| uma.h (177921) | uma.h (184546) |
|---|---|
| 1/*- 2 * Copyright (c) 2002, 2003, 2004, 2005 Jeffrey Roberson <jeff@FreeBSD.org> 3 * Copyright (c) 2004, 2005 Bosko Milekic <bmilekic@FreeBSD.org> 4 * All rights reserved. 5 * 6 * Redistribution and use in source and binary forms, with or without 7 * modification, are permitted provided that the following conditions 8 * are met: --- 10 unchanged lines hidden (view full) --- 19 * IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, 20 * INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT 21 * NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, 22 * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY 23 * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT 24 * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF 25 * THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 26 * | 1/*- 2 * Copyright (c) 2002, 2003, 2004, 2005 Jeffrey Roberson <jeff@FreeBSD.org> 3 * Copyright (c) 2004, 2005 Bosko Milekic <bmilekic@FreeBSD.org> 4 * All rights reserved. 5 * 6 * Redistribution and use in source and binary forms, with or without 7 * modification, are permitted provided that the following conditions 8 * are met: --- 10 unchanged lines hidden (view full) --- 19 * IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, 20 * INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT 21 * NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, 22 * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY 23 * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT 24 * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF 25 * THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 26 * |
| 27 * $FreeBSD: head/sys/vm/uma.h 177921 2008-04-04 18:41:12Z alc $ | 27 * $FreeBSD: head/sys/vm/uma.h 184546 2008-11-02 00:41:26Z keramida $ |
| 28 * 29 */ 30 31/* 32 * uma.h - External definitions for the Universal Memory Allocator 33 * 34*/ 35 36#ifndef VM_UMA_H 37#define VM_UMA_H 38 39#include <sys/param.h> /* For NULL */ 40#include <sys/malloc.h> /* For M_* */ 41 | 28 * 29 */ 30 31/* 32 * uma.h - External definitions for the Universal Memory Allocator 33 * 34*/ 35 36#ifndef VM_UMA_H 37#define VM_UMA_H 38 39#include <sys/param.h> /* For NULL */ 40#include <sys/malloc.h> /* For M_* */ 41 |
| 42/* User visable parameters */ | 42/* User visible parameters */ |
| 43#define UMA_SMALLEST_UNIT (PAGE_SIZE / 256) /* Smallest item allocated */ 44 45/* Types and type defs */ 46 47struct uma_zone; 48/* Opaque type used as a handle to the zone */ 49typedef struct uma_zone * uma_zone_t; 50 --- 45 unchanged lines hidden (view full) --- 96 * flags See zalloc flags 97 * 98 * Returns: 99 * 0 on success 100 * errno on failure 101 * 102 * Discussion: 103 * The initializer is called when the memory is cached in the uma zone. | 43#define UMA_SMALLEST_UNIT (PAGE_SIZE / 256) /* Smallest item allocated */ 44 45/* Types and type defs */ 46 47struct uma_zone; 48/* Opaque type used as a handle to the zone */ 49typedef struct uma_zone * uma_zone_t; 50 --- 45 unchanged lines hidden (view full) --- 96 * flags See zalloc flags 97 * 98 * Returns: 99 * 0 on success 100 * errno on failure 101 * 102 * Discussion: 103 * The initializer is called when the memory is cached in the uma zone. |
| 104 * this should be the same state that the destructor leaves the object in. | 104 * The initializer and the destructor should leave the object in the same 105 * state. |
| 105 */ 106typedef int (*uma_init)(void *mem, int size, int flags); 107 108/* 109 * Item discard function 110 * 111 * Arguments: 112 * item A pointer to memory which has been 'freed' but has not left the 113 * zone's cache. 114 * size The size of the item being discarded. 115 * 116 * Returns: 117 * Nothing 118 * 119 * Discussion: 120 * This routine is called when memory leaves a zone and is returned to the | 106 */ 107typedef int (*uma_init)(void *mem, int size, int flags); 108 109/* 110 * Item discard function 111 * 112 * Arguments: 113 * item A pointer to memory which has been 'freed' but has not left the 114 * zone's cache. 115 * size The size of the item being discarded. 116 * 117 * Returns: 118 * Nothing 119 * 120 * Discussion: 121 * This routine is called when memory leaves a zone and is returned to the |
| 121 * system for other uses. It is the counter part to the init function. | 122 * system for other uses. It is the counter-part to the init function. |
| 122 */ 123typedef void (*uma_fini)(void *mem, int size); 124 125/* 126 * What's the difference between initializing and constructing? 127 * 128 * The item is initialized when it is cached, and this is the state that the 129 * object should be in when returned to the allocator. The purpose of this is 130 * to remove some code which would otherwise be called on each allocation by 131 * utilizing a known, stable state. This differs from the constructor which 132 * will be called on EVERY allocation. 133 * | 123 */ 124typedef void (*uma_fini)(void *mem, int size); 125 126/* 127 * What's the difference between initializing and constructing? 128 * 129 * The item is initialized when it is cached, and this is the state that the 130 * object should be in when returned to the allocator. The purpose of this is 131 * to remove some code which would otherwise be called on each allocation by 132 * utilizing a known, stable state. This differs from the constructor which 133 * will be called on EVERY allocation. 134 * |
| 134 * For example, in the initializer you may want to initialize embeded locks, | 135 * For example, in the initializer you may want to initialize embedded locks, |
| 135 * NULL list pointers, set up initial states, magic numbers, etc. This way if 136 * the object is held in the allocator and re-used it won't be necessary to 137 * re-initialize it. 138 * 139 * The constructor may be used to lock a data structure, link it on to lists, 140 * bump reference counts or total counts of outstanding structures, etc. 141 * 142 */ 143 144 145/* Function proto types */ 146 147/* 148 * Create a new uma zone 149 * 150 * Arguments: | 136 * NULL list pointers, set up initial states, magic numbers, etc. This way if 137 * the object is held in the allocator and re-used it won't be necessary to 138 * re-initialize it. 139 * 140 * The constructor may be used to lock a data structure, link it on to lists, 141 * bump reference counts or total counts of outstanding structures, etc. 142 * 143 */ 144 145 146/* Function proto types */ 147 148/* 149 * Create a new uma zone 150 * 151 * Arguments: |
| 151 * name The text name of the zone for debugging and stats, this memory | 152 * name The text name of the zone for debugging and stats. This memory |
| 152 * should not be freed until the zone has been deallocated. 153 * size The size of the object that is being created. | 153 * should not be freed until the zone has been deallocated. 154 * size The size of the object that is being created. |
| 154 * ctor The constructor that is called when the object is allocated | 155 * ctor The constructor that is called when the object is allocated. |
| 155 * dtor The destructor that is called when the object is freed. 156 * init An initializer that sets up the initial state of the memory. 157 * fini A discard function that undoes initialization done by init. 158 * ctor/dtor/init/fini may all be null, see notes above. | 156 * dtor The destructor that is called when the object is freed. 157 * init An initializer that sets up the initial state of the memory. 158 * fini A discard function that undoes initialization done by init. 159 * ctor/dtor/init/fini may all be null, see notes above. |
| 159 * align A bitmask that corisponds to the requested alignment | 160 * align A bitmask that corresponds to the requested alignment |
| 160 * eg 4 would be 0x3 | 161 * eg 4 would be 0x3 |
| 161 * flags A set of parameters that control the behavior of the zone | 162 * flags A set of parameters that control the behavior of the zone. |
| 162 * 163 * Returns: 164 * A pointer to a structure which is intended to be opaque to users of 165 * the interface. The value may be null if the wait flag is not set. 166 */ 167uma_zone_t uma_zcreate(char *name, size_t size, uma_ctor ctor, uma_dtor dtor, 168 uma_init uminit, uma_fini fini, int align, 169 u_int32_t flags); 170 171/* 172 * Create a secondary uma zone 173 * 174 * Arguments: | 163 * 164 * Returns: 165 * A pointer to a structure which is intended to be opaque to users of 166 * the interface. The value may be null if the wait flag is not set. 167 */ 168uma_zone_t uma_zcreate(char *name, size_t size, uma_ctor ctor, uma_dtor dtor, 169 uma_init uminit, uma_fini fini, int align, 170 u_int32_t flags); 171 172/* 173 * Create a secondary uma zone 174 * 175 * Arguments: |
| 175 * name The text name of the zone for debugging and stats, this memory | 176 * name The text name of the zone for debugging and stats. This memory |
| 176 * should not be freed until the zone has been deallocated. | 177 * should not be freed until the zone has been deallocated. |
| 177 * ctor The constructor that is called when the object is allocated | 178 * ctor The constructor that is called when the object is allocated. |
| 178 * dtor The destructor that is called when the object is freed. 179 * zinit An initializer that sets up the initial state of the memory 180 * as the object passes from the Keg's slab to the Zone's cache. 181 * zfini A discard function that undoes initialization done by init 182 * as the object passes from the Zone's cache to the Keg's slab. 183 * 184 * ctor/dtor/zinit/zfini may all be null, see notes above. 185 * Note that the zinit and zfini specified here are NOT --- 21 unchanged lines hidden (view full) --- 207 * Definitions for uma_zcreate flags 208 * 209 * These flags share space with UMA_ZFLAGs in uma_int.h. Be careful not to 210 * overlap when adding new features. 0xf0000000 is in use by uma_int.h. 211 */ 212#define UMA_ZONE_PAGEABLE 0x0001 /* Return items not fully backed by 213 physical memory XXX Not yet */ 214#define UMA_ZONE_ZINIT 0x0002 /* Initialize with zeros */ | 179 * dtor The destructor that is called when the object is freed. 180 * zinit An initializer that sets up the initial state of the memory 181 * as the object passes from the Keg's slab to the Zone's cache. 182 * zfini A discard function that undoes initialization done by init 183 * as the object passes from the Zone's cache to the Keg's slab. 184 * 185 * ctor/dtor/zinit/zfini may all be null, see notes above. 186 * Note that the zinit and zfini specified here are NOT --- 21 unchanged lines hidden (view full) --- 208 * Definitions for uma_zcreate flags 209 * 210 * These flags share space with UMA_ZFLAGs in uma_int.h. Be careful not to 211 * overlap when adding new features. 0xf0000000 is in use by uma_int.h. 212 */ 213#define UMA_ZONE_PAGEABLE 0x0001 /* Return items not fully backed by 214 physical memory XXX Not yet */ 215#define UMA_ZONE_ZINIT 0x0002 /* Initialize with zeros */ |
| 215#define UMA_ZONE_STATIC 0x0004 /* Staticly sized zone */ | 216#define UMA_ZONE_STATIC 0x0004 /* Statically sized zone */ |
| 216#define UMA_ZONE_OFFPAGE 0x0008 /* Force the slab structure allocation 217 off of the real memory */ 218#define UMA_ZONE_MALLOC 0x0010 /* For use by malloc(9) only! */ 219#define UMA_ZONE_NOFREE 0x0020 /* Do not free slabs of this type! */ 220#define UMA_ZONE_MTXCLASS 0x0040 /* Create a new lock class */ 221#define UMA_ZONE_VM 0x0080 /* 222 * Used for internal vm datastructures 223 * only. --- 27 unchanged lines hidden (view full) --- 251 * Allocates an item out of a zone 252 * 253 * Arguments: 254 * zone The zone we are allocating from 255 * arg This data is passed to the ctor function 256 * flags See sys/malloc.h for available flags. 257 * 258 * Returns: | 217#define UMA_ZONE_OFFPAGE 0x0008 /* Force the slab structure allocation 218 off of the real memory */ 219#define UMA_ZONE_MALLOC 0x0010 /* For use by malloc(9) only! */ 220#define UMA_ZONE_NOFREE 0x0020 /* Do not free slabs of this type! */ 221#define UMA_ZONE_MTXCLASS 0x0040 /* Create a new lock class */ 222#define UMA_ZONE_VM 0x0080 /* 223 * Used for internal vm datastructures 224 * only. --- 27 unchanged lines hidden (view full) --- 252 * Allocates an item out of a zone 253 * 254 * Arguments: 255 * zone The zone we are allocating from 256 * arg This data is passed to the ctor function 257 * flags See sys/malloc.h for available flags. 258 * 259 * Returns: |
| 259 * A non null pointer to an initialized element from the zone is 260 * garanteed if the wait flag is M_WAITOK, otherwise a null pointer may be 261 * returned if the zone is empty or the ctor failed. | 260 * A non-null pointer to an initialized element from the zone is 261 * guaranteed if the wait flag is M_WAITOK. Otherwise a null pointer 262 * may be returned if the zone is empty or the ctor failed. |
| 262 */ 263 264void *uma_zalloc_arg(uma_zone_t zone, void *arg, int flags); 265 266/* 267 * Allocates an item out of a zone without supplying an argument 268 * 269 * This is just a wrapper for uma_zalloc_arg for convenience. --- 39 unchanged lines hidden (view full) --- 309 * XXX The rest of the prototypes in this header are h0h0 magic for the VM. 310 * If you think you need to use it for a normal zone you're probably incorrect. 311 */ 312 313/* 314 * Backend page supplier routines 315 * 316 * Arguments: | 263 */ 264 265void *uma_zalloc_arg(uma_zone_t zone, void *arg, int flags); 266 267/* 268 * Allocates an item out of a zone without supplying an argument 269 * 270 * This is just a wrapper for uma_zalloc_arg for convenience. --- 39 unchanged lines hidden (view full) --- 310 * XXX The rest of the prototypes in this header are h0h0 magic for the VM. 311 * If you think you need to use it for a normal zone you're probably incorrect. 312 */ 313 314/* 315 * Backend page supplier routines 316 * 317 * Arguments: |
| 317 * zone The zone that is requesting pages 318 * size The number of bytes being requested | 318 * zone The zone that is requesting pages. 319 * size The number of bytes being requested. |
| 319 * pflag Flags for these memory pages, see below. 320 * wait Indicates our willingness to block. 321 * 322 * Returns: | 320 * pflag Flags for these memory pages, see below. 321 * wait Indicates our willingness to block. 322 * 323 * Returns: |
| 323 * A pointer to the alloced memory or NULL on failure. | 324 * A pointer to the allocated memory or NULL on failure. |
| 324 */ 325 326typedef void *(*uma_alloc)(uma_zone_t zone, int size, u_int8_t *pflag, int wait); 327 328/* 329 * Backend page free routines 330 * 331 * Arguments: | 325 */ 326 327typedef void *(*uma_alloc)(uma_zone_t zone, int size, u_int8_t *pflag, int wait); 328 329/* 330 * Backend page free routines 331 * 332 * Arguments: |
| 332 * item A pointer to the previously allocated pages 333 * size The original size of the allocation 334 * pflag The flags for the slab. See UMA_SLAB_* below | 333 * item A pointer to the previously allocated pages. 334 * size The original size of the allocation. 335 * pflag The flags for the slab. See UMA_SLAB_* below. |
| 335 * 336 * Returns: 337 * None 338 */ 339typedef void (*uma_free)(void *item, int size, u_int8_t pflag); 340 341 342 --- 55 unchanged lines hidden (view full) --- 398 * Nothing 399 */ 400void uma_set_align(int align); 401 402/* 403 * Switches the backing object of a zone 404 * 405 * Arguments: | 336 * 337 * Returns: 338 * None 339 */ 340typedef void (*uma_free)(void *item, int size, u_int8_t pflag); 341 342 343 --- 55 unchanged lines hidden (view full) --- 399 * Nothing 400 */ 401void uma_set_align(int align); 402 403/* 404 * Switches the backing object of a zone 405 * 406 * Arguments: |
| 406 * zone The zone to update 407 * obj The obj to use for future allocations 408 * size The size of the object to allocate | 407 * zone The zone to update. 408 * obj The VM object to use for future allocations. 409 * size The size of the object to allocate. |
| 409 * 410 * Returns: 411 * 0 if kva space can not be allocated 412 * 1 if successful 413 * 414 * Discussion: 415 * A NULL object can be used and uma will allocate one for you. Setting 416 * the size will limit the amount of memory allocated to this zone. --- 13 unchanged lines hidden (view full) --- 430 */ 431void uma_zone_set_max(uma_zone_t zone, int nitems); 432 433/* 434 * The following two routines (uma_zone_set_init/fini) 435 * are used to set the backend init/fini pair which acts on an 436 * object as it becomes allocated and is placed in a slab within 437 * the specified zone's backing keg. These should probably not | 410 * 411 * Returns: 412 * 0 if kva space can not be allocated 413 * 1 if successful 414 * 415 * Discussion: 416 * A NULL object can be used and uma will allocate one for you. Setting 417 * the size will limit the amount of memory allocated to this zone. --- 13 unchanged lines hidden (view full) --- 431 */ 432void uma_zone_set_max(uma_zone_t zone, int nitems); 433 434/* 435 * The following two routines (uma_zone_set_init/fini) 436 * are used to set the backend init/fini pair which acts on an 437 * object as it becomes allocated and is placed in a slab within 438 * the specified zone's backing keg. These should probably not |
| 438 * be changed once allocations have already begun and only | 439 * be changed once allocations have already begun, but only be set |
| 439 * immediately upon zone creation. 440 */ 441void uma_zone_set_init(uma_zone_t zone, uma_init uminit); 442void uma_zone_set_fini(uma_zone_t zone, uma_fini fini); 443 444/* 445 * The following two routines (uma_zone_set_zinit/zfini) are 446 * used to set the zinit/zfini pair which acts on an object as 447 * it passes from the backing Keg's slab cache to the 448 * specified Zone's bucket cache. These should probably not | 440 * immediately upon zone creation. 441 */ 442void uma_zone_set_init(uma_zone_t zone, uma_init uminit); 443void uma_zone_set_fini(uma_zone_t zone, uma_fini fini); 444 445/* 446 * The following two routines (uma_zone_set_zinit/zfini) are 447 * used to set the zinit/zfini pair which acts on an object as 448 * it passes from the backing Keg's slab cache to the 449 * specified Zone's bucket cache. These should probably not |
| 449 * be changed once allocations have already begun and 450 * only immediately upon zone creation. | 450 * be changed once allocations have already begun, but only be set 451 * immediately upon zone creation. |
| 451 */ 452void uma_zone_set_zinit(uma_zone_t zone, uma_init zinit); 453void uma_zone_set_zfini(uma_zone_t zone, uma_fini zfini); 454 455/* 456 * Replaces the standard page_alloc or obj_alloc functions for this zone 457 * 458 * Arguments: | 452 */ 453void uma_zone_set_zinit(uma_zone_t zone, uma_init zinit); 454void uma_zone_set_zfini(uma_zone_t zone, uma_fini zfini); 455 456/* 457 * Replaces the standard page_alloc or obj_alloc functions for this zone 458 * 459 * Arguments: |
| 459 * zone The zone whos back end allocator is being changed. | 460 * zone The zone whose backend allocator is being changed. |
| 460 * allocf A pointer to the allocation function 461 * 462 * Returns: 463 * Nothing 464 * 465 * Discussion: 466 * This could be used to implement pageable allocation, or perhaps 467 * even DMA allocators if used in conjunction with the OFFPAGE --- 11 unchanged lines hidden (view full) --- 479 * 480 * Returns: 481 * Nothing 482 */ 483 484void uma_zone_set_freef(uma_zone_t zone, uma_free freef); 485 486/* | 461 * allocf A pointer to the allocation function 462 * 463 * Returns: 464 * Nothing 465 * 466 * Discussion: 467 * This could be used to implement pageable allocation, or perhaps 468 * even DMA allocators if used in conjunction with the OFFPAGE --- 11 unchanged lines hidden (view full) --- 480 * 481 * Returns: 482 * Nothing 483 */ 484 485void uma_zone_set_freef(uma_zone_t zone, uma_free freef); 486 487/* |
| 487 * These flags are setable in the allocf and visable in the freef. | 488 * These flags are setable in the allocf and visible in the freef. |
| 488 */ 489#define UMA_SLAB_BOOT 0x01 /* Slab alloced from boot pages */ 490#define UMA_SLAB_KMEM 0x02 /* Slab alloced from kmem_map */ 491#define UMA_SLAB_KERNEL 0x04 /* Slab alloced from kernel_map */ 492#define UMA_SLAB_PRIV 0x08 /* Slab alloced from priv allocator */ 493#define UMA_SLAB_OFFP 0x10 /* Slab is managed separately */ 494#define UMA_SLAB_MALLOC 0x20 /* Slab is a large malloc slab */ 495/* 0x40 and 0x80 are available */ --- 36 unchanged lines hidden (view full) --- 532 * Returns: 533 * Non-zero if zone is exhausted. 534 */ 535int uma_zone_exhausted(uma_zone_t zone); 536int uma_zone_exhausted_nolock(uma_zone_t zone); 537 538/* 539 * Exported statistics structures to be used by user space monitoring tools. | 489 */ 490#define UMA_SLAB_BOOT 0x01 /* Slab alloced from boot pages */ 491#define UMA_SLAB_KMEM 0x02 /* Slab alloced from kmem_map */ 492#define UMA_SLAB_KERNEL 0x04 /* Slab alloced from kernel_map */ 493#define UMA_SLAB_PRIV 0x08 /* Slab alloced from priv allocator */ 494#define UMA_SLAB_OFFP 0x10 /* Slab is managed separately */ 495#define UMA_SLAB_MALLOC 0x20 /* Slab is a large malloc slab */ 496/* 0x40 and 0x80 are available */ --- 36 unchanged lines hidden (view full) --- 533 * Returns: 534 * Non-zero if zone is exhausted. 535 */ 536int uma_zone_exhausted(uma_zone_t zone); 537int uma_zone_exhausted_nolock(uma_zone_t zone); 538 539/* 540 * Exported statistics structures to be used by user space monitoring tools. |
| 540 * Statistics stream consusts of a uma_stream_header, followed by a series of 541 * alternative uma_type_header and uma_type_stat structures. Statistics 542 * structures | 541 * Statistics stream consists of a uma_stream_header, followed by a series of 542 * alternative uma_type_header and uma_type_stat structures. |
| 543 */ 544#define UMA_STREAM_VERSION 0x00000001 545struct uma_stream_header { 546 u_int32_t ush_version; /* Stream format version. */ 547 u_int32_t ush_maxcpus; /* Value of MAXCPU for stream. */ 548 u_int32_t ush_count; /* Number of records. */ 549 u_int32_t _ush_pad; /* Pad/reserved field. */ 550}; --- 21 unchanged lines hidden (view full) --- 572 u_int32_t uth_zone_flags; /* Zone: flags. */ 573 u_int64_t uth_allocs; /* Zone: number of allocations. */ 574 u_int64_t uth_frees; /* Zone: number of frees. */ 575 u_int64_t uth_fails; /* Zone: number of alloc failures. */ 576 u_int64_t _uth_reserved1[3]; /* Reserved. */ 577}; 578 579struct uma_percpu_stat { | 543 */ 544#define UMA_STREAM_VERSION 0x00000001 545struct uma_stream_header { 546 u_int32_t ush_version; /* Stream format version. */ 547 u_int32_t ush_maxcpus; /* Value of MAXCPU for stream. */ 548 u_int32_t ush_count; /* Number of records. */ 549 u_int32_t _ush_pad; /* Pad/reserved field. */ 550}; --- 21 unchanged lines hidden (view full) --- 572 u_int32_t uth_zone_flags; /* Zone: flags. */ 573 u_int64_t uth_allocs; /* Zone: number of allocations. */ 574 u_int64_t uth_frees; /* Zone: number of frees. */ 575 u_int64_t uth_fails; /* Zone: number of alloc failures. */ 576 u_int64_t _uth_reserved1[3]; /* Reserved. */ 577}; 578 579struct uma_percpu_stat { |
| 580 u_int64_t ups_allocs; /* Cache: number of alloctions. */ | 580 u_int64_t ups_allocs; /* Cache: number of allocations. */ |
| 581 u_int64_t ups_frees; /* Cache: number of frees. */ 582 u_int64_t ups_cache_free; /* Cache: free items in cache. */ 583 u_int64_t _ups_reserved[5]; /* Reserved. */ 584}; 585 586#endif | 581 u_int64_t ups_frees; /* Cache: number of frees. */ 582 u_int64_t ups_cache_free; /* Cache: free items in cache. */ 583 u_int64_t _ups_reserved[5]; /* Reserved. */ 584}; 585 586#endif |