Lines Matching full:reassembly

66  * Reassembly headers are stored in hash buckets.
131  * By default, limit the number of IP fragments across all reassembly
134  * Limit the total number of reassembly queues per VNET to the
150     "Maximum number of IPv4 fragments allowed across all reassembly queues");
153     "Current number of IPv4 fragments across all reassembly queues");
160     "Size of IP fragment reassembly hashtable");
165     "Maximum number of IPv4 fragment reassembly queue entries");
168     "Current number of IPv4 fragment reassembly queue entries");
181     "Maximum number of IPv4 fragment reassembly queue entries per bucket");
187     "IP fragment life time on reassembly queue (seconds)");
272 	 * Attempt reassembly; if it succeeds, proceed.  in ip_reass()
308 	 * If first fragment to arrive, create a reassembly queue.  in ip_reass()
446 	 * Check for complete reassembly and perform frag per packet  in ip_reass()
472 	 * Reassembly is complete.  Make sure the packet is a sane size.  in ip_reass()
515 	 * packet;  dequeue and discard fragment reassembly header.  in ip_reass()
680  * Initialize IP reassembly structures.
682 MALLOC_DEFINE(M_IPREASS_HASH, "IP reass", "IP packet reassembly hash headers");
695 		mtx_init(&V_ipq[i].lock, "IP reassembly", NULL,  in ipreass_vnet_init()
741 	 * Skip processing if IPv4 reassembly is not initialised or  in ipreass_cleanup()
767  * Destroy IP reassembly structures.
928  * Free a fragment reassembly header and all associated datagrams.
947  * Get or set the maximum number of reassembly queues per bucket.