U4150SHPHPHP-U4150S1.0<ul> <li>Install and configure DSM/SCM on both host and target systems, and install and configure the Planner Interface on a PC workstation</li><li>Correctly use the Planner Interface to perform all activities related to managing software configuration on multiple target systems</li><li>Correctly use the Target Interface to manage DSM/SCM activities on a target system</li><li>Correctly use the Archive and Database Maintenance Interface to manage and maintain both the archive and databases associated with a host and target environment</li><li>Correctly use the CNFGINFO tool to build or modify file and product attributes for software managed by DSM/SCM</li><li>Correctly perform the activities required on the target system to activate the new software</li><li>Correctly perform the activities required to back out to the previous revision</li><li>Correctly use the ZPHIUTL diagnostic utility</li></ul><ul> <li>HPE NonStop S-series Server Administration I (U5448S) and NonStop S-series Server Administration II (U5449S) or</li><li>HPE NonStop NS-series Server Administration I (U8528S) and HPE NonStop NS-series Server Administration II (U8638S) or</li><li>Equivalent system management experience and &bull;Experience with general software installation procedures</li><li>Although not absolutely necessary, experience with Pathway, HPE NonStop TMF, HPE NonStop SQL/MP, and RSC and/or Winsock products would be beneficial</li><li>Know how to use HPE NonStop Essentials with HPE Systems Insight Manager</li></ul><ul> <li>HPE NonStop System Managers &bull;Technical Support &bull;Senior Operation Personnel</li></ul><h5>Module 1: Introduction to DSM/SCM </h5><ul> <li>Module 1 provides an overview of the DSM/SCM product. Upon completion of this module, students will be able to:</li><li>Describe the primary purpose of DSM/SCM</li><li>State the names and functions of the five user interfaces</li><li>State the names and functions of the two GUI interfaces</li><li>Describe the primary resources in a DSM/SCM environment</li></ul><h5>Module 2: DSM/SCM Process Flow</h5> <ul> <li>Module 2 discusses a typical DSM/SCM process flow of receiving software inputs into an archive, planning, building, and applying a new software revision on a target system, creating and inputting a snapshot of the target database into the host database, and activating the new software revision. Upon completion of this module, students will be able to:</li><li>Describe the DSM/SCM process flow</li><li>List the resources needed to perform the activities involved in a typical DSM/SCM process flow</li><li></li></ul> <h5>Module 3: The NonStop Software Essentials Interface (NSE) </h5><ul> <li>Module 3 discusses and describes how the NonStop Software Essential can manage software on distributed target systems from the Interface on a central host system. Upon completion of this module and its lab exercise, students will be able to:</li><li>Define the NonStop Software Essentials</li><li>Describe the activities of:</li><li>Entering NSE</li><li>Receiving software inputs into the archive</li><li>Viewing documents</li><li>Managing software revision</li><li>Building and applying a new software revision</li><li>Receiving a snapshot</li><li>Creating and reviewing a discrepancy report</li><li>Adding and maintaining target systems</li><li>Viewing and creating reports</li><li>Organizing software into groups</li><li>Making DSM/SCM requests</li><li>Monitoring requests</li><li>Enabling a DSM/SCM trace</li></ul> <h5>Module 4: The CNFGINFO Tool </h5><ul> <li>Module 4 describes how CNFGINFO is used to build or modify file and product attributes for software managed by DSM/SCM. Upon completion of this module and its lab exercise, students will be able to:</li><li>Define the CNFGINFO tool</li><li>Explain the activities of:</li><li>Entering the CNFGINFO tool</li><li>Specifying product information</li><li>Specifying product dependencies</li><li>Specifying file information</li><li>Specifying file function and destination</li><li>Specifying file attributes</li><li>A0CINFO, A1CINFO, and A7CINFO files</li><li></li></ul> <h5>Module 5: The Archive and Database Maintenance Interfaces (MI) </h5><ul> <li>Module 5 describes how to perform activities associated with maintaining and managing the DSM/SCM archive and databases using the Archive and Database Maintenance Interface (MI).</li><li>Upon completion of this module and its lab exercise, students will be able to:</li><li>Define the maintenance interface</li><li>Explain the activities of:</li><li>Entering the host or target MI</li><li>Managing and maintaining systems and volumes</li><li>Managing user security</li><li>Managing the configuration manager profile</li><li>Performing checkout cancellation</li><li>Deleting DSM/SCM requests</li><li>Moving host and target databases</li><li>Moving and maintaining the DSM/SCM archive</li><li>Registering (adding) a new target system</li><li>Enabling a DSM/SCM trace</li></ul><h5>Module 6: The Target Interface (TI) </h5><ul> <li>Module 6 discusses and describes how to perform target activities using the Target Interface. Upon completion of this module and its lab exercise, students will be able to:</li><li>Define the Target Interface</li><li>Explain the activities of:</li><li>Entering/exiting the TI</li><li>Applying software to the target</li><li>Backing out a software revision</li><li>Auditing a target system</li><li>Verifying the target database</li><li>Creating an independent snapshot</li><li>Creating a system report</li><li>Enabling a DSM/SCM trace</li></ul> <h5>Module 7: Activating New Software on the Target System</h5> <ul> <li>Module 7 discusses and describes the activities you must perform on the target system to activate new software. Upon completion of this module and its lab exercise, students will be able to:</li><li>Define activation of the new software</li><li>Explain the activities of using/running the ZPHIRNM program</li><li>Explain how and why DSM/SCM uses fabricated name, as well as all standard operator instructions</li></ul> <h5>Module 8: Installing DSM/SCM</h5> <ul> <li>Module 8 discusses and describes the procedures for the initial installation and setup of DSM/SCM and its supporting products on the host and target systems and on your PC.</li><li>Upon completion of this module and its lab exercise, students will be able to:</li><li>Explain the DSM/SCM installation activities:</li><li>Preparing for installation &bull; Defining your DSM/SCM environment</li><li>Installing DSM/SCM using Install &bull; Running INITENV</li><li>Initializing the DSM/SCM databases using the MIs</li><li>Setting up the PC environment (PI)</li><li>Using the PI to define initial configurations</li><li>Starting and stopping DSM/SCM</li></ul><h5>Module 9: DSM/SCM Management Considerations </h5><ul> <li>Module 9 presents DSM/SCM management issues and considerations as they relate to the installation and use of DSM/SCM on an S-Series server, and refers the student to the appropriate procedures when necessary. It is intended as a high-level discussion of the issues mentioned below. upon completion of this module, students will be able to:</li><li>Define DSM/SCM management issues of HPE NonStop servers</li><li>Define DSM/SCM series NonStop server configuration change management issues</li><li>Changing pre-configured DSM/SCM attributes</li><li>Changing the NonStop S-series server system name and/or number</li><li>Changing the NonStop S-series server system name in the DSM/SCM client</li><li>Reinitializing the host as a target</li><li>Adding disks</li><li>Moving the archive</li><li>Understanding Sysgen considerations</li><li>SIT tapes &bull; OSS considerations</li></ul> <h5>Module 10: Helpful Tools and Cloning</h5> <ul> <li>Module 10 describes the use of ZPHIUTL as a diagnostic and information gathering tool. Upon completion of this module, students will be able to:</li><li>Describe the use of the ZPHIUTL utility</li><li>Describe procedures for validating correct SYSnn</li><li>Describe procedures for displaying contents of ZPHIRNM work files</li><li>Describe procedures for displaying contents of the A0CINFO file</li><li>Describe the use of the CLEANOSS tool</li><li>Describe the use of the SPRCHECK tool</li><li>Describe the use how to simplify Installation and Management of multiple identical NonStop Servers</li></ul> <h5>[Module 11: DSM/SCM Best Practices and Operational Considerations </h5><ul> <li>Module 11 discusses and describes some best practices and operational considerations learned from early internal and external customers of the DSM/SCM product. Upon completion of this module, students will be able to:</li><li>Explain the DSM/SCM best practices/operational considerations of:</li><li>What not to forget</li><li>Volume name considerations</li><li>Multiple logical target considerations</li><li>Disk space considerations</li><li>Disk cleanup considerations</li><li>Database move considerations</li><li>Backout considerations</li><li>SYSnn considerations</li><li>Installing IPMs outside DSM/SCM</li><li>Forced SYSGENs</li><li>Network security considerations</li><li>Running IPM6031</li><li>Archive Cleanup Onsite Delivery Equipment Requirements</li><li>HPE NonStop server with DSM/SCM host system with Pathway, TMF, and SQL installed and DSM/SCM host system software capable of supporting target system</li><li>Planner Interface and CNFGINFO PC installed and connected to the host via Winsock</li><li>HPE NonStop S-series or Integrity NS-series target system that is expand-connected to the host system and can be initialized in lab environment</li><li>Projecting equipment, computer to display MS PowerPoint slides, and access to a TACL process</li><li>Student computers with access to a TACL process</li></ul>- Install and configure DSM/SCM on both host and target systems, and install and configure the Planner Interface on a PC workstation - Correctly use the Planner Interface to perform all activities related to managing software configuration on multiple target systems - Correctly use the Target Interface to manage DSM/SCM activities on a target system - Correctly use the Archive and Database Maintenance Interface to manage and maintain both the archive and databases associated with a host and target environment - Correctly use the CNFGINFO tool to build or modify file and product attributes for software managed by DSM/SCM - Correctly perform the activities required on the target system to activate the new software - Correctly perform the activities required to back out to the previous revision - Correctly use the ZPHIUTL diagnostic utility- HPE NonStop S-series Server Administration I (U5448S) and NonStop S-series Server Administration II (U5449S) or - HPE NonStop NS-series Server Administration I (U8528S) and HPE NonStop NS-series Server Administration II (U8638S) or - Equivalent system management experience and •Experience with general software installation procedures - Although not absolutely necessary, experience with Pathway, HPE NonStop TMF, HPE NonStop SQL/MP, and RSC and/or Winsock products would be beneficial - Know how to use HPE NonStop Essentials with HPE Systems Insight Manager- HPE NonStop System Managers •Technical Support •Senior Operation PersonnelModule 1: Introduction to DSM/SCM - Module 1 provides an overview of the DSM/SCM product. Upon completion of this module, students will be able to: - Describe the primary purpose of DSM/SCM - State the names and functions of the five user interfaces - State the names and functions of the two GUI interfaces - Describe the primary resources in a DSM/SCM environment Module 2: DSM/SCM Process Flow - Module 2 discusses a typical DSM/SCM process flow of receiving software inputs into an archive, planning, building, and applying a new software revision on a target system, creating and inputting a snapshot of the target database into the host database, and activating the new software revision. Upon completion of this module, students will be able to: - Describe the DSM/SCM process flow - List the resources needed to perform the activities involved in a typical DSM/SCM process flow - Module 3: The NonStop Software Essentials Interface (NSE) - Module 3 discusses and describes how the NonStop Software Essential can manage software on distributed target systems from the Interface on a central host system. Upon completion of this module and its lab exercise, students will be able to: - Define the NonStop Software Essentials - Describe the activities of: - Entering NSE - Receiving software inputs into the archive - Viewing documents - Managing software revision - Building and applying a new software revision - Receiving a snapshot - Creating and reviewing a discrepancy report - Adding and maintaining target systems - Viewing and creating reports - Organizing software into groups - Making DSM/SCM requests - Monitoring requests - Enabling a DSM/SCM trace Module 4: The CNFGINFO Tool - Module 4 describes how CNFGINFO is used to build or modify file and product attributes for software managed by DSM/SCM. Upon completion of this module and its lab exercise, students will be able to: - Define the CNFGINFO tool - Explain the activities of: - Entering the CNFGINFO tool - Specifying product information - Specifying product dependencies - Specifying file information - Specifying file function and destination - Specifying file attributes - A0CINFO, A1CINFO, and A7CINFO files - Module 5: The Archive and Database Maintenance Interfaces (MI) - Module 5 describes how to perform activities associated with maintaining and managing the DSM/SCM archive and databases using the Archive and Database Maintenance Interface (MI). - Upon completion of this module and its lab exercise, students will be able to: - Define the maintenance interface - Explain the activities of: - Entering the host or target MI - Managing and maintaining systems and volumes - Managing user security - Managing the configuration manager profile - Performing checkout cancellation - Deleting DSM/SCM requests - Moving host and target databases - Moving and maintaining the DSM/SCM archive - Registering (adding) a new target system - Enabling a DSM/SCM trace Module 6: The Target Interface (TI) - Module 6 discusses and describes how to perform target activities using the Target Interface. Upon completion of this module and its lab exercise, students will be able to: - Define the Target Interface - Explain the activities of: - Entering/exiting the TI - Applying software to the target - Backing out a software revision - Auditing a target system - Verifying the target database - Creating an independent snapshot - Creating a system report - Enabling a DSM/SCM trace Module 7: Activating New Software on the Target System - Module 7 discusses and describes the activities you must perform on the target system to activate new software. Upon completion of this module and its lab exercise, students will be able to: - Define activation of the new software - Explain the activities of using/running the ZPHIRNM program - Explain how and why DSM/SCM uses fabricated name, as well as all standard operator instructions Module 8: Installing DSM/SCM - Module 8 discusses and describes the procedures for the initial installation and setup of DSM/SCM and its supporting products on the host and target systems and on your PC. - Upon completion of this module and its lab exercise, students will be able to: - Explain the DSM/SCM installation activities: - Preparing for installation • Defining your DSM/SCM environment - Installing DSM/SCM using Install • Running INITENV - Initializing the DSM/SCM databases using the MIs - Setting up the PC environment (PI) - Using the PI to define initial configurations - Starting and stopping DSM/SCM Module 9: DSM/SCM Management Considerations - Module 9 presents DSM/SCM management issues and considerations as they relate to the installation and use of DSM/SCM on an S-Series server, and refers the student to the appropriate procedures when necessary. It is intended as a high-level discussion of the issues mentioned below. upon completion of this module, students will be able to: - Define DSM/SCM management issues of HPE NonStop servers - Define DSM/SCM series NonStop server configuration change management issues - Changing pre-configured DSM/SCM attributes - Changing the NonStop S-series server system name and/or number - Changing the NonStop S-series server system name in the DSM/SCM client - Reinitializing the host as a target - Adding disks - Moving the archive - Understanding Sysgen considerations - SIT tapes • OSS considerations Module 10: Helpful Tools and Cloning - Module 10 describes the use of ZPHIUTL as a diagnostic and information gathering tool. Upon completion of this module, students will be able to: - Describe the use of the ZPHIUTL utility - Describe procedures for validating correct SYSnn - Describe procedures for displaying contents of ZPHIRNM work files - Describe procedures for displaying contents of the A0CINFO file - Describe the use of the CLEANOSS tool - Describe the use of the SPRCHECK tool - Describe the use how to simplify Installation and Management of multiple identical NonStop Servers [Module 11: DSM/SCM Best Practices and Operational Considerations - Module 11 discusses and describes some best practices and operational considerations learned from early internal and external customers of the DSM/SCM product. Upon completion of this module, students will be able to: - Explain the DSM/SCM best practices/operational considerations of: - What not to forget - Volume name considerations - Multiple logical target considerations - Disk space considerations - Disk cleanup considerations - Database move considerations - Backout considerations - SYSnn considerations - Installing IPMs outside DSM/SCM - Forced SYSGENs - Network security considerations - Running IPM6031 - Archive Cleanup Onsite Delivery Equipment Requirements - HPE NonStop server with DSM/SCM host system with Pathway, TMF, and SQL installed and DSM/SCM host system software capable of supporting target system - Planner Interface and CNFGINFO PC installed and connected to the host via Winsock - HPE NonStop S-series or Integrity NS-series target system that is expand-connected to the host system and can be initialized in lab environment - Projecting equipment, computer to display MS PowerPoint slides, and access to a TACL process - Student computers with access to a TACL process4 Tage3000.003600.003000.00