Methods for intelligent NIC bonding and load-balancing
Methods, devices, and media for intelligent NIC bonding and load-balancing including the steps of: providing a packet at an incoming-packet port of a gateway; attaching an incoming-port identification, associated with the incoming-packet port, to the packet; routing the packet to a processing core; passing the packet through a gateway processing; sending the packet, by the core, to the operating system of a host system; and routing the packet to an outgoing-packet port of the gateway based on the incoming-port identification. Preferably, the gateway processing includes security processing of the packets. Preferably, the step of routing the packet to the outgoing-packet port is based solely on the incoming-port identification. Preferably, an outgoing-port identification, associated with the outgoing-packet port, has an identical bond-index to the incoming-port identification. Preferably, the gateway includes a plurality of incoming-packet ports, a plurality of respective incoming-port identifications, a plurality of processing cores, and a plurality of outgoing-packet ports.
1. A method for intelligent NIC bonding and load-balancing, the method comprising the steps of
(a) providing a packet at an incoming-packet port of a gateway;
(b) attaching an incoming-port identification, associated with said incoming-packet port, to said packet;
(c) routing said packet to a processing core;
(d) passing said packet through a gateway processing;
(e) sending said packet, by said core, to the operating system of a host system; and
(f) routing said packet to an outgoing-packet port of said gateway based solely on said incoming-port identification.
2. The method of claim 1 , wherein said gateway processing includes security processing of said packets.
3. The method of claim 1 , wherein an outgoing-port identification, associated with said outgoing-packet port, has an identical bond-index to said incoming-port identification.
4. The method of claim 1 , wherein said gateway includes a plurality of incoming-packet ports, a plurality of respective incoming-port identifications, a plurality of processing cores, and a plurality of outgoing-packet ports.
5. A gateway device for intelligent NIC bonding and load-balancing, the device comprising:
(a) at least two incoming-packet ports for exchanging packets;
(b) at least two outgoing-packet ports for exchanging packets; and
(c) at least one processing core for routing said packets, between said at least two incoming-packet ports and said at least two outgoing-packet ports, based solely on respective incoming-port identifications associated with said at least two incoming-packet ports.
6. The device of claim 5 , wherein said at least one processing core is configured for performing security processing of said packets.
7. The device of claim 5 , wherein outgoing-port identifications, associated with respective outgoing-packet ports, have identical bond-indices to respective incoming-port identifications.
8. A non-transitory computer-readable storage medium having computer-readable code embodied therein for causing intelligent NIC bonding and load-balancing, the computer-readable code comprising:
(a) program code for attaching an incoming-port identification to a packet at an incoming-packet port of a gateway, wherein said incoming-port identification is associated with said incoming-packet port;
(b) program code for routing said packet to a processing core;
(c) program code for passing said packet through a gateway processing;
(d) program code for sending said packet, by said core, to the operating system of a host system; and
(e) program code for routing said packet to an outgoing-packet port of said gateway based solely on said incoming-port identification.
9. The storage medium of claim 8 , wherein said gateway processing includes security processing of said packets.
10. The storage medium of claim 8 , wherein an outgoing-port identification, associated with said outgoing-packet port, has an identical bond-index to said incoming-port identification.
11. The storage medium of claim 8 , wherein said gateway includes a plurality of incoming-packet ports, a plurality of respective incoming-port identifications, a plurality of processing cores, and a plurality of outgoing-packet ports.