IBM System z Fast Track - Business Skills and IT...

ESZ0G www.globalknowledge.ie [email protected] 353-1-814 8200

IBM System z Fast Track

Duration: 10 Days Course Code: ESZ0G

Overview:

This 10 day course is intended to give IT professionals a well rounded introduction to the System z environment, current servers, operatingsystems, software utilities, and middleware. Through lecture and hands-on labs it will provide the basic skill set to jump start productivity fortechnical professionals new to the mainframe environment. The skills taught in this course can be applied across multiple mainframe job roles. The course consists of 24 units and 16 hands-on lab exercises.

The topics discussed in this course are: Mainframes and distributed server comparisons: Why so many servers?Mainframe directions: Past, current, and future Mainframes: System z introduction and relativeperformance comparisons IBM System z hardware design: Frames, CEC cage, books, models and MSUsI/O Infrastructure and processor usage: zEC12 to z10 comparisons System z Capacity on DemandPhysical/Logical partitioning, server initialization, and CHPIDs I/O configuration and HCD overviewMVS to z/OS software overview z/OS Parallel Sysplex z/OS enhancements on the zPlatformz/Architecture overview and virtual addressing concepts System concepts: The big picture HMCintroduction, groups, and activation profiles Determining object status and error conditions Activation andoperating system interface z/OS base elements and optional features z/OS system programming z/OSsystem libraries Data center components and trends TSO/E and ISPF/PDF Data sets and accessing withISPF/PDF ISPF/PDF editor Copy/Move/Rename/Delete Data Set List TSO/E commands and TSO/Eprogramming Introduction to JES and JCL JOB, EXEC, and DD statements DD parameters Traditionalapplications Programming languages Object technology System-level-security Network-level securityTransaction-level security Directory services z/OSMF SDSF Working with UNIX System ServicesIntroduction to utilities and conditional execution Data management, organization, and format Generationdata groups Procedures More about utilities More on procedures Selected JCL topics SORT and MERGEABENDs

Target Audience:

This basic class is intended for the technical professional that is new to the mainframe environment.

Objectives:

Describe and categorize the various servers that are commonlyfound in data centers

Name the three data set types

Identify and describe workloads that are commonly used onmainframes and distributed servers Describe the attributes of data set names

Describe a typical data center with multiple server platforms: Use the ISPF/PDF panels to allocate, edit, move, copy, and renamedata sets

Why so many servers

Use line and prefix commands while editing data setsCurrent concerns and considerations

Describe the general layout of a TSO commandPotential future actions


Identify when the first IBM general purpose mainframe wasintroduced Issue some of the more common TSO commands

Describe several key IT and mainframe strategies introduced in Describe the attributes of a CLIST and a REXX execthe 2000s

Explain how a CLIST differs from a REXX execIdentify current and future data center trends

Describe the responsibilities of JESDescribe why smarter systems are required to meet futurerequirements

Describe the need for job control language (JCL)

Introduce the zEnterprise System and describe how it can applyto current and future business requirements

Define the JOB, EXEC, and DD statements

Describe the basic functions, characteristics, and terminology ofSystem z servers Differentiate between single and multistep jobs

Identify and list the various System z servers and hardware Explain JCL errors, return codes, and ABENDsmodels, from zSeries server to the latest zEnterprise EC12

Describe the JCL statement formatIdentify the number of CPs and specialty processors available tovarious System z servers

Code JOB statements and JOB statement parameters

List relative performance of recent System z servers ascompared to previous servers

Code EXEC statements to invoke a program and pass PARMparameters to the program

Identify and list IBM mainframe servers supporting multiplechannel subsystems and z/Architecture

Introduce the DD statement and a few of its parameters

Identify key components of the zEnterprise System and theirpurpose Discuss the COMMENT statement

Describe and compare various System z components: Create a new data set

Frame layout and cage usage

Reference an existing uncataloged data set

Server models, books, memory, and cache structure

Reference an existing cataloged data set

Performance and millions of service units (MSUs)

Describe and compare I/O infrastructure and processor usage Code and discuss the DISP parameteracross zEC12 to z10 mainframes

Use special DD statementsI/O cages, drawers and technology used


Detect and correct JCL syntax and usage errorsPU, cache, and book fan-out connectivity

Describe the use of traditional DB/DC applications like CICS, IMS,Describe how and what System z physical components are used and DB2 on z/OSwhen processing instructions and performing an I/O operation

Describe the purpose of the Language EnvironmentIdentify System z Capacity on Demand (CoD) options availablefor planned and unplanned outages

Describe the support provided for object-oriented applicationdevelopment on z/OS

Describe the CoD provisioning architecture and which serverscan use it

Discuss z/OS security architecture

Describe how logical partitioning is used, resource assignments,and initialization activities

Describe the components of network security, transaction security,and platform security on z/OS

Describe mainframe channels, usage, and CHPID assignments

Explain the differences between authorization and authentication

Describe the purpose and use of HCD

Identify some firewall technologies within the security server

Identify mainframe operating systems and their supportedmainframe servers

Describe the Lightweight Directory Access Protocol (LDAP)

Describe how the mainframe OS evolved from the System 360servers to the current zEC12 server Describe the purpose and benefit of z/OS Management Facility

List some of the major enhancements provided by the recent Describe the functions provided z/OS Management Facilityz/OS versions and to what servers they apply

List SDSF commands used to display jobs, active users, and tasksList z/OS coexistence and release support strategy

Know how to filter SDSF output based on DEST, PREFIX, OWNERDescribe the various queues that are used to dispatch work and SYSNAME

Describe the difference between a base and Parallel Sysplex Know how to enter JES and MVS commands through SDSF anduse ULOG to view commands and their output

List Parallel Sysplex main characteristicsDescribe the main features of UNIX System Services (USS) in z/OS

Describe the purpose and use of the coupling facilityDescribe briefly the UNIX shell and utilities

Identify the difference between the following sysplexconfigurations Describe the hierarchical file system (HFS)

MULTISYSTEM, MONOPLEX, and XCFLOCAL

Describe the application services provided in USS


Identify and describe the major enhancements provided by theSystem z software and hardware platform:

Describe how to start and manage a process in USS64-bit architecture, IRD, HiperSockets, MLCSS, MIDAW

Describe how security is handled in USSMultiple subchannel sets, zHPF, CPM, HiperDispatch, zDAC

Identify the different types of utility programsTEF, RI, DAT2, Flash Express, zAware, and autonomiccomputing

Identify processor architectural modes and their supported Establish the rules for coding utility control statementsaddressing implementations:

Bimodal, trimodal, address spaces, virtual addressing, andstorage usage Describe the functions of system and data set utility programs

Describe the various queues that are used to dispatch work Review the JCL and utility control statements appropriate for:

IEBGENER

Use system commands to display active address spaces andidentify their current status

IEBPTPCH

Describe the high level interaction between z/OS, CSS, and I/Odevices during I/O processing IEHLIST

Describe the role of the HMC and SE for System z servers IDCAMS

Use the DFSMS/dfp Utilities Manual for reference

Identify and change the HMC user interface style

Discuss the COND parameter and conditional execution of job steps

Identify CPC and image objects usage on the HMC

Examine the record formats supported by z/OS

Build and customize user-defined groups

Compare blocked and unblocked data sets

Identify profile types, usage, and assign profiles to objects

Discuss system-determined block size

Use the Details window to determine object status andassignments

Introduce the SMS-managed data sets

Describe how and why unacceptable status conditions andhardware messages are presented to the HMC Describe the data set organizations supported by z/OS

Identify the HMC activation process for CPCs and images Differentiate between PDS and PDSE data sets

Send messages to the operating system Discuss VSAM data set creation through JCL

List program management services that z/OS provides Describe a procedure


List main elements and optional features of the z/OS system Differentiate between a cataloged procedure and in-streamprocedure

Describe the responsibilities of a z/OS system programmerDescribe procedure modifications through overriding, adding, ornullifying parameters

Explain system libraries, their use, and methods for managingtheir content

Use symbolic parameters to modify procedures

List main components of a data center and recent improvementsbeing made to data centers Compare the PROC and EXEC statements for supplying symbolic

parameters

continue to the Remarks...List attributes of TSO/E

Know how to log on to TSO/E

Recognize a ready prompt

Describe what ISPF is

Recognize the ISPF/PDF primary option menu

Enter ISPF and navigate through ISPF/PDF panels

Prerequisites:

You should have an understanding of:

Basic data processing conceptsI/O concepts


Content:

line line lineMainframe directions: Past, current, and Mainframe directions: Past, current, and Mainframe directions: Past, current, andfuture future futureMainframes: System z introduction and Mainframes: System z introduction and Mainframes: System z introduction andrelative performance comparisons relative performance comparisons relative performance comparisonsIBM System z hardware design: Frames, IBM System z hardware design: Frames, IBM System z hardware design: Frames,CEC cage, books, models and MSUs CEC cage, books, models and MSUs CEC cage, books, models and MSUsI/O Infrastructure and processor usage: I/O Infrastructure and processor usage: I/O Infrastructure and processor usage:zEC12 to z10 comparisons zEC12 to z10 comparisons zEC12 to z10 comparisonsSystem z Capacity on Demand System z Capacity on Demand System z Capacity on DemandPhysical/Logical partitioning, server Physical/Logical partitioning, server Physical/Logical partitioning, serverinitialization, and CHPIDs initialization, and CHPIDs initialization, and CHPIDsI/O configuration and HCD overview I/O configuration and HCD overview I/O configuration and HCD overviewMVS to z/OS software overview MVS to z/OS software overview MVS to z/OS software overviewz/OS Parallel Sysplex z/OS Parallel Sysplex z/OS Parallel Sysplexz/OS enhancements on the zPlatform z/OS enhancements on the zPlatform z/OS enhancements on the zPlatformz/Architecture overview and virtual z/Architecture overview and virtual z/Architecture overview and virtualaddressing concepts addressing concepts addressing conceptsSystem concepts: The big picture System concepts: The big picture System concepts: The big pictureHMC introduction, groups, and activation HMC introduction, groups, and activation HMC introduction, groups, and activationprofiles profiles profilesDetermining object status and error Determining object status and error Determining object status and errorconditions conditions conditionsActivation and operating system interface Activation and operating system interface Activation and operating system interfacez/OS base elements and optional features z/OS base elements and optional z/OS base elements and optional featuresz/OS system programming features z/OS system programmingz/OS system libraries z/OS system programming z/OS system librariesData center components and trends z/OS system libraries Data center components and trendsTSO/E and ISPF/PDF Data center components and trends TSO/E and ISPF/PDFData sets and accessing with ISPF/PDF TSO/E and ISPF/PDF Data sets and accessing with ISPF/PDFISPF/PDF editor Data sets and accessing with ISPF/PDF ISPF/PDF editorCopy/Move/Rename/Delete ISPF/PDF editor Copy/Move/Rename/DeleteData Set List Copy/Move/Rename/Delete Data Set ListTSO/E commands and TSO/E programming Data Set List TSO/E commands and TSO/EIntroduction to JES and JCL TSO/E commands and TSO/E programmingJOB, EXEC, and DD statements programming Introduction to JES and JCLDD parameters Introduction to JES and JCL JOB, EXEC, and DD statementsTraditional applications JOB, EXEC, and DD statements DD parametersProgramming languages DD parameters Traditional applicationsObject technology Traditional applications Programming languagesSystem-level-security Programming languages Object technologyNetwork-level security Object technology System-level-securityTransaction-level security System-level-security Network-level securityDirectory services Network-level security Transaction-level securityz/OSMF Transaction-level security Directory servicesSDSF Directory services z/OSMFWorking with UNIX System Services z/OSMF SDSFIntroduction to utilities and conditional SDSF Working with UNIX System Servicesexecution Working with UNIX System Services Introduction to utilities and conditionalData management, organization, and format Introduction to utilities and conditional executionGeneration data groups execution Data management, organization, andProcedures Data management, organization, and formatMore about utilities format Generation data groupsMore on procedures Generation data groups ProceduresSelected JCL topics Procedures More about utilitiesSORT and MERGE More about utilities More on proceduresABENDs More on procedures Selected JCL topics

Selected JCL topics SORT and MERGESORT and MERGE ABENDs

line ABENDsMainframe directions: Past, current, andfuture lineMainframes: System z introduction and line Mainframe directions: Past, current, and


relative performance comparisons Mainframe directions: Past, current, and futureIBM System z hardware design: Frames, future Mainframes: System z introduction andCEC cage, books, models and MSUs Mainframes: System z introduction and relative performance comparisonsI/O Infrastructure and processor usage: relative performance comparisons IBM System z hardware design: Frames,zEC12 to z10 comparisons IBM System z hardware design: Frames, CEC cage, books, models and MSUsSystem z Capacity on Demand CEC cage, books, models and MSUs I/O Infrastructure and processor usage:Physical/Logical partitioning, server I/O Infrastructure and processor usage: zEC12 to z10 comparisonsinitialization, and CHPIDs zEC12 to z10 comparisons System z Capacity on DemandI/O configuration and HCD overview System z Capacity on Demand Physical/Logical partitioning, serverMVS to z/OS software overview Physical/Logical partitioning, server initialization, and CHPIDsz/OS Parallel Sysplex initialization, and CHPIDs I/O configuration and HCD overviewz/OS enhancements on the zPlatform I/O configuration and HCD overview MVS to z/OS software overviewz/Architecture overview and virtual MVS to z/OS software overview z/OS Parallel Sysplexaddressing concepts z/OS Parallel Sysplex z/OS enhancements on the zPlatformSystem concepts: The big picture z/OS enhancements on the zPlatform z/Architecture overview and virtualHMC introduction, groups, and activation z/Architecture overview and virtual addressing conceptsprofiles addressing concepts System concepts: The big pictureDetermining object status and error System concepts: The big picture HMC introduction, groups, and activationconditions HMC introduction, groups, and activation profilesActivation and operating system interface profiles Determining object status and errorz/OS base elements and optional features Determining object status and error conditionsz/OS system programming conditions Activation and operating system interfacez/OS system libraries Activation and operating system interface z/OS base elements and optional featuresData center components and trends z/OS base elements and optional z/OS system programmingTSO/E and ISPF/PDF features z/OS system librariesData sets and accessing with ISPF/PDF z/OS system programming Data center components and trendsISPF/PDF editor z/OS system libraries TSO/E and ISPF/PDFCopy/Move/Rename/Delete Data center components and trends Data sets and accessing with ISPF/PDFData Set List TSO/E and ISPF/PDF ISPF/PDF editorTSO/E commands and TSO/E programming Data sets and accessing with ISPF/PDF Copy/Move/Rename/DeleteIntroduction to JES and JCL ISPF/PDF editor Data Set ListJOB, EXEC, and DD statements Copy/Move/Rename/Delete TSO/E commands and TSO/EDD parameters Data Set List programmingTraditional applications TSO/E commands and TSO/E Introduction to JES and JCLProgramming languages programming JOB, EXEC, and DD statementsObject technology Introduction to JES and JCL DD parametersSystem-level-security JOB, EXEC, and DD statements Traditional applicationsNetwork-level security DD parameters Programming languagesTransaction-level security Traditional applications Object technologyDirectory services Programming languages System-level-securityz/OSMF Object technology Network-level securitySDSF System-level-security Transaction-level securityWorking with UNIX System Services Network-level security Directory servicesIntroduction to utilities and conditional Transaction-level security z/OSMFexecution Directory services SDSFData management, organization, and format z/OSMF Working with UNIX System ServicesGeneration data groups SDSF Introduction to utilities and conditionalProcedures Working with UNIX System Services executionMore about utilities Introduction to utilities and conditional Data management, organization, andMore on procedures execution formatSelected JCL topics Data management, organization, and Generation data groupsSORT and MERGE format ProceduresABENDs Generation data groups More about utilities

Procedures More on proceduresMore about utilities Selected JCL topics

line More on procedures SORT and MERGEMainframe directions: Past, current, and Selected JCL topics ABENDsfuture SORT and MERGEMainframes: System z introduction and ABENDsrelative performance comparisons lineIBM System z hardware design: Frames, Mainframe directions: Past, current, andCEC cage, books, models and MSUs line futureI/O Infrastructure and processor usage: Mainframe directions: Past, current, and Mainframes: System z introduction andzEC12 to z10 comparisons future relative performance comparisonsSystem z Capacity on Demand Mainframes: System z introduction and IBM System z hardware design: Frames,Physical/Logical partitioning, server relative performance comparisons CEC cage, books, models and MSUs


initialization, and CHPIDs IBM System z hardware design: Frames, I/O Infrastructure and processor usage:I/O configuration and HCD overview CEC cage, books, models and MSUs zEC12 to z10 comparisonsMVS to z/OS software overview I/O Infrastructure and processor usage: System z Capacity on Demandz/OS Parallel Sysplex zEC12 to z10 comparisons Physical/Logical partitioning, serverz/OS enhancements on the zPlatform System z Capacity on Demand initialization, and CHPIDsz/Architecture overview and virtual Physical/Logical partitioning, server I/O configuration and HCD overviewaddressing concepts initialization, and CHPIDs MVS to z/OS software overviewSystem concepts: The big picture I/O configuration and HCD overview z/OS Parallel SysplexHMC introduction, groups, and activation MVS to z/OS software overview z/OS enhancements on the zPlatformprofiles z/OS Parallel Sysplex z/Architecture overview and virtualDetermining object status and error z/OS enhancements on the zPlatform addressing conceptsconditions z/Architecture overview and virtual System concepts: The big pictureActivation and operating system interface addressing concepts HMC introduction, groups, and activationz/OS base elements and optional features System concepts: The big picture profilesz/OS system programming HMC introduction, groups, and activation Determining object status and errorz/OS system libraries profiles conditionsData center components and trends Determining object status and error Activation and operating system interfaceTSO/E and ISPF/PDF conditions z/OS base elements and optional featuresData sets and accessing with ISPF/PDF Activation and operating system interface z/OS system programmingISPF/PDF editor z/OS base elements and optional z/OS system librariesCopy/Move/Rename/Delete features Data center components and trendsData Set List z/OS system programming TSO/E and ISPF/PDFTSO/E commands and TSO/E programming z/OS system libraries Data sets and accessing with ISPF/PDFIntroduction to JES and JCL Data center components and trends ISPF/PDF editorJOB, EXEC, and DD statements TSO/E and ISPF/PDF Copy/Move/Rename/DeleteDD parameters Data sets and accessing with ISPF/PDF Data Set ListTraditional applications ISPF/PDF editor TSO/E commands and TSO/EProgramming languages Copy/Move/Rename/Delete programmingObject technology Data Set List Introduction to JES and JCLSystem-level-security TSO/E commands and TSO/E JOB, EXEC, and DD statementsNetwork-level security programming DD parametersTransaction-level security Introduction to JES and JCL Traditional applicationsDirectory services JOB, EXEC, and DD statements Programming languagesz/OSMF DD parameters Object technologySDSF Traditional applications System-level-securityWorking with UNIX System Services Programming languages Network-level securityIntroduction to utilities and conditional Object technology Transaction-level securityexecution System-level-security Directory servicesData management, organization, and format Network-level security z/OSMFGeneration data groups Transaction-level security SDSFProcedures Directory services Working with UNIX System ServicesMore about utilities z/OSMF Introduction to utilities and conditionalMore on procedures SDSF executionSelected JCL topics Working with UNIX System Services Data management, organization, andSORT and MERGE Introduction to utilities and conditional formatABENDs execution Generation data groups

Data management, organization, and Proceduresformat More about utilities

line Generation data groups More on proceduresMainframe directions: Past, current, and Procedures Selected JCL topicsfuture More about utilities SORT and MERGEMainframes: System z introduction and More on procedures ABENDsrelative performance comparisons Selected JCL topicsIBM System z hardware design: Frames, SORT and MERGECEC cage, books, models and MSUs ABENDs lineI/O Infrastructure and processor usage: Mainframe directions: Past, current, andzEC12 to z10 comparisons futureSystem z Capacity on Demand line Mainframes: System z introduction andPhysical/Logical partitioning, server Mainframe directions: Past, current, and relative performance comparisonsinitialization, and CHPIDs future IBM System z hardware design: Frames,I/O configuration and HCD overview Mainframes: System z introduction and CEC cage, books, models and MSUsMVS to z/OS software overview relative performance comparisons I/O Infrastructure and processor usage:z/OS Parallel Sysplex IBM System z hardware design: Frames, zEC12 to z10 comparisonsz/OS enhancements on the zPlatform CEC cage, books, models and MSUs System z Capacity on Demandz/Architecture overview and virtual I/O Infrastructure and processor usage: Physical/Logical partitioning, serveraddressing concepts zEC12 to z10 comparisons initialization, and CHPIDs


System concepts: The big picture System z Capacity on Demand I/O configuration and HCD overviewHMC introduction, groups, and activation Physical/Logical partitioning, server MVS to z/OS software overviewprofiles initialization, and CHPIDs z/OS Parallel SysplexDetermining object status and error I/O configuration and HCD overview z/OS enhancements on the zPlatformconditions MVS to z/OS software overview z/Architecture overview and virtualActivation and operating system interface z/OS Parallel Sysplex addressing conceptsz/OS base elements and optional features z/OS enhancements on the zPlatform System concepts: The big picturez/OS system programming z/Architecture overview and virtual HMC introduction, groups, and activationz/OS system libraries addressing concepts profilesData center components and trends System concepts: The big picture Determining object status and errorTSO/E and ISPF/PDF HMC introduction, groups, and activation conditionsData sets and accessing with ISPF/PDF profiles Activation and operating system interfaceISPF/PDF editor Determining object status and error z/OS base elements and optional featuresCopy/Move/Rename/Delete conditions z/OS system programmingData Set List Activation and operating system interface z/OS system librariesTSO/E commands and TSO/E programming z/OS base elements and optional Data center components and trendsIntroduction to JES and JCL features TSO/E and ISPF/PDFJOB, EXEC, and DD statements z/OS system programming Data sets and accessing with ISPF/PDFDD parameters z/OS system libraries ISPF/PDF editorTraditional applications Data center components and trends Copy/Move/Rename/DeleteProgramming languages TSO/E and ISPF/PDF Data Set ListObject technology Data sets and accessing with ISPF/PDF TSO/E commands and TSO/ESystem-level-security ISPF/PDF editor programmingNetwork-level security Copy/Move/Rename/Delete Introduction to JES and JCLTransaction-level security Data Set List JOB, EXEC, and DD statementsDirectory services TSO/E commands and TSO/E DD parametersz/OSMF programming Traditional applicationsSDSF Introduction to JES and JCL Programming languagesWorking with UNIX System Services JOB, EXEC, and DD statements Object technologyIntroduction to utilities and conditional DD parameters System-level-securityexecution Traditional applications Network-level securityData management, organization, and format Programming languages Transaction-level securityGeneration data groups Object technology Directory servicesProcedures System-level-security z/OSMFMore about utilities Network-level security SDSFMore on procedures Transaction-level security Working with UNIX System ServicesSelected JCL topics Directory services Introduction to utilities and conditionalSORT and MERGE z/OSMF executionABENDs SDSF Data management, organization, and

Working with UNIX System Services formatIntroduction to utilities and conditional Generation data groups

line execution ProceduresMainframe directions: Past, current, and Data management, organization, and More about utilitiesfuture format More on proceduresMainframes: System z introduction and Generation data groups Selected JCL topicsrelative performance comparisons Procedures SORT and MERGEIBM System z hardware design: Frames, More about utilities ABENDsCEC cage, books, models and MSUs More on proceduresI/O Infrastructure and processor usage: Selected JCL topicszEC12 to z10 comparisons SORT and MERGE lineSystem z Capacity on Demand ABENDs Mainframe directions: Past, current, andPhysical/Logical partitioning, server futureinitialization, and CHPIDs Mainframes: System z introduction andI/O configuration and HCD overview line relative performance comparisonsMVS to z/OS software overview Mainframe directions: Past, current, and IBM System z hardware design: Frames,z/OS Parallel Sysplex future CEC cage, books, models and MSUsz/OS enhancements on the zPlatform Mainframes: System z introduction and I/O Infrastructure and processor usage:z/Architecture overview and virtual relative performance comparisons zEC12 to z10 comparisonsaddressing concepts IBM System z hardware design: Frames, System z Capacity on DemandSystem concepts: The big picture CEC cage, books, models and MSUs Physical/Logical partitioning, serverHMC introduction, groups, and activation I/O Infrastructure and processor usage: initialization, and CHPIDsprofiles zEC12 to z10 comparisons I/O configuration and HCD overviewDetermining object status and error System z Capacity on Demand MVS to z/OS software overviewconditions Physical/Logical partitioning, server z/OS Parallel SysplexActivation and operating system interface initialization, and CHPIDs z/OS enhancements on the zPlatformz/OS base elements and optional features I/O configuration and HCD overview z/Architecture overview and virtual


z/OS system programming MVS to z/OS software overview addressing conceptsz/OS system libraries z/OS Parallel Sysplex System concepts: The big pictureData center components and trends z/OS enhancements on the zPlatform HMC introduction, groups, and activationTSO/E and ISPF/PDF z/Architecture overview and virtual profilesData sets and accessing with ISPF/PDF addressing concepts Determining object status and errorISPF/PDF editor System concepts: The big picture conditionsCopy/Move/Rename/Delete HMC introduction, groups, and activation Activation and operating system interfaceData Set List profiles z/OS base elements and optional featuresTSO/E commands and TSO/E programming Determining object status and error z/OS system programmingIntroduction to JES and JCL conditions z/OS system librariesJOB, EXEC, and DD statements Activation and operating system interface Data center components and trendsDD parameters z/OS base elements and optional TSO/E and ISPF/PDFTraditional applications features Data sets and accessing with ISPF/PDFProgramming languages z/OS system programming ISPF/PDF editorObject technology z/OS system libraries Copy/Move/Rename/DeleteSystem-level-security Data center components and trends Data Set ListNetwork-level security TSO/E and ISPF/PDF TSO/E commands and TSO/ETransaction-level security Data sets and accessing with ISPF/PDF programmingDirectory services ISPF/PDF editor Introduction to JES and JCLz/OSMF Copy/Move/Rename/Delete JOB, EXEC, and DD statementsSDSF Data Set List DD parametersWorking with UNIX System Services TSO/E commands and TSO/E Traditional applicationsIntroduction to utilities and conditional programming Programming languagesexecution Introduction to JES and JCL Object technologyData management, organization, and format JOB, EXEC, and DD statements System-level-securityGeneration data groups DD parameters Network-level securityProcedures Traditional applications Transaction-level securityMore about utilities Programming languages Directory servicesMore on procedures Object technology z/OSMFSelected JCL topics System-level-security SDSFSORT and MERGE Network-level security Working with UNIX System ServicesABENDs Transaction-level security Introduction to utilities and conditional

Directory services executionz/OSMF Data management, organization, and

line SDSF formatMainframe directions: Past, current, and Working with UNIX System Services Generation data groupsfuture Introduction to utilities and conditional ProceduresMainframes: System z introduction and execution More about utilitiesrelative performance comparisons Data management, organization, and More on proceduresIBM System z hardware design: Frames, format Selected JCL topicsCEC cage, books, models and MSUs Generation data groups SORT and MERGEI/O Infrastructure and processor usage: Procedures ABENDszEC12 to z10 comparisons More about utilitiesSystem z Capacity on Demand More on proceduresPhysical/Logical partitioning, server Selected JCL topics lineinitialization, and CHPIDs SORT and MERGE Mainframe directions: Past, current, andI/O configuration and HCD overview ABENDs futureMVS to z/OS software overview Mainframes: System z introduction andz/OS Parallel Sysplex relative performance comparisonsz/OS enhancements on the zPlatform line IBM System z hardware design: Frames,z/Architecture overview and virtual Mainframe directions: Past, current, and CEC cage, books, models and MSUsaddressing concepts future I/O Infrastructure and processor usage:System concepts: The big picture Mainframes: System z introduction and zEC12 to z10 comparisonsHMC introduction, groups, and activation relative performance comparisons System z Capacity on Demandprofiles IBM System z hardware design: Frames, Physical/Logical partitioning, serverDetermining object status and error CEC cage, books, models and MSUs initialization, and CHPIDsconditions I/O Infrastructure and processor usage: I/O configuration and HCD overviewActivation and operating system interface zEC12 to z10 comparisons MVS to z/OS software overviewz/OS base elements and optional features System z Capacity on Demand z/OS Parallel Sysplexz/OS system programming Physical/Logical partitioning, server z/OS enhancements on the zPlatformz/OS system libraries initialization, and CHPIDs z/Architecture overview and virtualData center components and trends I/O configuration and HCD overview addressing conceptsTSO/E and ISPF/PDF MVS to z/OS software overview System concepts: The big pictureData sets and accessing with ISPF/PDF z/OS Parallel Sysplex HMC introduction, groups, and activationISPF/PDF editor z/OS enhancements on the zPlatform profilesCopy/Move/Rename/Delete z/Architecture overview and virtual Determining object status and error


Data Set List addressing concepts conditionsTSO/E commands and TSO/E programming System concepts: The big picture Activation and operating system interfaceIntroduction to JES and JCL HMC introduction, groups, and activation z/OS base elements and optional featuresJOB, EXEC, and DD statements profiles z/OS system programmingDD parameters Determining object status and error z/OS system librariesTraditional applications conditions Data center components and trendsProgramming languages Activation and operating system interface TSO/E and ISPF/PDFObject technology z/OS base elements and optional Data sets and accessing with ISPF/PDFSystem-level-security features ISPF/PDF editorNetwork-level security z/OS system programming Copy/Move/Rename/DeleteTransaction-level security z/OS system libraries Data Set ListDirectory services Data center components and trends TSO/E commands and TSO/Ez/OSMF TSO/E and ISPF/PDF programmingSDSF Data sets and accessing with ISPF/PDF Introduction to JES and JCLWorking with UNIX System Services ISPF/PDF editor JOB, EXEC, and DD statementsIntroduction to utilities and conditional Copy/Move/Rename/Delete DD parametersexecution Data Set List Traditional applicationsData management, organization, and format TSO/E commands and TSO/E Programming languagesGeneration data groups programming Object technologyProcedures Introduction to JES and JCL System-level-securityMore about utilities JOB, EXEC, and DD statements Network-level securityMore on procedures DD parameters Transaction-level securitySelected JCL topics Traditional applications Directory servicesSORT and MERGE Programming languages z/OSMFABENDs Object technology SDSF

System-level-security Working with UNIX System ServicesNetwork-level security Introduction to utilities and conditional

line Transaction-level security executionMainframe directions: Past, current, and Directory services Data management, organization, andfuture z/OSMF formatMainframes: System z introduction and SDSF Generation data groupsrelative performance comparisons Working with UNIX System Services ProceduresIBM System z hardware design: Frames, Introduction to utilities and conditional More about utilitiesCEC cage, books, models and MSUs execution More on proceduresI/O Infrastructure and processor usage: Data management, organization, and Selected JCL topicszEC12 to z10 comparisons format SORT and MERGESystem z Capacity on Demand Generation data groups ABENDsPhysical/Logical partitioning, server Proceduresinitialization, and CHPIDs More about utilitiesI/O configuration and HCD overview More on procedures lineMVS to z/OS software overview Selected JCL topics Mainframe directions: Past, current, andz/OS Parallel Sysplex SORT and MERGE futurez/OS enhancements on the zPlatform ABENDs Mainframes: System z introduction andz/Architecture overview and virtual relative performance comparisonsaddressing concepts IBM System z hardware design: Frames,System concepts: The big picture line CEC cage, books, models and MSUsHMC introduction, groups, and activation Mainframe directions: Past, current, and I/O Infrastructure and processor usage:profiles future zEC12 to z10 comparisonsDetermining object status and error Mainframes: System z introduction and System z Capacity on Demandconditions relative performance comparisons Physical/Logical partitioning, serverActivation and operating system interface IBM System z hardware design: Frames, initialization, and CHPIDsz/OS base elements and optional features CEC cage, books, models and MSUs I/O configuration and HCD overviewz/OS system programming I/O Infrastructure and processor usage: MVS to z/OS software overviewz/OS system libraries zEC12 to z10 comparisons z/OS Parallel SysplexData center components and trends System z Capacity on Demand z/OS enhancements on the zPlatformTSO/E and ISPF/PDF Physical/Logical partitioning, server z/Architecture overview and virtualData sets and accessing with ISPF/PDF initialization, and CHPIDs addressing conceptsISPF/PDF editor I/O configuration and HCD overview System concepts: The big pictureCopy/Move/Rename/Delete MVS to z/OS software overview HMC introduction, groups, and activationData Set List z/OS Parallel Sysplex profilesTSO/E commands and TSO/E programming z/OS enhancements on the zPlatform Determining object status and errorIntroduction to JES and JCL z/Architecture overview and virtual conditionsJOB, EXEC, and DD statements addressing concepts Activation and operating system interfaceDD parameters System concepts: The big picture z/OS base elements and optional featuresTraditional applications HMC introduction, groups, and activation z/OS system programmingProgramming languages profiles z/OS system libraries


Object technology Determining object status and error Data center components and trendsSystem-level-security conditions TSO/E and ISPF/PDFNetwork-level security Activation and operating system interface Data sets and accessing with ISPF/PDFTransaction-level security z/OS base elements and optional ISPF/PDF editorDirectory services features Copy/Move/Rename/Deletez/OSMF z/OS system programming Data Set ListSDSF z/OS system libraries TSO/E commands and TSO/EWorking with UNIX System Services Data center components and trends programmingIntroduction to utilities and conditional TSO/E and ISPF/PDF Introduction to JES and JCLexecution Data sets and accessing with ISPF/PDF JOB, EXEC, and DD statementsData management, organization, and format ISPF/PDF editor DD parametersGeneration data groups Copy/Move/Rename/Delete Traditional applicationsProcedures Data Set List Programming languagesMore about utilities TSO/E commands and TSO/E Object technologyMore on procedures programming System-level-securitySelected JCL topics Introduction to JES and JCL Network-level securitySORT and MERGE JOB, EXEC, and DD statements Transaction-level securityABENDs DD parameters Directory services

Traditional applications z/OSMFProgramming languages SDSF

line Object technology Working with UNIX System ServicesMainframe directions: Past, current, and System-level-security Introduction to utilities and conditionalfuture Network-level security executionMainframes: System z introduction and Transaction-level security Data management, organization, andrelative performance comparisons Directory services formatIBM System z hardware design: Frames, z/OSMF Generation data groupsCEC cage, books, models and MSUs SDSF ProceduresI/O Infrastructure and processor usage: Working with UNIX System Services More about utilitieszEC12 to z10 comparisons Introduction to utilities and conditional More on proceduresSystem z Capacity on Demand execution Selected JCL topicsPhysical/Logical partitioning, server Data management, organization, and SORT and MERGEinitialization, and CHPIDs format ABENDsI/O configuration and HCD overview Generation data groupsMVS to z/OS software overview Proceduresz/OS Parallel Sysplex More about utilities linez/OS enhancements on the zPlatform More on procedures Mainframe directions: Past, current, andz/Architecture overview and virtual Selected JCL topics futureaddressing concepts SORT and MERGE Mainframes: System z introduction andSystem concepts: The big picture ABENDs relative performance comparisonsHMC introduction, groups, and activation IBM System z hardware design: Frames,profiles CEC cage, books, models and MSUsDetermining object status and error line I/O Infrastructure and processor usage:conditions Mainframe directions: Past, current, and zEC12 to z10 comparisonsActivation and operating system interface future System z Capacity on Demandz/OS base elements and optional features Mainframes: System z introduction and Physical/Logical partitioning, serverz/OS system programming relative performance comparisons initialization, and CHPIDsz/OS system libraries IBM System z hardware design: Frames, I/O configuration and HCD overviewData center components and trends CEC cage, books, models and MSUs MVS to z/OS software overviewTSO/E and ISPF/PDF I/O Infrastructure and processor usage: z/OS Parallel SysplexData sets and accessing with ISPF/PDF zEC12 to z10 comparisons z/OS enhancements on the zPlatformISPF/PDF editor System z Capacity on Demand z/Architecture overview and virtualCopy/Move/Rename/Delete Physical/Logical partitioning, server addressing conceptsData Set List initialization, and CHPIDs System concepts: The big pictureTSO/E commands and TSO/E programming I/O configuration and HCD overview HMC introduction, groups, and activationIntroduction to JES and JCL MVS to z/OS software overview profilesJOB, EXEC, and DD statements z/OS Parallel Sysplex Determining object status and errorDD parameters z/OS enhancements on the zPlatform conditionsTraditional applications z/Architecture overview and virtual Activation and operating system interfaceProgramming languages addressing concepts z/OS base elements and optional featuresObject technology System concepts: The big picture z/OS system programmingSystem-level-security HMC introduction, groups, and activation z/OS system librariesNetwork-level security profiles Data center components and trendsTransaction-level security Determining object status and error TSO/E and ISPF/PDFDirectory services conditions Data sets and accessing with ISPF/PDFz/OSMF Activation and operating system interface ISPF/PDF editorSDSF z/OS base elements and optional Copy/Move/Rename/Delete


Working with UNIX System Services features Data Set ListIntroduction to utilities and conditional z/OS system programming TSO/E commands and TSO/Eexecution z/OS system libraries programmingData management, organization, and format Data center components and trends Introduction to JES and JCLGeneration data groups TSO/E and ISPF/PDF JOB, EXEC, and DD statementsProcedures Data sets and accessing with ISPF/PDF DD parametersMore about utilities ISPF/PDF editor Traditional applicationsMore on procedures Copy/Move/Rename/Delete Programming languagesSelected JCL topics Data Set List Object technologySORT and MERGE TSO/E commands and TSO/E System-level-securityABENDs programming Network-level security

Introduction to JES and JCL Transaction-level securityJOB, EXEC, and DD statements Directory services

line DD parameters z/OSMFMainframe directions: Past, current, and Traditional applications SDSFfuture Programming languages Working with UNIX System ServicesMainframes: System z introduction and Object technology Introduction to utilities and conditionalrelative performance comparisons System-level-security executionIBM System z hardware design: Frames, Network-level security Data management, organization, andCEC cage, books, models and MSUs Transaction-level security formatI/O Infrastructure and processor usage: Directory services Generation data groupszEC12 to z10 comparisons z/OSMF ProceduresSystem z Capacity on Demand SDSF More about utilitiesPhysical/Logical partitioning, server Working with UNIX System Services More on proceduresinitialization, and CHPIDs Introduction to utilities and conditional Selected JCL topicsI/O configuration and HCD overview execution SORT and MERGEMVS to z/OS software overview Data management, organization, and ABENDsz/OS Parallel Sysplex formatz/OS enhancements on the zPlatform Generation data groupsz/Architecture overview and virtual Procedures lineaddressing concepts More about utilities Mainframe directions: Past, current, andSystem concepts: The big picture More on procedures futureHMC introduction, groups, and activation Selected JCL topics Mainframes: System z introduction andprofiles SORT and MERGE relative performance comparisonsDetermining object status and error ABENDs IBM System z hardware design: Frames,conditions CEC cage, books, models and MSUsActivation and operating system interface I/O Infrastructure and processor usage:z/OS base elements and optional features line zEC12 to z10 comparisonsz/OS system programming Mainframe directions: Past, current, and System z Capacity on Demandz/OS system libraries future Physical/Logical partitioning, serverData center components and trends Mainframes: System z introduction and initialization, and CHPIDsTSO/E and ISPF/PDF relative performance comparisons I/O configuration and HCD overviewData sets and accessing with ISPF/PDF IBM System z hardware design: Frames, MVS to z/OS software overviewISPF/PDF editor CEC cage, books, models and MSUs z/OS Parallel SysplexCopy/Move/Rename/Delete I/O Infrastructure and processor usage: z/OS enhancements on the zPlatformData Set List zEC12 to z10 comparisons z/Architecture overview and virtualTSO/E commands and TSO/E programming System z Capacity on Demand addressing conceptsIntroduction to JES and JCL Physical/Logical partitioning, server System concepts: The big pictureJOB, EXEC, and DD statements initialization, and CHPIDs HMC introduction, groups, and activationDD parameters I/O configuration and HCD overview profilesTraditional applications MVS to z/OS software overview Determining object status and errorProgramming languages z/OS Parallel Sysplex conditionsObject technology z/OS enhancements on the zPlatform Activation and operating system interfaceSystem-level-security z/Architecture overview and virtual z/OS base elements and optional featuresNetwork-level security addressing concepts z/OS system programmingTransaction-level security System concepts: The big picture z/OS system librariesDirectory services HMC introduction, groups, and activation Data center components and trendsz/OSMF profiles TSO/E and ISPF/PDFSDSF Determining object status and error Data sets and accessing with ISPF/PDFWorking with UNIX System Services conditions ISPF/PDF editorIntroduction to utilities and conditional Activation and operating system interface Copy/Move/Rename/Deleteexecution z/OS base elements and optional Data Set ListData management, organization, and format features TSO/E commands and TSO/EGeneration data groups z/OS system programming programmingProcedures z/OS system libraries Introduction to JES and JCLMore about utilities Data center components and trends JOB, EXEC, and DD statements


More on procedures TSO/E and ISPF/PDF DD parametersSelected JCL topics Data sets and accessing with ISPF/PDF Traditional applicationsSORT and MERGE ISPF/PDF editor Programming languagesABENDs Copy/Move/Rename/Delete Object technology

Data Set List System-level-securityTSO/E commands and TSO/E Network-level security

line programming Transaction-level securityMainframe directions: Past, current, and Introduction to JES and JCL Directory servicesfuture JOB, EXEC, and DD statements z/OSMFMainframes: System z introduction and DD parameters SDSFrelative performance comparisons Traditional applications Working with UNIX System ServicesIBM System z hardware design: Frames, Programming languages Introduction to utilities and conditionalCEC cage, books, models and MSUs Object technology executionI/O Infrastructure and processor usage: System-level-security Data management, organization, andzEC12 to z10 comparisons Network-level security formatSystem z Capacity on Demand Transaction-level security Generation data groupsPhysical/Logical partitioning, server Directory services Proceduresinitialization, and CHPIDs z/OSMF More about utilitiesI/O configuration and HCD overview SDSF More on proceduresMVS to z/OS software overview Working with UNIX System Services Selected JCL topicsz/OS Parallel Sysplex Introduction to utilities and conditional SORT and MERGEz/OS enhancements on the zPlatform execution ABENDsz/Architecture overview and virtual Data management, organization, andaddressing concepts formatSystem concepts: The big picture Generation data groups lineHMC introduction, groups, and activation Procedures Mainframe directions: Past, current, andprofiles More about utilities futureDetermining object status and error More on procedures Mainframes: System z introduction andconditions Selected JCL topics relative performance comparisonsActivation and operating system interface SORT and MERGE IBM System z hardware design: Frames,z/OS base elements and optional features ABENDs CEC cage, books, models and MSUsz/OS system programming I/O Infrastructure and processor usage:z/OS system libraries zEC12 to z10 comparisonsData center components and trends line System z Capacity on DemandTSO/E and ISPF/PDF Mainframe directions: Past, current, and Physical/Logical partitioning, serverData sets and accessing with ISPF/PDF future initialization, and CHPIDsISPF/PDF editor Mainframes: System z introduction and I/O configuration and HCD overviewCopy/Move/Rename/Delete relative performance comparisons MVS to z/OS software overviewData Set List IBM System z hardware design: Frames, z/OS Parallel SysplexTSO/E commands and TSO/E programming CEC cage, books, models and MSUs z/OS enhancements on the zPlatformIntroduction to JES and JCL I/O Infrastructure and processor usage: z/Architecture overview and virtualJOB, EXEC, and DD statements zEC12 to z10 comparisons addressing conceptsDD parameters System z Capacity on Demand System concepts: The big pictureTraditional applications Physical/Logical partitioning, server HMC introduction, groups, and activationProgramming languages initialization, and CHPIDs profilesObject technology I/O configuration and HCD overview Determining object status and errorSystem-level-security MVS to z/OS software overview conditionsNetwork-level security z/OS Parallel Sysplex Activation and operating system interfaceTransaction-level security z/OS enhancements on the zPlatform z/OS base elements and optional featuresDirectory services z/Architecture overview and virtual z/OS system programmingz/OSMF addressing concepts z/OS system librariesSDSF System concepts: The big picture Data center components and trendsWorking with UNIX System Services HMC introduction, groups, and activation TSO/E and ISPF/PDFIntroduction to utilities and conditional profiles Data sets and accessing with ISPF/PDFexecution Determining object status and error ISPF/PDF editorData management, organization, and format conditions Copy/Move/Rename/DeleteGeneration data groups Activation and operating system interface Data Set ListProcedures z/OS base elements and optional TSO/E commands and TSO/EMore about utilities features programmingMore on procedures z/OS system programming Introduction to JES and JCLSelected JCL topics z/OS system libraries JOB, EXEC, and DD statementsSORT and MERGE Data center components and trends DD parametersABENDs TSO/E and ISPF/PDF Traditional applications

Data sets and accessing with ISPF/PDF Programming languagesISPF/PDF editor Object technology

line Copy/Move/Rename/Delete System-level-security


Mainframe directions: Past, current, and Data Set List Network-level securityfuture TSO/E commands and TSO/E Transaction-level securityMainframes: System z introduction and programming Directory servicesrelative performance comparisons Introduction to JES and JCL z/OSMFIBM System z hardware design: Frames, JOB, EXEC, and DD statements SDSFCEC cage, books, models and MSUs DD parameters Working with UNIX System ServicesI/O Infrastructure and processor usage: Traditional applications Introduction to utilities and conditionalzEC12 to z10 comparisons Programming languages executionSystem z Capacity on Demand Object technology Data management, organization, andPhysical/Logical partitioning, server System-level-security formatinitialization, and CHPIDs Network-level security Generation data groupsI/O configuration and HCD overview Transaction-level security ProceduresMVS to z/OS software overview Directory services More about utilitiesz/OS Parallel Sysplex z/OSMF More on proceduresz/OS enhancements on the zPlatform SDSF Selected JCL topicsz/Architecture overview and virtual Working with UNIX System Services SORT and MERGEaddressing concepts Introduction to utilities and conditional ABENDsSystem concepts: The big picture executionHMC introduction, groups, and activation Data management, organization, andprofiles format lineDetermining object status and error Generation data groups Mainframe directions: Past, current, andconditions Procedures futureActivation and operating system interface More about utilities Mainframes: System z introduction andz/OS base elements and optional features More on procedures relative performance comparisonsz/OS system programming Selected JCL topics IBM System z hardware design: Frames,z/OS system libraries SORT and MERGE CEC cage, books, models and MSUsData center components and trends ABENDs I/O Infrastructure and processor usage:TSO/E and ISPF/PDF zEC12 to z10 comparisonsData sets and accessing with ISPF/PDF System z Capacity on DemandISPF/PDF editor line Physical/Logical partitioning, serverCopy/Move/Rename/Delete Mainframe directions: Past, current, and initialization, and CHPIDsData Set List future I/O configuration and HCD overviewTSO/E commands and TSO/E programming Mainframes: System z introduction and MVS to z/OS software overviewIntroduction to JES and JCL relative performance comparisons z/OS Parallel SysplexJOB, EXEC, and DD statements IBM System z hardware design: Frames, z/OS enhancements on the zPlatformDD parameters CEC cage, books, models and MSUs z/Architecture overview and virtualTraditional applications I/O Infrastructure and processor usage: addressing conceptsProgramming languages zEC12 to z10 comparisons System concepts: The big pictureObject technology System z Capacity on Demand HMC introduction, groups, and activationSystem-level-security Physical/Logical partitioning, server profilesNetwork-level security initialization, and CHPIDs Determining object status and errorTransaction-level security I/O configuration and HCD overview conditionsDirectory services MVS to z/OS software overview Activation and operating system interfacez/OSMF z/OS Parallel Sysplex z/OS base elements and optional featuresSDSF z/OS enhancements on the zPlatform z/OS system programmingWorking with UNIX System Services z/Architecture overview and virtual z/OS system librariesIntroduction to utilities and conditional addressing concepts Data center components and trendsexecution System concepts: The big picture TSO/E and ISPF/PDFData management, organization, and format HMC introduction, groups, and activation Data sets and accessing with ISPF/PDFGeneration data groups profiles ISPF/PDF editorProcedures Determining object status and error Copy/Move/Rename/DeleteMore about utilities conditions Data Set ListMore on procedures Activation and operating system interface TSO/E commands and TSO/ESelected JCL topics z/OS base elements and optional programmingSORT and MERGE features Introduction to JES and JCLABENDs z/OS system programming JOB, EXEC, and DD statements

z/OS system libraries DD parametersData center components and trends Traditional applications

line TSO/E and ISPF/PDF Programming languagesMainframe directions: Past, current, and Data sets and accessing with ISPF/PDF Object technologyfuture ISPF/PDF editor System-level-securityMainframes: System z introduction and Copy/Move/Rename/Delete Network-level securityrelative performance comparisons Data Set List Transaction-level securityIBM System z hardware design: Frames, TSO/E commands and TSO/E Directory servicesCEC cage, books, models and MSUs programming z/OSMFI/O Infrastructure and processor usage: Introduction to JES and JCL SDSF


zEC12 to z10 comparisons JOB, EXEC, and DD statements Working with UNIX System ServicesSystem z Capacity on Demand DD parameters Introduction to utilities and conditionalPhysical/Logical partitioning, server Traditional applications executioninitialization, and CHPIDs Programming languages Data management, organization, andI/O configuration and HCD overview Object technology formatMVS to z/OS software overview System-level-security Generation data groupsz/OS Parallel Sysplex Network-level security Proceduresz/OS enhancements on the zPlatform Transaction-level security More about utilitiesz/Architecture overview and virtual Directory services More on proceduresaddressing concepts z/OSMF Selected JCL topicsSystem concepts: The big picture SDSF SORT and MERGEHMC introduction, groups, and activation Working with UNIX System Services ABENDsprofiles Introduction to utilities and conditionalDetermining object status and error executionconditions Data management, organization, and lineActivation and operating system interface format Mainframe directions: Past, current, andz/OS base elements and optional features Generation data groups futurez/OS system programming Procedures Mainframes: System z introduction andz/OS system libraries More about utilities relative performance comparisonsData center components and trends More on procedures IBM System z hardware design: Frames,TSO/E and ISPF/PDF Selected JCL topics CEC cage, books, models and MSUsData sets and accessing with ISPF/PDF SORT and MERGE I/O Infrastructure and processor usage:ISPF/PDF editor ABENDs zEC12 to z10 comparisonsCopy/Move/Rename/Delete System z Capacity on DemandData Set List Physical/Logical partitioning, serverTSO/E commands and TSO/E programming line initialization, and CHPIDsIntroduction to JES and JCL Mainframe directions: Past, current, and I/O configuration and HCD overviewJOB, EXEC, and DD statements future MVS to z/OS software overviewDD parameters Mainframes: System z introduction and z/OS Parallel SysplexTraditional applications relative performance comparisons z/OS enhancements on the zPlatformProgramming languages IBM System z hardware design: Frames, z/Architecture overview and virtualObject technology CEC cage, books, models and MSUs addressing conceptsSystem-level-security I/O Infrastructure and processor usage: System concepts: The big pictureNetwork-level security zEC12 to z10 comparisons HMC introduction, groups, and activationTransaction-level security System z Capacity on Demand profilesDirectory services Physical/Logical partitioning, server Determining object status and errorz/OSMF initialization, and CHPIDs conditionsSDSF I/O configuration and HCD overview Activation and operating system interfaceWorking with UNIX System Services MVS to z/OS software overview z/OS base elements and optional featuresIntroduction to utilities and conditional z/OS Parallel Sysplex z/OS system programmingexecution z/OS enhancements on the zPlatform z/OS system librariesData management, organization, and format z/Architecture overview and virtual Data center components and trendsGeneration data groups addressing concepts TSO/E and ISPF/PDFProcedures System concepts: The big picture Data sets and accessing with ISPF/PDFMore about utilities HMC introduction, groups, and activation ISPF/PDF editorMore on procedures profiles Copy/Move/Rename/DeleteSelected JCL topics Determining object status and error Data Set ListSORT and MERGE conditions TSO/E commands and TSO/EABENDs Activation and operating system interface programming

z/OS base elements and optional Introduction to JES and JCLfeatures JOB, EXEC, and DD statements

line z/OS system programming DD parametersMainframe directions: Past, current, and z/OS system libraries Traditional applicationsfuture Data center components and trends Programming languagesMainframes: System z introduction and TSO/E and ISPF/PDF Object technologyrelative performance comparisons Data sets and accessing with ISPF/PDF System-level-securityIBM System z hardware design: Frames, ISPF/PDF editor Network-level securityCEC cage, books, models and MSUs Copy/Move/Rename/Delete Transaction-level securityI/O Infrastructure and processor usage: Data Set List Directory serviceszEC12 to z10 comparisons TSO/E commands and TSO/E z/OSMFSystem z Capacity on Demand programming SDSFPhysical/Logical partitioning, server Introduction to JES and JCL Working with UNIX System Servicesinitialization, and CHPIDs JOB, EXEC, and DD statements Introduction to utilities and conditionalI/O configuration and HCD overview DD parameters executionMVS to z/OS software overview Traditional applications Data management, organization, andz/OS Parallel Sysplex Programming languages format


z/OS enhancements on the zPlatform Object technology Generation data groupsz/Architecture overview and virtual System-level-security Proceduresaddressing concepts Network-level security More about utilitiesSystem concepts: The big picture Transaction-level security More on proceduresHMC introduction, groups, and activation Directory services Selected JCL topicsprofiles z/OSMF SORT and MERGEDetermining object status and error SDSF ABENDsconditions Working with UNIX System ServicesActivation and operating system interface Introduction to utilities and conditionalz/OS base elements and optional features execution linez/OS system programming Data management, organization, and Mainframe directions: Past, current, andz/OS system libraries format futureData center components and trends Generation data groups Mainframes: System z introduction andTSO/E and ISPF/PDF Procedures relative performance comparisonsData sets and accessing with ISPF/PDF More about utilities IBM System z hardware design: Frames,ISPF/PDF editor More on procedures CEC cage, books, models and MSUsCopy/Move/Rename/Delete Selected JCL topics I/O Infrastructure and processor usage:Data Set List SORT and MERGE zEC12 to z10 comparisonsTSO/E commands and TSO/E programming ABENDs System z Capacity on DemandIntroduction to JES and JCL Physical/Logical partitioning, serverJOB, EXEC, and DD statements initialization, and CHPIDsDD parameters line I/O configuration and HCD overviewTraditional applications Mainframe directions: Past, current, and MVS to z/OS software overviewProgramming languages future z/OS Parallel SysplexObject technology Mainframes: System z introduction and z/OS enhancements on the zPlatformSystem-level-security relative performance comparisons z/Architecture overview and virtualNetwork-level security IBM System z hardware design: Frames, addressing conceptsTransaction-level security CEC cage, books, models and MSUs System concepts: The big pictureDirectory services I/O Infrastructure and processor usage: HMC introduction, groups, and activationz/OSMF zEC12 to z10 comparisons profilesSDSF System z Capacity on Demand Determining object status and errorWorking with UNIX System Services Physical/Logical partitioning, server conditionsIntroduction to utilities and conditional initialization, and CHPIDs Activation and operating system interfaceexecution I/O configuration and HCD overview z/OS base elements and optional featuresData management, organization, and format MVS to z/OS software overview z/OS system programmingGeneration data groups z/OS Parallel Sysplex z/OS system librariesProcedures z/OS enhancements on the zPlatform Data center components and trendsMore about utilities z/Architecture overview and virtual TSO/E and ISPF/PDFMore on procedures addressing concepts Data sets and accessing with ISPF/PDFSelected JCL topics System concepts: The big picture ISPF/PDF editorSORT and MERGE HMC introduction, groups, and activation Copy/Move/Rename/DeleteABENDs profiles Data Set List

Determining object status and error TSO/E commands and TSO/Econditions programming

line Activation and operating system interface Introduction to JES and JCLMainframe directions: Past, current, and z/OS base elements and optional JOB, EXEC, and DD statementsfuture features DD parametersMainframes: System z introduction and z/OS system programming Traditional applicationsrelative performance comparisons z/OS system libraries Programming languagesIBM System z hardware design: Frames, Data center components and trends Object technologyCEC cage, books, models and MSUs TSO/E and ISPF/PDF System-level-securityI/O Infrastructure and processor usage: Data sets and accessing with ISPF/PDF Network-level securityzEC12 to z10 comparisons ISPF/PDF editor Transaction-level securitySystem z Capacity on Demand Copy/Move/Rename/Delete Directory servicesPhysical/Logical partitioning, server Data Set List z/OSMFinitialization, and CHPIDs TSO/E commands and TSO/E SDSFI/O configuration and HCD overview programming Working with UNIX System ServicesMVS to z/OS software overview Introduction to JES and JCL Introduction to utilities and conditionalz/OS Parallel Sysplex JOB, EXEC, and DD statements executionz/OS enhancements on the zPlatform DD parameters Data management, organization, andz/Architecture overview and virtual Traditional applications formataddressing concepts Programming languages Generation data groupsSystem concepts: The big picture Object technology ProceduresHMC introduction, groups, and activation System-level-security More about utilitiesprofiles Network-level security More on proceduresDetermining object status and error Transaction-level security Selected JCL topics


conditions Directory services SORT and MERGEActivation and operating system interface z/OSMF ABENDsz/OS base elements and optional features SDSFz/OS system programming Working with UNIX System Servicesz/OS system libraries Introduction to utilities and conditional lineData center components and trends execution Mainframe directions: Past, current, andTSO/E and ISPF/PDF Data management, organization, and futureData sets and accessing with ISPF/PDF format Mainframes: System z introduction andISPF/PDF editor Generation data groups relative performance comparisonsCopy/Move/Rename/Delete Procedures IBM System z hardware design: Frames,Data Set List More about utilities CEC cage, books, models and MSUsTSO/E commands and TSO/E programming More on procedures I/O Infrastructure and processor usage:Introduction to JES and JCL Selected JCL topics zEC12 to z10 comparisonsJOB, EXEC, and DD statements SORT and MERGE System z Capacity on DemandDD parameters ABENDs Physical/Logical partitioning, serverTraditional applications initialization, and CHPIDsProgramming languages I/O configuration and HCD overviewObject technology line MVS to z/OS software overviewSystem-level-security Mainframe directions: Past, current, and z/OS Parallel SysplexNetwork-level security future z/OS enhancements on the zPlatformTransaction-level security Mainframes: System z introduction and z/Architecture overview and virtualDirectory services relative performance comparisons addressing conceptsz/OSMF IBM System z hardware design: Frames, System concepts: The big pictureSDSF CEC cage, books, models and MSUs HMC introduction, groups, and activationWorking with UNIX System Services I/O Infrastructure and processor usage: profilesIntroduction to utilities and conditional zEC12 to z10 comparisons Determining object status and errorexecution System z Capacity on Demand conditionsData management, organization, and format Physical/Logical partitioning, server Activation and operating system interfaceGeneration data groups initialization, and CHPIDs z/OS base elements and optional featuresProcedures I/O configuration and HCD overview z/OS system programmingMore about utilities MVS to z/OS software overview z/OS system librariesMore on procedures z/OS Parallel Sysplex Data center components and trendsSelected JCL topics z/OS enhancements on the zPlatform TSO/E and ISPF/PDFSORT and MERGE z/Architecture overview and virtual Data sets and accessing with ISPF/PDFABENDs addressing concepts ISPF/PDF editor

System concepts: The big picture Copy/Move/Rename/DeleteHMC introduction, groups, and activation Data Set List

line profiles TSO/E commands and TSO/EMainframe directions: Past, current, and Determining object status and error programmingfuture conditions Introduction to JES and JCLMainframes: System z introduction and Activation and operating system interface JOB, EXEC, and DD statementsrelative performance comparisons z/OS base elements and optional DD parametersIBM System z hardware design: Frames, features Traditional applicationsCEC cage, books, models and MSUs z/OS system programming Programming languagesI/O Infrastructure and processor usage: z/OS system libraries Object technologyzEC12 to z10 comparisons Data center components and trends System-level-securitySystem z Capacity on Demand TSO/E and ISPF/PDF Network-level securityPhysical/Logical partitioning, server Data sets and accessing with ISPF/PDF Transaction-level securityinitialization, and CHPIDs ISPF/PDF editor Directory servicesI/O configuration and HCD overview Copy/Move/Rename/Delete z/OSMFMVS to z/OS software overview Data Set List SDSFz/OS Parallel Sysplex TSO/E commands and TSO/E Working with UNIX System Servicesz/OS enhancements on the zPlatform programming Introduction to utilities and conditionalz/Architecture overview and virtual Introduction to JES and JCL executionaddressing concepts JOB, EXEC, and DD statements Data management, organization, andSystem concepts: The big picture DD parameters formatHMC introduction, groups, and activation Traditional applications Generation data groupsprofiles Programming languages ProceduresDetermining object status and error Object technology More about utilitiesconditions System-level-security More on proceduresActivation and operating system interface Network-level security Selected JCL topicsz/OS base elements and optional features Transaction-level security SORT and MERGEz/OS system programming Directory services ABENDsz/OS system libraries z/OSMFData center components and trends SDSFTSO/E and ISPF/PDF Working with UNIX System Services line


Data sets and accessing with ISPF/PDF Introduction to utilities and conditional Mainframe directions: Past, current, andISPF/PDF editor execution futureCopy/Move/Rename/Delete Data management, organization, and Mainframes: System z introduction andData Set List format relative performance comparisonsTSO/E commands and TSO/E programming Generation data groups IBM System z hardware design: Frames,Introduction to JES and JCL Procedures CEC cage, books, models and MSUsJOB, EXEC, and DD statements More about utilities I/O Infrastructure and processor usage:DD parameters More on procedures zEC12 to z10 comparisonsTraditional applications Selected JCL topics System z Capacity on DemandProgramming languages SORT and MERGE Physical/Logical partitioning, serverObject technology ABENDs initialization, and CHPIDsSystem-level-security I/O configuration and HCD overviewNetwork-level security MVS to z/OS software overviewTransaction-level security line z/OS Parallel SysplexDirectory services Mainframe directions: Past, current, and z/OS enhancements on the zPlatformz/OSMF future z/Architecture overview and virtualSDSF Mainframes: System z introduction and addressing conceptsWorking with UNIX System Services relative performance comparisons System concepts: The big pictureIntroduction to utilities and conditional IBM System z hardware design: Frames, HMC introduction, groups, and activationexecution CEC cage, books, models and MSUs profilesData management, organization, and format I/O Infrastructure and processor usage: Determining object status and errorGeneration data groups zEC12 to z10 comparisons conditionsProcedures System z Capacity on Demand Activation and operating system interfaceMore about utilities Physical/Logical partitioning, server z/OS base elements and optional featuresMore on procedures initialization, and CHPIDs z/OS system programmingSelected JCL topics I/O configuration and HCD overview z/OS system librariesSORT and MERGE MVS to z/OS software overview Data center components and trendsABENDs z/OS Parallel Sysplex TSO/E and ISPF/PDF

z/OS enhancements on the zPlatform Data sets and accessing with ISPF/PDFz/Architecture overview and virtual ISPF/PDF editor

line addressing concepts Copy/Move/Rename/DeleteMainframe directions: Past, current, and System concepts: The big picture Data Set Listfuture HMC introduction, groups, and activation TSO/E commands and TSO/EMainframes: System z introduction and profiles programmingrelative performance comparisons Determining object status and error Introduction to JES and JCLIBM System z hardware design: Frames, conditions JOB, EXEC, and DD statementsCEC cage, books, models and MSUs Activation and operating system interface DD parametersI/O Infrastructure and processor usage: z/OS base elements and optional Traditional applicationszEC12 to z10 comparisons features Programming languagesSystem z Capacity on Demand z/OS system programming Object technologyPhysical/Logical partitioning, server z/OS system libraries System-level-securityinitialization, and CHPIDs Data center components and trends Network-level securityI/O configuration and HCD overview TSO/E and ISPF/PDF Transaction-level securityMVS to z/OS software overview Data sets and accessing with ISPF/PDF Directory servicesz/OS Parallel Sysplex ISPF/PDF editor z/OSMFz/OS enhancements on the zPlatform Copy/Move/Rename/Delete SDSFz/Architecture overview and virtual Data Set List Working with UNIX System Servicesaddressing concepts TSO/E commands and TSO/E Introduction to utilities and conditionalSystem concepts: The big picture programming executionHMC introduction, groups, and activation Introduction to JES and JCL Data management, organization, andprofiles JOB, EXEC, and DD statements formatDetermining object status and error DD parameters Generation data groupsconditions Traditional applications ProceduresActivation and operating system interface Programming languages More about utilitiesz/OS base elements and optional features Object technology More on proceduresz/OS system programming System-level-security Selected JCL topicsz/OS system libraries Network-level security SORT and MERGEData center components and trends Transaction-level security ABENDsTSO/E and ISPF/PDF Directory servicesData sets and accessing with ISPF/PDF z/OSMFISPF/PDF editor SDSFCopy/Move/Rename/Delete Working with UNIX System ServicesData Set List Introduction to utilities and conditionalTSO/E commands and TSO/E programming executionIntroduction to JES and JCL Data management, organization, andJOB, EXEC, and DD statements format


DD parameters Generation data groupsTraditional applications ProceduresProgramming languages More about utilitiesObject technology More on proceduresSystem-level-security Selected JCL topicsNetwork-level security SORT and MERGETransaction-level security ABENDsDirectory servicesz/OSMFSDSF lineWorking with UNIX System Services Mainframe directions: Past, current, andIntroduction to utilities and conditional futureexecution Mainframes: System z introduction andData management, organization, and format relative performance comparisonsGeneration data groups IBM System z hardware design: Frames,Procedures CEC cage, books, models and MSUsMore about utilities I/O Infrastructure and processor usage:More on procedures zEC12 to z10 comparisonsSelected JCL topics System z Capacity on DemandSORT and MERGE Physical/Logical partitioning, serverABENDs initialization, and CHPIDs

I/O configuration and HCD overviewMVS to z/OS software overviewz/OS Parallel Sysplexz/OS enhancements on the zPlatformz/Architecture overview and virtualaddressing conceptsSystem concepts: The big pictureHMC introduction, groups, and activationprofilesDetermining object status and errorconditionsActivation and operating system interfacez/OS base elements and optionalfeaturesz/OS system programmingz/OS system librariesData center components and trendsTSO/E and ISPF/PDFData sets and accessing with ISPF/PDFISPF/PDF editorCopy/Move/Rename/DeleteData Set ListTSO/E commands and TSO/EprogrammingIntroduction to JES and JCLJOB, EXEC, and DD statementsDD parametersTraditional applicationsProgramming languagesObject technologySystem-level-securityNetwork-level securityTransaction-level securityDirectory servicesz/OSMFSDSFWorking with UNIX System ServicesIntroduction to utilities and conditionalexecutionData management, organization, andformatGeneration data groupsProceduresMore about utilitiesMore on procedures


Selected JCL topicsSORT and MERGEABENDs

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IBM System z Fast Track - Business Skills and IT...

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