SMS Implementation and ControlCourse: SMSIC
Duration: 3 Days
Level: II
Topics Covered In This Course
Review of SMSThe Background to IBM's Storage Management Subsystem• The GUIDE Requirements• Benefits• Customer AcceptanceDFSMS/MVS• The DFSMS/MVS Product• Storage ManagementSMS MethodologySMS Solution Areas• Space Management• Performance Management• Availability Management• Device Installation ManagementLogical Structure• Management and Pooling• SMS Automatic Class SelectionSMS Constructs• Data Class• Storage Class• Management Class• Storage GroupPOOL Storage GroupDUMMY Storage GroupVIO Storage Group• Automatic Class Selection (ACS) RoutinesExecution SequenceSupport and Management with ISMFConsiderations for SMS• SMS Supported Data Sets• JCL ConsiderationsParameter ChangesVSAM definition in JCLTemporary VSAMTSO/ISPF ChangesThe SMS Environment• An SMS Complex• The Control Data sets• SYS1.PARMLIB Members• Planning and PreparationSMS ImplementationPreparing the System• Creating the SMS Control Data Sets• Parmlib Members• IGDDFPKG• IEFSSNxChanging ISMF StatusCreating the Constructs• Base ConfigurationSystem DefaultsSMS Use of Cache Structures• Cache Structure NamesSystems and System Groups• Data Class• Storage ClassMillisecond Response Time and Data Set Allocation• Management ClassManagement Class UsageCreating Storage Groups• DASDDefining the Storage GroupStorage Group StatusAdding Volumes• VIO• DUMMYOther ISMF Operations• LIST• ISMF Line operatorsCOPYLISTSYSLISTVOLSETCACHECONVERTVCOPY or DUMPINITIALIZEAutomatic Class Selection• Changes to the Allocation Process• Flow of Control in AACS Routine Creation• CodingThe ACS Language• VariablesRead-Write VariablesRead-Only Variables• Literals• Numerics• MasksSimple MasksData Set Masks• Comparison Operators• StatementsGeneral RulesPROC, END, SET, IF, DO, EXIT, SELECT, FILTLIST, WRITEPractical Statement ExamplesCompleting the ACS Routines• Translation• Validation• Testing the ACS Routines• ACS Object Information• Deleting an ACS ObjectACS ExitsStarting SMSManually for the First Time• Validating the Entire SCDS• Activating the ConfigurationAutomatically Changing Configuration• ConsiderationsControlling SMSSET SMS• ExamplesVARY SMSDisplaying SMS Information• DISPLAY SMS• Major ParametersD SMS,ACTIVE/AD SMS,CACHE• DEVSERV SMSEnhanced Function SupportConcurrent Copy• Existing Backup/Copy Methodologies• Requirements• Operation• Terminology• Scope• SMS Definitions• Implementation and Usage• COPY and DUMP Considerations• DFSMSdss use of Utilities• Mutually Exclusive Parameters• Operational Impact• DFSMShsm• ABARS Support• CDS Support• Security• SummarySequential Data Striping• Methodology• Features• Requirements• ImplementationExtended Sequential Data SetStorage Class• ConsiderationsDynamic Cache Management Enhancement• Dynamic Cache Management• DCME FunctionAggregate Backup and RecoveryIntroductionDefining an Aggregate Group• Setting Up• Defining the Aggregate• Selection Lists• The Output• Recovery• Multiple tape copiesWhat You Can Expect
This course will enable the participant to take full control of an SMS implementation project within their installation, and/ or be able to maintain a running SMS installation to best effect. It concentrates on the system management of data stored on DASD. On completion of this course the delegate will be able to: • List the areas in which DFSMS/MVS benefits the installation. • Explain the overall concept of system-managed storage. • List the control data sets required for DFSMS/MVS • List the SMS constructs and their purpose • List the members of SYS1.PARMLIB related to system-managed storage. • Create an Implementation Planning document for DFSMS/MVS. • Create the control data sets and populate the Source Control Data Set with: Data Classes, Storage Classes, Management Classes, Storage Groups. • Plan and code automatic class selection routines to implement the installation's data management policies. • Bring about the initialisation of SMS both manually and automatically. • Control the SMS address space and working environment by means of system commands. • Explain the benefits of: Concurrent Copy, Sequential Data Striping, Dynamic Cache Management Enhanced. Who Should Take This Course
This course is intended for all those who may be concerned with planning for, implementing, or managing system-managed storage in an installation. As such it is suitable for System Programmers, Storage Administrators and all those who share with them the management of the installation's data. Recommended Prerequisites
Delegates should already have attended our z/OS Concepts and Storage Management Fundamentals courses or have a similar level of knowledge or experience. Related Courses
Every student attending a Verhoef Training class will receive a certificate good for $100 toward their next public class taken within a year. You can also buy "Verhoef Vouchers" to get a discounted rate for a single student in any of our public or web-based classes. Contact your account manager or our sales office for details. |
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