Defining access methods for agents
- Extended agents
- They are logical workstation related to an access method hosted
by a physical HCL Workload Automation workstation
(not another extended agent). More than one extended agent workstation
can be hosted by the same HCL Workload Automation workstation
and use the same access method. The extended agent runs on fault-tolerant
agents defined using a standard HCL Workload Automation workstation
definition, which gives the extended agent a name and identifies the
access method. The access method is a program that is run by the hosting
workstation whenever HCL Workload Automation submits
a job to an external system.
Jobs are defined for an extended agent in the same manner as for other HCL Workload Automation workstations, except that job attributes are dictated by the external system or application.
Information about job running execution is sent to HCL Workload Automation from an extended agent using the job stdlist file. A method options file can specify alternate logins to launch jobs and check opens file dependencies. For more information, see the User's Guide and Reference.
A physical workstation can host a maximum of 255 extended agents.
- dynamic agents and IBM Workload Scheduler for z/OS agents
- They communicate with external systems to start the job and return the status of the job. To run access methods on external applications using dynamic agents, you define a job of type access method.
- SAP R/3
- z/OS
- Custom methods
- unixssh
- unixrsh
- Local UNIX (fault-tolerant agents only)
The UNIX access methods included with HCL Workload Automation, are described in UNIX access methods.
If you are working with dynamic agents, for information about defining HCL Workload Automation workstations, see the section that explains how to define workstations in the database, Workstation definition. For information about writing access methods, see Access method interface.
More information about access methods is found in Scheduling Applications with HCL Workload Automation.