DF EXPLORER
An easy-to-use graphical interface, which simplifies the online maintenance of the TPFDF files.
Several Fortune 500 companies in the banking and aviation sector trust TSI
TPF FILE MANAGEMENT & Maintenance
Increased accessibility to interact with TPFDF files using developer-friendly GUI for maximized productivity and optimized training
DF Explorer is an easy-to-use graphical interface, which simplifies the online maintenance of the TPFDF files. It is inclusive with both z/TPFGI and ALCS/GI. The online maintenance involves the browsing, adding, deleting or modifying the logical records (LRECs) of fixed or pool or index files. The simplified interface design reduces the end-user training time, and increases the production efficiency, by eliminating the need to learn and remember long commands and to use any menu-drive abilities.
Features and Benefits
- Complete Listing of system-wide TPFDF Files with high level properties, by Subsystems.
- Cross-functional search facility from any DF database.
- Easy sorting and accessibility for DF Files by File Name, Ordinal, Algorithm or File Address.
- Supports Pool Files, Paths, Partitions, Interleaves etc.
- Choose LREC key to view, Number of LRECS to View and see as much as you want.
- Overview of sub-file.
- LREC Keys with counts.
- Explore Embedded TPFDF Files using HYPERLINKS.
- Access DF files efficiently using Windows-style forms.
- Gain holistic view of DF sub-file and any selected Primary Key.
- View any number of available LRECS of a particular key with full scroll and translation.
- View and edit LRECs with LABELS and DSECT Panels.
- Explore DF Indexed files and forward references with ease.
- Graphical Representation of number of byte & Percentage used by each logical record.
- Ability to pack each logical record with single-click.
Working Phases
Our enterprise solutions are designed and engineered considering the most efficient industry practices in a developer-friendly language. Phases I & II can run flexibly in parallel or sequential order to make it faster and efficient.
Phase I
Baseline Phase
Collect log data associated with the current production system to create a baseline.
Phase II
Update Phase
Load changes to the system or to a parallel system & collect log data for a new run.
Phase III
Compare Phase
Compare log data between Phase I and Phase II to determine changes.