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= 1) 351 352 static __inline__ void arp_fast_lock(void) 353 356 357 static __inline__ void arp_unlock(void) 358 362 363 /* 364 * Enqueue to FIFO list.365 */ 366 367 static void arp_enqueue(struct arp_table **q, struct arp_table *entry) 368 386 387 /* 388 * Dequeue from FIFO list, 389 * caller should mask interrupts.228 */ 229 230 #define ARP_DEAD_RES_TIME (60*HZ) 231 232 int sysctl_arp_dead_res_time = ARP_DEAD_RES_TIME; 233 234 /* 235 * This structure defines the ARP mapping cache.236 */ 237 238 struct arp_table 239 ; 258 259 260 static atomic_t arp_size = 0; 261 262 #ifdef CONFIG_ARPD 263 static int arpd_not_running; 264 static int arpd_stamp; 265 #endif 266 267 static unsigned int arp_bh_mask; 268 269 #define ARP_BH_BACKLOG 1 270 271 /* 272 * Backlog for ARP updates.273 */ 274 static struct arp_table *arp_backlog; 275 276 /* 277 * Backlog for incomplete entries.278 */ 279 static struct arp_table *arp_req_backlog; 280 281 282 static void arp_run_bh(void); 283 static void arp_check_expire (unsigned long); 284 static int arp_update (u32 sip, char *sha, struct device * dev, 285 unsigned long updated, struct arp_table *ientry, int grat); 286 287 static struct timer_list arp_timer = 288 ; 289 290 /* 291 * The default arp netmask is just 255.255.255.255 which means it's 292 * a single machine entry.202 */ 203 204 #define ARP_CONFIRM_TIMEOUT ARP_RES_TIME 205 206 int sysctl_arp_confirm_timeout = ARP_CONFIRM_TIMEOUT; 207 208 /* 209 * The number of times an unicast arp request is retried, until 210 * the cache entry is considered suspicious.

(route cache has similar locking 344 * scheme, but allows sleeping) 345 * 346 */ 347 348 static atomic_t arp_lock; 349 350 #define ARP_LOCKED() (arp_lock !

326 * 327 * If you want to modify arp cache lists, you MUST 328 * call arp_fast_lock, and check that you are the only 329 * owner of semaphore (arp_lock == 1).

If it is not the case 330 * you can defer your operation or forgot it, 331 * but DO NOT TOUCH lists.

1 /* linux/net/inet/arp.c 2 * 3 * Copyright (C) 1994 by Florian La Roche 4 * 5 * This module implements the Address Resolution Protocol ARP (RFC 826), 6 * which is used to convert IP addresses (or in the future maybe other 7 * high-level addresses) into a low-level hardware address (like an Ethernet 8 * address). 44 * Jonathan Naylor : Only lookup the hardware address for 45 * the correct hardware type. 47 * Craig Schlenter : Don't modify permanent entry 48 * during arp_rcv. 50 * Alexey Kuznetsov: Major changes to caching and behaviour, 51 * eg intelligent arp probing and 52 * generation 53 * of host down events. 148 * Note that this number should be greater than 149 * number of simultaneously opened sockets, or else 150 * hardware header cache will not be efficient. (MUST) 167 * The recommended minimum timeout is 1 second per destination.

9 * 10 * FIXME: 11 * Experiment with better retransmit timers 12 * Clean up the timer deletions 13 * If you create a proxy entry, set your interface address to the address 14 * and then delete it, proxies may get out of sync with reality - 15 * check this. 151 */ 152 153 #if RT_CACHE_DEBUG = 2 154 #define ARP_MAXSIZE 4 155 #else 156 #ifdef CONFIG_ARPD 157 #define ARP_MAXSIZE 64 158 #else 159 #define ARP_MAXSIZE 256 160 #endif /* CONFIG_ARPD */ 161 #endif 162 163 /* 164 * If an arp request is send, ARP_RES_TIME is the timeout value until the 165 * next request is send. 168 * 169 */ 170 171 #define ARP_RES_TIME (5*HZ) 172 173 int sysctl_arp_res_time = ARP_RES_TIME; 174 175 /* 176 * The number of times an broadcast arp request is send, until 177 * the host is considered temporarily unreachable.

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