This guide assumes familiarity with CA Workload Automation AE. Companion STDOUT) created by a job running in Unicenter AutoSys JM r11 or older. 1) The iXp card string and hit to see the list of jobs whose name matches the string. . Please refer to Section for more information on Transitive Closure. Jun 28, Autosys is an job scheduling tool that enables enterprise multi-platform job AutoSys Commands – Cheat Sheet; AutoSys Alarms; Best Practices For .. in this post, please feel free to share above autosys reference manual. AutoSys Basic Commands Quick Reference – Download as Word Doc .doc), PDF File .pdf), Unicenter AutoSys Job Management for UNIX User Guide.

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Only authorized employees, consultants, or agents of the user who are bound by the confidentiality provisions of the license for the software are permitted to have access to such copies. This right to print copies is limited guidee the period during which the license for the product remains in full force and effect. In no event will CA be liable to the end user or any third party for any loss or damage, direct or indirect, from the use of this documentation, including without limitation, lost profits, business interruption, goodwill, or lost data, even if CA referehce expressly advised of such loss or damage.

The manufacturer of this documentation is Computer Associates International, Inc. All trademarks, trade names, service marks, autosyd logos referenced herein belong to their respective companies. Jobs Job Types and Structure. Terminate the Job if the Box Fails. Creating a File Watcher Job.

Additional Time Setting Features. The Operator Console Alarm Manager. Specifying Jobs by Status. Maintaining Maintaining the Event Processor.

Troubleshooting Event Server Troubleshooting. A—3 Job Scheduling for the Enterprise. A—4 Configuring for Enterprise Job Scheduling. A—5 Stop the Event Processor.

A—5 Configure the Machine. A—6 Example of config. A—7 Ensure Consistent Integration Settings. A—8 Configure the Communication Components. A—8 Restart the Event Processor. A—12 Job Scheduler Interdependencies. A—14 Cross-Platform Dependency Example. A—17 Defining Agent Machines.

A—18 Job Definition Examples. A—20 Log and Trace Information. B—4 xx User Guide. Contents xxi cci show. B—4 cci semashow and cci semaclear X. B—5 cci debugon and cci debugoff.

AutoSys Commands List with Examples – Cheat Sheet

General Debugging Appendix D: Unicenter AutoSys JM is an automated job control system for scheduling, monitoring, and reporting. A job is any single command, executable, script, or Windows batch file. Each job definition contains a variety of qualifying attributes, including the conditions specifying when and where a job should be run.

As with most control systems, there are many ways to correctly define and implement jobs. It is likely that the way you utilize Unicenter AutoSys JM to address your distributed computing needs will evolve over time.


However, before you install and use Unicenter AutoSys JM, it is important to understand the basic system, autoys components, and how these components work together. This chapter provides a brief overview of Unicenter AutoSys JM, its system architecture, and features. On UNIX, this action can be any single command or shell script, and on Windows, this action can be any single command, executable, or batch file. In addition, job definitions include a set of qualifying attributes.

For information on defining, running, managing, monitoring, and reporting on jobs, see the corresponding chapters in this guide. Defining Jobs Using utilities, you can define a job by assigning it a name and specifying the attributes that describe its associated behavior. These specifications make up the job definition. Two methods you can use to create job definitions are as follows: Graphical User Interface The GUI lets you interactively set the attributes that describe when, where, and how a job should run.

In addition, from the GUI Control Panel, you can open applications that lets you define calendars, monitors, and reports, and let you monitor and manage jobs. Job Information Language JIL is a specification language, with its own syntax, that is used to describe when, where, and how a job should run.

When you enter the jil command, autpsys get the jil command prompt, at which you can enter the job definitions one line at a time using this special language. When you exit the jil command-line interface, the job definition is loaded into the database. Alternatively, you can enter the definition as a text file and redirect the file to the jil command. In this case, the jil command activates the language processor, interprets the information in the text file, and loads this information in the database.


System Components System Components The main system components are as follows: The following figure illustrates the Unicenter AutoSys JM system components in a basic configuration. In addition, this figure illustrates the communication paths between the components.

Event Server The event server or database the RDBMS is the data repository for all system information and events as well as all jobs, monitor, and report definitions. Event server refers to the database where all the information, events, and job definitions are stored. Occasionally, the database is called a data server, which actually describes a server instance.

That is, it is either a UNIX or Windows process, and it is associated data space or raw disk storagethat can include multiple databases or tablespaces.

Autosys Job Management – Unix User Guide

Some utilities, such as isql Sybaselet you specify a particular server refernce database. This feature provides complete redundancy.

Therefore, if you lose one event server due to hardware, software, or network problems, operations can continue on the second event server without loss of information or functionality.

For various reasons, database users often run multiple instances of servers that are unaware of the other servers on the network. Event Processor The event processor is the heart of Unicenter AutoSys JM; it interprets and processes all the events it reads from the database.

It schedules and starts jobs.

After you start it, the event processor continually scans the database for events to be processed. When it finds one, it checks whether the event satisfies the starting conditions for any job in the database.

Based on this information, the event processor first determines what actions are to be taken, then instructs the appropriate remote agent process to perform the actions. These actions may be the starting or stopping of jobs, checking for resources, monitoring existing jobs, or initiating corrective procedures. System Components High-Availability Option: This second processor should run on a separate machine to avoid a single point of failure. The shadow event processor remains in an idle mode, receiving periodic messages pings from the primary event processor.


Basically, these messages indicate that all is well. However, if the primary event processor fails for some reason, the shadow event processor will take over the responsibility of interpreting and processing events.

Remote Agent On a UNIX machine, the remote agent is a temporary process started by the event processor to perform a specific task on a remote client machine. On a Windows machine, the remote agent is a Windows service running on a remote client machine that is directed by the event processor to perform specific tasks. The remote agent starts the command specified for a given job, sends running and completion information about a task to the event server, then exits.

If the remote agent is unable to transfer the information, it waits and tries again until it can successfully communicate with the database.

System Components Example Scenario on UNIX The example scenario in the following figure and the numbered explanations that follow it illustrate the interactions between the event server, the event processor, and remote agents.

Understanding this example will help you answer many questions that may arise during your experiences with Unicenter AutoSys JM. In this example, the three primary components are shown running on different machines. Typically, the event processor and the event server run on the same machine. System Components Explanation The following numbered steps explain the interactions in the example scenario: Then the event processor reads the appropriate job definition from the database and, based on that definition, determines what action to take.

After the connection is dropped, the job will run to completion, even if the event processor stops running.

The remote agent communicates the event exit code, status, and so forth directly to the event server. If the database is unavailable for any reason, the remote agent will go into a wait and resend cycle until it can deliver the message. Only two processes need to be running: The remote agent is started on a client machine once per job.

As soon as the job ends and the remote agent sends a completion event to the database, the remote agent exits.

AUTOSYS TUTORIALS: Autosys Quick Reference

The remote agent is started on the client machine by the event processor talking to the internet demon inetd on the client machine. For this to happen, inetd must also be running. However, since UNIX is responsible for starting this demon, it is not considered a process.

In addition, the Operator Console and its dialogs provide a sophisticated method of monitoring jobs in real time. This feature lets you view all jobs that are defined, whether or not they are currently active. Machines From a hardware perspective, the Unicenter AutoSys JM architecture is composed of the following two types of machines attached to a network: In a basic configuration, both the event processor and the event server reside on the same machine.