/xen/tools/xl/ |
A D | xl_vcpu.c | 182 libxl_bitmap *soft = &cpumap_soft, *hard = &cpumap_hard; in main_vcpupin() local 246 hard = NULL; in main_vcpupin() 247 else if (parse_cpurange(hard_str, hard)) in main_vcpupin() 266 if (hard) in main_vcpupin() 267 print_bitmap(hard->map, nb_cpu, stdout); in main_vcpupin() 286 if (!ignore_masks && hard) { in main_vcpupin() 295 apply_global_affinity_masks(dominfo.domain_type, hard, 1); in main_vcpupin() 299 if (libxl_set_vcpuaffinity_force(ctx, domid, vcpuid, hard, soft)) { in main_vcpupin() 306 if (libxl_set_vcpuaffinity(ctx, domid, vcpuid, hard, soft)) { in main_vcpupin() 316 if (libxl_set_vcpuaffinity_all(ctx, domid, nb_vcpu, hard, soft)) in main_vcpupin()
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/xen/tools/libxl/ |
A D | libxl_sched.c | 26 libxl_bitmap hard, soft; in libxl__set_vcpuaffinity() local 29 libxl_bitmap_init(&hard); in libxl__set_vcpuaffinity() 42 rc = libxl_cpu_bitmap_alloc(ctx, &hard, 0); in libxl__set_vcpuaffinity() 46 libxl__bitmap_copy_best_effort(gc, &hard, cpumap_hard); in libxl__set_vcpuaffinity() 59 cpumap_hard ? hard.map : NULL, in libxl__set_vcpuaffinity() 73 !libxl_bitmap_equal(cpumap_hard, &hard, 0)) in libxl__set_vcpuaffinity() 91 libxl_bitmap_dispose(&hard); in libxl__set_vcpuaffinity()
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A D | CODING_STYLE | 151 simple as possible, because it can otherwise be very hard to see
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A D | libxl_types.idl | 1023 ("cpumap", libxl_bitmap), # current hard cpu affinity
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/xen/tools/firmware/ |
A D | Makefile | 103 $(GIT) reset --hard $(OVMF_UPSTREAM_REVISION); \ 117 $(GIT) reset --hard $(SEABIOS_UPSTREAM_REVISION); \
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/xen/docs/man/ |
A D | xl-numa-placement.7.pod | 36 unrelated with the vCPU (hard and soft, see below) scheduling affinity, 55 The simplest way of placing a domain on a NUMA node is setting the hard 80 Starting from Xen 4.5, credit1 supports two forms of affinity: hard and 83 less strict than what it (also starting from 4.5) is called hard affinity, 170 will be equal to the nodes to which the pCPUs present both in hard and 190 and the host nodes are the bins. As such problem is known to be NP-hard,
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A D | xl.conf.5.pod | 206 The hard affinity of guest's vcpus are logical-AND'ed with respective
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A D | xl.1.pod.in | 802 =item B<vcpu-pin> [I<-f|--force>] I<domain-id> I<vcpu> I<cpus hard> I<cpus soft> 804 Set hard and soft affinity for a I<vcpu> of <domain-id>. Normally VCPUs 813 The keyword B<all> can be used to apply the hard and soft affinity masks to 815 hard or soft affinity alone. 822 leaving its hard affinity untouched. On the other hand: 826 will set both hard and soft affinity, the former to pCPUs 3 and 4, the
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A D | xl.cfg.5.pod.in | 196 (hard affinity). When using the credit scheduler, this means what CPUs 1729 are given, e.g. to boot from CD-ROM but fall back to the hard disk you can 1732 The default is B<cd>, meaning try booting from the hard disk first, but fall 1744 Specifies the hard disk type.
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/xen/xen/common/sched/ |
A D | Kconfig | 29 The ARINC653 scheduler is a hard real-time scheduler for single
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A D | private.h | 468 const cpumask_t *hard, in sched_adjust_affinity() argument 472 s->adjust_affinity(s, unit, hard, soft); in sched_adjust_affinity()
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A D | core.c | 99 struct sched_unit *unit, const cpumask_t *hard, const cpumask_t *soft); 1281 struct sched_unit *unit, const cpumask_t *hard, const cpumask_t *soft) in sched_set_affinity() argument 1284 sched_adjust_affinity(dom_scheduler(unit->domain), unit, hard, soft); in sched_set_affinity() 1287 if ( hard ) in sched_set_affinity() 1288 cpumask_copy(unit->cpu_hard_affinity, hard); in sched_set_affinity()
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A D | credit.c | 1215 const cpumask_t *hard, const cpumask_t *soft) in csched_aff_cntl() argument 1219 if ( !hard ) in csched_aff_cntl() 1223 if ( cpumask_weight(hard) == 1 ) in csched_aff_cntl()
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A D | credit2.c | 3105 const cpumask_t *hard, const cpumask_t *soft) in csched2_aff_cntl() argument 3109 if ( !hard ) in csched2_aff_cntl() 3113 if ( cpumask_weight(hard) == 1 ) in csched2_aff_cntl()
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/xen/tools/ocaml/libs/xb/ |
A D | partial.ml | 37 be hard to recover from without restarting the connection
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/xen/tools/ |
A D | Makefile | 162 $(GIT) reset --hard $(QEMU_TRADITIONAL_REVISION); \ 208 $(GIT) reset --hard $(QEMU_UPSTREAM_REVISION); \
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/xen/docs/misc/ |
A D | pv-drivers-lifecycle.pandoc | 20 backward-incompatible changes, and so on; but these are not yet hard
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/xen/tools/fuzz/ |
A D | README.afl | 59 NOTE: Please also note that the coverage instrumentation hard-codes
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/xen/ |
A D | Makefile | 36 $(GIT) reset --hard $(MINIOS_UPSTREAM_REVISION); \
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A D | CODING_STYLE | 144 discovered isn’t broken, or isn't too hard to fix.
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A D | SUPPORT.md | 922 We will try very hard to avoid breaking backwards compatibility,
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/xen/tools/firmware/rombios/ |
A D | rombios.c | 9011 ;; INT 41h: hard disk 0 configuration pointer 9012 ;; INT 46h: hard disk 1 configuration pointer 9048 ;;; Filling EBDA table for hard disk 0. 9154 ;;; Done filling EBDA table for hard disk 0. 9158 ;; is there really a second hard disk? if not, return now 9190 ;;; Fill EBDA table for hard disk 1. 9300 ;;; Done filling EBDA table for hard disk 1. 11137 ; b7: 1=DMA channel 3 used by hard disk
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