inet/ip/ip_netinfo.c

185  * The taskq eventq_queue_in is used to process the upside inject messages.
186  * The taskq eventq_queue_out is used to process the downside inject messages.
194  * Initialize queues for inject.
228  * Destroy inject queues
250  * Register IPv4 and IPv6 netinfo functions and initialize queues for inject.
928  * Shared implementation to inject a packet to or from an interface
940 	injection_t *inject;
949 		inject = kmem_alloc(sizeof (*inject), KM_NOSLEEP);
950 		if (inject == NULL)
952 		inject->inj_data = *packet;
953 		inject->inj_isv6 = isv6;
963 		inject = kmem_alloc(sizeof (*inject), KM_NOSLEEP);
964 		if (inject == NULL)
966 		inject->inj_data = *packet;
967 		inject->inj_isv6 = isv6;
1008 	inject->inj_ptr = ipst;
1009 	if (ddi_taskq_dispatch(tq, func, (void *)inject,
1458 ip_ni_queue_in_func(void *inject)
1460 	ip_ni_queue_func_impl(inject, B_FALSE);
1468 ip_ni_queue_out_func(void *inject)
1470 	ip_ni_queue_func_impl(inject, B_TRUE);
1474  * Shared implementation for inject via ip_output and ip_input
1477 ip_ni_queue_func_impl(injection_t *inject,  boolean_t out)
1481 	ip_stack_t *ipst = (ip_stack_t *)inject->inj_ptr;
1484 	ASSERT(inject != NULL);
1485 	packet = &inject->inj_data;
1490 		    inject->inj_isv6, ipst);
1493 			kmem_free(inject, sizeof (*inject));
1497 		if (inject->inj_isv6) {
1507 		if (inject->inj_isv6) {
1517 	kmem_free(inject, sizeof (*inject));