JP2001344118A - Automatic operation control method and automatic operation control system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a technology on an automatic operation control method and an automatic operation control system automatically generating job start and command issue by utilizing console messages and automatically controlling the simultaneous start and termination of an optional number of the same jobs and programs under complicated operating conditions. SOLUTION: This automatic operation control system generally comprises a console 5 displaying the console messages, a console message output means 2, a console message trap means 3, a console message display means 4, and an automatic operation control means 6 as shown by figure 1. The automatic operation control means 6 has a condition setting table TA and a control variable table TB.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to an automatic operation control method for a computer system, and more particularly to an automatic operation control method and an automatic operation control system for a computer system that automatically starts a job or issues a command using a console message. Belongs to.

[0002]

2. Description of the Related Art Conventionally, in the operation of a computer, an operator determines a console message output to a console to end a job, and issues commands to be executed next and starts a job in accordance with an operation procedure manual.

[0003] Examples of conventional automatic operation control systems are disclosed in JP-A-63-317815 and JP-A-3-94334.
As described in Japanese Unexamined Patent Application Publication No. H11-207, all of them set conditions for the appearance of a message and start a job or issue a command. In the conventional automatic driving control system having such a configuration, for example, it is not possible to set a condition for discriminating between before and after outputting a console message indicating a phase switching that occurs during a business operation service. Was output separately to make the settings. Further, a method of identifying the end of the same job started by a plurality of simultaneous multiplexes depends on human beings.

In Japanese Patent Publication No. 58-026567, a start command is set for each of a plurality of program routines.
A method for automatically controlling the start and end of each program routine is disclosed.

[0005]

However, the prior art has the following problems.

Since the operator operates the system while visually confirming the message displayed on the console, it takes a long time to check the message, the processing cannot be performed efficiently on the day, and the processing is not completed within the day. In addition, since the operator visually checks the console message, an erroneous operation operation due to an erroneous recognition of the console message is performed. Further, in the conventional automatic operation control system using console messages, switch control and counter control cannot be performed by console messages, so that these controls are performed by an operator, which imposes a burden on operation work.

Another problem is that even when counter control is used to control jobs and programs, it is not possible to automatically control the simultaneous start and termination of the same job or program by an arbitrary number.

The present invention has been made in view of such a problem, and a purpose thereof is to automatically generate a job start or a command issuance using a console message, which is a complicated operation condition. It is an object of the present invention to provide a technique relating to an automatic operation control method and an automatic operation control system for automatically controlling simultaneous activation and termination of an arbitrary number of the same jobs and programs.

[0009]

The gist of the present invention is to provide a method of controlling automatic operation of a computer system for outputting a console message, comprising the steps of automatically starting a job and issuing a command. A condition for determining whether or not to execute an operation, a set value serving as a reference for the condition, a satisfaction degree indicating a state of the condition, and each of the conditions where one or more of the conditions is an AND condition A condition group consisting of: a condition setting table, a message condition for judging the console message and a control variable condition indicating a control variable for controlling the operation are registered as the condition, Is set with a calculation operation for calculating the control variable and a job command operation indicating job start or command issuance, and a control corresponding to the control variable is set. A variable name and a current value in which the calculated value of the control variable calculated by the calculation operation is stored in a control variable table, and the condition setting table and the control variable table are pre-developed in a storage device of a computer system. Step 1, when receiving the notification of the console message output from the processing process running on each of the computer systems, compares the message condition registered in all the conditions in the condition setting table with the console message. And a second step of adding “1” to the satisfaction level of the matched message condition, and determining whether all conditions of the condition group including the matched message condition are satisfied, When all the conditions of the condition group are satisfied, the operation of the condition group is A third step of determining whether or not the calculation operation is performed, and in the third step, when the operation is the calculation operation, perform the calculation operation of the operation, and calculate a calculated value of a control variable by the calculation operation. A fourth step of storing the current value of the control variable table and a control variable name of the control variable table in the fourth step by referring to the control variable name from among all the conditions in the condition setting table. The set value of the searched control variable condition is compared with the current value of the control variable name, and when the current value is equal to the set value, it is determined that the condition is satisfied and A fifth step of storing "1" in the satisfaction degree of the control variable condition and returning to the third step; and in the fifth step, when the current value and the set value are not equal, the control variable Initial to the satisfaction of the condition In a sixth step of storing a value “0” and terminating, and in the third step, if the operation is not a calculation operation,
Execute the job command operation set in the operation,
If the condition is a message condition, storing a value obtained by subtracting the set value from the satisfaction level as a new satisfaction level, and terminating the processing. The first step includes a console for starting a batch job. A first message condition indicating a message and a second message condition indicating a console message of the end of the batch job are registered in each condition, and the first control variable is set to “1” in the calculation operation of the first message condition. "1" is added, "1" is subtracted from the first control variable in the calculation operation of the second message condition, and the initial value "0" is added to the current value of the first control variable. Is stored, and a setting is made to issue a command indicating that all the batch jobs have been completed to the job command operation corresponding to the first control variable condition indicating the first control variable, Comprising the step of storing the initial value "0" to the set value of the first control variable conditions, in the fourth step,
Each time a console message indicating the start of the batch job is notified, “1” is added to the first control variable, and the added calculated value is stored in a current value of the first control variable; Subtracting "1" from the first control variable each time a console message indicating the end of a batch job is notified, and storing the subtracted calculated value in the current value of the first control variable. , The fifth step includes:
When all of the started number of the batch jobs have been completed, the current value and the set value of the first control variable are equal to “0”, and thus the satisfaction degree corresponding to the condition is “1”.
And the seventh step is that, when all the batch jobs are completed, “1” is stored in the satisfaction degree of the first control variable condition. And a step of issuing a command indicating that the operation has been completed.
The gist of the present invention according to claim 2 is that, in the first step, a console message notified when a processing phase is switched from daytime processing to nighttime processing is registered in the condition as a third message condition, A setting for substituting "1" for a second control variable in the calculation operation of the third message condition, and a setting value corresponding to a second control variable condition conditioned on the second control variable; "0" is stored in the current value of the second control variable, and a fourth message condition indicating a console message notified without distinction between daytime processing and nighttime processing is stored in the second control variable condition. Setting a first condition group having the AND condition as an AND condition in the condition setting table, and setting the job command operation of the first condition group to start a job or issue a command to execute only daytime processing. And said In a fourth step, when the console message of the third message condition is notified, “1” is substituted for the second control variable, and “1” is stored for the current value of the second control variable. In the seventh step, the set value of the second control variable condition and the current value of the second control variable are both “0”, and “1” is stored as the satisfaction level. In the daytime processing, every time the console message of the fourth message condition is notified, a job start or command is executed that is executed only during the daytime processing, and the processing phase after the processing phase is changed from the daytime processing to the nighttime processing. In the night processing, the current value of the second control variable is “1”.
The automatic operation according to claim 1, further comprising a step of not executing a job or executing a command executed only during daytime processing when the console message of the fourth message condition is notified. It lies in the control method.
The gist of the present invention according to claim 3, wherein the second step includes a step of terminating processing if there is no message condition that matches the console message, and the third step includes the condition group. The method according to claim 1 or 2, further comprising a step of terminating the process when at least one of the conditions is not satisfied. The gist of the present invention described in claim 4 resides in a storage medium in which a program capable of executing the automatic driving control method according to any one of claims 1 to 3 is recorded. According to a fifth aspect of the present invention, there is provided an automatic operation control system for a computer system for outputting a console message, wherein a console message displayed on a console by a console message display unit is transmitted from a processing process via a console message output unit. Console message trap means to be notified, and automatic operation control means to be notified of the console message from the console message trap means, the automatic operation control means has a condition setting table and a control variable table, The condition setting table includes an operation of automatically starting a job or issuing a command, a condition for determining whether or not to execute the operation, a set value serving as a reference for the condition, and a degree of satisfaction indicating the state of the condition. AND one or more of the conditions A condition group composed of each of the above-mentioned conditions is set in advance, and a message condition for determining the console message and a control variable condition indicating a control variable for controlling the operation are registered in the condition. In the operation, a calculation operation for calculating the control variable and a job command operation indicating job start or command issuance are set, and the control variable table includes a control variable name corresponding to each of the control variables, A current value at which the calculated value of the control variable by the calculation operation is stored is set, and the automatic driving control means, when notified of the console message, sets the condition setting previously developed in a storage device of a computer system. Starting a job or issuing a command set in the operation with reference to a table and the control variable table. It consists in automatic operation control system according to claim. The gist of the present invention is that the condition setting table includes, as the conditions, a first message condition indicating a console message for starting a batch job and a second message indicating a console message for ending the batch job. Are registered, and "1" is added to the first control variable in the calculation operation corresponding to the first message condition, and the second operation is set.
The calculation operation corresponding to the message condition of
Is set to subtract “1” from the control variable of
The operation corresponding to the first control variable condition indicating the control variable is set to issue a command indicating that all the batch jobs have been completed, and the set value of the first control variable condition is “0”. Is stored, and the control variable table stores an initial value “0” in the current value of the first control variable.
Is stored, and the automatic operation control means adds “1” to the first control variable every time a console message indicating the start of the batch job is notified, and adds the calculated value to the first control variable. Each time a console message indicating the end of the batch job is notified, “1” is subtracted from the first control variable, and the subtracted calculated value is stored in the first control variable. When all of the started batch jobs stored in the current value of the control variable and started are completed, the current value of the first control variable and the set value of the first control variable condition are equal to “0”. The automatic operation control system according to claim 5, wherein a command indicating that all the batch jobs have been completed is issued. The gist of the present invention is that a third message condition corresponding to a console message notified when a processing phase is switched from daytime processing to nighttime processing is registered in the condition setting table. The setting corresponding to the operation corresponding to the third message condition is set to substitute “1” for the second control variable, and the setting corresponding to the second control variable condition conditioned on the second control variable is set. The value “0” is stored in the value, and the second condition is stored in the first condition group.
And a fourth message condition corresponding to a console message notified without distinction between daytime processing and nighttime processing are set as AND conditions, and the operation corresponding to the first condition group includes Job start or command issuance that is executed only during the middle processing is set. In the control variable table, “0” is stored in the current value of the second control variable, and the automatic operation control unit outputs the second control variable. In the daytime processing in which both the set value of the control variable condition and the current value of the second control variable are “0” and “1” is stored in the degree of satisfaction, the console of the fourth message condition By storing "1" in the satisfaction level of the fourth message condition every time a message is notified, all the conditions in the first condition group are satisfied, and a job activation in which only daytime processing is executed. A command is issued, and when the console message of the third message condition is notified, "1" is substituted for the second control variable, and "1" is stored for the current value of the second control variable. In the night processing after the processing phase is changed from the day processing to the night processing, the current value of the second control variable is “1”.
The setting value of the control variable condition does not match the current value of the second control variable, and even if the console message of the fourth message is notified, job start or command issuance executed only during daytime processing 7. The automatic operation control system according to claim 5, wherein

[0010]

Embodiments of the present invention will be described below in detail with reference to the drawings.

FIG. 1 is a block diagram showing the configuration of the automatic operation control system according to the present embodiment.

As shown in FIG. 1, the automatic operation control system according to the present embodiment comprises a console 5 for displaying a console message, a console message output means 2, a console message trap means 3, a console message display means 4, The automatic driving control means 6 is schematically constituted by a control means 6, and has a condition setting table TA and a control variable table TB.

A processing process 1 (business program, utility,
The middle OS, the basic OS, and the like) output a console message displayed on the console 5 to the console message output unit 2.

The console message trap means 3 comprises:
A console message input from the console message output means 2 is notified to the automatic operation control means 6 and output to the console message display means 4.

The console message display means 4 outputs a console message to the console 5 so that it can be displayed on a display screen.

The condition setting table TA and the control variable table TB included in the automatic operation control means 6 are stored in a storage device of the computer system (external storage device, main storage device,
(Not shown).

Each time a console message is notified from the console message trap means 3, the automatic operation control means 6 performs the control based on the console message, the condition setting table TA and the control variable table TB developed in the storage device. Perform automatic operation control.

FIG. 2 is a diagram showing an example of the condition setting table TA of FIG.

The condition setting table TA is a condition group 2
1, condition 22, set value 23, degree of satisfaction 24, and operation 25 are set.

Each condition 22 includes a message (message condition) for determining the notified console message, which is a condition for executing an automatically controlled operation 25 (eg, starting a job or issuing a command), or , A control variable (control variable condition) for controlling the operation 25 is registered.

In the set value 23, a value serving as a reference for each condition 22 is set in order to determine whether or not to execute the operation 25. In the satisfaction degree 24, a value indicating the state of the condition 22 is stored.

Each condition group 21 includes one or
It is composed of a plurality of conditions 22. Multiple conditions 22 are AND
Set as a condition. That is, when all the conditions 22 of the condition group 21 are satisfied, the operation 25 corresponding to the condition group 21 is executed.

As shown in FIG. 2, the condition group 21
It has condition groups A21 to G21. Condition 22 includes:
Messages (message conditions) a22 to c22, f22
To i22 and control variables (control variable conditions) d22 and e22 are registered. The set value 23 of the message condition is “1”
The above natural numbers are set, and the set value 23 of the control variable condition is set.
Is normally set to “0”.

In operation 25, in addition to setting of job start and command issuance (job / command operation), calculation of control variables (calculation operation, "substitution, addition and subtraction") is also set.

Each satisfaction level 24 stores a numerical value of the current (at that time) condition 22 in the process 1 for comparison with the set value 23. For example, the message set in the condition 22 is compared with the console message notified from the console message trap unit 3, and the message and the console message are compared.
When the content and the number of notifications match, the setting value 2 of the condition 22 is set.
The numerical value that matches 3 is stored in the satisfaction level 24, and when the control variable is set as the condition in the condition 22, the calculated value (current value) of the control variable is compared with the set value 23 of the control variable. When the current value of the control variable matches the set value 23, “1” is stored in the satisfaction level 24. All the conditions 22 in the condition group 21 including the satisfied condition 22
Is satisfied, the operation 25 is executed.

Referring to FIG. 2, the condition setting table TA will be specifically described. In the condition group A21, the job activation A is executed when the message a22 is notified from the console message trap unit 3. Condition group B
21, the message b22 and the message c22 are 3
When the number of times is notified (set value 23 = 3), job activation B and command A1 are issued.

In condition group C21, control variable d22
Issues a command B1 when is set to "0". In the condition group D21, when the control variable e22 is "0" and the message f22 is notified, the job activation C and the issuance of the command C1 are executed. In the condition group E21, "1" is substituted for the control variable e22 when the message g22 is notified. In the condition group F21, "1" is added to the control variable d22 when the message h22 is notified. In condition group G21, message i22
Is notified, "1" is subtracted from the control variable d22.

FIG. 3 is a diagram showing an example of the control variable table TB of FIG.

A control variable name and a current value 32 are set in the control variable table TB. As the control variable name 31, a name is registered for each control variable in the condition setting table TA, and for each control variable, the value of the control variable by executing the operation 25 (substitution, addition, and subtraction) in the condition setting table TA is described. It is stored as the current value 32. FIG. 3 shows a control variable d22 and a control variable e22 of FIG.
2 indicates a state of the initial value “0”.

Next, the operation of the automatic operation control system according to the present embodiment will be described.

FIG. 4 is a flowchart showing the operation of the automatic operation control system according to the present embodiment. FIG. 4 shows a flow of processing in which the automatic operation control means 6 of FIG. 1 operates each time a console message is notified from the console message trap means 3.

A "notification message = condition setting table" for comparing the console message notified from the console message trap means 3 with the messages set in all the conditions 22 in the condition setting table TA of FIG. 2 (step 41).

There is a matching message ((YE
In the case of S)), the condition 2 in which the matched message is set
"1" is added to the degree of satisfaction 24 corresponding to 2 "+1 to the degree of satisfaction of the condition setting table" (step 42).

Condition 22 for setting a matching message
It is determined whether all the conditions 22 set in the condition group 21 including are satisfied. Specifically, condition 2
If 2 is a console message, the satisfaction level 24 is compared with the set value 23, and if the satisfaction level 24 is equal to or greater than the set value 23, it is determined that the condition is satisfied. If the condition 22 is a control variable and the degree of satisfaction corresponding to the control variable is “1” or more, it is determined that the condition 22 is satisfied. If the value is equal to or greater than the set value or the condition is a control variable, is the satisfaction degree> = 1? ”(Step 43).

When all the conditions 22 in the condition group 21 are satisfied (in the case of (YES) in the figure), for the operation 25 corresponding to the condition group 21, whether the operation 25 is a control variable calculation (calculation operation), "Is the operation a calculation of a control variable?" (Step 44).

Calculation of control variables (calculation operation) ((E)
In the case of (S)), the control variable set in the operation 25 is calculated, and the calculated control variable is stored in the current value 32 corresponding to the control variable name 31 in the control variable table TB in FIG. Is calculated, and the control variable is stored as a current value in the control variable table ”(step 4).
5).

Based on the control variable name 31 of the control variable in FIG. 3, the condition 22 in the condition setting table TA in FIG.
The corresponding control variable name 31 is searched from among them, and the set value 23 corresponding to the condition 22 including the control variable of the searched control variable name 31 is compared with the current value 32. Value = setting value of condition setting table "(step 46).

When the current value 32 is equal to the set value 23, it is determined that the condition is satisfied, and the condition 22 including the control variable of the control variable name 31 in the condition setting table TA of FIG.
Is stored in the degree of satisfaction 24 corresponding to "1" (step 47), and the process returns to step 43. By determining the value of the degree of satisfaction 24 corresponding to the control variable, it is confirmed whether or not the condition group 21 including the condition 22 for the control variable is satisfied (step 43).

In step 46, since the current value 32 is not equal to the set value 23 (in the case of (NO) in the figure), since the condition is not satisfied, the control variable of the control variable name 31 in the condition setting table TA of FIG. 2 is included. The initial value "0" is stored in the degree of satisfaction 24 corresponding to the condition 22, "the initial value 0 is stored in the degree of satisfaction of the condition setting table" (step 48), and the process ends.

In step 44, the designation of the operation 25 is not the calculation of the control variable (in the case of (NO) in the figure), the job is started or the command is issued (step 49).

Next, when a job is started or a command is issued while the condition of the condition group 21 is satisfied, if the setting of the condition 22 is a message for the next condition judgment, the satisfaction level is 2
The value obtained by subtracting the setting value 23 from the value 4 is stored as a new satisfaction level 24, and "satisfaction degree within the condition group. If the condition is a message, satisfaction level <satisfaction level-setting value" (step 50).
finish.

In step 41, if there is no matching message (in the case of (NO) in the figure), the process ends.

At step 43, each condition group 21
Are not satisfied (in the case of (NO) in the figure), the process ends.

Next, a specific example of the use of the control variables will be described in detail with reference to FIGS.

The condition group C21 in the condition setting table TA of FIG. 2 is a setting for issuing a command B1 when a business batch job is started at an arbitrary multiplicity and all batch jobs are completed.

A console message indicating the start of this batch job (first message condition) h2
2 is registered in the condition 22 of the condition group F21, and the operation 25 is performed.
Is set to add "1" to the control variable (first control variable, first control variable condition) d22. Each time the batch job is started, “1” is added to the control variable d22 and stored in the current value 32 of the control variable table TB.

A message (second message condition) i22 is registered in the condition 22 of the condition group G21 in the condition setting table TA corresponding to the console message indicating the end of the batch job. "Is subtracted. Each time the job batch job is completed, “1” is subtracted from the control variable d22 and stored in the current value 32 of the control variable table TB. When all the business batch jobs started at the multiplicity are completed, the current value 32 of the control variable table TB becomes “0”, and “0” which is the set value 23 of the control variable d22 in the condition setting table TA is set. The current value 32 matches, and “1” is stored in the satisfaction level 24, and the command B1 in the operation 25 is issued.

Next, when there are processing phases such as daytime processing and nighttime processing in business processing, in condition group E21, a console message when the processing phase is switched from daytime processing to nighttime processing is set as condition 22. It is registered as a message (third message condition) g22, and the control variable (second
Is set to substitute "1" into the control variable (e.g., second control variable condition) e22.

In the condition 22 in the condition group (first condition group) D21, a control variable e22 and a message corresponding to a console message notified without distinction between daytime processing and nighttime processing (fourth message condition)
f2 and the condition 2 in which the control variable e22 is registered
“0” is stored in the set value 23 of 2 and the current value 32 of the control variable e22. Job activation C and command C1 executed only during daytime processing as operation 25 of condition group D21
, The execution of the operation 25 can be limited only during the daytime processing.

In the daytime processing, the condition of the control variable e22 in the condition 22 of the condition group D21 is the same as the condition of the setting value 23 of the condition setting table TA because the current value 32 of the control variable table TB is the initial value “0”. Since “0” is satisfied, “1” is stored in the satisfaction level 24 and the message f
Since every condition 22 is notified, all the conditions of the condition group D21 are satisfied.
And issuance.

When the processing phase is changed from daytime processing to nighttime processing, "1" is substituted for the control variable e22 by the message g22, and "1" is stored in the current value 32 of the control variable table TB. The value does not match “0” of the set value 23 of the table TA, and the satisfaction degree 24 becomes “0”. Therefore, only the notification of the message f22 does not satisfy all the conditions in the condition group D21, and the job activation C and the command C1 of the operation 25 are not performed in the nighttime processing.

Since the automatic driving control method and the automatic driving control system according to the embodiment are configured as described above,
The following effects are achieved.

The first effect is that processing can be performed efficiently with less occurrence of operation errors. The reason is that the job can be started and the command can be issued early because it is not a manual visual check.

The second effect is that it is easy to set conditions before and after phase switching in system operation. The reason is that the control variables can be set as the automation operation conditions on condition of the state switch.

A third effect is that it is easy to set conditions to be set when a plurality of identical jobs are started and all jobs are completed. The reason is that by adding and subtracting control variables in the start message and the end message of the job, the automation operation condition can be set as a counter value.

In the present embodiment, the present invention is not limited to this, and can be applied to a technique relating to an automatic driving control method and an automatic driving control system suitable for applying the present invention.

The number, position, shape, and the like of the above-mentioned constituent members are not limited to the above-described embodiment, but can be set to a number, position, shape, and the like suitable for carrying out the present invention.

In the respective drawings, the same components are denoted by the same reference numerals.

[0059]

Since the present invention is configured as described above, the following effects can be obtained.

Since the job can be started and the command can be issued automatically instead of being visually checked by the operator, the occurrence of operation errors can be suppressed, and efficient operation can be performed.

By setting the control variables as automation operation conditions with the status switch as a condition, it is easy to set conditions before and after phase switching in system operation.

Since the automatic operation condition is set as a counter value by adding and subtracting the control variables in the job start message and the end message, when an arbitrary number of the same jobs are started, when all the same jobs are completed, It is easy to set conditions to be performed.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of an automatic operation control system according to an embodiment of the present invention.

FIG. 2 is a diagram illustrating an example of a condition setting table TA of FIG. 1;

FIG. 3 is a diagram illustrating an example of a control variable table TB of FIG. 1;

FIG. 4 is a flowchart showing an operation of the automatic driving control system according to the embodiment of the present invention.

[Explanation of symbols]

a22 to c22 message (message condition) d22 control variable (first control variable, first control variable condition) e22 control variable (second control variable, second control variable condition) f22 message (fourth message condition ) G22 message (third message condition) h22 message (first message condition) i22 message (second message condition) AC job start A1-C1 command A21-G21 condition group D21 condition group (first condition) Group) TA condition setting table TB control variable table 1 processing process 2 console message output means 3 console message trap means 4 console message display means 5 console 6 automatic operation control means 21 condition group 22 condition 23 setting value 24 satisfaction 25 Create 31 control variable names 32 current value

Claims (7)

[Claims] 1. An automatic operation control method for a computer system for outputting a console message, comprising: an operation of automatically starting a job or issuing a command; a condition for determining whether or not to execute the operation; A set value serving as a reference, a degree of satisfaction indicating the state of the condition,
A condition group consisting of each of the above conditions or a plurality of the above conditions is set in a condition setting table, and the conditions include a message condition for determining the console message and the operation. A control variable condition indicating a control variable for controlling the control variable is registered.In the operation, a calculation operation for calculating the control variable and a job / command operation indicating job start or command issuance are set. A corresponding control variable name and a current value in which the calculated value of the control variable by the calculation operation is stored are set in a control variable table, and the condition setting table and the control variable table are stored in advance in a storage device of a computer system. A first step of developing, and the console message output from a processing process running on each of the computer systems. When the notification of the message is received, the message condition registered in all the conditions in the condition setting table is compared with the console message, and "1" is added to the satisfaction degree of the matched message condition. Determining whether all the conditions of the condition group including the matched message condition are satisfied, and if all the conditions of the condition group are satisfied, the operation of the condition group A third step of determining whether the operation is the calculation operation, and in the third step, when the operation is the calculation operation, perform the calculation operation of the operation; and calculate a control variable by the calculation operation. In the current value of the control variable table, and referring to the control variable name in the control variable table in the fourth step, A corresponding control variable condition is searched from among all the conditions in the setting table, a set value of the searched control variable condition is compared with the current value of the control variable name, and the current value and the set value are compared. Is equal to, the condition is determined to be satisfied, and “1” is stored as the degree of satisfaction of the control variable condition, and a fifth step is returned to the third step. In a case where the value is not equal to the set value, an initial value “0” is stored in the degree of satisfaction of the control variable condition, and in the sixth step of ending, and in the third step, the operation is not a calculation operation A seventh step of executing the job command operation set in the operation, storing the value obtained by subtracting the set value from the satisfaction level as a new satisfaction level when the condition is a message condition, and terminating; And the first step Registering a first message condition indicating a console message of the start of the batch job and a second message condition indicating a console message of the end of the batch job in each of the conditions, and performing the calculation of the first message condition. The first control variable is set to add “1”, the second message condition calculation operation is set to subtract “1” from the first control variable, and the first control variable is set to “1”.
The initial value “0” is stored in the current value of the control variable of
Setting to issue a command indicating that all the batch jobs have been completed to the job command operation corresponding to the first control variable condition indicating the first control variable condition, and setting the first control variable condition to a set value. Storing the initial value “0”; and in the fourth step, adding “1” to the first control variable each time a console message indicating the start of the batch job is notified, The calculated value is stored in the current value of the first control variable, and every time a console message indicating the end of the batch job is notified, the first
Subtracting “1” from the control variables of the above, and storing the subtracted calculated value in the current value of the first control variable, wherein the fifth step is that all of the started batch jobs When the process is completed, the current value and the set value of the first control variable are equal to “0”, and thus, the process includes a step of storing “1” in the degree of satisfaction corresponding to the condition. Issuing a command indicating that all the batch jobs have been completed, since "1" is stored in the satisfaction degree of the first control variable condition when all the batch jobs have been completed. An automatic operation control method characterized by the above-mentioned. 2. The method according to claim 1, wherein a console message notified when the processing phase is switched from daytime processing to nighttime processing is registered as a third message condition in the first step, and the third message condition is registered. A setting for substituting "1" for a second control variable in the calculation operation, a setting value corresponding to a second control variable condition conditioned on the second control variable, and the second control variable Store "0" with the current value of
A first condition group is set in the condition setting table, in which the second control variable condition and a fourth message condition indicating a console message notified without distinction between daytime processing and nighttime processing are set as AND conditions. Setting the job command operation of the first condition group to a job start or a command issuance that is executed only during daytime processing. The fourth step includes a step of setting a console message of the third message condition. When notified, the method includes substituting "1" for the second control variable and storing "1" for the current value of the second control variable. In the daytime processing in which the set value of the control variable condition and the current value of the second control variable are both “0” and “1” is stored in the degree of satisfaction, the console message of the fourth message condition is Every time it is notified, a job start or a command that is executed only during the daytime processing is executed and a command is issued. In the nighttime processing after the processing phase is changed from the daytime processing to the nighttime processing, the current value of the second control variable is “ 2. The method according to claim 1, further comprising a step of not starting a job or issuing a command executed only during the daytime when the console message of the fourth message condition is notified because the console message is the first message condition. Automatic operation control method. 3. The method according to claim 2, wherein the second step includes ending the processing if the message condition does not match the console message, and the third step includes at least one of the conditions included in the condition group. 3. The automatic operation control method according to claim 1, further comprising a step of terminating the process when the two conditions are not satisfied. 4. A storage medium storing a program capable of executing the automatic operation control method according to claim 1. 5. An automatic operation control system for a computer system for outputting a console message, wherein a console message displayed on a console by a console message display means is notified from a processing process via a console message output means. Means, and automatic driving control means for receiving the console message from the console message trap means. The automatic driving control means has a condition setting table and a control variable table. An operation of job start or command issuance controlled, a condition for determining whether to execute the operation, a set value serving as a reference of the condition, a satisfaction degree indicating a state of the condition, and one of the conditions or Each of the plurality of conditions as AND conditions A condition group composed of the conditions is set in advance, and the condition is registered with a message condition for determining the console message and a control variable condition indicating a control variable for controlling the operation. Is set with a calculation operation for calculating the control variable and a job command operation indicating job start or command issuance, and the control variable table includes a control variable name corresponding to each of the control variables, and The current value at which the calculated value of the control variable is stored is set, and the automatic operation control means, when notified of the console message, the condition setting table and the control variable previously developed in a storage device of a computer system. Starting a job or issuing a command set in the operation with reference to a table. Dynamic driving control system. 6. In the condition setting table, a first message condition indicating a console message for starting a batch job and a second message condition indicating a console message for ending the batch job are registered as the conditions. The calculation operation corresponding to the first message condition is set to add “1” to a first control variable, and the calculation operation corresponding to the second message condition is set to the first operation value. A setting for subtracting "1" from the control variable, and a setting for issuing a command indicating that all the batch jobs have been completed to the operation corresponding to the first control variable condition indicating the first control variable In the control variable table, an initial value “0” is stored in the current value of the first control variable, and “0” is stored in the set value of the first control variable condition. The automatic operation control means adds “1” to the first control variable every time a console message indicating the start of the batch job is notified, and adds the calculated value to the first control variable. , And every time a console message indicating the end of the batch job is notified, “1” is subtracted from the first control variable, and the subtracted calculated value is used as the first control variable. When all the batch jobs started and stored in the current value have been completed, the current value of the first control variable and the set value of the first control variable condition are equal to “0”. The automatic operation control system according to claim 5, wherein a command indicating that all the batch jobs have been completed is issued. 7. The condition setting table includes:
A third message condition corresponding to the console message notified when the processing phase is switched from daytime processing to nighttime processing is registered, and the operation corresponding to the third message condition is set to the second control variable by “ "1" is set, "0" is stored as a set value corresponding to a second control variable condition conditioned on the second control variable, and the second control variable is stored in a first condition group. A variable condition and a fourth message condition corresponding to a console message notified without distinction between daytime processing and nighttime processing are set as AND conditions, and the operation corresponding to the first condition group includes daytime processing. Only the execution of a job or the issuance of a command to be executed is set. In the control variable table, “0” is stored in a current value of the second control variable, and the automatic operation control unit performs the second control. Strange In the daytime processing in which both the set value of the condition and the current value of the second control variable are “0” and “1” is stored in the degree of satisfaction, the console message of the fourth message condition is notified. By storing “1” in the degree of satisfaction of the fourth message condition every time the job is executed, all the conditions in the first condition group are satisfied, and job execution or command issuance that executes only daytime processing is performed. Is performed, and when a console message of the third message condition is notified, “1” is substituted for the second control variable, and “1” is stored as a current value of the second control variable. In the night process after the process phase is changed from the process to the night process, since the current value of the second control variable is “1”, the set value of the second control variable condition and the second control variable Will not match the current value of 6. The system according to claim 5, wherein, even when the console message of the fourth message is notified, a job to be executed only during daytime processing or a command is not issued.
Or the automatic operation control system according to 6.