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Forward Recovery System
Active
The architecture of the Forward Recovery System (FRS) is centered around three primary components: the Recovery Manager, the Journal Reader, and the File Updater. The Recovery Manager is...
ISPF/VSAM Facility
Active
The architecture of ISPF/VSAM Facility is centered around its integration with the ISPF environment and the z/OS operating system. Key components include the ISPF Dialog Manager, which handles user...
KWIK-KEY
Active
The KWIK-KEY architecture is designed for efficient AIX creation on z/OS and zVSE/VSEn. The main components include the Input Processor, Index Builder, and Output...
DB2 VSAM Transparency
Not Supported
The architecture of DB2 VSAM Transparency comprised several key components designed to facilitate the migration of VSAM data to DB2 while maintaining application...
DFSMStvs
Active
The architecture of DFSMStvs centers around three core components: the Transaction Manager, the VSAM Resource Manager, and the Recovery Manager. The Transaction Manager coordinates transactions,...
Mainstar VSAM Manager
Active
The architecture of Mainstar VSAM Manager is centered around the ISPF interface, which serves as the primary point of interaction. Key components include the Command Processor, the Data Access Module,...
Performance Essential
Active
The architecture of Performance Essential comprises several key components designed to optimize VSAM performance on z/OS. The VSAM I/O Optimizer intercepts and optimizes I/O requests, reducing wait times...
VSAM I/O Plus
Not Supported
VSAM I/O Plus's architecture centered on optimizing VSAM I/O operations through enhanced buffer management. The main components included a buffer manager, an I/O interceptor, and a...
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HiperLoad for VSAM
Not Supported
The architecture of HiperLoad for VSAM comprised several key components designed for high-speed data loading. The I/O Optimization component managed the efficient reading and writing of data to and from...
TeraSAM
Active
The TeraSAM architecture comprises several key components designed to optimize VSAM dataset management on z/OS. The Backup/Restore Engine handles data protection and recovery operations, utilizing parallel processing to...
VSAM Assist
Active
The architecture of VSAM Assist centers around several key components: the Backup Engine, Restore Engine, Data Integrity Checker, and JCL Interface. The Backup Engine handles the creation of...
VSAM Quick Index
Active
The architecture of VSAM Quick Index is designed for high-speed index rebuilding on z/OS. The main components include the Control Program,...
Capacity Plus for VSAM
Active
The architecture of Capacity Plus for VSAM is designed for efficient compression and minimal impact on system performance. The core components include the...
Adabas VSAM Bridge
Active
The architecture of Adabas VSAM Bridge comprises several key components: the VSAM Reader, the ADABAS Writer, the Control Module, and the Configuration...
V2R
Active
The V2R architecture is designed to provide a robust and scalable solution for migrating VSAM datasets to relational databases. The core components include...
NeoData
Supported
The architecture of NeoData is designed for scalability, security, and ease of management. The VSAM Extractor, Data Transformer, and SQL Server Loader are independent modules...
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The architecture comprised several key components: the VSAM Event Capture component, the Event Processing Engine, and the WebSphere MQ Publisher. The VSAM Event Capture component monitored VSAM files for changes....
Application Restart Control for VSAM
Supported
The architecture of Application Restart Control for VSAM comprises several key components. The Checkpoint Manager is responsible for creating, storing, and retrieving...
Recovery Utility for VSAM
Supported
The architecture of Recovery Utility for VSAM comprises several key components. The Journaling Subsystem intercepts and logs VSAM I/O operations. This subsystem utilizes VSAM's logging capabilities...
Recovery Plus for CICS/VSAM
Not Supported
The architecture of Recovery Plus for CICS/VSAM comprised several key components designed to facilitate efficient backup and recovery of VSAM datasets....
Extended Buffer Manager for CICS
Not Supported
The architecture of Extended Buffer Manager for CICS (EBM) comprised several key components. The EBM control region was the central component, responsible for managing...
Snapshot Copy for VSAM
Not Supported
Snapshot Copy for VSAM's architecture included key components for managing the copy process. These components communicated using z/OS system services and potentially internal protocols. The product utilized...
Recovery Plus for CICS
Not Supported
The architecture of Recovery Plus for CICS comprised several key components. The Backup Engine was responsible for creating backups of VSAM datasets....
Recovery Plus for VSAM
Not Supported
Recovery Plus for VSAM, formerly DRS/Batch, provided a journaling solution for VSAM datasets accessed by batch applications. The architecture likely included the following components: a...
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