System for network file server failure notification

• US 5,631,847 A
• Filed: 04/27/1995
• Issued: 05/20/1997
• Est. Priority Date: 04/27/1995
• Status: Expired due to Fees

• Current Assignee: PDACO LIMITED
• Original Assignee: Elonex IP Holdings Limited
• Inventors: Kikinis, Dan
• Primary Examiner(s): Ramirez, Ellis B.
• Application Number:
  US08/429,802
• Time in Patent Office: 754 Days
• Field of Search: 354/514 R, 354/579, 354/580, 395/185.01, 395/185.1, 395/183.22, 395/2.83
• US Class Current: 709/207
• CPC Class Codes: G06F 11/0709 in a distributed system consisting of a plurality of standalone computer nodes, e.g. clusters, client-server systems
• CPC Class Codes: G06F 11/0748 in a remote unit communicating with a single-box computer node experiencing an error/fault remote testing G06F11/2294
• CPC Class Codes: G06F 11/2294 by remote test
• CPC Class Codes: G06F 11/327 Alarm or error message display

Abstract

An error notification system operated independently of a connected computer receives signals indicating an error condition in operation of the computer, matches the signal with a prerecorded message, and dials phone numbers from a priority list of responsible parties. When a call is answered, the notification system announces the message, informing the answering agent of the error condition, and requests a response requiring a person. If the requested response is not given, the system dials the phone number next in priority, and so on, until a person answers and provides the human response. The system is applied to networked computers, such as file servers, and in one embodiment, the answering party can initiate corrective action.

Claims

1. An error notification system for a computer, comprising:

a CPU for managing operations of the error notification system;

a memory;

a telephone modem;

a message device for rendering a message file in audio form and providing the message to the telephone modem;

a communication bus connecting the CPU, the memory, the message device, and the telephone modem;

a communication link adapted for connecting the CPU to the computer;

a list of telephone numbers stored in the memory with each assigned a position in a priority calling sequence;

a pre-programmed response; and

a calling control routine stored in the memory and executable by the CPU;

wherein the calling routine, on detecting an error by the computer, calls the highest priority telephone number, requests the pre-programmed response if the call is answered, hangs up and calls the next number in order in the event that the pre-programmed response is not given in a preset time, and continues to call the telephone numbers in sequence until either the correct response is given or the end of the calling list is reached.

2. An error notification system as in claim 1, wherein the error notification system is implemented as an expansion board for engaging a slot on an expansion bus of the computer, and wherein the communication link from the CPU to the computer is the expansion bus.

3. An error notification system as in claim 1 wherein the error notification system is implemented as a stand-alone device, and the communication link from the CPU to the computer is one of a conventional serial port or a parallel port of the computer, the error notification system comprising a compatible port for the link.

4. An error notification system as in claim 1 wherein the message device is a voice recorder having prerecorded messages recorded thereon.

5. An error notification system as in claim 1 wherein the message device is a voice synthesizer, and prerecorded messages are digitally recorded messages stored in the memory of the error notification system.

6. An error notification system as in claim 1 further comprising plural stored messages, and wherein the CPU, executing the control routines, matches a received error signal with a unique one of the plural stored messages.

7. An error notification system as in claim 1 wherein the computer is a file server in a network of computers.

8. An error notification system as in claim 7 additionally comprising a network port and link to the network connecting the computers, and the CPU monitors network communications for appropriate responses and actions.

9. An error notification system as in claim 1 wherein the CPU compiles a retrievable transaction record for all calls placed and answered in each instance of an error signaled by the computer.

10. An error notification system as in claim 1 further comprising a control routine for commanding, via the communication link, at least one action by the computer to correct a signaled error condition, and wherein a called party may trigger the at least one action by input to the error notification system via the telephone modem.

11. An error tracking and announcing computer system, comprising:

a computer having a first CPU, a first memory, and a communication port; and

an error notification system comprising a second CPU for managing operations of the error notification system, a second memory, a telephone modem;

a message device for rendering a message file in audio form and providing the message to the telephone;

a communication bus connecting the CPU, the memory, the message device, and the telephone modem;

a communication link adapted for connecting the CPU to the computer;

a list of telephone numbers stored in the memory with each assigned a position in a priority calling sequence;

a pre-programmed response; and

a calling control routine stored in the memory and executable by the CPU;

wherein the calling routine, on detecting an error by the computer, calls the highest priority telephone number, requests the pre-programmed response if the call is answered, hangs up and calls the next number in order in the event that the pre-programmed response is not given in a preset time, and continues to call the telephone numbers in sequence until either the correct response is given or the end of the calling list is reached.

12. An error tracking and announcing computer system as in claim 11, wherein the error notification system is implemented as an expansion board for engaging a slot on an expansion bus of the computer, and wherein the communication link from the second CPU to the computer is the expansion bus.

13. An error tracking and announcing computer system as in claim 11 wherein the error notification system is implemented as a stand-alone device, and the communication link from the second CPU to the computer is one of a conventional serial port or a parallel port of the computer, the error notification system comprising a compatible port for the link.

14. An error tracking and announcing computer system as in claim 11 wherein the message device is a voice recorder having prerecorded messages recorded thereon.

15. An error tracking and announcing computer system as in claim 11 wherein the message device is a voice synthesizer, and prerecorded messages are digitally recorded messages stored in the memory of the error notification system.

16. An error tracking and announcing computer system as in claim 11 wherein there are plural stored messages, and wherein the second CPU matches a received error signal with a unique associated message.

17. An error tracking and announcing computer system as in claim 11 wherein the computer is a file server in a network of computers.

18. An error tracking and announcing computer system as in claim 17 additionally comprising a network port and link to the network connecting the computers, and the second CPU monitors network communications for appropriate responses and actions.

19. An error tracking and announcing computer system as in claim 11 wherein the second CPU compiles a retrievable transaction record for all calls placed and answered in each instance of an error signaled by the computer.

20. An error tracking and announcing computer system as in claim 11 further comprising a routine for commanding, via the communication link, at least one action by the computer to correct a signaled error condition, and wherein a called party may trigger the at least one action by input to the error notification system via the telephone modem.

21. A notification process for informing a responsible party of an error occurring in operation of a computer, comprising steps of:

(a) signaling an error condition from the computer to an error notification system having a CPU separate from the computer over a communication link;

(b) matching the error signal in the error notification system with a prerecorded message;

(c) selecting a next phone number of a party to be notified from a priority list of phone numbers, and dialing the number via a telephone modem, the next number being the highest priority number not yet dialed since step (b) was executed;

(d) announcing the prerecorded message if the dialed line is answered;

(e) requesting a response requiring an action by a person;

(f) going back to step (c) if the required response is not given; and

(g) ending the notification process if the required response is given.

23. The method of claim 21 further comprising a step for an answering party to initiate one or more correction actions in response to the announced prerecorded message.

22. The method of step 21 wherein the computer is a file server connected in a computer network.