System and method of enabling a multi-chassis virtual switch for virtual server network provisioning
A multi-chassis server system has several chassis, each including a chassis management controller (CMC) and a blade server with a blade management controller (BMC) and a virtual switch (VS). The first CMC establishes management sessions with the second CMC and the first BMC. The second CMC establishes a management session with the second BMC. A switch path on a virtual switch is provided via a management session to the first CMC and another switch path on another virtual switch is provided via a management session to the second chassis management controller and by another management session to the first CMC. The switch paths are aggregated into a chassis management controller virtual switch on the first chassis management controller.
1. A method of enabling a virtual switch, the method comprising:
providing a chassis management controller on a first chassis, the chassis management controller including a software defined network (SDN) controller, wherein the first chassis is a first rack mounted server system;
establishing a first management session between the SDN controller and a first baseboard management controller embedded on a first mainboard of a first blade of the first chassis, wherein the first blade includes a first virtual switch;
receiving at the first baseboard management controller a first path on the first virtual switch via a pass through between the first baseboard management controller and the first virtual switch;
providing via the first management session the first switch path to the SDN controller;
establishing a second management session between the SDN controller and a first chassis switch of the first chassis;
determining via the second management session a second switch path on the first chassis switch; and
aggregating, by the SDN controller, the first switch path and the second switch path into a chassis management controller virtual switch on the chassis management controller, such that a packet associated with the first switch path can be routed on either of the first switch path or the second switch path.
2. The method of claim 1 , further comprising:
establishing a third management session between the SDN controller and a second baseboard management controller embedded on a second mainboard of a second blade of a second chassis, wherein the second blade includes a second virtual switch and wherein the second chassis is a second rack mounted server system;
determining via the third management session a third switch path on the second virtual switch; and
aggregating, by the SDN controller, the third switch path into the chassis management controller virtual switch.
3. The method of claim 2 , further comprising:
establishing a fourth management session between the SDN controller and a second chassis switch of the second chassis;
determining via the fourth management session a fourth switch path on the second chassis switch; and
aggregating, by the SDN controller, the fourth switch path into the chassis management controller virtual switch.
4. The method of claim 3 , further comprising:
establishing a fifth management session between the SDN controller and a top-of-rack switch associated with the first chassis and the second chassis;
determining via the fifth management session a fifth switch path on the top-of-rack switch; and
aggregating, by the SDN controller, the fifth switch path into the chassis management controller virtual switch.
5. The method of claim 1 , wherein:
the first management session comprises a first virtual local area network; and
the second management session comprises a second virtual local area network.
6. The method of claim 1 , wherein the first management session and the second management session are established on a management network of the first chassis.
7. The method of claim 1 , wherein the first switch path is further determined via an operating system/baseboard management controller passthru on the first blade.
8. The method of claim 1 , wherein the first baseboard management controller operates on an intelligent platform management interface.
9. A method of enabling a virtual switch, the method comprising:
providing a first chassis management controller on a first chassis and a second chassis management controller on a second chassis, wherein the first chassis is a first rack mounted server system and the second chassis is a second rack mounted server;
establishing a first management session between the first chassis management controller and the second chassis management controller;
establishing a second management session between the first chassis management controller and a first baseboard management controller embedded on a first mainboard of a first blade of the first chassis, wherein the first blade includes a first virtual switch;
receiving at the first baseboard management controller a first path on the first virtual switch via a pass through between the first baseboard management controller and the first virtual switch;
providing via the second management session the first switch path to the first chassis management controller;
establishing a third management session between the second chassis management controller and a second baseboard management controller embedded on a second mainboard of a second blade of the second chassis, wherein the second blade includes a second virtual switch;
providing via the third management session a second switch path on the second virtual switch to the second chassis management controller;
providing via the first management session the second switch path to the first chassis management controller; and
aggregating the first switch path and the second switch path into a chassis management controller virtual switch on the first chassis management controller, such that a packet associated with the first switch path can be routed on either of the first switch path or the second switch path.
10. The method of claim 9 , further comprising:
establishing a fourth management session between the first chassis management controller and a first chassis switch of the first chassis;
providing via the fourth management session a third switch path on the first chassis switch to the first chassis management controller; and
aggregating the third switch path into the chassis management controller virtual switch.
11. The method of claim 10 , further comprising:
establishing a fifth management session between the second chassis management controller and a second chassis switch of the second chassis;
providing via the fifth management session a fourth switch path on the second chassis switch to the second chassis management controller;
providing via the first management session the fourth switch path to the first chassis management controller; and
aggregating the fifth switch path into the chassis management controller virtual switch.
12. The method of claim 11 , further comprising:
establishing a sixth management session between the first chassis management controller and a top-of-rack switch associated with the first chassis and the second chassis;
providing via the sixth management session a fifth switch path on the top-of-rack switch to the first chassis management controller; and
aggregating the fifth switch path into the chassis management controller virtual switch.
13. The method of claim 9 , wherein:
the first management session comprises a first virtual local area network;
the second management session comprises a second virtual local area network; and
the third management session comprises a third virtual local area network.
14. The method of claim 9 , wherein the second management session is established on a first management network of the first chassis, and the third management session is established on a second management network of the second chassis.
15. The method of claim 9 , wherein the first switch path is further determined via an operating system/baseboard management controller passthru on the first blade.
16. The method of claim 9 , wherein the first baseboard management controller operates on an intelligent platform management interface.
17. A multi-chassis server system comprising:
a first chassis including:
a first chassis management controller; and
a first blade server including a first baseboard management controller embedded on a first mainboard of the first blade server, and a first virtual switch, wherein the first chassis is a first rack mounted server system; and
a second chassis including:
a second chassis management controller; and
a second blade server including a second baseboard management controller embedded on a first mainboard of the second blade server, and a second virtual switch, wherein the second chassis is a second rack mounted server;
wherein:
the first chassis management controller establishes a first management session with the second chassis management controller and a second management session with the first baseboard management controller;
the second chassis management controller establishes a third management session with the second baseboard management controller;
a first switch path on the first virtual switch is received at the first chassis management controller from the first virtual switch via a pass between the first chassis management controller and the first virtual switch;
the first switch path is provided via the second management session to the first chassis management controller;
a second switch path on the second virtual switch is provided via the third management session to the second chassis management controller;
the second switch path is provided via the first management session to the first chassis management controller; and
the first switch path and the second switch path are aggregated into a chassis management controller virtual switch on the first chassis management controller, such that a packet associated with the first switch path can be routed on either of the first switch path or the second switch path.
18. The multi-chassis server system of claim 17 , wherein:
the first chassis further includes a first chassis switch;
the second chassis further includes a second chassis switch;
the first chassis management controller establishes a fourth management session with the first chassis switch;
the second chassis management controller establishes a fifth management session with the second chassis switch;
a third switch path on the first chassis switch is provided via the fourth management session to the first chassis management controller;
a fourth switch path on the second chassis switch is provided via the fifth management session to the second chassis management controller;
the fourth switch path is provided via the first management session to the first chassis management controller; and
the third switch path and the fourth switch path are aggregated into the chassis management controller virtual switch.
19. The multi-chassis server system of claim 17 , wherein:
the first management session comprises a first virtual local area network;
the second management session comprises a second virtual local area network; and
the third management session comprises a third virtual local area network.
20. The multi-chassis server system of claim 17 , wherein the second management session is established on a first management network of the first chassis, and the third management session is established on a second management network of the second chassis.