Large log file diagnostics system

1. An information handling system (IHS) diagnostic system, comprising:

a user IHS that is coupled to a network and configured to generate a log file that includes log data and that is associated with a user IHS error; and

a distributed processing IHS that is coupled to the user IHS through the network, wherein the distributed processing IHS is configured to:

receive the log file generated by the user IHS over the network;

clean the log file by removing a subset of the log data from the log file that is known to be unnecessary for jobs and separating any log data from the log file that was generated without a timestamp, wherein the cleaning of the log file produces a cleaned log file with cleaned log data;

structure the cleaned log file by placing the cleaned log data into predefined locations included in data structure to produce a structured cleaned log file;

store the structured cleaned log file on a plurality of node IHS's;

receive a job request from the user IHS over the network;

perform a job associated with the job request on the structured cleaned log file using the plurality of node IHS's to create a job result; and

provide the job result to the user IHS, wherein the job result includes at least one cause of the user IHS error.

2. The system of claim 1 , wherein the predefined locations included in the data structure include a timestamp location, a component location , and a log message location.

3. The system of claim 1 , wherein the subset of the log data is known to be unnecessary for jobs includes log severity tags that describe the severity of the log data.

4. The system of claim 1 , further comprising:

a provider IHS that is coupled to the user IHS and the distributed processing IHS through the network, wherein the provider IHS is configured to provide an interface to the user IHS over the network, and wherein the interface allows the log file to be sent over the network to the distributed processing IHS from the user IHS, the job request to be created by the user IHS and sent over the network to the distributed processing IHS, and the job result to be viewed on the user IHS.

5. The system of claim 4 , wherein the provider IHS is configured to receive a real-time alert from the user IHS that is associated with the user IHS error and, in response, send the log file to the distributed processing IHS along with the job request in order to receive the job result that includes the at least one cause of the real-time alert that is associated with the user IHS error.

6. The system of claim 1 , wherein the job result includes a graphical display of a number of user IHS events in the structure cleaned log file over time.

7. The system of claim 1 , wherein the job result includes a graphical display of a persona life cycle.

8. An information handling system (IHS), comprising:

a plurality of user IHS's that are coupled to a network, wherein each user IHS is configured to generate a log file that includes log data;

a provider IHS coupled to the plurality of user IHS's through the network; and

a distributed processing IHS that is coupled to the provider IHS through the network, wherein the distributed processing IHS is configured to:

receive the log file generated by each user IHS from the provider IHS over the network;

clean each log file by removing a subset of the log data from each log file that is known to be unnecessary for jobs and separating any log data from each log file that was generated without a timestamp, wherein the cleaning of each log file produces cleaned log files with cleaned log data;

structure each cleaned log file by placing the cleaned log data into predefined locations included in a data structure to produce structured cleaned log files;

store the structured cleaned log files on a plurality of node HIS's;

receive a job request from the provider IHS over the network;

perform a job associated with the job request on at least one structured cleaned log file using the plurality of node IHS's to create a job result; and

provide the job result to the provider IHS, wherein the job result includes at least one cause of an error associated with at least one of the plurality of user IHS's.

9. The IHS of claim 8 , wherein the

predefined locations included in the data structure include a timestamp location, a component location, and a log message location.

10. The IHS of claim 8 , wherein the subset of the log data that is known to be unnecessary for jobs includes log severity tags that describe the severity of the log data.

11. The IHS of claim 8 , wherein the provider IHS is configured to provide an interface to at least one of the plurality of user IHS's over the network, and wherein the interface allows the at least one log file to be sent over the network to the distributed processing IHS from the at least one user IHS, the job request to be created by at least one user IHS and sent over the network to the distributed processing IHS, and the job result to be viewed on at least one user IHS.

12. The IHS of claim 8 , wherein the provider IHS is configured to receive a real-time alert from at least one user IHS that is associated with the error and, in response, send the at least one log file to the distributed processing IHS along with the job request in order to receive the job result that includes the at least one cause of the real-time alert that is associated with the error.

13. The system of claim 1 , wherein the job result includes a graphical display of a number of user IHS events in the at least one structured cleaned log file over time.

14. The system of claim 1 , wherein the job result includes a graphical display of a persona life cycle.

15. A method for diagnosing information handling system (IHS) errors, comprising:

retrieving a log file generated by a user IHS over a network and sending the log file over the network to a distributed processing IHS;

cleaning the log file by removing a subset of log data from the log file that is known to be unnecessary for jobs and separating any log data from the log file that was generated without a timestamp, wherein the cleaning of the log file produces a cleaned log file with cleaned log data;

structuring the cleaned log file by placing the cleaned log data into predefined locations included in a data structure to produce a structured cleaned log file;

storing the structured cleaned log file on a plurality of node IHS's in the distributed processing IHS;

sending a job request to the distributed processing IHS over the network;

performing a job associated with the job request on the log file using the plurality of node IHS's to create a job result; and

retrieving the job result from the distributed processing IHS, wherein the job result includes at least one cause of an error associated with the user IHS.

16. The method of claim 15 ,

wherein the predefined locations included in the data structure include a timestamp location, a component location, and a log message location.

17. The method of claim 15 , wherein the subset of the log data that is known to be unnecessary for jobs includes log severity tags that describe the severity of the log data.

18. The method of claim 15 , further comprising:

providing an interface to the user IHS over the network, and wherein the interface allows the log file to be retrieved and sent over the network to the distributed processing IHS from the user IHS, the job request to be created by the user IHS and sent over the network to the distributed processing IHS, and the job result to be viewed on the user IHS.

19. The method of claim 15 , further comprising:

receiving a real-time alert from the user IHS that is associated with the error and, in response, sending the log file to the distributed processing IHS along with the job request in order to receive the job result that includes the at least one cause of the real-time alert that is associated with the user IHS error.

20. The method of claim 15 , wherein the job result includes a graphical display of a number of user IHS events in the structured cleaned log file over time.