Training z/OS System Programmer Fundamentals

Practical information about training

  • CATEGORY: Technologies
  • SUBCATEGORY: Infrastructure and platforms
  • TRAINING CODE: ES40G
  • DURATION: 4 days
  • PRICE INFORMATION from: 6000 PLN net
  • LANGUAGE OF TRAINING: polish
  • FORM OF IMPLEMENTATION: stationary, online

Training description

This course is designed to describe the basic components that apply to all z/OS systems. It covers high-level concepts that apply to the z/OS hardware platform and z/OS software. It then provides more detailed analysis, description and lab activities that can be applied to the role of a system programmer to maintain z/OS systems.

Participant profile

This intermediate level is designed for new developers and system administrators who need to have a general knowledge of the z/OS platform, z/OS components, data management, and installation and maintenance activities used in z/OS systems.

Agenda

Day 1

  • Welcome
  • Unit 1 – What makes up a z/OS system?
  • Exercise 1 – Introduction to z/OS configuration
  • Unit 2 – System commissioning: POR and IPL
  • Exercise 2 – Finish IPL: Run JES, start network
  • Unit 3 – Processing user work in z/OS system
  • Exercise 3 – LOG IN to TSO and create a new user profile

Day 2

  • Unit 4 – Network, z/OS communication server
  • Exercise 4 – Data Administration
  • Unit 5 – What else is needed for end user access to the system?
  • Exercise 5 – Startup automation and system monitoring

Day 3

  • Unit 6 – Data management
  • Exercise 6 – System recorder
  • Unit 7 – A closer look at IPL: IPLPARM, SYS1.PARMLIB, SYS1.PROCLIB
  • Exercise 7 – Define the string DASD and ACTIVATE dynamically.

Day 4

  • Unit 8 – System management: WLM, SMF, RMF and system recorder.
  • Exercise 8 – Installation and maintenance of user functions
  • Unit 9 – Definition of hardware configuration
  • Unit 10 – Software Maintenance: SMP/E
  • Unit 11 – Change Management: ServerPac and other IBM services

Required preparation of participants

You should:

  • Have experience in z/OS system installation or participate in z/OS system installation
  • Be familiar with end-user activities in MVS, including knowledge of JCL, IDCAMS, MVS address space structure and batch scheduling concepts using JES initiators

Issues

  • Describing the basics of z/OS architecture
  • Identify basic z/OS system components
  • Discuss the knowledge gained about LPAR partitions
  • Describing the principles of maintenance
  • Identifying and listing the POR process
  • Describing the IPL process
  • Identifying basic address spaces
  • Describing the procedure for shutting down the z/OS system
  • Implementation of the JES2 basic batch environment
    • Identify ways to get started in z/OS and its relationship to the job entry subsystem
    • Describing how JES2 prepares and executes tasks in the z/OS system
    • Explanation of JES2 launch options
    • Describing the JES2 parameters that can be adapted to support batching in z/OS
    • Identify JES2 communication and control methods using operator commands and SDSF
  • Describing JES3 configuration and job processing phases
  • Identifying JES3 launch options
  • Describing two network schemes in a z/OS environment: SNA and IP
  • Identifying SNA network resources
  • Explanation of how SNA sessions are established
  • Describe the role of TCP/IP as a physical file system in UNIX system services
  • Deploy and run a local VTAM instance to provide a base for SNA applications such as TSO
  • Implementation and launch of TSO
  • Running the TCPIP stack and checking the accompanying messages
  • Identify the main functions of the Security Server (RACF) and its role in controlling user access to the system
  • Describing the content of RACF user profiles, groups and resources
  • Describing how RACF profiles are used to authorize user access to a dataset resource
  • Identifying two key members used to launch TCAS
  • Naming ISPF components
  • Describing the general layout of ISPF/PDF panels
  • Describing how UNIX system services are used in z/OS systems
  • A brief description of the UNIX shell, tools and how to access them
  • Describe the application services provided in UNIX system services
  • Describing how security is handled in UNIX system services
  • Describing classic z/OS data management
    • DASD init: VTOC, VTOC index
    • ICF catalog creation: BCS, VVDS
    • MCAT/UCAT
    • IDCAMS utility
    • DFSMS: DFSMSdss, DFSMShsm
    • Data, storage and management classes
  • Defining hierarchical data management
    • HFS file system
    • zFS file system
  • Defining charging parameters for IPL
  • Defining the symbols used during system initialization
  • Defining configurations for system initialization
  • Defining a library for procedures
  • Identify sysplex resources required to run WLM
  • List the main components that make up the WLM service definition for the system/sysplex
  • Describe the functions of WLM service definition parameters, such as workloads, service objectives, periods and WLM subsystems
  • Describing how to create and use SMF data sets
  • Explanation of SMF record types and how they are used
  • Identifying three types of RMF monitors
  • Describe how the RMF monitor is used for reporting purposes
  • Identifying System Logger components and their uses
    • Sysplex configuration and CF log streams
    • Single system and log streams only DASD
  • Describing the use of SMF log streams
  • Describing the differences between IOCDS and IODF
  • Identify and list the sequence of the HCD definition process
  • Describing how to use HCD dialogs to define configurations
  • Discuss the purpose of the Hardware Configuration Manager
  • Describing the general concept of SMP/E: global zones, target zones and DLIBs
  • Describing the elements and SYSMOD
  • Creating an SMP/E working environment
  • Identifying batch and ISPF interfaces for SMP/E
  • Installing user functions using RECEIVE, APPLY and ACCEPT commands
  • Explanation of how to delete SYSMOD using the RESTORE command
  • Describing the available z/OS system installation options
  • Using attributes of z/OS elements and functions to identify z/OS product content
  • Describing the contents of the ServerPac offering and important sources of installation documentation
  • Listing the main steps in the ServerPac compilation process
  • Describe hardware and software requirements (prerequisites)
    • Drive system
    • Target layout

Do you have any questions?
Feel free to contact us.

Anna Polak
+48 600 010 440
anna.polak@eitt.academy
31 Ząbkowska Street
03-736 Warsaw

Forms of training delivery

Stationary training

  • Training at the customer's premises or at a designated location
  • Training room equipped with the necessary equipment
  • Training materials in electronic form
  • Coffee breaks and lunch
  • Direct interaction with the trainer
  • Networking in a group
  • Workshop exercises in teams

Remote training

  • Virtual training environment
  • Electronic materials
  • Interactive online exercises
  • Breakout rooms for group work
  • Technical support during the training
  • Recordings of the session (optional)

Possibility of funding

The training can be financed with public funds under:

  • National Training Fund (KFS)
  • Development Services Base (BUR)
  • EU projects implemented by PARP
  • HR Academy Program (PARP)
  • Regional operational programs

If you are interested in funding, our team will help you prepare the required documentation.

+48 22 487 84 90

biuro@eitt.pl

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Do you have any questions?
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+48 600 010 440
anna.polak@eitt.academy
31 Ząbkowska Street
03-736 Warsaw

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