/xen/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 [all …]
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A D | distro_mapping.txt | 11 The existence of these directories are tested at build-time (on the 12 build host) and for some scripts at run-time. If the Red Hat
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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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/xen/xen/common/efi/ |
A D | runtime.c | 150 EFI_TIME time; in efi_get_time() local 158 status = efi_rs->GetTime(&time, NULL); in efi_get_time() 165 return mktime(time.Year, time.Month, time.Day, in efi_get_time() 166 time.Hour, time.Minute, time.Second); in efi_get_time() 319 static inline EFI_TIME *cast_time(struct xenpf_efi_time *time) in cast_time() argument 322 BUILD_BUG_ON(sizeof(cast_time(NULL)->F) != sizeof(time->f) || \ in cast_time() 334 return (void *)time; in cast_time() 377 status = efi_rs->GetTime(cast_time(&op->u.get_time.time), &caps); in efi_runtime_call()
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/xen/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/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/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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A D | dom0less.pandoc | 12 This feature enables Xen to create a set of DomUs at boot time. 23 this way are started right away in parallel. Hence, their boot time is 95 Domains started by Xen at boot time currently have the following
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/xen/xen/common/sched/ |
A D | Kconfig | 21 The RTDS scheduler is a soft and firm real-time scheduler for 29 The ARINC653 scheduler is a hard real-time scheduler for single
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/xen/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/tools/xenmon/ |
A D | xenmon.py | 31 import time 576 curr = last = time.time() 645 curr = time.time() 649 time.sleep(options.interval / 1000.0) 663 time.sleep(1)
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/xen/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/docs/admin-guide/ |
A D | microcode-loading.rst | 17 to cause microcode to be automatically loaded at boot time. Consult your dom0 27 Boot time microcode loading 30 Where possible, microcode should be loaded at boot time. This allows the CPU 114 or at boot time. Not all microcode updates (or parts thereof) can be 140 will be initiated on all CPUs in parallel. As with boot time loading,
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/xen/docs/man/ |
A D | xen-tscmode.7.pod | 3 xen-tscmode - Xen TSC (time stamp counter) and timekeeping discussion 38 If the OS/app does use rdtsc, will it behave incorrectly if "time goes 127 as the fastest, highest-precision measurement of the passage of time 138 TSC again, it might appear that "time went backwards". This loss of 177 "time going backwards" problems might once again occur for those 180 machine to a 1.5GHz machine, attempts by an OS/app to measure time 237 was properly initialized to zero on all processors at boot-time 247 TSC as a usable clocksource; while time will not go backwards, it may 248 not track wallclock time well enough to avoid certain time-sensitive
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/xen/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/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) { [all …]
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/xen/tools/xenstore/ |
A D | TODO | 9 - Multi-root transactions, for setting up front and back ends at same time.
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/xen/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/tools/firmware/etherboot/patches/ |
A D | boot_prompt_option.patch | 8 /* Prompt for POST-time shell */
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/xen/tools/xentrace/ |
A D | analyze.h | 81 unsigned long long time; member
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/xen/tools/firmware/rombios/32bit/ |
A D | util.h | 12 void mssleep(uint32_t time);
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/xen/xen/include/public/ |
A D | vcpu.h | 96 uint64_t time[4]; member
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/xen/xen/include/asm-x86/ |
A D | time.h | 56 u64 gtime_to_gtsc(struct domain *d, u64 time);
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/xen/xen/arch/x86/ |
A D | time.c | 573 struct vcpu_time_info *info = &this_cpu(vcpu_info)->time; in xen_timer_cpu_frequency() 609 struct vcpu_time_info *info = &this_cpu(vcpu_info)->time; in read_xen_timer() 1245 u = &vcpu_info(v, time); in __update_vcpu_system_time() 2289 u64 gtime_to_gtsc(struct domain *d, u64 time) in gtime_to_gtsc() argument 2293 if ( time < d->arch.vtsc_offset ) in gtime_to_gtsc() 2294 return -scale_delta(d->arch.vtsc_offset - time, in gtime_to_gtsc() 2296 time -= d->arch.vtsc_offset; in gtime_to_gtsc() 2298 return scale_delta(time, &d->arch.ns_to_vtsc); in gtime_to_gtsc() 2303 u64 time = scale_delta(tsc, &d->arch.vtsc_to_ns); in gtsc_to_gtime() local 2306 time += d->arch.vtsc_offset; in gtsc_to_gtime() [all …]
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