IBM Z System Automation 4.3 Architecture
- Code training SM919G
- Duur 2 dagen
Andere trainingsmethoden
Methode
Deze training is in de volgende formats beschikbaar:
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Klassikale training
Klassikaal leren
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Virtueel leren
Virtueel leren
Vraag deze training aan in een andere lesvorm.
Trainingsbeschrijving
Naar bovenThis course introduces and explains the IBM Z System Automation (SA for z/OS) components, architecture, and concepts. Focus is on the System Operations component with Processor Operations as an optional topic.
This course does not include labs.
Virtueel en Klassikaal™
Virtueel en Klassikaal™ is een eenvoudig leerconcept en biedt een flexibele oplossing voor het volgen van een klassikale training. Met Virtueel en Klassikaal™ kunt u zelf beslissen of u een klassikale training virtueel (vanuit huis of kantoor )of fysiek op locatie wilt volgen. De keuze is aan u! Cursisten die virtueel deelnemen aan de training ontvangen voor aanvang van de training alle benodigde informatie om de training te kunnen volgen.
Data
Naar boven-
- Methode: Virtueel leren
- Datum: 23-24 februari, 2026 | 09:00 to 17:00
- Locatie: Virtueel-en-klassikaal (W. Europe )
- Taal: Engels
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- Methode: Virtueel leren
- Datum: 29-30 juni, 2026 | 09:00 to 17:00
- Locatie: Virtueel-en-klassikaal (W. Europe )
- Taal: Engels
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- Methode: Virtueel leren
- Datum: 09-10 november, 2026 | 09:00 to 17:00
- Locatie: Virtueel-en-klassikaal (W. Europe )
- Taal: Engels
Doelgroep
Naar bovenThis intermediate course is primarily intended for system administrators and system analysts who are responsible for installing the product and defining the automation policy that is used by IBM Z System Automation.
Trainingsdoelstellingen
Naar boven- Describe the IBM Z System Automation 4.3 architecture
- Describe the components of the product
- Describe the product's automation capabilities
- Describe policy-based and goal driven automation
- Explain the key automation concepts and automation policy for applications
- Explain operator interfaces including Service Management Unite
- Explain the request process, inhibitors, and orders
- Describe product details like resource relationships, groups, threshold processing, and message automation
- Describe end-to-end automation
- Describe Processor Operations architecture and implementation options
Inhoud training
Naar bovenIBM Z System Automation 4.3 Architecture
- Describe IBM Z System Automation and its capabilities
- Describe the components of the product
- Describe policy-based and goal driven automation
- Describe the product's automation capabilities
- Describe its key operations features
- Describe its integration, additional automation, end-to-end automation, and the configuration Assistant
Architecture and concepts
- Describe the architecture
- Describe the automation agent role and operation
- Describe the automation manager role and operation
- Explain the key automation concepts
- Describe goal driven automation
- Explain the automation statuses and their effect on automation
- Describe automation policy for applications
- Describe resource dependencies and relationships
- Provide an overview of application groups
- Explain automation flags, threshold processing, message policy, and notify operators
- Describe end-to-end automation architecture
Details
- Describe a monitor resource and its effect on the health status of linked resources
- Describe events and triggers
- List MVS automation
- Describe resource relationships details
- Explain the order process
- List and describe factors that can influence goal-driven automation
- List types and natures of application groups
- Explain behavior or attributes of application groups
- List transient resource automation
Processor Operations
- Describe architecture including implementation options
- Explain usage and operator interface
- Describe automation policy
Voorkennis
Naar boven- Good knowledge of IBM Z System Automation architecture and concepts
- Basic knowledge of IBM Z System Automation operations
- Basic z/OS operations skills and started task concepts
- Basic NetView skills
- Basic ISPF use
- JCL coding and z/OS data set allocation