protocols/ipv6/ipv6.cpp

77 // TODO: make common fragmentation interface for both address families
726 	bool deliverToRaw, net_interface *interface)
731 		&multicastAddr->sin6_addr, interface->index));
762 			buffer->interface_address->interface);
768 		net_interface* interface = NULL;
770 			interface = (net_interface*)list_get_next_item(
771 				&domain->interfaces, interface);
772 			if (interface == NULL)
775 			status = deliver_multicast(module, buffer, deliverToRaw, interface);
875 	net_interface* interface, const in6_addr* sourceAddr)
890 	net_interface* interface, const in6_addr* groupAddr,
900 			status = filter.GetState(*groupAddr, interface, state, true);
904 			filter.GetState(*groupAddr, interface, state, false);
913 	status = ipv6_delta_group(state, option, interface, sourceAddr);
923 	net_interface* interface;
925 	// TODO: can the interface be unspecified?
926 	interface = sDatalinkModule->get_interface(sDomain, interfaceIndex);
928 	if (interface == NULL)
931 	return ipv6_delta_membership(protocol, option, interface,
1151 			struct net_interface* interface
1154 			if (interface == NULL) {
1162 			sDatalinkModule->put_interface(interface);
1250 	// 2. (If the outgoing interface is detected) the current
1251 	//     hop limit of the interface specified by router advertisement.
1273 	net_interface* interface = route->interface_address->interface;
1345 	uint32 mtu = route->mtu ? route->mtu : interface->device->mtu;
1370 		if (address == NULL || (address->interface->flags & IFF_UP) == 0) {
1443 		mtu = route->interface_address->interface->device->mtu;
1643 			&& buffer->interface_address->interface != NULL)
1644 			pi.ipi6_ifindex = buffer->interface_address->interface->index;