen-4.10.0-shim-comet/tools/xenstore/ |
| A D | TODO | 9 - Multi-root transactions, for setting up front and back ends at same time.
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| /xen-4.10.0-shim-comet/tools/ocaml/libs/xs/ |
| A D | xs.ml | 121 and this is our last time round the loop: this prevents
126 (* Update the time left *)
139 let monitor_paths xsh l time callback =
144 read_watchevent_timeout xsh time callback;
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| /xen-4.10.0-shim-comet/tools/firmware/etherboot/patches/ |
| A D | boot_prompt_option.patch | 8 /* Prompt for POST-time shell */
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| /xen-4.10.0-shim-comet/xen/arch/x86/ |
| A D | time.c | 538 struct vcpu_time_info *info = &this_cpu(vcpu_info)->time; in xen_timer_cpu_frequency()
576 struct vcpu_time_info *info = &this_cpu(vcpu_info)->time; in read_xen_timer()
1034 u = &vcpu_info(v, time); in __update_vcpu_system_time()
2006 u64 gtime_to_gtsc(struct domain *d, u64 time) in gtime_to_gtsc() argument
2010 if ( time < d->arch.vtsc_offset ) in gtime_to_gtsc()
2011 return -scale_delta(d->arch.vtsc_offset - time, in gtime_to_gtsc()
2013 time -= d->arch.vtsc_offset; in gtime_to_gtsc()
2015 return scale_delta(time, &d->arch.ns_to_vtsc); in gtime_to_gtsc()
2020 u64 time = scale_delta(tsc, &d->arch.vtsc_to_ns); in gtsc_to_gtime() local
2023 time += d->arch.vtsc_offset; in gtsc_to_gtime()
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| /xen-4.10.0-shim-comet/tools/xentrace/ |
| A D | analyze.h | 81 unsigned long long time; member
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| /xen-4.10.0-shim-comet/tools/firmware/rombios/32bit/ |
| A D | util.h | 12 void mssleep(uint32_t time);
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| /xen-4.10.0-shim-comet/xen/include/asm-x86/ |
| A D | time.h | 60 u64 gtime_to_gtsc(struct domain *d, u64 time);
|