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            | Mainframe Training    Overview 
 
 
				
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.
 Mainframe Training    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
		
		Mainframe Training    Course duration
 
				5 Days
		Mainframe Training    Course outline
		
				System Basics
				Programs	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
				 
				History and Overview of z/OS	Examine basic program structure.
					Introduction to Linkage Editor functions
					Illustrate connection between data, JCL and programs
					Introduction to basic TSO/ISPF and SDSF
				 
				The IPL Process	Evolution of operating systems from MVT/MFT to OS/390 and z/OS.
					Examining LPARs and parallel sysplex configurations.
			 
				System Services and PARMLIB	Review the IPL process
					Steps in systems initialization
			 
				Storage Management Mechanisms	Interrupts and interrupt handling
					PARMLIB definitions related to system functions
					System Address spaces
 
Task Management	Real storage management:
		Central and expanded storage usage
	Virtual storage management:
		Paging/Swapping mechanisms
	Auxiliary storage management
 
I/O Processing	Review of initiator/terminator functions
	Address spaces and task control
 
Access Methods and Data Bases	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
 
Resource Management	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
 
System Managed Storage 	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
 
Introduction to Basic Communication Services 	Introduce DFSMS concepts
 	Review SMS components
 
Introduction to z/OS Subsystems and Services 	Basic networking and configurations
 	TCP/IP overview and function
 	VTAM/SNA overview and function
 
 	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
 
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