Self-monitoring and trending service system with cascaded pipeline linking numerous client systems

• US 20030135575A1
• Filed: 06/27/2002
• Published: 07/17/2003
• Est. Priority Date: 01/14/2002
• Status: Abandoned Application

• Current Assignee: Sun Microsystems Incorporated (Oracle Corporation)
• Original Assignee: Sun Microsystems Incorporated (Oracle Corporation)
• Inventors: Kemp, Dean, Haynes, David, Marejka, Richard
• Application Number:
  US10/184,602
• Publication Number:
  US 20030135575A1
• Time in Patent Office: Days
• US Class Current: 709/207
• CPC Class Codes: H04L 43/00 Arrangements for monitoring or testing data switching networks

Abstract

A data transmission method utilizing priority-based messaging and providing a storing and forwarding of delayed messages. The method includes receiving messages with an assigned priority at a forwarding relay that are examined for priority and inserted based on assigned priority into FIFO queues provided for each message priority. A file of messages of a priority is assembled and the file is placed in the priority-based queue. The highest priority message is identified and transmitted to the appropriate recipient or stored until the recipient is available or the message deliverable. A next determination of the highest priority message is made and the next message in that priority queue is transmitted. Messages of a lower priority file are sent until a higher priority message is received. Messages for transmittal upstream and downstream of the forwarding relay are received concurrently and priority queues are provided for received upstream and downstream messages.

Claims

1. A priority-based messaging method for controlling transmission of data within a system monitoring system, comprising:

receiving messages at a forwarding relay, wherein each message has an assigned priority;

first determining a message having a highest priority based on the assigned priority;

transmitting from the forwarding relay the first-determined highest priority message;

second determining a message having a highest priority based on the assigned priority; and

transmitting from the forwarding relay the second-determined highest priority message.

2. The messaging method of claim 1, further including after the receiving, placing the received messages in queues associated with the assigned priorities.

3. The messaging method of claim 2, wherein the queues are first-in-first-out (FIFO) queues.

4. The messaging method of claim 2, further including after receipt of each of the messages, adjusting a highest priority register to a highest one of the assigned priorities of the received messages and wherein the first and second determining comprises reading the highest priority register.

5. The messaging method of claim 4, wherein one of the received messages is a start of file message, and further including opening a file in the queue associated with the assigned priority of the start of file message and wherein one of the received messages is an end of file message and further including closing the opened file with the assigned priority of the end of file message.

6. The messaging method of claim 5, wherein the first-determined highest-priority message and the second-determined highest priority message are from differing ones of the queues.

7. The messaging method of claim 1, further including receiving an acknowledgement command from a recipient of a transmitted message and in response, releasing a file in the priority queues containing the transmitted message and decrementing a job counter register.

8. The messaging method of claim 1, wherein the receiving of messages comprises receiving messages from upstream and downstream sources and wherein the first determining, the transmitting of the first-determined highest priority message, the second determining, and the transmitting of the second-determined highest priority message are performed at least partially concurrently for the upstream and downstream source messages.

9. A forwarding relay for use in a customer system portion of a self-monitoring system and positioned between monitored systems in the customer system and a communication network interface and a service provider system, comprising:

a downstream interface receiving upstream messages each comprising a recipient list and assembling the upstream messages in a message assembly area into upstream forwarding messages;

an upstream work scanner retrieving the upstream forwarding messages for transmittal to select ones of the monitored systems based on the recipient list associated with each of the retrieved messages; and

an upstream interface for transmitting the retrieved messages to the select ones of the monitored systems.

10. The relay of claim 9, further including a delayed transmission storage area and a command processor for storing delayed ones and undeliverable ones of the transmitted upstream forwarding messages in the delayed transmission storage area.

11. The relay of claim 10, wherein the command processor functions to initiate sending the stored delayed ones of the transmitted upstream forwarding messages.

12. The relay of claim 11, wherein the upstream receives a registration request for an upstream device on the recipient list associated with a stored delayed message and passes the registration request to the command processor and wherein the command processor registers the upstream device, determines if the registered upstream device is on the recipient list, and in response to the determination, transfers the stored delayed message to the upstream work scanner to initiate message transfer.

13. The relay of claim 9, wherein the upstream interface receives messages intended to be forwarded downstream and assembles the received messages in a message assembly area into messages to be forwarded downstream and further including a downstream work scanner retrieving the messages to be forwarded downstream and passing the retrieved messages to the downstream interface for transmittal to the service provider system.

14. The relay of claim 9, wherein the received upstream messages further comprise an assigned priority and further including a set of queues for storing the assembled upstream forwarding messages in first-in-first-out (FIFO) queues based on the assigned priorities.

15. The relay of claim 14, further including a highest priority register and wherein the downstream interface functions to establish a priority setting in the highest priority register based on the assigned priorities of the received upstream messages.

16. The relay of claim 15, wherein the upstream work scanner reads the priority setting of the highest priority register and performs the retrieving by obtaining a message from the FIFO queue having the read priority setting.

17. A customer-based service system for providing self-service tools from a central service provider node linked to a data communications network to customer environments via the communications network, comprising:

a communication pipeline within a customer environment adapted for digital data transfer;

a plurality of monitored relays linked to the pipeline comprising end nodes running at least a portion of the provided self-service tools;

a forwarding relay linked to the pipeline upstream of the monitored relays adapted to control flow of data transmitted between the service provider node and the monitored relays, wherein the forwarding relay includes means for storing the transmitted data and selectively forwarding the stored data on the pipeline; and

a customer relay linked to the pipeline and to the communications network providing a communication interface between the service provider node and the forwarding relay.

18. The system of claim 17, wherein the storing and forwarding means of the forwarding relay comprises priority queues for storing the transmitted data in files based on priorities associated with individual the transmitted data and an interface for processing the transmitted data received at the forwarding relay and placing the data in the priority queues.

19. The system of claim 18, wherein the storing and forwarding means further comprises a highest priority register for storing a highest priority value for the transmitted data in the priority queues and a work scanner for obtaining the highest priority value and retrieving a portion of the transmitted data from the priority queues corresponding to the highest priority value for the selective forwarding.

20. The system of claim 17, wherein the transmitted data includes upstream messages having a recipient list identifying a set of the monitored relays for receiving the transmitted data, and wherein the storing and forwarding means comprises an upstream interface for transmitting the transmitted data to registered ones of the monitored relays on the recipient list and a command processor for storing the transmitted data for non-registered ones of the monitored relays on the recipient list and for, when the non-registered ones are determined to be registered, initiating transmittal of the stored transmitted data