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apX IMS Server
Active
The architecture of apX IMS Server is centered around the apXchange-MVS interface, which acts as the primary point of interaction between...
The architecture of MAINVIEW AutoOperator for IMS is centered around several key components designed for efficient automation and management of IMS environments. The Automation...
BMC AMI Ops for IMS
Active
The architecture of BMC AMI Ops for IMS is designed for scalability, performance, and reliability. The main components include the Data Collector, Analysis Engine, and...
iExtract for IMS
Not Supported
The architecture of iExtract for IMS comprised several key components. The Extraction Engine was responsible for extracting data from IMS databases. The Transformation Engine applied transformations to the extracted data,...
The architecture of FPOR/EP comprises several key components designed to facilitate online restructuring of IMS DEDB databases. The Control Program...
Fast Path Extend for IMS
Active
The architecture of Fast Path Extend for IMS (FPX for IMS) comprises several key components designed to facilitate online DEDB database extension. The...
Fast Path Offline Suite
Supported
The architecture of Fast Path Offline Suite (FPOS) is centered around its core utilities: the Reorganization utility, the Image Copy utility, and the Reporting utility. These utilities are...
Fast Path Online Suite
Supported
The architecture of Fast Path Online Suite is centered around providing online utilities for IMS DEDB databases, ensuring minimal downtime during...
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The architecture of BMC AMI Fast Path Enhanced Online Utilities is designed for efficient DEDB database management on z/OS. The main components include the Online Utilities,...
Lightning X
Not Supported
The architecture of Lightning X comprised several key components. The primary component was the index management engine, responsible for creating, maintaining, and updating the secondary indexes....
Lightning DEDB
Not Supported
Lightning DEDB's architecture was tightly integrated with the IMS environment. The main components included the IMS database manager, the DEDB access...
Lightning Reclaim
Not Supported
The architecture of Lightning Reclaim likely comprised several key components. The Database Analysis Module would have scanned the IMS DEDB...
Fast Path Restart Control Facility
Not Supported
The architecture of Fast Path Restart Control Facility was centered around ensuring the integrity of IMS DEDB databases during emergency restarts. The...
The architecture of Partitioned Database Facility for IMS (PDF-IMS) centers around several key components. The Partition Manager is responsible for creating, managing, and maintaining database partitions. The Data Access Module...
The architecture of BMC AMI Backup and Recovery for IMS is centered around three main components: Image Copy Plus, Change...
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Image Copy Plus
Not Supported
Image Copy Plus's architecture centered on a backup engine that directly interfaced with the IMS database system. The engine read data from IMS database datasets and wrote image copies...
Change Accumulation Plus
Not Supported
The architecture of Change Accumulation Plus comprised several key components designed to facilitate efficient IMS database change accumulation and restore processes. The core components...
Recovery Plus for IMS
Not Supported
The architecture of Recovery Plus for IMS comprised several key components. The Log Analyzer processed IMS transaction logs to identify changes and prepare...
Recovery Manager for IMS
Not Supported
The architecture of Recovery Manager for IMS is centered around several key components operating within the z/OS environment. The Control Program serves...
Eclipse iChange
Not Supported
The architecture of Eclipse iChange centers around the Change Accumulation Engine, which orchestrates the change accumulation process. The Input Processor reads and validates input data,...
Eclipse iCopy
Not Supported
The architecture of Eclipse iCopy comprised several key components. The JCL interface served as the primary point of interaction, allowing users to define copy operations. The...
Eclipse iRecover
Not Supported
The architecture of Eclipse iRecover comprised a recovery engine, an IMS interface, and a JCL processing component. The recovery engine handled the restoration of IMS databases from...
Eclipse iUnload
Not Supported
The architecture of Eclipse iUnload comprised three main components: the Unload Engine, Input Processor, and Output Writer. The Unload Engine served as the central orchestrator, managing the overall unload process....
Eclipse iCheck
Not Supported
The architecture of Eclipse iCheck is centered around its batch processing nature on the z/OS platform. The main components include the iCheck program,...
Share Your Product Experience
Help the community by sharing your experience with mainframe products. Your insights help others make informed decisions.
Share Your Experience