Compaq AAPG9DKTE manual Mkdir tpw032dir, Cd tpw032dir, Ftp binary

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3.2.2.2 Transferring Client Files to a Tru64 UNIX System

To place the client files on a Tru64 UNIX system, transfer the appropriate archive file from the ACMSDI$NONVMS_CLIENTS directory on the OpenVMS system. For example:

1.Use a network file transfer utility such as FTP to copy from the OpenVMS system the dunix.exe file (see Table 3–1). For example:

a.On the client system, create a directory under your home directory:

>mkdir tpw032dir

b.Change to the new directory.

>cd tpw032dir

c.Connect to the OpenVMS system that contains the archive file.

>ftp nodename

.

.

.

login to host

.

.

.

ftp>

The value of nodename is the name of the OpenVMS system on which the archive is installed. At the FTP prompts, supply the OpenVMS user name and password. If you successfully log on, type commands at the FTP prompt to copy the archive file and close the FTP utility. For example:

ftp> binary

ftp> cd ACMSDI$NONVMS_CLIENTS: ftp> get dunix.exe

ftp> quit

2.On the client system, expand the archive file and delete it to recover disk space. For example:

>chmod 755 dunix.exe

>./dunix.exe

>rm dunix.exe

The archive expands into two tar files. To continue installation and setup, see Section 7.3.

3–4After Installing from the Software Products Library CD

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Contents Compaq TP Desktop Connector for Acms Revision/Update InformationMay Software VersionPage Contents Before Installing TP Desktop Connector Software 4.2 Running the TP Desktop Connector Gateway for Acms IVP Installing TP Desktop Connector Gateway for Acms SoftwarePart IV Appendixes Index Examples Files Installed Common Configuration ErrorsTables Page Intended Audience PrefaceRelated Software Compaq TP Desktop Connector for ACMSxp Installation Guide Related DocumentsPart II Installing the TP Desktop Connector Client Software StructurePart IV Appendixes ConventionsConvention Description Courier User inputPage Using the Software Products Library CD PartPage Overview of the Software Products Library Installation Software and Hardware Prerequisites Blocks During Blocks After Installation Installation Procedure Requirements$ Show Device SYS$SYSDEVICE Page ACMSDIA031 Directory Name DescriptionInstalling the Client Kit $ @SYS$UPDATEVMSINSTAL TPW032 device-namedirectory-nameExample 2-1 Cont. Sample Client Installation Page After Installing the Gateway Software After Installing TP Desktop Connector Client SoftwareAfter Installing Non-VMS Clients Editing Startup FilesMkdir c\tpw032 Cd c\tpw032FTP binary FTP cd ACMSDI$NONVMSCLIENTS FTP get intel32.exe Intel32 Del intel32.exeMkdir tpw032dir Cd tpw032dirFtp binary Chmod 755 dunix.exe Dunix.exe Rm dunix.exeVerifying the Motif Client Sample on OpenVMS Installing the Client Services Interface on OpenVMS Systems$ MMS/DESC=MAVERTZ Run mavertz/nodebug $ @ACMSDI$EXAMPLESAVERTZVRDARUNTIMESETUP $ ACMS/START System $ ACMS/START Application Vrdaappl8After Installing from the Software Products Library CD Keyword Activity Page Installing the TP Desktop Connector Client Software Page TPware Product Suite CD-ROM Contents TPware Product Suite CD-ROM OverviewTpwarereadme.txt Installation Overview Preparing to Install TP Desktop Connector SoftwareDisk Space Product LicensesOpenVMS VAX Client Number of Blocks OpenVMS Alpha Client Number of Blocks Removing the Installed SoftwareTru64 Unix Client Number of Bytes Choose the Uninstall TPware item Installation Procedure on Windows Operating Systems Setting Up the TPware Environment After Installing TP Desktop Connector SoftwareTo do this Click this button Verifying the TP Desktop Connector Installation Accessing the Acms SystemRunning the Windows Sample Client Application Code Conversion Libraries for Kanji \TPware\STDLRT\bin\divb.dll \TPware\STDLRT\bin\msvcrt40.dllOverview of the Client Services Installation Resources Software PrerequisitesFor this platform See Installing the Client Services for OpenVMS Setting Up the Client Services$ backup vmsclient.sav/save *.*/log $ create/dir .acmsdiInstalling the Motif Sample Client for OpenVMS $ library/delete = netdecnet acmsdi$clientobjlib.olb$ copy cdvmsvax.samplesvmsavertz.exe $ copy cdvmsalpha.samplesvmsavertz.exeVerifying the Motif Sample Installation on OpenVMS $ backup/restore vmsavertz.sav/save *.*/log$ run vmsavertz.exe $ MMS$ @ACMSDI$EXAMPLESAVERTZVRDARUNTIMESETUP $ Define SQL$USER SYS$LIBRARYSQL$USER60 Rebuilding the Avertz Acms Sample Installing the Tru64 Unix Client Software Mkdir acmsdi Cd acmsdiCp cd/dunix/duclient.tar Acmsdi tar xvf duclient.tarInstalling the Motif Sample Client on Tru64 Unix Platforms Make MavertzPage Installing the Gateway Software Page Required Operating System Components Prerequisite SoftwarePrivileges and Authorization Disk Space RequirementsOpenVMS License Management Facility Stopping the Acms System and Gateway System Disk BackupLocating the Saveset Directory $ MOUNT/OVERRIDE=ID DKA200 Directory device-name000000ACMSDIPage General Installation Information Accessing the Online Release NotesFiles and Logical Names Installed on Your System Installation Verification ProcedureInstallation Procedure Aborting the Installation$ SET Default SYS$UPDATE Invoking VmsinstalInstallation Questions $ @SYS$UPDATEVMSINSTAL Acmsdi DKA200000000 Options NRelease Notes Do you want to run the IVP after the installation YES? YES Informational Messages Recovering from System and Installation Failures Running the Installation Verification ProcedureCompleting the Installation Procedure System FailuresInstallation Failures $ PURGE/LOG SYS$SYSROOTIVP Error Recovery Editing the OpenVMS System Files Editing the System Startup File$ @SYS$STARTUPACMSTART.COM $ @SYS$STARTUPACMSDI$STARTUP.COM Matching Client and Server Versions Performing Cluster ProceduresEditing the System Shutdown File Acmsdisrvdead -3020 Acmsdiinvprotocol Running the IVP Independently IVP OperationsIVP Requirements IVP Steps $ SET Default SYS$TEST$ @ACMSDI$IVP Appendixes Page Files Description Files InstalledName Description 2Files Installed Readme.1st 4Files Installed Files Installed A-5 6Files Installed Common Configuration Errors Errors Related to the Desktop SystemErrors on OpenVMS Desktops Errors on Tru64 Unix DesktopsErrors Related to the Acms System 2Common Configuration ErrorsIndex Index-1IVP Index-2Index-3

AAPG9DKTE specifications

The Compaq AAPG9DKTE is a notable model within the Compaq lineup, showcasing a range of features and technologies designed for a variety of computing needs. Known for its reliability and user-friendly design, this device has carved a niche for itself in the market, appealing to both casual users and professionals alike.

One of the main features of the AAPG9DKTE is its powerful performance capability. Equipped with a robust processor, it excels in multitasking and running demanding applications. This makes it suitable not only for everyday tasks such as web browsing and document editing but also for more intensive tasks like graphic design and video editing. The processor is complemented by a generous amount of RAM, ensuring smooth operation without lag, even when multiple applications are running simultaneously.

The graphics support is another standout characteristic of the AAPG9DKTE. With an integrated graphics card, it delivers sharp and vibrant visuals, making it ideal for media consumption and casual gaming. Whether users are watching movies or playing games, they can expect a satisfying experience thanks to the high-definition display and impressive color accuracy.

Storage options on the AAPG9DKTE are designed to accommodate a diverse range of needs. Users can choose from solid-state drives (SSD) for faster boot and load times or traditional hard disk drives (HDD) for larger storage capacity. This flexibility allows users to tailor their device to their specific requirements, be it speed or storage space.

Connectivity features are abundant in the AAPG9DKTE, supporting a range of ports and wireless options. Users can connect various peripherals effortlessly via USB ports, HDMI outputs, and more, while Wi-Fi and Bluetooth capabilities ensure they stay connected to the internet and other devices without hassle.

In terms of design, the AAPG9DKTE boasts a sleek and ergonomic build, which enhances portability. Its lightweight design makes it easy to carry, making it an excellent option for users on the go. Additionally, battery life is optimized for prolonged usage, allowing users to stay productive without constantly searching for an outlet.

The Compaq AAPG9DKTE is a well-rounded computing solution with impressive performance, rich features, and thoughtful design, catering to a wide range of users. Whether for home, school, or office use, this device provides the technological tools needed to tackle daily challenges with ease and efficiency.