Rpm linux

Author: h | 2025-04-25

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This page describes how to install the Machine Agent on Linux systems that support the RPM Package Manager:CentOSRHELFedoraopenSUSE SUSE Linux Enterprise ServerFor Linux systems that do not support RPM, use the JRE Bundled Zip Archive.The RPM installer makes these changes to the host machine:Creates an appdynamics-machine-agent group and an appdynamics-machine-agent user Assigns ownership of certain files in the machine-agent directory to the appdynamics-machine-agent userThese changes are necessary to enable non-root users to configure and run an RPM-installed agent. To use a different user or group for the machine agent service, set the MACHINE_AGENT_USER and MACHINE_AGENT_GROUP environment variables in a shell for RPM installation. sudo MACHINE_AGENT_USER=myuser MACHINE_AGENT_GROUP=mygroup rpm -ivh appdynamics-machine-agent.rpm BASH If the specified user or group does not exist, an error message appears and the RPM installation stops. To continue, you must define users and groups.If this is an issue in your environment, then you install the agent using the ZIP archive (see Linux Install Using ZIP with Bundled JRE).Install the Machine AgentBefore installing, review Install the Machine Agent.Download and install the RPM Package. With administrative privileges, enter the following CLI code where > is the name of the package for your environment, such as appdynamics-machine-agent-version>.x86_64.rpm. sudo rpm -ivh CODE The agent files are installed in opt/appdynamics/machine-agent and the agent is added as a service.Gather your configuration details and configure the agent by editing/conf/controller-info.xml file or by adding system properties to the JVM startup script file.See .Linux Install Using the RPM Package v21.1.(Required) Configure the Controller host name, port number,

Rpm-build Download for Linux (rpm) - pkgs.org

See the Dell OpenManage Server Agent User's Guide contained in this download for important detailed information on installing this package. Condensed install instructions are as follows: 1. Download the zip file "OMSA42.zip". 2. Unzip the files using the Linux "unzip" utility. 3. "OMSA42.zip" contains the following directory structure: \OMSA - readme \OMSA\Docs - documentation related to Dell OpenManage Server Agent 4.2. Documentation is best viewed using xpdf which is available on the Red Hat Linux 7 operating system CD. \OMSA\RPMs - Dell OpenManage Server Agent 4.2 Linux RPMs 4. After the files have been unpacked, you may delete the file downloaded in step 1. You should now change to the directory that contains the Dell OpenManage Server Agent 4.2 RPMs that were unpacked. You must install the Dell-provided SNMP agent. Note: You must uninstall previously installed SNMP agent RPMs. Instructions are found in the User's Guide noted above. To install the Dell-provided SNMP agent: 1. Install the Dell-provided SNMP agent by typing: rpm -ihv ucd-snmp-4.1.2-8smux.i386.rpm 2. Manually start the SNMP agent by typing: /etc/rc.d/init.d/snmpd start To install the Dell OpenManage Server Agent device driver RPM: 1. Install the device driver RPM by typing: rpm -ihv dellomsa-drivers-4.20-2538.i386.rpm 2. Install the Dell OpenManager Server Agent RPM by typing: rpm -ihv dellomsa-4.20-2538.i386.rpm

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Git Credential Manager RPMInstallThere are prebuilt RPMs for the following distributionsCentOS 8Fedora 39Fedora 40openSUSE 15.5openSUSE 15.6openSUSE SlowrollopenSUSE TumbleweedFollow the instruction to installPatchesThere are several patches appied to the original source codeNameSourceArchDescriptionlinux-only.patchAlecJY/git-credential-manager@446e4eballAdd linux-arm64 runtime identifier to support aarch64 and remove other non-Linux identifiers to prevent downloading dependencies of other platformsruntime-arm64.patchAlecJY/git-credential-manager@b2065a7aarch64Patch the Linux build script to set dotnet runtime to linux-arm64install-buildoutput.patchAlecJY/git-credential-manager@e256ea3allPatch the Linux build script to install Git Credential Manager into "buildoutput" directory instead of generating deb and tar packagesBuildThere are to variants of the RPM SPEC file, the normal one requires Internet access and the one especially for openSUSE Build Service or other environments without Internet access.Build with Internet accessInstall the build dependencies# For RHEL / CentOS / Fedora / etc...$ sudo yum install -y rpm-build dotnet-sdk-8.0 openssl-libs libicu# For SLES / openSUSE / etc...# Run the first command only if you didn't install dotnet SDK$ sudo zypper addrepo sudo zypper refresh$ sudo zypper install -y rpm-build dotnet-sdk-8.0 libopenssl1_1 libicuBuild the RPM$ git clone cd git-credential-manager-rpm$ rpmbuild -bb git-credential-manager.spec --undefine "_disable_source_fetch" --define "_sourcedir $PWD"Build without Internet accessPrepare the following files on a machine with Internet accessThis repo (branch obs)Download from Credential Manager source codeDownload from ${version} with the latest version of Git Credential Manager. For example: dotnet SDK 8.0 binariesYou can download from both arm64 and x64 binaries for Linux even if you only want to build on one architecture.The reason that you need to download dotnet SDK for both platforms is to make sure all architectures share the same source RPM.If you really don't want to download dotnet SDK for the other architecture, you can just create an empty file with the name.Pre-downloaded NuGet dependenciesRecommend to do this step in a clean docker container to prevent other unnecessary NuGet packages being includedBuild Git Credential Manager on a machine with Internet access once (such as follow the steps in Build with Internet access section). Then compress the packages directory generated by Nuget$ cd ~/.nuget/$ tar Jcvf nuget-packages.tar.xz packages/Some packages are platform-specific such as Microsoft.NETCore.App.Host.xxx. Therefore, to make a cross-platform offline NuGet packages archive you need to run this step on each platform then combine the data in the archives together.Install the build dependencies# For RHEL / CentOS / Fedora / etc...$ sudo yum install -y rpm-build openssl-libs libicu# For SLES / openSUSE / etc...$ sudo zypper install -y rpm-build libopenssl1_1 libicuBuild the RPMNow you should have four filesobs.tar.gzThe compressed GCM source code. Ex: v2.1.0.tar.gzdotnet-sdk-8.0.xxx-linux-arm64.tar.gzdotnet-sdk-8.0.xxx-linux-x64.tar.gznuget-packages.tar.xzExtract obs.tar.gz and put other four files into the extracted git-credential-manager-rpm-obs directory.Then open git-credential-manager.spec with a text editor. Check the two lines...%global dotnet_version 8.0.xxx...Version: 2.x.x...dotnet_version is the version of dotnet SDK, and Version is the version of Git Credential Manager.If the version differ from the files you downloaded,. RPM package manager tutorial,rpm linux,rpm linux install,rpm linux command Scanner driver 32bit (deb package) Linux (deb) Scanner driver 32bit (rpm package) Linux (rpm) Scanner driver 64bit (rpm package) Linux (rpm)

Rpm-libs Download for Linux (rpm) - pkgs.org

Install kerio vpn client on RHAEL8 (Fedora 33 & Centos 8) amd 64This tutorial show you how to install kerio vpnClient on rhel8 64bit.Kerio vpnClient does not have any .rpm official version!First of all download kerio-control-vpnclient-###-linux-amd64.deb from contain many version of kerio-control-vpn-client or everywhere else.after download kerio-control-vpnclient-###-linux-amd64.deb we must convert it to .rpmpackage, to convert .deb to .rpm use alien which convert packages.$ alien --to-rpm kerio-control-vpnclient-###-linux-amd64.debAfter convert .deb to .rpm install .rpm which locate beside the original .deb file.while install kerio-control-vpnclient-###.x86_64.rpm normally, some confilcts with filesystem and chkconfig occures .$ rpm -Uvh --force kerio-control-vpnclient-###.x86_64.rpm be consider using rpmrebuild is harmful beacause you can fix conficts but kerio dose not work after installAftre install use $ /etc/init.d/kerio-kvc.service start if you have some error on library missingtry to find them and check existing them on /usr/lib64 in my case i fixed promblems with this commands:$ ln -s /usr/lib/libktssl.so.1.0.0 /usr/lib64/libktssl.so.1.0.0$ ln -s /usr/lib/libktcrypto.so.1.0.0 /usr/lib64/libktcrypto.so.1.0.0$ ln -s /usr/lib/libktz.so.1 /usr/lib64/libktz.so.1$ ln -s /usr/lib/libkvnet.so /usr/lib64/libkvnet.so

Python3.9dist(rpm) Download for Linux (rpm) - pkgs.org

Instance. For example: sudo mkdir -p / Download the oci-fss-utils package from cloud-infrastructure-file-storage-downloads.html to the directory on the destination instance or to a staging instance on your network. If you downloaded the package directly to the destination instance, skip the next step and proceed directly to Task 2: Install the OCI-FSS-UTILS package on Oracle Linux or CentOS.If you downloaded the package to a staging instance, proceed to the next step in these instructions.Open a terminal window on the staging instance, and use the scp command to securely copy the RPM from the staging instance to the destination instance. For example:scp -i @:/After the RPM package is downloaded to the target instance, proceed to Task 2: Install the OCI-FSS-UTILS package on Oracle Linux or CentOS.Task 2: Install the OCI-FSS-UTILS package on Oracle Linux or CentOSOpen a terminal window on the destination instance. If the file name of the downloaded package doesn't include the package version and architecture, use the following command to identify the RPM file to be installed: rpm -qp After the package is identified, rename the file using the RPM returned by the query. For example:mv $(rpm -qp ).rpmInstall the package.If you downloaded the package, install it using the following command: sudo yum localinstall oci-fss-utils-.rpmOracle Linux users can directly install the TLS utility from the Oracle Linux yum repository.Ensure that the Oracle developer yum repository is enabled for the version of Oracle Linux. For example, replace with 7, 8, or 9 in the following command:sudo yum-config-manager --enable ol_developerInstall the

rpm(8): RPM Package Manager - Linux man page - Linux

Modern software architecture is often broken. Slow deliveryleads to missed opportunities, innovation is stalled due toarchitectural complexities, and engineering resources areexceedingly expensive.Orkes is the leading workflow orchestration platformbuilt to enable teams to transform the way they develop, connect,and deploy applications, microservices, AI agents, and more.With Orkes Conductor managed through Orkes Cloud, developers canfocus on building mission critical applications without worryingabout infrastructure maintenance to meet goals and, simply put,taking new products live faster and reducing total cost ofownership.Try a 14-Day Free Trial of OrkesConductor today. 1. IntroductionPackage files are the base units of software in the Linux packaging system. Basically, it’s a compressed group of files that may comprise:a number of programsdata files that support the programspackage metadatapackage pre-installation and post-installation scriptsIn this tutorial, we’ll see how to remove a specific type of package from a Linux system.2. RPM Package ManagerRPM stands for Red Hat Package Manager. It provides the standard way to package software for the Red Hat Enterprise Linux (RHEL) distribution and its close relatives Fedora, CentOS, and OpenSUSE.Also, Linux package management systems usually consist of two types of tools:low-level tools to perform tasks such as installing and erasing package fileshigh-level tools that carry out dependency resolution and metadata searchingWhile all Red Hat-style Linux distributions use the same low-level program rpm, the high-level tools are not the same. Next, we’ll talk about the high-level program dnf, which the Red Hat Enterprise Linux and CentOS use.3. Removing RPM Packages With dnfNotably, we can uninstall or remove software using high-level or low-level tools. Dandified Yum (DNF) is a high-level software package tool for RPM-based Linux distributions. It’s the new-age version of the popular Yum package manager.We can use the dnf program to remove a single package or a list of packages. To uninstall a particular software package, let’s run the following command as a superuser:$ sudo dnf remove package_nameCritically, the RPM package name differs from the RPM package file name. In fact, the package file names consist of five elements:package nameversionreleasearchitecture.rpm suffixFurther, we can remove multiple packages at once by adding more package names to the command. For instance, the following command removes the packages listed after the remove keyword:$ sudo dnf remove vidutils rhyme zipperHere, we only need the package name to remove a package from our system.However, erasing a package using dnf may also remove other packages that depend on it. We’ll employ the low-level tool rpm in a

Python3-rpm Download for Linux (deb, rpm) - pkgs.org

The following list: Management node: management-server Data node: data-node SQL node: server and common In addition, the client RPM should be installed to provide the ndb_mgm management client on at least one management node. You may also wish to install it on SQL nodes, to have mysql and other MySQL client programs available on these. We discuss installation of nodes by type later in this section. ver represents the three-part NDB storage engine version number in 8.0.x format, shown as 8.0.41 in the examples. rev provides the RPM revision number in major.minor format. In the examples shown in this section, we use 1.1 for this value. The distro (Linux distribution) is one of rhel5 (Oracle Linux 5, Red Hat Enterprise Linux 4 and 5), el6 (Oracle Linux 6, Red Hat Enterprise Linux 6), el7 (Oracle Linux 7, Red Hat Enterprise Linux 7), or sles12 (SUSE Enterprise Linux 12). For the examples in this section, we assume that the host runs Oracle Linux 7, Red Hat Enterprise Linux 7, or the equivalent (el7). arch is i686 for 32-bit RPMs and x86_64 for 64-bit versions. In the examples shown here, we assume a 64-bit platform. The NDB Cluster version number in the RPM file names (shown here as 8.0.41) can vary according to the version which you are actually using. It is very important that all of the Cluster RPMs to be installed have the same version number. The architecture should also be appropriate to the machine on which the RPM is. RPM package manager tutorial,rpm linux,rpm linux install,rpm linux command

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Environment variables, and their values depend on the installation method, as well as your specific needs.CautionYou need systemctl to run the Collector as a service, since it’s the main tool used to examine and control the state of the systemd system and service manager. Otherwise, you need to run the Collector.Install the Collector for Linux with Debian 🔗To install the Collector for Linux using a Debian package, set up the package repository and install the Collector package:curl -sSL > /etc/apt/trusted.gpg.d/splunk.gpgecho 'deb release main' > /etc/apt/sources.list.d/splunk-otel-collector.listapt-get updateapt-get install -y splunk-otel-collector# Optional: install Splunk OpenTelemetry automatic discovery for language runtimesapt-get install -y splunk-otel-auto-instrumentationSee also:Post-install configuration for Debian/RPMZero-code instrumentation with Debian and RPM packagesInstall and configure Fluentd for log collectionInstall the Collector for Linux with RPM 🔗To install the Collector for Linux using a RPM package, set up the package repository and install the Collector package:yum install -y libcap # Required for enabling cap_dac_read_search and cap_sys_ptrace capabilities on the Collectorcat /etc/yum.repos.d/splunk-otel-collector.repo[splunk-otel-collector]name=Splunk OpenTelemetry Collector Repositorybaseurl= install -y splunk-otel-collector# Optional: install Splunk OpenTelemetry zero-code instrumentationyum install -y splunk-otel-auto-instrumentationSee also:Post-install configuration for Debian/RPMZero-code instrumentation with Debian and RPM packagesInstall and configure Fluentd for log collectionInstall the Collector for Linux with downloaded packages 🔗If you prefer to install the Collector without the installer script or the Debian/RPM repositories, download the individual Debian or RPM package from the GitHub releases page and install it as shown below.Note that:You need to have root privileges.Find the releases in GitHub at Splunk OTel Collector releases .To install the setcap dependency and

Rpm-build-firefox Download for Linux (rpm) - pkgs.org

InstallationThis guide walks through deploying the bootcfg service on a Linux host (via RPM, rkt, docker, or binary) or on a Kubernetes cluster.Provisonerbootcfg is a service for network booting and provisioning machines to create CoreOS clusters. bootcfg should be installed on a provisioner machine (CoreOS or any Linux distribution) or cluster (Kubernetes) which can serve configs to client machines in a lab or datacenter.Choose one of the supported installation options:CoreOS (rkt)RPM-basedGeneral Linux (binary)With rktWith dockerKubernetes ServiceDownloadDownload the latest coreos-baremetal release to the provisioner host.$ wget wget the release has been signed by the CoreOS App Signing Key."">$ gpg --keyserver pgp.mit.edu --recv-key 18AD5014C99EF7E3BA5F6CE950BDD3E0FC8A365E$ gpg --verify coreos-baremetal-v0.4.2-linux-amd64.tar.gz.asc coreos-baremetal-v0.4.2-linux-amd64.tar.gz# gpg: Good signature from "CoreOS Application Signing Key "Untar the release.$ tar xzvf coreos-baremetal-v0.4.2-linux-amd64.tar.gz$ cd coreos-baremetal-v0.4.2-linux-amd64InstallRPM-based DistroOn an RPM-based provisioner, install the bootcfg RPM from the Copr repository using dnf or yum.dnf copr enable dghubble/bootcfgdnf install bootcfg# requires yum-plugin-copryum copr enable dghubble/bootcfgyum install bootcfgAlternately, download the repo file and place it in /etc/yum.repos.d/.CoreOSOn a CoreOS provisioner, rkt run bootcfg image with the provided systemd unit.$ sudo cp contrib/systemd/bootcfg-on-coreos.service /etc/systemd/system/bootcfg.serviceGeneral LinuxPre-built binaries are available for general Linux distributions. Copy the bootcfg static binary to an appropriate location on the host.$ sudo cp bootcfg /usr/local/binSet Up User/GroupThe bootcfg service should be run by a non-root user with access to the bootcfg data directory (/var/lib/bootcfg). Create a bootcfg user and group.$ sudo useradd -U bootcfg$ sudo mkdir -p /var/lib/bootcfg/assets$ sudo chown -R bootcfg:bootcfg /var/lib/bootcfgCreate systemd ServiceCopy the provided bootcfg systemd unit file.$ sudo cp contrib/systemd/bootcfg-local.service /etc/systemd/system/CustomizationCustomize bootcfg. RPM package manager tutorial,rpm linux,rpm linux install,rpm linux command

Redhat-rpm-config Download for Linux (rpm) - pkgs.org

How to install Red Hat GPG key for RPM verification.If the Red Hat GPG key is not installed, install it from a secure, static location, such as a Red Hat installation CD-ROM or DVD. All Red Hat Enterprise Linux packages are signed with the Red Hat GPG key. GPG stands for GNU Privacy Guard, or GnuPG, a free software package used for ensuring the authenticity of distributed files. For example, a private key (secret key) locks the package while the public key unlocks and verifies the package. If the public key distributed by Red Hat Enterprise Linux does not match the private key during RPM verification, the package may have been altered and therefore cannot be trusted. use the following command to import it into the keyring (a database of trusted keys on the system):rpm –import /mnt/cdrom/RPM-GPG-KEYTo display a list of all keys installed for RPM verification, execute the following command:It is extremely important to verify the signature of the RPM files before installing them to ensure that they have not been altered from the original source of the packages. To verify all the downloaded packages at once, issue the following command:rpm -K /tmp/updates/*.rpm Tags: GPG, install, key, Red Hat, rpm, verification Leave a ReplyYou must be logged in to post a comment.