Programmable data plane hardware load balancing system

1. A programmable data plane hardware load balancing system, comprising:

a plurality of server devices;

a first switch device that is located on an edge of a local area network and that is configured to perform network switch functions in the local area network, wherein the first switch device includes programmable hardware primitives and utilizes a domain specific, protocol independent, target independent, and field reconfigurable programming language to provide programmable data plane hardware that integrates each of:

at least one communications port that is coupled to the plurality of server devices;

a server device table including health information about the plurality of server devices; and

a load balancing engine that is configured to:

receive data plane traffic that is directed to the plurality of server devices through the at least one communication port;

determine that a source of the data plane traffic that is directed to the plurality of server devices enables load balancing functionality and, in response, perform health based load balancing on the data plane traffic using the health information about the plurality of server devices in the server device table; and

forward, based on the health based load balancing, the data plane traffic to one of the plurality of server devices; and

a second switch device that is coupled to the first switch device, wherein the load balancing engine is further configured to:

disable load balancing functionality when the source of the data plane traffic is the second switch device; and

perform the network switch functions to forward the data plane traffic.

2. The programmable data plane hardware load balancing system of claim 1 , further comprising:

a router device coupled to the first switch device, wherein the load balancing engine receives the data plane traffic through the communication port from the router device, and wherein the router device is the source of the data plane traffic that enables load balancing functionality.

3. The programmable data plane hardware load balancing system of claim 1 , wherein the load balancing engine receives the data plane traffic through the communication port from a first server device of the plurality of server devices and the first server device is the source of the data plane traffic that enables load balancing functionality, and wherein the load balancing engine has been programmed to forward the data plane traffic to a second server device of the plurality of server devices in response to performing the health based load balancing on the data plane traffic.

4. The programmable data plane hardware load balancing system of claim 1 , further comprising:

a second switch device coupled to the first switch device, wherein the load balancing engine is configured to:

store state information related to the forwarding of the data plane traffic to the one of the plurality of server devices; and

forward the state information to the second switch device.

5. The programmable data plane hardware load balancing system of claim 1 , wherein the health information about the plurality of server devices includes Transport Control Protocol (TCP) connection information describing the number of TCP connections provided for each of the plurality of server devices.

6. An information handling system (IHS), comprising:

a chassis; a processing system housed in the chassis;

a memory system that is coupled to the processing system and that includes instructions that, when executed by the processing system, cause the processing system to provide a switch engine that is configured to perform network switch functions in a local area network; and

programmable hardware primitives utilizing a domain specific, protocol independent, target independent, and field reconfigurable programming language to provide programmable data plane hardware that is housed in the chassis and that integrates each of:

at least one communications port that is configured to couple to a plurality of server devices;

a server device table that is configured to include health information about the plurality of server devices; and

a load balancing engine that is configured to:

receive data plane traffic that is directed to the plurality of server devices through the at least one communication port;

determine that a source of the data plane traffic that is directed to the plurality of server devices enables load balancing functionality and, in response, perform health based load balancing on the data plane traffic using the health information about the plurality of server devices in the server device table;

forward, based on the health based load balancing, the data plane traffic to one of the plurality of server devices;

disable load balancing functionality when the source of the data plane traffic is a switch; and

cause the switch engine to perform the network switch functions to forward the data plane traffic.

7. The IHS of claim 6 , wherein the load balancing engine receives the data plane traffic through the communication port from a router device, and wherein the router device is the source of the data plane traffic that enables load balancing functionality.

8. The IHS of claim 6 , wherein the load balancing engine receives the data plane traffic through the communication port from a first server device of the plurality of server devices and the first server device is the source of the data plane traffic that enables load balancing functionality, and wherein the load balancing engine is programmable to forward the data plane traffic to a second server device of the plurality of server devices in response to performing the health based load balancing on the data plane traffic.

9. The IHS of claim 6 , wherein the load balancing engine is programmable to store state information related to the forwarding of the data plane traffic to the one of the plurality of server devices, and forward the state information to a switch device in the local area network.

10. The IHS of claim 6 , wherein the health information about the plurality of server devices includes Transport Control Protocol (TCP) connection information describing the number of TCP connections provided for each of the plurality of server devices.

11. The IHS of claim 6 , wherein the load balancing engine is programmable to retrieve the health information from each of the plurality of server devices.

12. A method for performing programmable data plane hardware load balancing, comprising:

performing, by a first switch device, network switch functions in a local area network;

receiving, by a load balancing engine integrated into programmable data plane hardware included in the first switch device through at least one communications port integrated into the programmable data plane hardware of the first switch device, data plane traffic that is directed to a plurality of server devices, wherein the programmable data plane hardware is provided by programmable hardware primitives utilizing a domain specific, protocol independent, target independent, and field reconfigurable programming language;

determining, by the load balancing engine, that a source of the data plane traffic that is directed to the plurality of server devices enables load balancing functionality and, in response, performing health based load balancing on the data plane traffic using health information about the plurality of server devices that is stored in a server device table integrated into the programmable data plane hardware;

forwarding, by the load balancing engine through the at least one communications port, the data plane traffic to one of the plurality of server devices in response to performing health based load balancing;

disabling, by the load balancing engine, the load balancing functionality when the source of the data plane traffic is a second switch; and

perform, by the load balancing engine, the network switch functions to forward the data plane traffic.

13. The method of claim 12 , wherein the data plane traffic is received through the communication port from a router device, and wherein the router device is the source of the data plane traffic that enables load balancing functionality.

14. The method of claim 12 , wherein the data plane traffic is received through the communication port from a first server device of the plurality of server devices that is the source of the data plane traffic that enables load balancing functionality, and wherein the data plane traffic is forwarded to a second server device of the plurality of server devices in response to performing the health based load balancing.

15. The method of claim 12 , further comprising:

storing, by the load balancing engine, state information related to the forwarding of the data plane traffic to the one of the plurality of server devices; and

forwarding, by the load balancing engine, the state information to a second switch device.

16. The method of claim 12 , wherein the health information about the plurality of server devices includes Transport Control Protocol (TCP) connection information describing the number of TCP connections provided for each of the plurality of server devices.

17. The method of claim 12 , further comprising:

retrieving, by the load balancing engine, the health information from each of the plurality of server devices.