HP service virtualization

By attending this HP Service Virtualization workshop, Participants will learn to:

  • Define the virtual services
  • Utilize HP Service Virtualization to virtualize services
  • Enhance virtual services with data and performance modeling
  • Use supported services without a service description
  • Define the competitive atmosphere surrounding virtual services
  • Use HP Test Automation tools

HP Service Virtualization Training course provides Participants with the skills needed to effectively use and manage the HP Service Virtualization software product. This course focuses on the basics of component and service testing and integrations with HP Test Automation tools.

Working knowledge of:

  • Windows Operating System
  • Web sites and browsers
  • Testing concepts
  • Basic networking and Internet technologies
  • Service Oriented Architecture (SOA) concepts
  • Web services basics
  • Web services security basics
  • Queuing and messaging basics

The HP Service Virtualization class is intended for:

  • Experienced and new product users
  • Those responsible for, or involved in, performance testing
  • Quality assurance engineers who will assume technical lead roles in the use of Service Virtualization
  • Functional and automation engineers

COURSE AGENDA

  • Define virtual services and virtual services projects
  • Identify the types of virtual services
  • Work with virtual services
  • Create a virtual service
  • Define virtual service modes
  • Work with service templates
  • Learn service behavior
  • Simulate in SV
  • Monitor virtual services
  • Discover virtual services
  • Define features and benefits of SV
  • Identify the functionality of SV
  • Identity the components and architecture of SV
  • Start SV
  • Define service virtualization in a composite application environment
  • Define features and benefits of HP Service Virtualization
  • Navigate the Virtual Service Editor
  • Manage virtual services
  • Work with virtual services
  • Define simulation modeling
  • Identify types of simulation models
  • Define data modeling
  • Identify the components of a data model
  • Work with data rules
  • Define data rule configuration
  • Work with data models
  • Perform a simulation
  • Define features of performance modeling
  • Define the need for performance modeling
  • Navigate the Performance Model Editor
  • Configure the Performance model
  • Define rule functions
  • Identify categories of rule functions
  • Work with external data sources
  • Perform data masking
  • Define data driving
  • Define schema learning
  • Identify a supported schema document
  • Learn a schema
  • Import messages
  • Manage the Service Virtualization Server
  • Configure HTTP ports
  • Define the REST protocol
  • Define SV agents for REST
  • Define the functionality of ALM
  • Identify the ALM testing process
  • Identify components of SV integration with ALM
  • Work with ALM integration
  • Define HP Unified Functional Testing (UFT)
  • Identify components of SV integration with UFT
  • Integrate SV with UFT
  • Defining the functionality of HP Performance Center (PC)
  • Identify the components of PC
  • Define the functionality of HP LoadRunner (LR)
  • Identify the components of LR
  • Identify the LR testing process
  • Identify components of SV integration with PC and LR
  • Define Vuser in LR/PC terminology
  • Integrate SV with PC and LR
  • Define composite application topology
  • Navigate the Topology Editor
  • Model composite application topology and create a topology
  • Test composite applications by:
    • Reconfiguring clients in topologies
    • Learning service behavior in topologies
    • Simulating service behavior in topologies
  • Define the need for stateful simulation
  • Implement stateful simulation
  • Identify SV installation procedures
  • Install Service Virtualization Server and Designer licenses
  • Deploy virtual services

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