Oracle processes are completed 1.5-6 times faster than average when using Redwood.
Redwood’s cloud-native platform is designed to evolve with the growing needs of a scaling business. Teams can finally overcome the limitations of built-in ERP scheduling tools by orchestrating SAP, Oracle and other ERP functions natively.
Teams use Redwood as an enterprise manager for complex jobs, cross-application orchestration, and centralize workload management. Redwood is a vital database administration tool for database administrators (DBAs) and sys admins working with Oracle solutions.
Apps, systems, servers, data sources, and web services can all be centralized under the RunMyJobs by Redwood SaaS platform. Processes can be optimized across both Oracle and non-Oracle applications with no limitations on instances, servers, or time zones.
Organizations manage IT and business processes seamlessly across applications through every stage of the lifecycle. This empowers teams to stay ahead of issues with proactive monitoring and notifications.
Automation initiatives can be launched quickly with Redwood’s library of built-in integrations for a variety of Oracle applications.
RunMyJobs by Redwood is extremely intuitive, with a drag-and-drop graphical editor and extensive library of templates. Developers love the support for 25+ scripting languages, including Java and shell scripts, with syntax highlight and parameter replacement included.
As the only workload automation solution designed for delivery as SaaS from the beginning, Redwood eliminates the hassle of hosting, employing, and maintaining an automation platform. A lightweight self-updating agent can control servers and run shell scripts for Windows, Linux, macOS, and more.
Integrate and automate Oracle database processes with Redwood:
Yes, Oracle provides a native job scheduling feature called Oracle Scheduler. Oracle Scheduler is a job scheduling system within the Oracle database that automates tasks and programs. Oracle Scheduler has a robust and flexible framework for creating, scheduling, and managing jobs and job chains.
In Oracle, the
scheduler_jobs table is not a standard Oracle database object. However, there is a similar object called
dba_scheduler_jobs view contains job details like job name, job type, job actions, job schedules, and job status. DBAs can query and monitor jobs from this view for better database administration.
Some important columns in the
dba_scheduler_jobs view include:
Job type can include
PLSQL_BLOCK for a PL/SQL block,
EXECUTABLE. And job class refers to the class assigned to the job, if any. The job action can be a PL/SQL block, stored procedure name, or executable program.
Expressions for calendaring include
BYSECOND to specify when jobs will run.
DBA_SCHEDULERS table, the
_SCHEDULER_JOB_ID column does not exist and is not a standard column or placeholder in the Oracle database schema.
DBA_SCHEDULERS table provides information about the schedulers defined in the Oracle database. It contains columns including
ACTIVE_INSTANCES, and more. These columns store details about the scheduler configurations and characteristics.
The DBMS_SCHEDULER.CREATE_JOB procedure can be used to create a scheduler job in Oracle. The below example is designed for SQL developers and shows a job that runs minutely:
BEGIN DBMS_SCHEDULER.CREATE_JOB ( job_name => 'MY_SCHEDULER_JOB', job_type => 'PLSQL_BLOCK', job_action => 'BEGIN -- Job logic goes here NULL; END;', start_date => SYSTIMESTAMP, repeat_interval => 'FREQ=MINUTELY', enabled => TRUE, auto_drop => FALSE, comments => 'This is my scheduler job' ); END;
Once the job is created, it will run minutely according to the specified schedule. Users can monitor job execution and view the job log file using various views like DBA_SCHEDULER_JOB_RUN_DETAILS and DBA_SCHEDULER_JOB_LOG. The DBMS_SCHEDULER.DISABLE, DBMS_SCHEDULER.STOP_JOB, and DBMS_scheduler.drop_job procedures will disable procedures, drop jobs, or stop jobs.
SYSTIMESTAMP will return system data in the timestamp return type.
To run a scheduler job in Oracle, the
DBMS_SCHEDULER.RUN_JOB procedures can be used along with other relevant SQL procedures from the exec DBMS_SCHEDULER package.
DECLARE job_name VARCHAR2(100) := 'MY_SCHEDULER_JOB'; BEGIN DBMS_SCHEDULER.RUN_JOB(job_name); END; /
In the above example, the
job_name is set to
MY_SCHEDULER_JOB. This will run the scheduler job as long as it’s been enabled using the
In Oracle, the
DBMS_SCHEDULER.SET_ATTRIBUTE procedure modifies attributes of a program associated with a scheduler job. The
program_name parameter specifies the name of the program to be modified.
program_name parameter represents the name of the program associated with a scheduler object or job. When passed to the
DBMS_SCHEDULER.SET_ATTRIBUTE procedure it identifies the specific program that’s being modified.
program_type parameter specifies the type of program being modified. This can be a stored procedure, executable, or external shell script. Program_action defines the action for the program.
Define_program_argument defines arguments for a program. Arguments can be passed to a program to provide dynamic values or inputs during execution.
Number_of_arguments is the number of arguments defined for a program. The
program_name procedure is used in conjunction with this parameter to define and manage program arguments.
There is predefined metadata arguments that can be passed to programs if program logic is dependent on the scheduler environment.