A superset view of an IMS online system; Course objectives; Online System Structure; A day in the life of a full function message; Stages of Message Processing; Transaction Log records; Addressing IMS Performance Issues; Why Monitor; Establishing monitoring strategies; z/OS System Information; WorkLoad Manager priorities; Workload Manager settings; Monitoring Tools; VSAM LISTCAT output; Data gathering; Batch executions; DL/I Call Image Trace; Exercise 1.
Online ReportingLog Transaction Analysis Utility (DFSILTA0); Statistical Analysis Utility (DFSISTS0); DC Monitor Reports; Statistic Log Record Analysis; Online Control Region/DFSPBxxx; IMS key performance indicators; IMS Monitor -Output Sequence and Information; Message Queue Pool Report; Message Format Pool Report; Region Summary Report; Region IWAIT Report; Programs by Region Report; Program Summary Report; Events that can be distributed & their default ranges; Program I/O Report; Transaction Queuing Report; DL/I Call Summary report; Deadlock Analysis Report; PI Trace Record; Program to Program switches.
Database CharacteristicsDatabase performance choices; HISAM; HISAM VSAM Logical Record; Insert Root 4; Insert Root 5; Insert Dependents G22 and D24; HIDAM Indexed Access; HD Storage; Free Space Element; Physical Child First Pointers; Physical Twin Pointers; Physical Child Last Pointers; Pointer Options; (P)HIDAM; HDAM Direct Root Access; HDAM Storage; Randomiser Function; Randomiser Algorithm; Sequential Randomiser; HDAM DBD Parameters; The HDAM Variables; The Randomiser; How big is the RAA?; How many RASP; Randomisation Characteristics; What should Bytes be?; How big is SIZE?; HD free space; What about FRSPC?; HD Data Set Crawl; HD space search algorithm; How do you know well it is set up?; Rules of Thumb; DEDB; DEDB Unit Of Work; DEDB Storage; SDep Storage; Standard FP Buffer Pool specifications; Fld Call; Subset Pointers; Locking; High Speed Sequential Processing; OSAM vs VSAM; Database Buffer Pools; HALDB; HALDB Database; Self healing pointers; HALDB Data Sets; HALDB online reorganisation; Database design for performance.
Application ConsiderationsApplication Design for Performance; Activating DFSSTAT; DFSSTAT VSAM Pool Statistics; DFSSTAT OSAM Pool Statistics; DFSSTAT Sequential Buffering Summary; DFSSTAT Sequential Buffering Page A; DFSSTAT Sequential Buffering Page B; DFSSTAT Sequential Buffering Page C; Exercise 2.
Putting the Factors into PracticeLogging Performance Considerations; Access Method Choices; Block, CI and Record Sizes; DB Monitor Reports; VSAM Buffer (Sub)Pool Statistics; VSAM Statistics; OSAM Buffer Pool Statistics; Program I/O Report; DL/I Call Summary Report; Utilities; HISAM Unload Statistics; HISAM Reload Statistics; HISAM Free Space; HD Unload Statistics; HD Reload Statistics; Image Copy and Recovery Optimisation; IMS - DB2 Subsystem Link; Each Dependent Region...Another DB2; Exploiting ODBA from DB2 Stored Procedures; Parallel Sysplex; Locking with IRLM; Shared SDeps; Resources
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Saudi Arabia is currently undergoing one of the most significant digital transformations in modern history under the umbrella of Vision 2030. Riyadh, Jeddah, and the revolutionary smart-city project NEOM are at the forefront of this technological leap, focusing on non-oil economic growth through digital innovation. The Kingdom is investing billions into cloud infrastructure, AI research, and cybersecurity to protect its national interests and support a burgeoning private tech sector. Our educational frameworks in Saudi Arabia are aligned with this national transformation, providing the workforce with essential skills to manage mega-scale digital projects. We empower Saudi professionals to take the lead in building a tech-driven future that honors the Kingdom's heritage while embracing the possibilities of the Fourth Industrial Revolution.
