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The architecture of IMS Library Integrity Utilities is centered around z/OS batch processing. The main components include the Integrity Checker,...
IMS Library Management Utilities
Not Supported
The architecture of the IMS Library Management Utilities was centered around the z/OS operating system and the IMS database environment....
The architecture of the IMS Sequential Randomizer Generator centers around the generation of optimized randomizer modules for IMS databases. The main components include the input data set, the randomizer...
IMS Queue Control Facility
Active
The architecture of IMS Queue Control Facility centers around three primary components: the Queue Monitor, the Requeue Processor, and the Offload Manager. The Queue Monitor continuously tracks...
IMS Message Requeuer
Not Supported
The architecture of IMS Message Requeuer comprised several key components. The Message Selection Module parsed IMS log records based on criteria defined in the...
IMS Queue Loader
Not Supported
The architecture of IMS Queue Loader comprised several key components. The Input Reader was responsible for reading OLDS and SLDS data. The Message Reconstructor...
High Speed Sequential Retrieval
Not Supported
The architecture of HSSR comprised several key components. The input reader was responsible for accessing the IMS database. The data formatter converted the database records...
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IMS HDAM Randomizer Algorithm
Not Supported
The IMS HDAM Randomizer Algorithm was a utility for IMS HDAM databases, designed to improve sequential processing performance. The architecture comprised the...
IMSMAP
Not Supported
The architecture of IMSMAP comprised several key components. The primary component was the IMSMAP program itself, which processed input data and generated reports. Input data...
IMS Space Management Utilities
Not Supported
The architecture of IMS Space Management Utilities was centered on the z/OS operating system. The main components included the HD pointer checker, the database segment restructure utility, and the space...
VSAMZAP
Not Supported
VSAMZAP's architecture was straightforward, consisting of a single executable program that ran on z/OS. The program directly accessed VSAM datasets using z/OS system services. There...
IMS Fast Scan Utility
Not Supported
The IMS Fast Scan Utility's architecture was centered around a main processing component that facilitated high-speed data extraction from IMS databases. This...
IMS Time Initiated Input Facility
Not Supported
The architecture of the IMS Time Initiated Input Facility comprised several key components. The central component was the scheduler, responsible for reading the control...
HDAM Sequential Randomizer Generator Extensions
Not Supported
The architecture of the HDAM Sequential Randomizer Generator Extensions centered on the creation and integration of custom randomizer modules within the IMS environment. The...
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IMS Fast Reorganization Reload
Not Supported
The architecture of IMS Fast Reorganization Reload (FRR) comprised several key components designed to optimize the database reorganization process. The main components included the UNLOAD, REORG, and RELOAD...
IMS/VS Data Compression Facility
Not Supported
The IMS/VS Data Compression Facility's architecture centered around its integration with the IMS database management system on z/OS. The main components included the compression and decompression routines, which were integrated...
IMS/VS Aid Program Package Sequential DAM Optimizer
Not Supported
The architecture of the IMS/VS Aid Program Package Sequential DAM Optimizer comprised several key components. The Input Processor handled the reading and validation of input data sets,...
IMS Ad-Hoc Reporting Tool
Not Supported
The IMS Ad-Hoc Reporting Tool's architecture comprised three main components: the query processor, the database interface, and the output formatter....
IMS ASAP
Not Supported
The architecture of IMS ASAP was centered around the System for Generalized Performance Analysis Reporting (GPAR). The main components included the GPAR engine, the...
IMS PARS
Not Supported
The architecture of IMS PARS comprised several key components. The data extraction module read IMS log datasets, filtering data based on user-defined criteria....
IMS Partition Support
Not Supported
The architecture of IMS Partition Support involved the Partitioning Utility and the IMS Database Manager. The Partitioning Utility was responsible for creating and managing the database partitions. The...
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IMS Workload Router
Supported
The IMS Workload Router (WLR) architecture comprises several key components designed to efficiently manage and route transactions across multiple IMS systems. The Workload Router address space is the central...
IMS Parameter Manager
Not Supported
The architecture of IMS Parameter Manager consisted of several key components. The ISPF dialog served as the primary user interface, providing access to all functions. The parameter validation component ensured...
Share Your Product Experience
Help the community by sharing your experience with mainframe products. Your insights help others make informed decisions.
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