JP3052514B2 - Delivery generation method - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a delivery generation method in a computer system for outputting some information as a job execution result using a sysout file, and more particularly, to setting a delivery generation condition at the start of a job or a job step. The present invention relates to a delivery generation method that determines whether or not to generate a delivery based on the set delivery generation conditions and the execution state of the job or job step at the end of the job or job step.

[0002]

2. Description of the Related Art In a standard system-out delivery generation system in a conventional computer system, whether or not delivery can be generated is already determined at the time of submitting a job. Sys-out files are sequentially written, and sys-out information such as the number of outputs to the sys-out file and output members are stored in the sys-out information storage area. At the end of the job, a delivery is created from the stored sys-out information and the sys-out file. Was.

[0003]

As described above, conventionally, whether or not a delivery can be created is determined at the time of submitting a job. Therefore, a detailed selection of the delivery, such as determining whether or not the delivery can be created, depending on the execution state of a job or a job step. Could not be done.

[0004] The present invention has been made in view of such circumstances, and its purpose is to set delivery generation conditions at the start of a job or job step, and to set the delivery generation conditions at the end of a job or job step. It is an object of the present invention to provide a delivery generation method that determines whether or not a delivery can be generated based on a generation condition and an execution state of a job or a job step.

[0005]

According to the present invention, a delivery generation condition can be set at the start of a job, and at the end of the job,
A computer system that outputs data related to job execution results to a sysout file in order to determine whether or not delivery can be generated based on the set delivery generation conditions and job execution status. A job start means for storing delivery generation conditions of the job in a job information storage area, and a sysout control means for storing sysout information in the sysout information storage area when outputting data relating to the execution result of the job step to the sysout file At the end of a job, by determining whether to generate a delivery based on the delivery generation conditions of the job stored in the job information storage area and the execution state of the job, and by determining not to generate the delivery. The sysout information output by the job is stored in the sysout information storage area. A delivery generation means for emitting Shisuauto erasure event is deleted al, the Shisuauto receive erasure event, and a Shisuauto erasing means for erasing the cis-out data of the job from the cis-out file.

In addition, a delivery generation condition can be set at the start of a job step, and at the end of the job step, whether or not delivery can be generated can be determined based on the set delivery generation condition and the execution state of the job step. For this reason, in a computer system that outputs data relating to a job execution result to a sysout file, at the start of a job step, a job step start means for storing a delivery generation condition of the job step in a job step information storage area; A sysout control unit that stores sysout information in a sysout information storage area when outputting data relating to the execution result of the job step to a file; and, when the job step ends, the job step information stored in the job step information storage area. Delivery generation conditions It is determined whether or not to generate a delivery based on the execution state of the job step, and by determining not to generate the delivery, the sysout information output in the job step is deleted from the sysout information storage area and the job step is deleted. Job step ending means for deleting the sys-out data in the sys-out file output in step 1.

[0007] Further, in order to be able to dynamically change the delivery generation conditions of the job and the delivery generation conditions of the job step once set during the job step, the job information is generated in accordance with the delivery generation condition change request from the job step. There is provided a generation condition changing means for changing the delivery generation conditions of the job stored in the storage area and the delivery generation conditions of the job step stored in the job step information storage area.

[0008]

According to the delivery generation method of the present invention, at the start of a job, the job start means stores the delivery generation conditions of the job in the job information storage area, and at the start of the job step, the job step start means sets the delivery of the job step. The generation condition is stored in the job step information storage area.

When outputting data relating to the execution result of the job step to the sysout file, the sysout control means stores the sysout information in the sysout information storage area.

At the end of the job step, the job step ending means refers to the delivery generation condition of the job step stored in the job step information storage area and outputs the job step if the delivery generation condition does not match. And deletes the generated sysout information from the sysout information storage area and deletes the sysout data in the sysout file output in the job step.

At the end of the job, the delivery generation means refers to the delivery generation conditions of the job stored in the job information storage area, and outputs the sysout information output by the job that does not match the delivery generation conditions. At the same time as deleting from the sysout information storage area, a sysout delete event is issued, and the sysout delete means receives the sysout delete event and deletes the sysout data of the corresponding job from the sysout file.

Further, the generation condition changing means may be configured to change the delivery generation condition of the job stored in the job information storage area and the delivery generation of the job step stored in the job step information storage area in accordance with the delivery generation condition change request from the job step. Change conditions.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, embodiments of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a block diagram of one embodiment of the present invention.
In FIG. 1, reference numeral 1 denotes a job control process, 8 denotes a job execution process, and a job start means 2, a job step start means 3 and a delivery generation means 4 operate on the job control process 1, and a job Step 9 and the job step end means 10 operate.

The storage means includes a job information storage area 5 for storing job information, a job step information storage area 6 for storing job step information, and a sysout file (standard sysout file) 14 for storing sysout data. And a sysout information storage area 12 for storing sysout information.

Also, the sysout control means 11 controls output of the sysout data to the sysout file 14 and the sysout information to the sysout information storage area 12, and the job information storage area 5 and the job step information storage area 6. The system includes a generation condition changing means 7 for changing the delivery generation conditions thus received, and a sysout erasing means 13 for erasing the sysout data stored in the sysout file 14.

Hereinafter, the operation related to the generation of the delivery from the input of the job to the end of the job will be described in detail with a detailed functional description of each unit.

When a job is input (job execution request) to the job control process 1, control is first passed to the job start means 2.

The job starting means 2 prepares for starting the job and stores the job information in the job information storage area 5.
At this time, the job start unit 2 stores the delivery generation conditions of the entire job in the job information storage area 5 as a part of the job information.

The delivery generation conditions for the entire job include:
For example, a condition can be adopted in which a delivery is generated when the job ends normally, and no delivery is generated when the job ends abnormally. Of course, other conditions can be set.

When the job start means 2 finishes the job start processing, it passes control to the job step start means 3.

The job step start means 3 performs a job step start process and stores job step information in the job step information storage area 6. At this time, the job step start means 3 stores the delivery generation conditions of the job step as a part of the job step information in the job step information storage area 6 as a part of the job step information.

As the delivery generation condition of the job step, for example, a condition that a delivery is generated when the job step ends normally, and that no delivery is generated when the job step ends abnormally can be adopted. Of course, other conditions can be set.

After completing the necessary processing, the job step starting means 3 starts the job step 9 to be started this time in the job execution process 8.

Various kinds of processing are performed in the activated job step 9. When outputting data to the sysout file 14, the sysout control means 11 stores the output data in the sysout file 14, and outputs the sysout information. The storage area 12 stores sysout information such as the number of outputs to the sysout file 14 and output members.

When a request for changing the delivery generation condition of the job or / and the delivery generation condition of the job step is issued from the activated job step 9, the generation condition changing means 7 stores the job information in the job information storage area 5. The job delivery generation conditions or / and the job step delivery generation conditions stored in the job step information storage area 6 are changed.

When the operation of the job step 9 is completed, the control is passed to the job step ending means 10.

The job step ending means 10 performs post-processing of the job step 9, and performs the processing shown in FIG. 2 as a part of the processing.

First, the delivery generation condition relating to the completed job step is referred to from the job step information storage area 6, and it is determined whether or not the delivery is to be generated based on the delivery generation condition and the execution state of the job step (see FIG. 4). S1). If it is determined that the delivery is to be generated, the sysout output information completion processing of the job step is performed (S
2) Make the delivery possible.

On the other hand, if it is determined that the delivery is not to be generated, the job step ending means 10 deletes the sysout information created in the job step from the sysout information storage area 12 and deletes the corresponding sysout data from the sysout file 14. Erase (S3).

The job step ending means 10 as described above
With this process, it is possible to generate and delete a delivery in accordance with the job step delivery generation conditions set at the start of the job step or during the subsequent execution of the job step and the execution state of the job step.

When the operation of the job step ending means 10 is completed, the control is returned to the job control process 1. The job control process 1 transfers the control to the job step starting means 3 if the next job step exists, and A step start process is performed, and if there is no next job step, that is, if the job is completed, the control is passed to the delivery generation unit 4.

When the delivery generating means 4 takes over the control,
The processing as shown in FIG. 3 is executed. First, it refers to the delivery generation condition for the job completed this time from the job information storage area 5 and determines whether to generate a delivery based on the delivery generation condition and the execution state of the job (T1). If it is determined that a delivery is to be generated, a delivery is created based on the sysout information stored in the sysout information storage area 12 and the sysout data stored in the sysout file 14 (T2).

On the other hand, if it is determined that the delivery is not to be generated, the delivery generating means 4 sets the cis-out information storage area 1
2 to delete the sysout information of the job (T3),
It notifies the sysout erasing means 13 of a sysout erasing event related to erasing the sysout data of the job (T
4), end the process.

The sysout erasing means 13 having received the sysout erasing event erases the sysout data of the notified job from the sysout file 14.

By the processing of the delivery generating means 4 and the cis-out erasing means 13 as described above, the generation of the delivery according to the delivery generation conditions of the job and the execution state of the job set at the start of the job or during the execution of the subsequent job step. Enables erasure.

[0037]

As described above, according to the delivery generation method of the present invention, at the start of a job or at the start of a job step, the delivery generation conditions for the entire job and the delivery generation conditions for each job step can be set. Sysout information and sysout data that do not match the set delivery generation conditions are stored when the job or job step ends.
Since the file can be deleted from the file, it is possible to finely control whether the delivery can be generated or not according to the execution state of the job or the job step.

Further, since the delivery generation condition can be changed during execution of the job step, the delivery generation condition can be dynamically changed and flexible delivery generation control can be performed.

[Brief description of the drawings]

FIG. 1 is a configuration diagram of an embodiment of the present invention.

FIG. 2 is an explanatory diagram of an operation of a job step ending means.

FIG. 3 is an explanatory diagram of an operation of a delivery generation unit.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Job control process 2 ... Job start means 3 ... Job step start means 4 ... Delivery generation means 5 ... Job information storage area 6 ... Job step information storage area 7 ... Generation condition change means 8 ... Job execution process 9 ... Job step 10 ... Job step ending means 11 ... Sys out control means 12 ... Sys out information storage area 13 ... Sys out erasing means 14 ... Sys out file

Continuation of the front page (56) References JP-A-3-256119 (JP, A) JP-A-57-212537 (JP, A) JP-A-63-124134 (JP, A) JP-A-4-335427 (JP) , A) "ACOS Software ACOS-4 / MVP XE DFPRINT Manual", NEC Corporation (1986), p. 29-35 Invention Association Open Technical Report No. 91-1576 (58) Fields investigated (Int.Cl. ⁷ , DB name) G06F 9/06, 9/46

Claims (3)

(57) [Claims] 1. A computer system for outputting data relating to a job execution result to a sysout file, wherein at the start of the job, job start means for storing a delivery generation condition of the job in a job information storage area; A sysout control unit for storing sysout information in a sysout information storage area when outputting data relating to the execution result of the job step, and a delivery generation condition of the job stored in the job information storage area when the job is completed. Determining whether to generate a delivery based on the execution state of the job, and determining not to generate the delivery, thereby deleting the sysout information output by the job from the sysout information storage area and generating a sysout erasure event Generating means; and the cis-out erasure event Receipt, delivery generation method being characterized in that a Shisuauto erasing means for erasing the cis-out data of the job from the cis-out file. 2. A computer system for outputting data relating to a job execution result to a sysout file, wherein at the start of a job step, a job step start means for storing a delivery generation condition of the job step in a job step information storage area; A sysout control means for storing sysout information in a sysout information storage area when outputting data relating to a job step execution result to a sysout file; and a job stored in the job step information storage area when the job step ends. It is determined whether or not the delivery is to be generated based on the delivery generation condition of the step and the execution state of the job step, and the sysout information output in the job step is determined from the sysout information storage area by determining not to generate the delivery. Delete A job step ending means for deleting sys-out data in the sys-out file output in the job step. 3. The delivery generation method according to claim 1, further comprising a generation condition changing unit that changes the stored delivery generation condition in accordance with a delivery generation condition change request from a job step.