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z/OS System Operation and Facilities

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Duration: 5.0 days

Method: Instructor led, Hands-on workshops

Price: $3250.00

Course Code: MF3010



Audience

System programmers, operators, and application programmers that need an understanding of the z/OS environment and the subsystems supported. Workstations will be used to illustrate concepts and provide basic exposure to the elements of the z/OS environment.

Description

This course provides an examination of z/OS for systems programmers, operators and application programmers. Topics include an introduction to the z/series systems hardware and an exploration of z/OS architecture, system services and functions, storage management mechanisms, and I/O processes. In particular the focus will be to explore the operation of the z/OS environment with an objective of understanding its performance and exploitation opportunities.

Topics

  1. System Basics
    • Examine How Data is Represented in Computers, using Binary, Hexadecimal, and Decimal.
    • Introduction to Memory Addresses and Basic Instruction Operation
    • Explore the Role of the PSW in Machine Operations
    • Introduce Basic Computer Hardware Inventory: CPU, Memory, and I/O Devices
  2. Programs
    • Examine Basic Program Structure.
    • Introduction to Linkage Editor Functions
    • Illustrate Connection Between Data, JCL and Programs
    • Introduction to Basic TSO/ISPF and SDSF
  3. History and Overview of z/OS
    • Evolution of Operating Systems from MVT/MFT to OS/390 and z/OS.
    • Examining LPARs and Parallel Sysplex Configurations
  4. The IPL Process
    • Review the IPL Process
    • Steps in Systems Initialization
  5. System Services and PARMLIB
    • Interrupts and Interrupt Handling
    • PARMLIB Definitions Related to System Functions
    • System Address Spaces
  6. Storage Management Mechanisms
    • Real Storage Management:
      • Central and Expanded Storage Usage
    • Virtual Storage Management:
      • Paging/Swapping Mechanisms
    • Auxiliary Storage Management
  7. Task Management
    • Review of Initiator/Terminator Functions
    • Address Spaces and Task Control
  8. I/O Processing
    • Introduction to DASD Hardware Functions:
      • CKD, ECKD, and FBA Devices
      • Parallel Access Volumes (PAV)
      • Volume Affinity
    • Components of I/O Operation:
      • Introduction to Channel Command Processing
    • Access Method Services
    • Caching Mechanisms
  9. Access Methods and Data Bases
    • Data Set Organization and Access Methods:
      • Sequential Access (SAM)
      • Basic Partitioned Access (BPAM)
      • Basic Direct Access (BDAM)
      • VSAM Processing (ESDS, KSDS, RRDS)
    • Introduction to Data Base Processing Concepts
  10. Resource Management
    • Examine Basic Objectives in Managing System Resources
    • Explore the Process of Defining Objectives
    • Discuss the Process WLM Uses to Make Decisions and Monitoring Requirements
    • Scheduling Environments
    • Intelligent Resource Director
  11. System Managed Storage
    • Introduce DFSMS Concepts
    • Review SMS Components
  12. . Introduction to Basic Communication Services
    • Basic Networking and Configurations
    • TCP/IP Overview and Function
    • VTAM/SNA Overview and Function
  13. Introduction to z/OS Subsystems and Services
    • Overview of JES2 Operation and Function
    • Introduction and Overview to CICS and IMS
    • Additional Subsystems Including:
      • Unix System Services (USS)
      • Security
      • Performance Management Software
      • Diagnostics and Debugging Software