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The architecture of Fast Path Extend for IMS (FPX for IMS) comprises several key components designed to facilitate online DEDB database extension. The Command Processor is the primary...
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 designed...
The architecture of Fast Path Online Suite is centered around providing online utilities for IMS DEDB databases, ensuring minimal downtime during maintenance operations. The main components include the Online Reorganization...
The architecture of BMC AMI Fast Path Enhanced Online Utilities is designed for efficient DEDB database management on z/OS. The main components include...

Lightning X

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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

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Lightning DEDB's architecture was tightly integrated with the IMS environment. The main components included the IMS database manager, the DEDB access method, and the free-space search routine. These components...

Lightning Reclaim

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The architecture of Lightning Reclaim likely comprised several key components. The Database Analysis Module would have scanned the IMS DEDB database to identify fragmented or unused space. The Space...
The architecture of Fast Path Restart Control Facility was centered around ensuring the integrity of IMS DEDB databases during emergency restarts. The main components included...
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The architecture of Change Accumulation Plus comprised several key components designed to facilitate efficient IMS database change accumulation and restore processes. The...
The architecture of Recovery Manager for IMS is centered around several key components operating within the z/OS environment. The Control Program serves as the central orchestrator,...

Eclipse iChange

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The architecture of Eclipse iChange centers around the Change Accumulation Engine, which orchestrates the change accumulation process. The Input Processor reads...

Eclipse iUnload

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The architecture of Eclipse iUnload comprised three main components: the Unload Engine, Input Processor, and Output Writer. The Unload Engine served as the central...

Eclipse iCheck

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The architecture of Eclipse iCheck is centered around its batch processing nature on the z/OS platform. The main components include the iCheck program, the JCL job, and...

Eclipse iLoad

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Eclipse iLoad was a high-speed IMS database load utility operating on z/OS. Its architecture comprised a load engine, data validation routines, and I/O management modules. These components communicated through internal...

Eclipse iBuild

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The architecture of Eclipse iBuild comprised several key components. The index builder engine was the core, responsible for processing input data and constructing the index structures. Data input modules...
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Eclipse iSurvey

Not Supported
Due to the product's unsupported status, detailed architectural blueprints are unavailable. However, Eclipse iSurvey likely followed a typical z/OS application architecture. Key components probably included a data extraction module, a...
The architecture of Eclipse Reorganization Utilities comprised several key components designed for IMS database management on z/OS. The main components included iCopy, iUnload, iCheck, iBuild,...

Speed Load

Not Supported
The architecture of Speed Load comprised several key components. The SLOAD program was the core executable, responsible for reading the...

Speed Unload

Not Supported
The architecture of Speed Unload comprised several key components. The Unload Engine was responsible for reading data from the IMS database and writing it to the output...
The architecture of Dynamic Index Utility comprised several key components. A JCL processing engine handled the interpretation and execution of JCL jobs. An IMS...
The architecture of MAXM Reorg/Online for IMS is centered around several key components designed to automate and streamline the IMS database...
The architecture of MAXM Reorg/EP for IMS comprises several key components. The Control Card Processor is responsible for parsing JCL and control...

Database Director

Not Supported
The architecture of Database Director was centered around its ability to perform online reorganizations of IMS databases. The core component was the Reorganization Engine, which handled the actual data movement...

Mission Control

Not Supported
Mission Control's architecture comprised a GUI, a command processor, and a communication layer. The GUI provided the user interface for interacting with IMS utilities. The command processor handled the...

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