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Application Virtualization Hands-On-Lab. Nicola Ferrini info@nicolaferrini.it. Who Am I ? Nicola Ferrini. Trainer Technical Writer Systems Engineer Server & Application Virtualization Technology Specialist Technet Speaker Microsoft System Center Influencer More on:
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Application VirtualizationHands-On-Lab Nicola Ferrini info@nicolaferrini.it
Who Am I ? Nicola Ferrini • Trainer • TechnicalWriter • SystemsEngineer • Server & Application Virtualization Technology Specialist • Technet Speaker • Microsoft System Center Influencer • More on: • http://www.nicolaferrini.it/curriculum.shtml • http://www.windowserver.it/ChiSiamo/Staff/tabid/71/Default.aspx
Introduction • Name • Company affiliation • Title/function • Job responsibility • Application Virtualization experience • Server management experience • Your expectations for the Hands-on-lab
Hands-on-lab Outline • Optimizing Windows Desktop Management in the Enterprise • Microsoft Application Virtualization Management System: Introduction and Architecture • Planning and Installing the Microsoft Application Virtualization Client • Administering the Application Virtualization Management Server • Advanced Application Virtualization Administration Tasks • Planning and Deploying the Application Virtualization Sequencer • Advanced Sequencing
Microsoft Application Virtualization Dynamically delivering the virtual application solution • Applications to users at log on • Centralized permissions • Sandboxed applications • Accelerates desktop deployment • Minimizes application coexistence testing • Runs real-time usage reports • Enables device roaming Requirements: • Server components require Windows Server 2003 or • later • Requires SQL 2000 or later • Client requires Windows XP or later • Certain components require .NET Framework 2.0
Microsoft Application Virtualization Management System: Introduction and Architecture
What Is Application Virtualization? Operating System Read Only System Files (Registry, .ini, DLL, etc.) Read & Write System Services (cut and paste, OLE, printers, etc.) Read & Write Virtual Environment (Registry, .ini, DLL, Group Policy, etc.) Application Profile Data Read & Write
Application Management Lifecycle Packaging Management Deployment Termination Updates Support Monitoring/ Asset Management Testing will effect multiple stages in the lifecycle Business Continuity
Application Deployment • Deploying • No client installs • No client footprint • No wasting resources • Pre-configuration of applications Deploy
Application Packaging • Each published application contains: • .osd file – Open Software Description "link" files • .ico file – Icon file .osd and .ico .osd and .ico • Each package contains: • .sft file – Microsoft Application Virtualization-enabled application • .sprj file – Microsoft Application Virtualization project file • Manifest.xml - Used in package distribution .sft and .sprj .osd and .ico Manifest.xml
Application Updates • Updates • Update once on server • Seamless update to clients Update
Application Support Support • Support • Reduced application conflicts • Reduced help desk calls • Increased license compliance
Application Termination Terminate • Termination • Centrally deactivate the application
Reduces Common Deployment and Management Problems 3rd party app .osd and .ico .osd and .ico .OSD and .ICO .sft and .sprj Manifest.xml Manifest.xml Application Virtualization packages contain the complete environment for the application Potentially conflicting applications have their own environment ü ü .sft and .sprj .OSD and .ICO Applications in a suite can share the environment ü
Delivering Pre-Configured Applications • Sequencing engineer builds the package and configures the application to address user requirements
Running Multiple Versions of a Single Application on the Same Computer Virtual Environment 1 • Each application runs in its own Virtual Environment, which allows different applications to share the same hardware with two versions of the same application Virtual Environment 2 2003
Providing Centrally Managed Application Deployment and Maintenance • The management console is used to connect to the Web service, which is the central component for all Microsoft Application Virtualization
On-Demand Delivery Streams application when requested by user Application will be streamed either by launching the application or by file invocation Application Virtualization (App-V) Client reads the .osd file to determine the correct App-V Server to stream the application App-V Server checks the data store to ensure the user is still entitled to the application and there are available licenses App-V Server will use the RTSP protocol to stream the virtual application to the client
Primary and Secondary Feature Blocks • Package .sft don’t have to be delivered at one time • Sequencer can mark certain blocks of the .sft as critical launch phase or primary feature block (FB1) • During initial stream after FB1 is downloaded, application can launch • All other blocks are stored in secondary feature block (FB2) • When user accesses feature not in FB1, individual blocks of data are downloaded from FB2 • Operation known as Out-of-Sequence Operation • User customized settings are stored in UsrVol_sftfs_v1.pkg and stored in user’s %AppData%
App-V Management Server and Client Requirements and Interactions • Client for desktops and terminal services • Small footprint • Microsoft Windows XP, Windows 2003 Server, or newer • 12 megabyte (MB) for installation files, at least 2048 MB for cache file
Accessing an Application /Content Administrator Computer Active Directory Management Web Service Data Store Client Application VirtualizationManagement Server
Accessing an Application on a Microsoft Application Virtualization Streaming Server /Content /Content Application Virtualization Client (Windows Desktop or Terminal Server) RTSP (port 554)/RTSPS (port 322)DC REFRESH Microsoft ApplicationVirtualization Management Server RTSP/RTSPSSMB/HTTP Sequencer Microsoft ApplicationVirtualization Streaming Server
Planning and Installing the Microsoft Application Virtualization Client
Application Virtualization Clients Application Virtualization Desktop Clients Application Virtualization Management Server Application Virtualization for Terminal Services Terminal Services Desktop Clients
Application Virtualization Desktop Client Application Virtualization Management Server Network Application Virtualization Desktop Client
Application Virtualization for Remote Desktop Services Application Virtualization for Remote Desktop Services Application Virtualization Management Server LAN Remote Desktop Server Terminal Services Client Network LAN, VPN, Internet
Minimum Recommended Client Requirements Client Processor Memory Disk Space Operating Systems For Terminal Servers Must meet operating system minimum requirement 1 GB RAM (minimum 256 megabytes (MB), actual figure dependent on number of users and applications) 12 MB for installation + 4096 MB for cache • Microsoft Windows 2003 Terminal Services • Microsoft • Windows 2008 Terminal Services • Microsoft • Windows 2008 R2 Remote Desktop Services For Desktop Must meet operating system minimum requirement 128 MB 12 MB for installation + 2048 MB for cache • Microsoft Windows XP • Microsoft Windows Vista • Microsoft Windows 7
Key Differences Between Application Virtualization Clients Installation Description Setup • Two differences: default installation location and default cache size Cache settings • A larger cache is generally required for Terminal Services Client Application streaming • Recommend the entire content of the .sft file be preloaded into the file system cache for Terminal Services User Data directory • Uses the %APPDATA% location by default
Administering the Microsoft Application Virtualization Management Server
What Is the Applications Container? The Applications Container is used to: • Add or import sequenced applications • Configure virtualization access settings for applications • Organize applications into application groups • Remove applications and application groups
Files Used to Add or Import an Application .SPRJ .XML
Considerations for Importing Applications Considerations to keep in mind: • Where will the application shortcuts go? • What file type associationswill the application use? • Which security groups need access to the application? .osd Path • Make sure the path specified in the .osd file matches the content path to the server • Server name may be specified as a system variable For example:
Importing Applications Import applications by: • Using Action menu option, Import Applications Wizard • Specifying the .sprj or .osd file provided by the Sequencer
Demonstration: Importing an Application In this demonstration, you will see how to import an application
LAB:Publishing Applications into the Application Virtualization Environment • Exercise 1: Configuring System Options • Exercise 2: Publishing an Application • Exercise 3: Verifying Application Virtualization Functionality
Modifying Published Applications and Configuring Version Upgrades Modifying Imported Applications Configuring File Type Associations What Is a Package? Overview of the Active Upgrade Process Retiring a Package Version
Modifying Imported Applications • Allows administrators to change options defined during the initial application import
Overview of the Active Upgrade Process Sequencing administrator provides updates to the application package • Select package to be updated, and then add new version • Type in updated .sft file path • Type in the relative path • Confirm package • Ask client to reload application
Retiring a Package Version • To retire a package version, delete the version of the package no longer in use
LAB:Configuring Active Upgrades for Published Applications • Exercise: Configuring Package Versions
Planning and Deploying the Application Virtualization Sequencer
What Does the Application Virtualization Sequencer Do? Application Virtualization Sequencer: • Packages applications that are deployed to desktops and Terminal Servers and run by the Virtual Application Client • Prepares applications that are streamed from a Virtual Application Server • Packages the application into an MSI package for distribution using a software deployment platform such as System Management Software (SMS), or System Center Configuration Manager (SCCM)
Communication Between Virtual Environments Virtual Environment Virtual Environment • Virtual environments are isolated from each other • Basic copy and paste is available between virtual environments, and is facilitated by the Virtual Application Client Virtual Application Client • Dynamic Suite Composition is the only exception that allows communication between virtual environments Operating System Local Application Clipboard