Remote system management and operation services in a computer network

• US 20040163008A1
• Filed: 02/19/2003
• Published: 08/19/2004
• Est. Priority Date: 02/19/2003
• Status: Abandoned Application

• Current Assignee: Roy Moon Kim
• Original Assignee: Roy Moon Kim
• Inventors: Kim, Roy Moon
• Application Number:
  US10/369,206
• Publication Number:
  US 20040163008A1
• Time in Patent Office: Days
• US Class Current: 714/4
• CPC Class Codes: H04L 67/1095 Replication or mirroring of data, e.g. scheduling or transport for data synchronisation between network nodes
• CPC Class Codes: H04L 69/40 for recovering from a failure of a protocol instance or entity, e.g. service redundancy protocols, protocol state redundancy or protocol service redirection management of faults, events, alarms or notifications in data switching networks H04L41/06

Abstract

A method and apparatus for management of a computer network is disclosed, that provides automated disaster recovery, rollout, and reconfigurable cluster and distributed computing operation for the computers and servers in a computer network. Further, a network adapter that allows for remote management for all types of systems is provided.

Claims

1. A method for managing a computer network comprising at least a first computer and a second computer, the method comprising:

determining a status of a first computer at the second computer to determine whether to provide a new disk image to the first computer;

providing, to the first computer, an instruction to load the new disk image from the network onto the first computer;

determining at the second computer, if a response to the instruction to load the new disk image is received at the first computer; and

serving the new disk image to the first computer, if the response to the instruction to load the new disk image is received at the second computer.

2. The method for managing a computer network according to claim 1, further comprising:

prior to providing the instruction to load the new disk image, providing an instruction to the first computer to create and upload a current disk image of the first computer,

determining at the second computer, if the first computer has completed uploading the current disk image; and

if the first computer has completed uploading the current disk image, then providing the instruction to load the new disk image.

3. The method for managing a computer network according to claim 2, further comprising

determining that an error has occurred on the first computer;

and

wherein providing the instruction to the first computer to create and upload the current disk image is responsive to determining the error has occurred on the first computer.

4. The method for managing a computer network according to claim 1, further comprising

receiving a request from the first computer to load a new disk image,

determining if the first computer has a valid network identifier;

and

wherein determining whether to provide a new disk image to the first computer comprises determining whether the status of the first computer corresponds to enabling the first computer to request a new disk image.

5. The method for managing a computer network according to claim 4, further comprising

determining, at the first computer, that an error has occurred on the first computer;

and

wherein the request from the first computer to load the new disk image is sent from the first computer in response to the determining, at the first computer, that an error has occurred on the first computer.

6. The method for managing a computer network according to claim 5, further comprising:

prior to providing the instruction to load the new disk image, providing an instruction to the first computer to create and upload a current disk image,

determining, at the first computer, when the first computer has completed uploading the current disk image; and

wherein the request from the first computer to load the new disk image is received after first computer has completed uploading the current disk image.

7. The method for managing a computer network according to claim 1, wherein the instruction to load the new disk image comprises an instruction for the first computer to begin a boot sequence and wherein the instruction for the first computer to begin the boot sequence comprises a packet comprising a repeated the MAC address of the first computer in the computer network.

8. The method for managing a computer network according to claim 1, wherein the network comprises one or more of following network types a wireless LAN, token ring network, Local Area Network, and Ethernet.

9. The method for managing a computer network according to claim 1, further comprising

after determining a status of the first computer at the second computer, determining whether the first computer is responsive to communication from the second computer system;

if the first computer is not responsive, providing an instruction to the first computer to initiate a boot sequence and then determining whether the first computer is responsive to communication at a predetermined time;

ceasing to provide the instruction to the first computer to initiate the boot sequence, if the first computer is not responsive to communication from the second computer after the instruction to initiate the boot sequence has been provided a predetermined number of times;

if the first computer system is responsive, providing another instruction to the first computer to initiate the boot sequence; and

after providing the another instruction to the first computer to initiate a boot sequence, providing the instruction to load the new disk image.

10. The method for managing a computer network according to claim 9, further comprising connecting to a status port of the first the computer and providing, to the status port of the first computer, the instruction to load the new disk image after determining that the first computer is responsive and the instruction to initiate the boot sequence has been provided.

11. The method for managing a computer network according to claim 1, wherein the new disk image comprises a disk image configured to operate utilizing a cluster communication protocol.

12. A system for managing a computer network comprising at least one server comprising at least one fixed drive that provide services, and a plurality of clients comprising at least one fixed drive that utilize the services provided by the at least one server, comprising:

a management program that determines when each of a plurality of management clients comprising at least some systems of the at least one server and of the plurality of clients is to load a new disk image according to a status of each of the management clients and that generates an instruction to load the new disk image to the at least one management client;

a data storage capable of storing the status of each of the plurality of management clients, so that the management program can read and write the status of each of the plurality of management clients to the data storage; and

an interface program that allows administrative access to the data storage and management program.

13. The system for managing a computer network according to claim 12, wherein the management program further comprises an instruction determination application that is capable of determining whether to instruct each of the plurality of management clients to load the new disk image based upon a status of each of the plurality of management clients.

14. The system for managing a computer network of claim 13, wherein the management program comprises an instruction application capable of generating the instruction to load the new disk image for each of the plurality of management clients, a server application capable of serving disk images including the new disk image to each of the plurality of management clients, and a status application capable of determining if a response received from each of the plurality of management clients and that is capable of determining if a management client of the plurality of management clients has completed loading of a new disk image.

15. The system for managing a computer network according to claim 14, wherein the status application

determines whether each of the plurality of management clients is responsive to communication with the network;

if the management client is not responsive, the status application instructs the instruction application to provide an instruction to the management client to initiate a boot sequence and then the status application determines whether the management client is responsive to communication;

instructs the instruction application to cease providing the instruction to the management client to initiate the boot sequence, if the status application determines that the management client is not responsive to communication with the network after the instruction to initiate the boot sequence has been provided a predetermined number of times;

if the management client is responsive, the status application provides an instruction to the instruction application to provide an instruction to the first computer to initiate a boot sequence.

16. The system for managing a computer network according to claim 12, wherein the plurality of disk images comprises one or more of a first disk image comprising an operating system kernel including a recovery client, at least one application and a recovery client application;

a second disk image comprising an operating system kernel including a recovery client, a rollout client application and at least one application;

a third disk image comprising an operating system kernel including a recovery client, at least one application, a recovery client application, and an image upload client application; and

fourth disk image comprising an operating system kernel including a recovery client, a rollout client application, at least one application, and a image upload client application.

17. The system for managing a computer network according to claim 12, wherein the computer network comprises one or more of following network types a wireless LAN, token ring network, Local Area Network, and Ethernet.

18. A method for managing operation and resources of a computer network that comprises a plurality of computers, the method comprising

determining a status of each of a group of computers of the plurality of computers that are part of the computer network;

assigning each of the group of computers a disk image that is a part of a group of disk images;

instructing each of the group of computers to load a new disk image that corresponds the disk image assigned that is part of the group of disk images;

waiting for a response to the instruction from each of the group of computers to load the new disk image that it was assigned; and

serving the new disk image that it was assigned to each of the computers that responded to the instruction load the new disk image.

19. The method for managing operation and resources of a computer network according to claim 18 further comprising

instructing each of the group of computers to upload a previous disk image residing on the computer to the network prior to loading the new disk image;

receiving a response to the instruction, from each of the group of computers, to upload the previous disk image to the network; and

serving the new disk image to each of the computers that responded to the instruction to load the previous disk image.

20. The method for managing operation and resources of a computer network according to claim 18 further comprising

determining whether the each of the group of computers is responsive to communication over the computer network;

if the a computer of the group of computers is not responsive, providing an instruction to the computer to initiate a boot sequence and then determining whether the computer is responsive to communication;

ceasing to provide the instruction to the computer to initiate the boot sequence, if the computer is not responsive to communication after the instruction to initiate the boot sequence has been provided a predetermined number of times;

if the computer system is responsive, providing an instruction to the computer to initiate a boot sequence; and

after providing the instruction to the computer to initiate a boot sequence, then providing the instruction to load the new disk image assigned to the computer.