| /xnu-12377.61.12/config/ |
| H A D | MASTER | 46 # xlarge = extra large scale system configuration 47 # large = large scale system configuration 185 options CONFIG_KN_HASHSIZE=64 # <medium,large,xlarge> 201 options CONFIG_VNODES=263168 # <large,xlarge> 206 options CONFIG_NC_HASH=5120 # <large,xlarge> 211 options CONFIG_VFS_NAMES=5120 # <large,xlarge> 216 options CONFIG_MAX_CLUSTERS=8 # <xlarge,large,medium> 222 options CONFIG_MIN_NBUF=256 # <medium,large,xlarge> 227 options CONFIG_MIN_NIOBUF=128 # <medium,large,xlarge> 234 options CONFIG_NMBCLUSTERS="((1024 * 1024) / MCLBYTES)" # <large,xlarge> [all …]
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| /xnu-12377.61.12/libsyscall/mach/ |
| H A D | err_mach_ipc.sub | 54 /* 14 */ "(ipc/send) msg too large", 61 /* 21 */ "(ipc/send) out-of-line buffer too large", 70 /* 4 */ "(ipc/rcv) msg too large", 93 /* 7 */ "(ipc/mig) array not large enough",
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| H A D | err_ipc.sub | 49 "(ipc/send) send message too large", /* -109 */ 59 "(ipc/rcv) message too large", /* -204 */ 74 "(ipc/mig) user specified array not large enough for return info", /* 7 */
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| H A D | err_kern.sub | 127 "(os/unix) file is too large", 133 "(os/unix) argument is too large",
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| /xnu-12377.61.12/bsd/skywalk/packet/ |
| H A D | pbufpool_var.h | 263 uint32_t skmflag, bool large); 266 bool large);
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| H A D | pbufpool.c | 65 struct skmem_obj_info *oi, uint32_t skmflag, bool large); 69 bool large); 940 struct skmem_obj_info *oim0, void *arg, uint32_t skmflag, bool large) in pp_buflet_metadata_ctor_common() argument 950 baddr = pp_alloc_buffer_common(pp, &oib, skmflag, large); in pp_buflet_metadata_ctor_common() 972 SKMEM_OBJ_BUFCTL(&oib), oi_idx_reg, pp, large); in pp_buflet_metadata_ctor_common() 997 bool large = BUFLET_HAS_LARGE_BUF(kbft); in pp_buflet_metadata_dtor() local 1019 skmem_cache_free(large ? PP_BUF_CACHE_LARGE(pp) : in pp_buflet_metadata_dtor() 2478 uint32_t skmflag, bool large) in pp_alloc_buffer_common() argument 2486 struct skmem_cache *skm = large ? PP_BUF_CACHE_LARGE(pp): in pp_alloc_buffer_common() 2560 bool large) in pp_alloc_buflet_common() argument [all …]
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| /xnu-12377.61.12/tools/tests/perf_index/ |
| H A D | README | 44 fault - performs n page faults by mmaping a large chunk of memory, toggling the 46 zfod - performs n zero fill on demands, by mmaping a large chunk of memory and 51 file_read - initializes by creating one large file on disk per each thread.
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| /xnu-12377.61.12/doc/vm/ |
| H A D | memorystatus_notify.md | 92 Jetsam attempts to maintain a sufficiently large pool of 94 need not be overly large; thus jetsam thresholds are generally on the order of
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| H A D | sanitize.md | 369 exercise edge cases and invalid state for large values and interconnected
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| /xnu-12377.61.12/doc/arm/ |
| H A D | apple_speculative_hardening.md | 61 leverage a large number of gadgets which exist in specific memory regions to 99 The kmem allocator is used for making large, page-aligned allocations. VAs for 101 request. A large data-only allocation will, for example, be made in the 102 kmem_data range. On the other hand, a large allocation which contains pointers 344 cases where ASH cannot force attackers to use a large number of gadgets, 377 large contiguous mappings to succeed on a booted system due to heavy kernel VA 378 fragmentation. Instead, kernel drivers which need to address large amounts of 380 accessing large amounts of potentially non-contiguous memory. 382 Some core kernel components, however, do rely on potentially very large 535 constant indices. While this optimization generally eliminates a large number of
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| H A D | sme.md | 194 Since SME thread state (`thread->machine.usme`) is large, and won't be used by 256 register state are large and have implementation-defined size, accessing this 276 `Z` can architecturally be up to 8 kilobytes in size. Since this is too large
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| /xnu-12377.61.12/libsyscall/wrappers/skywalk/ |
| H A D | os_channel.c | 1673 os_channel_packet_alloc_common(const channel_t chd, packet_t *ph, bool large) in os_channel_packet_alloc_common() argument 1686 if (__improbable(large && in os_channel_packet_alloc_common() 1690 chrd = &chd->chd_rings[large ? in os_channel_packet_alloc_common() 1704 if (large) { in os_channel_packet_alloc_common() 1928 os_channel_purge_packet_alloc_ring_common(const channel_t chd, bool large) in os_channel_purge_packet_alloc_ring_common() argument 1937 chrd = &chd->chd_rings[large ? in os_channel_purge_packet_alloc_ring_common()
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| /xnu-12377.61.12/doc/observability/ |
| H A D | coalitions.md | 110 … deallocated. If the voucher has been open for a long time, this may be a large amount of `cpu_tim… 112 …to iterate outstanding bank accounts, this means callers may observe very large increments in `{cp… 114 …to_others` may appear to go backwards when `*_others` is incremented by a large amount (and likewi…
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| /xnu-12377.61.12/doc/debugging/ |
| H A D | debugging.md | 34 ### Accessing large amounts of binary data (or accessing small amounts frequently) 36 In case you're planning on accessing large contiguous blocks of memory (e.g. reading a whole 10KB o… 37 or you're accessing small semi-contiguous chunks (e.g. if you're parsing large structured data), th…
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| /xnu-12377.61.12/bsd/dev/i386/ |
| H A D | sysctl.c | 694 SYSCTL_PROC(_machdep_cpu_tlb_inst, OID_AUTO, large, 702 SYSCTL_PROC(_machdep_cpu_tlb_data, OID_AUTO, large,
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| /xnu-12377.61.12/iokit/DriverKit/ |
| H A D | IOUserClient.iig | 89 * This parameter is only set for large structures, and if set structureInput will be NULL.
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| /xnu-12377.61.12/doc/mach_ipc/ |
| H A D | kmsg.md | 364 count, content, and disposition at will, which lets them reach a fairly large
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| /xnu-12377.61.12/bsd/skywalk/nexus/ |
| H A D | nexus_adapter.c | 3545 alloc_packets(kern_pbufpool_t pp, uint64_t *__counted_by(*ph_cnt)buf_arr, bool large, in alloc_packets() argument 3554 err = kern_pbufpool_alloc_batch_nosleep(pp, large ? 0 : 1, buf_arr, ph_cnt); in alloc_packets() 3555 if (!large) { in alloc_packets() 3619 uint32_t flags, bool large) in na_packet_pool_alloc_sync_common() argument 3685 PP_HAS_BUFFER_ON_DEMAND(pp) && large, &ph_cnt); in na_packet_pool_alloc_sync_common()
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| /xnu-12377.61.12/bsd/kern/code_signing/ |
| H A D | txm.c | 1911 TXM_METRIC(acceleration, unsupported, acceleration.large);
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| /xnu-12377.61.12/doc/allocators/ |
| H A D | api-basics.md | 130 we have typically found that there is a large array of data,
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| /xnu-12377.61.12/makedefs/ |
| H A D | MakeInc.def | 721 # UBSan alignment + KASan code size is too large 991 # 0xfffffff002000000 (32MB range to allow for large page physical slide)
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| /xnu-12377.61.12/tests/ |
| H A D | stackshot_tests.m | 131 /* syscall failed because buffer wasn't large enough, try again */ 3095 T_QUIET; T_ASSERT_LE(totalout, (uint64_t)UINT_MAX, "stackshot is not too large"); 3098 T_QUIET; T_ASSERT_LE(inflatedBufferSize, (size_t)UINT_MAX, "output region is not too large");
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| /xnu-12377.61.12/tools/lldbmacros/ |
| H A D | README.md | 208 … object be described when printed. These are very useful in displaying complex and large structures
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