Application for Parallel Testing (APT)
Application for Parallel Testing (APT)
Eccox Application for Parallel Testing (APT) removes one of the biggest DevOps speed humps to mainframe software dev on z/OS – integration testing and user acceptance testing.
Eccox APT allows mainframe testing to occur in parallel, smaller tests at a higher frequency than traditional waterfall testing.
With APT, users can create, execute, update, and reuse past test cases, creating a template for future needs and turning your resource-intensive testing efforts into valuable reusable assets with automation.
Capabilities
- Clone real components necessary for functional tests like load modules, DB2 tables, files, and JCL in the mainframe environment.
- Automate DB2, VSAM, Sequential bases (CICS and IMS/DC) without the need for support and support teams.
- Reduce critical computing resources including processing power and disk space.
- No need for any program or source code changes.
Benefits
- 25% faster time to market
- 80% increase in efficiency by running simultaneous functional tests with accuracy and integrity
- 50% reduction in software lead time
- 22x the agility in test cycles planning, provisioning, and execution processing of environments with automated data management
- No additional infrastructure changes or acquisition of new licenses for basic software required
Main Features
- Eccox APT for zDevOps
- Eccox APT Containerization for CICS
- Eccox APT Containerization for IMS
- Eccox APT Containerization for MQ
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Eccox APT Discovery for SCLM
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Eccox APT Discovery for Libraries (PDS/PDSE)
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Eccox APT Discovery for Online Services (CICS/IMS)
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Eccox APT Discovery for Data Management (DB2 for z/OS)
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Eccox APT Discovery for JCL (Batch Impact Analysis of Jobs, Procedures and INCLUDES)
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Eccox APT Feature for IBM Debug tool for z/OS
Use Cases
Read our APT use case to learn more about how Eccox helped one of the largest banks in South America earn a 2016 banking industry award in an application testing category by reducing the number of test cycles necessary by 58%, reducing software development lifecycle timelines by 23%, and reducing product defects by 22%.
Enable AI capabilities in each mainframe container, allowing the automated collection of isolated elements for multiple test scenarios without conflicts.