BMC Mainframe: Parallel Sysplex Internals & Fundamentals
The course is developed and delivered by © RSM Technology.
This three-day course examines the fundamental mechanics of IBM's parallel sysplex architecture at a detailed technical level. It will provide attendees with a full and comprehensive understanding of today's sysplex, an environment that can provide continuous availability for a huge variety of workloads. The course describes in considerable detail the three sets of services involved.
This vital course should be considered the technical 'foundation stone' for all involved with a sysplex at a technical level.
Major release:
BMC Mainframe Infrastructure Platform Training
Recommended Prerequisites:
Good for:
Developers
Course Delivery:
Instructor-Led Training (ILT) | 24 時間
Course Modules
-
Introduction to the Parallel Sysplex
- What is a parallel sysplex?
- XCF, the Cross-systems Coupling Facility
- Multisystem environments
- It's not just signalling!
- But what about data sharing?
- The Coupling Facility
- Coupling Facility data - Structures
- Data sharing services
- OK, so WHY parallel sysplex?
- How big!?!
- A single image environment
- A sysplex is just a bigger multiprocessor!
- Dispatching work
- Recovery and expendability
- Continuous availability
- Why the fuss about continuous availability?
-
XCF Services
- Managing the sysplex
- Member status and attributes
- Joining a group
- Interrogating XCF
- Sending and receiving messages
- Advanced message services
- Large messages
- User Status tracking
- Group Status tracking
- Leaving a group
- Abend handling
- ARM concepts, policies and exit routines
- Sample Application
- JESXCF
- JESXCF services
-
Data Sharing
- CF data sharing
- Coupling Facility data structures
- CF sharing mechanics
- Products supporting data sharing
- XES services
- Application protocols
-
Connection Services
- Connection services overview
- Permissions to use a structure
- Allocation of structures
- First connection
- Allocation parms
- Connection failures
- LISTEN exit
- Connection States
- Connection & structure persistence
- Structure rebuilds
- Structure Alter and Disposition
- Disconnecting from a structure
- CF management services
-
Cache Services
- Elements of a cache system
- Elements of a cache structure
- Allocation parameters
- Event suppression
- Managing the local cache buffers
- Local Cache Vector
- Casting out data
- Cast-out Classes, Storage Classes, Reclaims and Reclaim Vectors
- Cache Types
- Synchronous and asynchronous services
- Physical CF access processing
- Changed CF requests
-
Lock Services
- Elements of a Lock Structure
- Allocation parameters
- Requesting a Lock
- Resource Request Queue states
- Contention & false contention
- Handling contention
- Exit processing
- Recovery Management
- Services and synchronization
-
List Services
- Elements of a List Structure
- List Controls and List Entry Controls
- Allocation parameters
- Referencing list entries
- Serialised lists and lock processing
- LOCKCOMP processing
- Synchronous and asynchronous processing
- Handling lock contention
- List transition monitoring
- Sublists and monitoring
- Event queues and event monitoring
- List services extensions
- Secondary keys
- IXLLSTE, IXLLSTM and IXLLSTC
- JES checkpoint
-
Workload Manager Services
- The continuous availability environment - a review so far
- WLM's role in the sysplex
- WLM service definition
- Setting goals
- Work-unit types
- Classifying work
- WLM Work Manager services
- Execution Delay Monitoring Services
- CICS and CICSplex SM
- Enclaves and the enclave services
- Enclave vs address space level work
- SWUQ
- Enclaves and preemptable SRBs
- Independent enclaves
- Dependent enclaves
- Multisystem enclaves
- Application Environments
- AE - the Queuing Manager Model
- AE - the Routing Manager Model
- Defining Application Environments
- DB2 and the Distributed Data Facility
- Sysplex Routing Services
- DDF Workload balancing
- UNIX System Services fork support
- VTAM generic resources
- Scheduling environments
- WLM-managed Initiators