atomic.S revision 1.7.2.3
1 1.7.2.3 matt /* atomic.S,v 1.7.2.2 2008/01/09 01:20:53 matt Exp */ 2 1.7.2.2 matt 3 1.7.2.2 matt /*- 4 1.7.2.2 matt * Copyright (c) 2007 The NetBSD Foundation, Inc. 5 1.7.2.2 matt * All rights reserved. 6 1.7.2.2 matt * 7 1.7.2.2 matt * This code is derived from software contributed to The NetBSD Foundation 8 1.7.2.2 matt * by Jason R. Thorpe, and by Andrew Doran. 9 1.7.2.2 matt * 10 1.7.2.2 matt * Redistribution and use in source and binary forms, with or without 11 1.7.2.2 matt * modification, are permitted provided that the following conditions 12 1.7.2.2 matt * are met: 13 1.7.2.2 matt * 1. Redistributions of source code must retain the above copyright 14 1.7.2.2 matt * notice, this list of conditions and the following disclaimer. 15 1.7.2.2 matt * 2. Redistributions in binary form must reproduce the above copyright 16 1.7.2.2 matt * notice, this list of conditions and the following disclaimer in the 17 1.7.2.2 matt * documentation and/or other materials provided with the distribution. 18 1.7.2.2 matt * 3. All advertising materials mentioning features or use of this software 19 1.7.2.2 matt * must display the following acknowledgement: 20 1.7.2.2 matt * This product includes software developed by the NetBSD 21 1.7.2.2 matt * Foundation, Inc. and its contributors. 22 1.7.2.2 matt * 4. Neither the name of The NetBSD Foundation nor the names of its 23 1.7.2.2 matt * contributors may be used to endorse or promote products derived 24 1.7.2.2 matt * from this software without specific prior written permission. 25 1.7.2.2 matt * 26 1.7.2.2 matt * THIS SOFTWARE IS PROVIDED BY THE NETBSD FOUNDATION, INC. AND CONTRIBUTORS 27 1.7.2.2 matt * ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED 28 1.7.2.2 matt * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR 29 1.7.2.2 matt * PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE FOUNDATION OR CONTRIBUTORS 30 1.7.2.2 matt * BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR 31 1.7.2.2 matt * CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF 32 1.7.2.2 matt * SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS 33 1.7.2.2 matt * INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN 34 1.7.2.2 matt * CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) 35 1.7.2.2 matt * ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE 36 1.7.2.2 matt * POSSIBILITY OF SUCH DAMAGE. 37 1.7.2.2 matt */ 38 1.7.2.2 matt 39 1.7.2.2 matt #include <machine/asm.h> 40 1.7.2.2 matt 41 1.7.2.2 matt #ifdef _KERNEL 42 1.7.2.2 matt #define LOCK(n) .Lpatch/**/n: lock 43 1.7.2.2 matt #define ALIAS(f, t) STRONG_ALIAS(f,t) 44 1.7.2.2 matt #define END(a) _ALIGN_TEXT; LABEL(a) 45 1.7.2.2 matt #else 46 1.7.2.2 matt #define LOCK(n) lock 47 1.7.2.2 matt #define ALIAS(f, t) WEAK_ALIAS(f,t) 48 1.7.2.2 matt #define END(a) /* nothing */ 49 1.7.2.2 matt #endif 50 1.7.2.2 matt 51 1.7.2.2 matt .text 52 1.7.2.2 matt 53 1.7.2.2 matt NENTRY(_atomic_add_32) 54 1.7.2.2 matt movl 4(%esp), %edx 55 1.7.2.2 matt movl 8(%esp), %eax 56 1.7.2.2 matt LOCK(1) 57 1.7.2.2 matt addl %eax, (%edx) 58 1.7.2.2 matt ret 59 1.7.2.2 matt 60 1.7.2.2 matt NENTRY(_atomic_add_32_nv) 61 1.7.2.2 matt movl 4(%esp), %edx 62 1.7.2.2 matt movl 8(%esp), %eax 63 1.7.2.2 matt movl %eax, %ecx 64 1.7.2.2 matt LOCK(2) 65 1.7.2.2 matt xaddl %eax, (%edx) 66 1.7.2.2 matt addl %ecx, %eax 67 1.7.2.2 matt ret 68 1.7.2.2 matt 69 1.7.2.2 matt NENTRY(_atomic_and_32) 70 1.7.2.2 matt movl 4(%esp), %edx 71 1.7.2.2 matt movl 8(%esp), %eax 72 1.7.2.2 matt LOCK(3) 73 1.7.2.2 matt andl %eax, (%edx) 74 1.7.2.2 matt ret 75 1.7.2.2 matt 76 1.7.2.2 matt NENTRY(_atomic_and_32_nv) 77 1.7.2.2 matt movl 4(%esp), %edx 78 1.7.2.2 matt movl (%edx), %eax 79 1.7.2.2 matt 1: 80 1.7.2.2 matt movl %eax, %ecx 81 1.7.2.2 matt andl 8(%esp), %ecx 82 1.7.2.2 matt LOCK(4) 83 1.7.2.2 matt cmpxchgl %ecx, (%edx) 84 1.7.2.2 matt jnz 1b 85 1.7.2.2 matt movl %ecx, %eax 86 1.7.2.2 matt ret 87 1.7.2.2 matt 88 1.7.2.2 matt NENTRY(_atomic_dec_32) 89 1.7.2.2 matt movl 4(%esp), %edx 90 1.7.2.2 matt LOCK(5) 91 1.7.2.2 matt decl (%edx) 92 1.7.2.2 matt ret 93 1.7.2.2 matt 94 1.7.2.2 matt NENTRY(_atomic_dec_32_nv) 95 1.7.2.2 matt movl 4(%esp), %edx 96 1.7.2.2 matt movl $-1, %eax 97 1.7.2.2 matt LOCK(6) 98 1.7.2.2 matt xaddl %eax, (%edx) 99 1.7.2.2 matt decl %eax 100 1.7.2.2 matt ret 101 1.7.2.2 matt 102 1.7.2.2 matt NENTRY(_atomic_inc_32) 103 1.7.2.2 matt movl 4(%esp), %edx 104 1.7.2.2 matt LOCK(7) 105 1.7.2.2 matt incl (%edx) 106 1.7.2.2 matt ret 107 1.7.2.2 matt 108 1.7.2.2 matt NENTRY(_atomic_inc_32_nv) 109 1.7.2.2 matt movl 4(%esp), %edx 110 1.7.2.2 matt movl $1, %eax 111 1.7.2.2 matt LOCK(8) 112 1.7.2.2 matt xaddl %eax, (%edx) 113 1.7.2.2 matt incl %eax 114 1.7.2.2 matt ret 115 1.7.2.2 matt 116 1.7.2.2 matt NENTRY(_atomic_or_32) 117 1.7.2.2 matt movl 4(%esp), %edx 118 1.7.2.2 matt movl 8(%esp), %eax 119 1.7.2.2 matt LOCK(9) 120 1.7.2.2 matt orl %eax, (%edx) 121 1.7.2.2 matt ret 122 1.7.2.2 matt 123 1.7.2.2 matt NENTRY(_atomic_or_32_nv) 124 1.7.2.2 matt movl 4(%esp), %edx 125 1.7.2.2 matt movl (%edx), %eax 126 1.7.2.2 matt 1: 127 1.7.2.2 matt movl %eax, %ecx 128 1.7.2.2 matt orl 8(%esp), %ecx 129 1.7.2.2 matt LOCK(10) 130 1.7.2.2 matt cmpxchgl %ecx, (%edx) 131 1.7.2.2 matt jnz 1b 132 1.7.2.2 matt movl %ecx, %eax 133 1.7.2.2 matt ret 134 1.7.2.2 matt 135 1.7.2.2 matt NENTRY(_atomic_swap_32) 136 1.7.2.2 matt movl 4(%esp), %edx 137 1.7.2.2 matt movl 8(%esp), %eax 138 1.7.2.2 matt xchgl %eax, (%edx) 139 1.7.2.2 matt ret 140 1.7.2.2 matt 141 1.7.2.2 matt NENTRY(_atomic_cas_32) 142 1.7.2.2 matt movl 4(%esp), %edx 143 1.7.2.2 matt movl 8(%esp), %eax 144 1.7.2.2 matt movl 12(%esp), %ecx 145 1.7.2.2 matt LOCK(12) 146 1.7.2.2 matt cmpxchgl %ecx, (%edx) 147 1.7.2.2 matt /* %eax now contains the old value */ 148 1.7.2.2 matt ret 149 1.7.2.2 matt 150 1.7.2.3 matt NENTRY(_atomic_cas_32_ni) 151 1.7.2.3 matt movl 4(%esp), %edx 152 1.7.2.3 matt movl 8(%esp), %eax 153 1.7.2.3 matt movl 12(%esp), %ecx 154 1.7.2.3 matt cmpxchgl %ecx, (%edx) 155 1.7.2.3 matt /* %eax now contains the old value */ 156 1.7.2.3 matt ret 157 1.7.2.3 matt 158 1.7.2.2 matt NENTRY(_membar_consumer) 159 1.7.2.2 matt LOCK(13) 160 1.7.2.2 matt addl $0, -4(%esp) 161 1.7.2.2 matt ret 162 1.7.2.2 matt END(membar_consumer_end) 163 1.7.2.2 matt 164 1.7.2.2 matt NENTRY(_membar_producer) 165 1.7.2.2 matt /* A store is enough */ 166 1.7.2.2 matt movl $0, -4(%esp) 167 1.7.2.2 matt ret 168 1.7.2.2 matt END(membar_producer_end) 169 1.7.2.2 matt 170 1.7.2.2 matt NENTRY(_membar_sync) 171 1.7.2.2 matt LOCK(14) 172 1.7.2.2 matt addl $0, -4(%esp) 173 1.7.2.2 matt ret 174 1.7.2.2 matt END(membar_sync_end) 175 1.7.2.2 matt 176 1.7.2.2 matt #ifdef _KERNEL 177 1.7.2.2 matt NENTRY(_atomic_cas_64) 178 1.7.2.2 matt cli 179 1.7.2.2 matt pushl %edi 180 1.7.2.2 matt pushl %ebx 181 1.7.2.2 matt movl 12(%esp), %edi 182 1.7.2.2 matt movl 16(%esp), %eax 183 1.7.2.2 matt movl 20(%esp), %edx 184 1.7.2.2 matt movl 24(%esp), %ebx 185 1.7.2.2 matt movl 28(%esp), %ecx 186 1.7.2.2 matt cmpl 0(%edi), %eax 187 1.7.2.2 matt jne 2f 188 1.7.2.2 matt cmpl 4(%edi), %edx 189 1.7.2.2 matt jne 2f 190 1.7.2.2 matt movl %ebx, 0(%edi) 191 1.7.2.2 matt movl %ecx, 4(%edi) 192 1.7.2.2 matt 1: 193 1.7.2.2 matt popl %ebx 194 1.7.2.2 matt popl %edi 195 1.7.2.2 matt sti 196 1.7.2.2 matt ret 197 1.7.2.2 matt 2: 198 1.7.2.2 matt movl 0(%edi), %eax 199 1.7.2.2 matt movl 4(%edi), %edx 200 1.7.2.2 matt jmp 1b 201 1.7.2.2 matt END(_atomic_cas_64_end) 202 1.7.2.2 matt 203 1.7.2.2 matt NENTRY(_atomic_cas_cx8) 204 1.7.2.2 matt pushl %edi 205 1.7.2.2 matt pushl %ebx 206 1.7.2.2 matt movl 12(%esp), %edi 207 1.7.2.2 matt movl 16(%esp), %eax 208 1.7.2.2 matt movl 20(%esp), %edx 209 1.7.2.2 matt movl 24(%esp), %ebx 210 1.7.2.2 matt movl 28(%esp), %ecx 211 1.7.2.2 matt LOCK(15) 212 1.7.2.2 matt cmpxchg8b (%edi) 213 1.7.2.2 matt popl %ebx 214 1.7.2.2 matt popl %edi 215 1.7.2.2 matt ret 216 1.7.2.2 matt .space 32, 0x90 217 1.7.2.2 matt END(_atomic_cas_cx8_end) 218 1.7.2.2 matt 219 1.7.2.2 matt NENTRY(sse2_lfence) 220 1.7.2.2 matt lfence 221 1.7.2.2 matt ret 222 1.7.2.2 matt END(sse2_lfence_end) 223 1.7.2.2 matt 224 1.7.2.2 matt NENTRY(sse2_mfence) 225 1.7.2.2 matt mfence 226 1.7.2.2 matt ret 227 1.7.2.2 matt END(sse2_mfence_end) 228 1.7.2.2 matt 229 1.7.2.2 matt atomic_lockpatch: 230 1.7.2.2 matt .globl atomic_lockpatch 231 1.7.2.2 matt .long .Lpatch1, .Lpatch2, .Lpatch3, .Lpatch4, .Lpatch5 232 1.7.2.2 matt .long .Lpatch6, .Lpatch7, .Lpatch8, .Lpatch9, .Lpatch10 233 1.7.2.2 matt .long .Lpatch12, .Lpatch13, .Lpatch14, .Lpatch15, 0 234 1.7.2.2 matt #else 235 1.7.2.2 matt NENTRY(_atomic_cas_64) 236 1.7.2.2 matt pushl %edi 237 1.7.2.2 matt pushl %ebx 238 1.7.2.2 matt movl 12(%esp), %edi 239 1.7.2.2 matt movl 16(%esp), %eax 240 1.7.2.2 matt movl 20(%esp), %edx 241 1.7.2.2 matt movl 24(%esp), %ebx 242 1.7.2.2 matt movl 28(%esp), %ecx 243 1.7.2.2 matt lock 244 1.7.2.2 matt cmpxchg8b (%edi) 245 1.7.2.2 matt popl %ebx 246 1.7.2.2 matt popl %edi 247 1.7.2.2 matt ret 248 1.7.2.2 matt #endif /* _KERNEL */ 249 1.7.2.2 matt 250 1.7.2.2 matt ALIAS(atomic_add_32,_atomic_add_32) 251 1.7.2.2 matt ALIAS(atomic_add_int,_atomic_add_32) 252 1.7.2.2 matt ALIAS(atomic_add_long,_atomic_add_32) 253 1.7.2.2 matt ALIAS(atomic_add_ptr,_atomic_add_32) 254 1.7.2.2 matt 255 1.7.2.2 matt ALIAS(atomic_add_32_nv,_atomic_add_32_nv) 256 1.7.2.2 matt ALIAS(atomic_add_int_nv,_atomic_add_32_nv) 257 1.7.2.2 matt ALIAS(atomic_add_long_nv,_atomic_add_32_nv) 258 1.7.2.2 matt ALIAS(atomic_add_ptr_nv,_atomic_add_32_nv) 259 1.7.2.2 matt 260 1.7.2.2 matt ALIAS(atomic_and_32,_atomic_and_32) 261 1.7.2.2 matt ALIAS(atomic_and_uint,_atomic_and_32) 262 1.7.2.2 matt ALIAS(atomic_and_ulong,_atomic_and_32) 263 1.7.2.2 matt ALIAS(atomic_and_ptr,_atomic_and_32) 264 1.7.2.2 matt 265 1.7.2.2 matt ALIAS(atomic_and_32_nv,_atomic_and_32_nv) 266 1.7.2.2 matt ALIAS(atomic_and_uint_nv,_atomic_and_32_nv) 267 1.7.2.2 matt ALIAS(atomic_and_ulong_nv,_atomic_and_32_nv) 268 1.7.2.2 matt ALIAS(atomic_and_ptr_nv,_atomic_and_32_nv) 269 1.7.2.2 matt 270 1.7.2.2 matt ALIAS(atomic_dec_32,_atomic_dec_32) 271 1.7.2.2 matt ALIAS(atomic_dec_uint,_atomic_dec_32) 272 1.7.2.2 matt ALIAS(atomic_dec_ulong,_atomic_dec_32) 273 1.7.2.2 matt ALIAS(atomic_dec_ptr,_atomic_dec_32) 274 1.7.2.2 matt 275 1.7.2.2 matt ALIAS(atomic_dec_32_nv,_atomic_dec_32_nv) 276 1.7.2.2 matt ALIAS(atomic_dec_uint_nv,_atomic_dec_32_nv) 277 1.7.2.2 matt ALIAS(atomic_dec_ulong_nv,_atomic_dec_32_nv) 278 1.7.2.2 matt ALIAS(atomic_dec_ptr_nv,_atomic_dec_32_nv) 279 1.7.2.2 matt 280 1.7.2.2 matt ALIAS(atomic_inc_32,_atomic_inc_32) 281 1.7.2.2 matt ALIAS(atomic_inc_uint,_atomic_inc_32) 282 1.7.2.2 matt ALIAS(atomic_inc_ulong,_atomic_inc_32) 283 1.7.2.2 matt ALIAS(atomic_inc_ptr,_atomic_inc_32) 284 1.7.2.2 matt 285 1.7.2.2 matt ALIAS(atomic_inc_32_nv,_atomic_inc_32_nv) 286 1.7.2.2 matt ALIAS(atomic_inc_uint_nv,_atomic_inc_32_nv) 287 1.7.2.2 matt ALIAS(atomic_inc_ulong_nv,_atomic_inc_32_nv) 288 1.7.2.2 matt ALIAS(atomic_inc_ptr_nv,_atomic_inc_32_nv) 289 1.7.2.2 matt 290 1.7.2.2 matt ALIAS(atomic_or_32,_atomic_or_32) 291 1.7.2.2 matt ALIAS(atomic_or_uint,_atomic_or_32) 292 1.7.2.2 matt ALIAS(atomic_or_ulong,_atomic_or_32) 293 1.7.2.2 matt ALIAS(atomic_or_ptr,_atomic_or_32) 294 1.7.2.2 matt 295 1.7.2.2 matt ALIAS(atomic_or_32_nv,_atomic_or_32_nv) 296 1.7.2.2 matt ALIAS(atomic_or_uint_nv,_atomic_or_32_nv) 297 1.7.2.2 matt ALIAS(atomic_or_ulong_nv,_atomic_or_32_nv) 298 1.7.2.2 matt ALIAS(atomic_or_ptr_nv,_atomic_or_32_nv) 299 1.7.2.2 matt 300 1.7.2.2 matt ALIAS(atomic_swap_32,_atomic_swap_32) 301 1.7.2.2 matt ALIAS(atomic_swap_uint,_atomic_swap_32) 302 1.7.2.2 matt ALIAS(atomic_swap_ulong,_atomic_swap_32) 303 1.7.2.2 matt ALIAS(atomic_swap_ptr,_atomic_swap_32) 304 1.7.2.2 matt 305 1.7.2.2 matt ALIAS(atomic_cas_32,_atomic_cas_32) 306 1.7.2.2 matt ALIAS(atomic_cas_uint,_atomic_cas_32) 307 1.7.2.2 matt ALIAS(atomic_cas_ulong,_atomic_cas_32) 308 1.7.2.2 matt ALIAS(atomic_cas_ptr,_atomic_cas_32) 309 1.7.2.2 matt 310 1.7.2.3 matt ALIAS(atomic_cas_32_ni,_atomic_cas_32_ni) 311 1.7.2.3 matt ALIAS(atomic_cas_uint_ni,_atomic_cas_32_ni) 312 1.7.2.3 matt ALIAS(atomic_cas_ulong_ni,_atomic_cas_32_ni) 313 1.7.2.3 matt ALIAS(atomic_cas_ptr_ni,_atomic_cas_32_ni) 314 1.7.2.3 matt 315 1.7.2.2 matt ALIAS(atomic_cas_64,_atomic_cas_64) 316 1.7.2.3 matt ALIAS(atomic_cas_64_ni,_atomic_cas_64) 317 1.7.2.2 matt 318 1.7.2.2 matt ALIAS(membar_consumer,_membar_consumer) 319 1.7.2.2 matt ALIAS(membar_producer,_membar_producer) 320 1.7.2.3 matt ALIAS(membar_enter,_membar_consumer) 321 1.7.2.3 matt ALIAS(membar_exit,_membar_producer) 322 1.7.2.2 matt ALIAS(membar_sync,_membar_sync) 323 1.7.2.2 matt 324 1.7.2.2 matt STRONG_ALIAS(_atomic_add_int,_atomic_add_32) 325 1.7.2.2 matt STRONG_ALIAS(_atomic_add_long,_atomic_add_32) 326 1.7.2.2 matt STRONG_ALIAS(_atomic_add_ptr,_atomic_add_32) 327 1.7.2.2 matt 328 1.7.2.2 matt STRONG_ALIAS(_atomic_add_int_nv,_atomic_add_32_nv) 329 1.7.2.2 matt STRONG_ALIAS(_atomic_add_long_nv,_atomic_add_32_nv) 330 1.7.2.2 matt STRONG_ALIAS(_atomic_add_ptr_nv,_atomic_add_32_nv) 331 1.7.2.2 matt 332 1.7.2.2 matt STRONG_ALIAS(_atomic_and_uint,_atomic_and_32) 333 1.7.2.2 matt STRONG_ALIAS(_atomic_and_ulong,_atomic_and_32) 334 1.7.2.2 matt STRONG_ALIAS(_atomic_and_ptr,_atomic_and_32) 335 1.7.2.2 matt 336 1.7.2.2 matt STRONG_ALIAS(_atomic_and_uint_nv,_atomic_and_32_nv) 337 1.7.2.2 matt STRONG_ALIAS(_atomic_and_ulong_nv,_atomic_and_32_nv) 338 1.7.2.2 matt STRONG_ALIAS(_atomic_and_ptr_nv,_atomic_and_32_nv) 339 1.7.2.2 matt 340 1.7.2.2 matt STRONG_ALIAS(_atomic_dec_uint,_atomic_dec_32) 341 1.7.2.2 matt STRONG_ALIAS(_atomic_dec_ulong,_atomic_dec_32) 342 1.7.2.2 matt STRONG_ALIAS(_atomic_dec_ptr,_atomic_dec_32) 343 1.7.2.2 matt 344 1.7.2.2 matt STRONG_ALIAS(_atomic_dec_uint_nv,_atomic_dec_32_nv) 345 1.7.2.2 matt STRONG_ALIAS(_atomic_dec_ulong_nv,_atomic_dec_32_nv) 346 1.7.2.2 matt STRONG_ALIAS(_atomic_dec_ptr_nv,_atomic_dec_32_nv) 347 1.7.2.2 matt 348 1.7.2.2 matt STRONG_ALIAS(_atomic_inc_uint,_atomic_inc_32) 349 1.7.2.2 matt STRONG_ALIAS(_atomic_inc_ulong,_atomic_inc_32) 350 1.7.2.2 matt STRONG_ALIAS(_atomic_inc_ptr,_atomic_inc_32) 351 1.7.2.2 matt 352 1.7.2.2 matt STRONG_ALIAS(_atomic_inc_uint_nv,_atomic_inc_32_nv) 353 1.7.2.2 matt STRONG_ALIAS(_atomic_inc_ulong_nv,_atomic_inc_32_nv) 354 1.7.2.2 matt STRONG_ALIAS(_atomic_inc_ptr_nv,_atomic_inc_32_nv) 355 1.7.2.2 matt 356 1.7.2.2 matt STRONG_ALIAS(_atomic_or_uint,_atomic_or_32) 357 1.7.2.2 matt STRONG_ALIAS(_atomic_or_ulong,_atomic_or_32) 358 1.7.2.2 matt STRONG_ALIAS(_atomic_or_ptr,_atomic_or_32) 359 1.7.2.2 matt 360 1.7.2.2 matt STRONG_ALIAS(_atomic_or_uint_nv,_atomic_or_32_nv) 361 1.7.2.2 matt STRONG_ALIAS(_atomic_or_ulong_nv,_atomic_or_32_nv) 362 1.7.2.2 matt STRONG_ALIAS(_atomic_or_ptr_nv,_atomic_or_32_nv) 363 1.7.2.2 matt 364 1.7.2.2 matt STRONG_ALIAS(_atomic_swap_uint,_atomic_swap_32) 365 1.7.2.2 matt STRONG_ALIAS(_atomic_swap_ulong,_atomic_swap_32) 366 1.7.2.2 matt STRONG_ALIAS(_atomic_swap_ptr,_atomic_swap_32) 367 1.7.2.2 matt 368 1.7.2.2 matt STRONG_ALIAS(_atomic_cas_uint,_atomic_cas_32) 369 1.7.2.2 matt STRONG_ALIAS(_atomic_cas_ulong,_atomic_cas_32) 370 1.7.2.2 matt STRONG_ALIAS(_atomic_cas_ptr,_atomic_cas_32) 371 1.7.2.3 matt 372 1.7.2.3 matt STRONG_ALIAS(_atomic_cas_uint_ni,_atomic_cas_32_ni) 373 1.7.2.3 matt STRONG_ALIAS(_atomic_cas_ulong_ni,_atomic_cas_32_ni) 374 1.7.2.3 matt STRONG_ALIAS(_atomic_cas_ptr_ni,_atomic_cas_32_ni) 375 1.7.2.3 matt 376 1.7.2.3 matt STRONG_ALIAS(_membar_enter,_membar_consumer) 377 1.7.2.3 matt STRONG_ALIAS(_membar_exit,_membar_producer) 378
Indexes created Fri Oct 03 23:09:56 GMT 2025