System and method to reduce service disruption in a shared infrastructure node environment
A method of reducing downtime in a node environment is disclosed. The method includes identifying an originating system board of a plurality of system boards that requires service where the originating system board includes a node operating on a processor. The method further includes identifying a target system board of the plurality of system boards where the target system board includes a target processor. The method further includes transferring operation of the node to the target processor before the originating system board is serviced, and operating the node on the target processor.
1. A method of reducing downtime in a node environment, the method comprising:
identifying an originating system board of a plurality of system boards that requires service, the originating system board including a first node and a second node operating on a processor;
identifying the first node for powering down based on a determination that a distributed application is operating on the first node and a node on another system board, the node on the other system board operable to assume operations performed by the first node when the first node is powered down;
identifying the second node for transfer to a target processor on a target system board of the plurality of system boards;
powering down the first node before the originating system board is serviced; and
transferring operation of the second node to the target processor before the originating system board is serviced.
2. The method of claim 1 , wherein transferring operation of the second node to the target processor comprises:
booting the target processor; and
loading a system state and an operating system image of the second node on the target processor.
3. The method of claim 2 , wherein loading the system state on the target processor comprises:
freezing processes running on the second node;
saving the system state of the second node, the system state including a snapshot of the processes running on the second node; and
transmitting the system state to the target processor.
4. The method of claim 2 , wherein loading the operating system image on the target processor comprises transmitting the operating system image to the target processor from a storage resource allocated to the originating system board.
5. The method of claim 2 , wherein loading the operating system image on the target processor comprises the target processor accessing the operating system image from a shared storage resource.
6. An information handling system, comprising:
a plurality of system boards;
a plurality of storage devices communicatively coupled to the plurality of system boards; and
a controller communicatively coupled to the plurality of system boards and the plurality of storage devices, the controller configured to:
identify an originating system board of the plurality of system boards that requires service, the originating system board including a first node and a second node operating on a processor;
identify the first node for powering down based on a determination that a distributed application is operating on the first node and a node on another system board, the node on the other system board operable to assume operations performed by the first node when the first node is powered down;
identify the second node for transfer to a target processor on a target system board of the plurality of system boards;
power down the first node before the originating system board is serviced; and
transfer operation of the second node to the target processor before the originating system board is serviced.
7. The system of claim 6 , the controller further configured to:
identify a third node operating on a second processor of the originating system board for transfer to a second target processor on a second target system board of the plurality of system boards;
transfer the operation of the third node to the second target processor before the originating system board is serviced.
8. The system of claim 6 , wherein transferring operation of the second node operating on the originating system board to the target processor comprises:
booting the target processor; and
loading a system state and an operating system image of the second node on the target processor.
9. The system of claim 8 , wherein loading the system state on the target processor comprises:
freezing processes running on the second node;
saving the system state of the second node, the system state including a snapshot of the processes running on the second node; and
transmitting the system state to the target processor.
10. The system of claim 8 , wherein loading the operating system image on the target processor comprises the target processor accessing the operating system image from a storage device of the plurality of storage devices, the storage device shared by the plurality of system boards.
11. The system of claim 8 , wherein loading the operating system image on the target processor comprises transmitting the operating system image to the target processor from a storage device of the plurality of storage devices, the storage device allocated to the originating system board.
12. A non-transitory computer-readable medium including computer-executable instructions encoded in the computer-readable medium, the instructions, when executed by a processor, operable to perform operations comprising:
identifying an originating system board of a plurality of system boards that requires service, the originating system board including a first node and a second node operating on a processor;
identifying the first node for powering down based on a determination that a distributed application is operating on the first node and a node on another system board, the node on the other system board operable to assume operations performed by the first node when the first node is powered down;
identifying the second node for transfer to a target processor on a target system board of the plurality of system boards;
powering down the first node before the originating system board is serviced; and
transferring operation of the second node to the target processor before the originating system board is serviced.
13. The computer-readable medium of claim 12 , the computer-executable instructions, when executed by a processor, further operable to perform operations comprising:
identifying a third node operating on a second processor of the originating system board for transfer to a second target processor on a second target system board of the plurality of system boards;
transferring operation of the third node to the second target processor before the originating system board is serviced.
14. The computer-readable medium of claim 12 , wherein transferring operation of a second node operating on the originating system board to the target processor comprises:
booting the target processor; and
loading a system state and an operating system image of the second node on the target processor.
15. The computer-readable medium of claim 14 , wherein loading the system state on the target processor comprises:
freezing processes running on the second node;
saving the system state of the second node, the system state including a snapshot of the processes running on the second node; and
transmitting the system state to the target processor.
16. The computer readable medium of claim 14 , wherein loading the operating system image on the target processor comprises transmitting the operating system image to the target processor from a storage device allocated to the originating system board.
17. The computer readable medium of claim 14 , wherein loading the operating system image on the target processor comprises instructing the target processor to access the operating system image from a shared storage device.