Download CloudStack

Author: E | 2025-04-23

Download Click the following link to download the jar file. cloudstack-1.8.0-javadoc.jar cloudstack-1.8.0-sources.jar cloudstack-1.8.0-tests.jar cloudstack-1.8.0.jar cloudstack-1.8.0.pom. Previous; Next; Related Tutorials. Download cloudstack-1.7.2-ea-brooklyn.5.jar file; Download cloudstack-1.7.3.jar file; Download cloudstack-1.7.4-ea-brooklyn Download Click the following link to download the jar file. cloudstack-1.6.3-javadoc.jar cloudstack-1.6.3-sources.jar cloudstack-1.6.3-tests.jar cloudstack-1.6.3.jar cloudstack-1.6.3.pom. Previous; Next; Related Tutorials. Download cloudslang-spi-1.0.9.jar file; Download cloudstack-1.6.1-incubating.jar file; Download cloudstack-1.6.2-incubating

Deploying CloudStack with AnsibleApache CloudStack

Mounting a Cloudstack Primary storage please respect the Cloudstack format such as: /mnt/PR_STORAGE_ID# Create directory under /mnt/ corresponding to your CS primary storagemkdir /mnt/138338fb-xxxx-xxxx-b219-ff968ca3ed3d# Mount using NFS, to make the mount persistent, edit fstab with corresponding valuesmount -v -t nfs -o nolock NFS_server:/nfs_shareCS1 /mnt/138338fb-xxxx-xxxx-b219-ff968ca3ed3d# Once your NFS share is mounted, please restart the containersdocker compose $prod stopdocker compose $prod up -dBackup storage configurationOn the backroll VM, mount the backup storage to a path that is mapped in docker-compose.yml.Then in Backroll UI, Configuration > Storage > Add new storage > Input Name and the path > Validate\Example using a NFS storage:# Create directory under /mnt/mkdir /mnt/backup_storage# Mount using NFS, to make the mount persistent, edit fstab with corresponding valuesmount -v -t nfs -o nolock NFS_server:/nfs_backup_share1 /mnt/backup_storageThen add your storage in the Backroll UI.Backroll with CloudstackConfigure the Backroll pluginCloudstack Global SettingsIn Cloudstack's Global settings, fill the fields with the appropriate value:Backup framework provider plugin: backrollBackup plugin backroll config appname: Name of your app name used for backroll apiBackup plugin backroll config password: Secret for the backroll_api found in your oauth provider.Backup plugin backroll config url: URL of your backrollCloudstack userBackroll uses an API key and secret to communicate with Cloudstack.In Cloudstack, under accounts, create a user dedicated to backroll.Generate API Keys and Secret.Backroll sideIn the backroll UI, under Configuration select Connectors.Add a new connector and fill the field with the appropriate information:Name: Name of your connectorEndpoint URL: _ URL of your cloudstack instance API _Login: API_key of your user dedicated to backrollPassword: API_secret of your user dedicated to backrollDocumentationRead more about Backroll at and supportWe'd love to help you get started with BackROLL, so please feel free to open a case if you run into problems with the deployment or encounter bugs.We are also looking for volunteers interested in the project to propose improvements, bug fixes or any other help that would be beneficial to this project.LicenseLicensed to the Apache Software Foundation (ASF) under one or more contributor license agreements. See the NOTICE file distributed with this work for additional information regarding copyright ownership. The ASF licenses this file to you under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.Please see the LICENCE file included in the root directory of the source tree for extended license details.CreditsBackROLL is based on several open-source projects (without any modification),

The CloudStack Kubernetes ProviderApache CloudStack

Skip to content Navigation Menu GitHub Copilot Write better code with AI Security Find and fix vulnerabilities Actions Automate any workflow Codespaces Instant dev environments Issues Plan and track work Code Review Manage code changes Discussions Collaborate outside of code Code Search Find more, search less Explore Learning Pathways Events & Webinars Ebooks & Whitepapers Customer Stories Partners Executive Insights GitHub Sponsors Fund open source developers The ReadME Project GitHub community articles Enterprise platform AI-powered developer platform Pricing Provide feedback Saved searches Use saved searches to filter your results more quickly //voltron/issues_fragments/issue_layout;ref_cta:Sign up;ref_loc:header logged out"}"> Sign up Notifications You must be signed in to change notification settings Fork 1.2k Star 2.3k DescriptionI created a pool from TrueNas 12U2 then shared the nfs advanced settings with root, nogroupOn Cloudstack (Ubuntu 18.04.5) I did :sudo mount -t nfs 192.168.56.3:/mnt/server /mnt/secondary/sudo /usr/share/cloudstack-common/scripts/storage/secondary/cloud-install-sys-tmplt -m /mnt/secondary -f systemvmtemplate-4.15.0-kvm.qcow2.bz2 -h kvm -Fand it workedcd /mnt/secondary/find .../template./template/tmpl./template/tmpl/1./template/tmpl/1/3./template/tmpl/1/3/ae5c5c5a-cbc8-46a1-94c0-2fe44c94d78f.qcow2./template/tmpl/1/3/template.propertiesBut if I try to upload an ISO to the secondary, it gives me error :Request Failed (530) There is no secondary storage VM for downloading template to image store My-isosThis is like secondary storage is not loaded at all ?

CloudStack Concepts and TerminologyApache CloudStack

The download jar file contains the following class files or Java source files.1.Download jodd-petite-3.4.5.jar2.Download jodd-proxetta-3.4.4-sources.jar3.Download jodd-proxetta-3.4.4.jar4.Download jodd-proxetta-3.4.5-sources.jar5.Download jodd-proxetta-3.4.5.jar6.Download jodd-lagarto-3.4.3-sources.jar7.Download jodd-lagarto-3.4.3.jar8.Download jodd-lagarto-3.4.4-sources.jar9.Download jodd-lagarto-3.4.4.jar10.Download jodd-lagarto-3.4.5-sources.jar11.Download jodd-lagarto-3.4.5.jar12.Download jodd-lagarto-web-3.4.3-sources.jar13.Download jodd-lagarto-web-3.4.3.jar14.Download jodd-lagarto-web-3.4.4-sources.jar15.Download jodd-lagarto-web-3.4.4.jar16.Download jodd-lagarto-web-3.4.5-sources.jar17.Download jodd-lagarto-web-3.4.5.jar18.Download jodd-petite-3.4.3-sources.jar19.Download jodd-petite-3.4.3.jar20.Download jodd-petite-3.4.4-sources.jar21.Download jodd-petite-3.4.4.jar22.Download jodd-proxetta-3.4.3-sources.jar23.Download jodd-proxetta-3.4.3.jar24.Download jodd-joy-3.4.3-sources.jar25.Download jodd-joy-3.4.3.jar26.Download jodd-vtor-3.4.3-sources.jar27.Download jodd-vtor-3.4.3.jar28.Download jodd-vtor-3.4.4-sources.jar29.Download jodd-vtor-3.4.4.jar30.Download jodd-vtor-3.4.5-sources.jar31.Download jodd-vtor-3.4.5.jar32.Download jodd-bean-3.4.4-sources.jar33.Download jodd-bean-3.4.4.jar34.Download jodd-bean-3.4.5-sources.jar35.Download jodd-bean-3.4.5.jar36.Download jodd-wot-3.2.5-sources.jar37.Download jodd-wot-3.2.5.jar38.Download jodd-mail-3.4.0-sources.jar39.Download jodd-mail-3.4.0.jar40.Download jodd-mail-3.4.1-sources.jar41.Download jodd-mail-3.4.1.jar42.Download jodd-mail-3.4.2-sources.jar43.Download jodd-mail-3.4.2.jar44.Download jodd-mail-3.4.3-sources.jar45.Download jodd-mail-3.4.3.jar46.Download jodd-mail-3.4.4-sources.jar47.Download jodd-mail-3.4.4.jar48.Download jodd-mail-3.4.5-sources.jar49.Download jodd-mail-3.4.5.jar50.Download jodd-servlet-3.4.3-sources.jar51.Download jodd-servlet-3.4.3.jar52.Download 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jodd-3.2.5-sources.jar217.Download jodd-3.2.5.jar218.Download jodd-3.2.6-sources.jar219.Download jodd-3.2.7-sources.jar220.Download jodd-joy-3.4.4-sources.jar221.Download jodd-joy-3.4.4.jar222.Download jodd-joy-3.4.5-sources.jar223.Download jodd-joy-3.4.5.jar224.Download jodd-jtx-3.4.3-sources.jar225.Download jodd-jtx-3.4.3.jar226.Download jodd-jtx-3.4.4-sources.jar227.Download jodd-jtx-3.4.4.jar228.Download jodd-jtx-3.4.5-sources.jar229.Download jodd-jtx-3.4.5.jar230.Download jodd-db-3.4.3-sources.jar231.Download jodd-db-3.4.3.jar232.Download jodd-db-3.4.4-sources.jar233.Download jodd-db-3.4.4.jar234.Download jodd-db-3.4.5-sources.jar235.Download jodd-db-3.4.5.jar236.Download jodd-bean-3.4.1-sources.jar237.Download jodd-bean-3.4.1.jar238.Download jodd-bean-3.4.0-sources.jar239.Download jodd-bean-3.4.0.jar240.Download jodd-bean-3.4.2-sources.jar241.Download jodd-bean-3.4.2.jar242.Download jodd-bean-3.4.3-sources.jar243.Download jodd-bean-3.4.3.jar. Download Click the following link to download the jar file. cloudstack-1.8.0-javadoc.jar cloudstack-1.8.0-sources.jar cloudstack-1.8.0-tests.jar cloudstack-1.8.0.jar cloudstack-1.8.0.pom. Previous; Next; Related Tutorials. Download cloudstack-1.7.2-ea-brooklyn.5.jar file; Download cloudstack-1.7.3.jar file; Download cloudstack-1.7.4-ea-brooklyn

Download cloudstack-1.5.7.jar : cloudstack c - Java2s

What's BackROLL ?BackROLL is modern, containerized and open-source backup solution for KVM guests.It allows you to define logical KVM pools and backup policies to backup all your KVM guests according to your needs.It's alsoA beautiful web UI to manage and monitor your backups, launch restore tasks, etc.No downtime during backupsThe only required agent is the QEMU guest agentFully containerized with minimum maintenance neededCloudstack Collaboration Conference November 2023What do I need ?RequirementsDocker and Docker Compose (minimal version 2.24)A Bash terminal (Ubuntu is recommended or use WSL)Replaceable componentsBackroll has some default components that can be replaced by your own ones.RecommendedAn OpenID provider (Keycloak, Google/Microsoft, Okta, etc.)If you choose to use the default provider, please harden it with SSL certificate, secure password, etc..OptionalA MySQL/MariaDB databaseGet StartedDocker and Docker ComposeBackroll requires Docker and Docker Compose. Please refer to the official Docker documentation to install them :install Dockerinstall Docker ComposeQuickstart 🚀Backroll is distributed through git and structured as a Docker Compose project. We have cooked up a quickstart script which clones the repository and runs the commands from the dedicated compose project README.Use Bash to get and run the quickstart script of the release you target. You will be guided through the setup of the components and some accounts. To use your own OpenID provider or database please prepare your credentials.After the setup process, the containers will be starting. The default database initialization lasts around one minute. Then open your host address in a web browser to access the Backroll UI.Latest prerelease or releasesource curl -L your containersThose are the basic commands you need to know. Find more details there dedicated compose project README.Go to the compose project directorySet environment variablesStart the containersdocker compose $prod up -dStop the containersdocker compose $prod stopShow containers logsdocker compose $prod logsDevelopers’ setupIf you are developer and want to contribute to the project, see the developers’ setup.Backroll configurationVM configurationChech that the QEMU guest agent is running on the VMs.Storage configurationTo perform backup and restore tasks, Backroll's workers need an access to the VMs storage and to a backup storage. By default in the docker-compose.yml, /mnt/ is mapped to /mnt/ in the workers.VM storage configurationOn the backroll VM, mount the VMs storage to a path that is mapped in docker-compose.yml.If you are mounting a Cloudstack Primary storage please respect the Cloudstack format such as: /mnt/PR_STORAGE_IDRepeat for each VM storage.Example using a NFS storage:# Create directory under /mnt/mkdir /mnt/myVM_storage# Optional, under Ubuntu nfs-common might be requiredapt install nfs-common# Mount using NFS, to make the mount persistent, edit fstab with corresponding valuesmount -v -t nfs -o nolock NFS_server:/nfs_share1 /mnt/myVM_storage# Once your NFS share is mounted, please restart the containersdocker compose $prod stopdocker compose $prod up -dExample using a Cloudstack NFS storage:#If you are

Download cloudstack-1.5.9.jar : cloudstack c - Java2s

, /PRNewswire/ -- StorPool Storage, leaders in next-generation primary data storage software solutions, today introduced the first-ever Disaster Recovery Engine for KVM-based cloud infrastructure that empowers IT service providers and enterprises to recover virtual machines in minutes whenever disaster strikes.A first-of-its-kind solution, the StorPool Disaster Recovery Engine (DRE) simplifies the configuration and execution of disaster recovery (DR) services for virtual machines (VM) in cloud infrastructure built using the Linux KVM hypervisor and the StorPool Storage platform. The StorPool DRE can protect environments with tens to thousands of VMs. It simplifies disaster recovery scenarios like 1:1, many to 1, many to many, and delivers industry-leading recovery point objective (RPO) and recovery time objective (RTO) of virtual machines in disaster scenarios, to ensure uninterrupted business operations.This new capability makes StorPool Storage the first-ever software-defined primary data storage platform with built-in DR capabilities for KVM-based clouds. StorPool's Disaster Recovery Engine helps companies minimize data-at-risk and downtime, while automating VM failover and failback in disaster scenarios. This eliminates the need for customers to use a myriad of products from different vendors to perform backup and DR for business continuity purposes.Until now, functionality like this has been available in other ecosystems (e.g. VMware by Broadcom), but implementing it for KVM-based clouds has been too complicated and costly, limiting the adoption of the KVM hypervisor. StorPool Storage is fully integrated with the most widely used KVM Cloud Management Platforms - CloudStack, OpenNebula, OpenStack, and Proxmox."StorPool's Disaster Recovery (DR) Engine has become a pivotal component of RapidCompute's

Download cloudstack-1.5.1.jar : cloudstack c - Java2s

In the ever-evolving landscape of cloud infrastructure, the demand for efficient, scalable, and cost-effective storage solutions continues to grow. The hyperconverged infrastructure (HCI) has emerged as a compelling approach to meet these demands, offering a unified platform that integrates compute, storage, and networking resources. StorPool Storage, by supporting both HCI or a traditional storage model, gives customers choices in selecting their overall infrastructure architecture. In this blog, we’ll explore the benefits and challenges of deploying StorPool Storage within a hyperconverged infrastructure, to help IT Teams choose the right choice for their cloud needs.The Benefits: Hyperconverged Infrastructure with StorPool1. Lowest Upfront Cost: By eliminating the need for dedicated storage servers and complex networking infrastructure, StorPool Storage significantly reduces upfront hardware costs. Organizations can save up to 30% on startup hardware expenses, making it a cost-effective solution for cloud builders looking to optimize their initial investment in infrastructure.2. Optimized Infrastructure Costs: StorPool Storage enables hyperconverged infrastructure to achieve a low-resource profile without compromising performance or centralized control. With fewer systems to manage and simpler network topologies, organizations benefit from reduced infrastructure costs and streamlined management, leading to enhanced operational efficiency and cost-effectiveness.3. Simplified Management: StorPool Storage simplifies storage management in hyperconverged environments by offering a unified platform with fewer systems to manage and simpler logical, physical, and network topologies. Cloud builders can enjoy enhanced visibility and control over their storage resources, leading to improved productivity and reduced operational overhead. StorPool is tightly integrated with leading cloud management platforms such as CloudStack, OpenNebula, and OpenStack which support HCI.4. Simplified Hardware Inventory: With StorPool Storage in an HCI, organizations benefit from repeated identical building blocks, streamlining hardware inventory management and simplifying procurement processes. This standardized approach to hardware provisioning ensures consistency and reliability across the infrastructure, further enhancing operational efficiency and management simplicity.5. More Straightforward Scaling: HCI with StorPool Storage facilitates straightforward scaling of compute and storage resources together, allowing organizations to seamlessly increase capacity and performance by adding new servers to the cluster. This unified scaling approach enables cloud builders to optimize resource utilization and accommodate growing workloads with ease.6. Ability to Scale Up: With the right storage platform, organizations can scale up storage capacity in minutes, with capacities in the petabytes. By adding storage drives to existing HCI servers, organizations can meet evolving storage demands and ensure optimal performance and resource utilization across the infrastructure.The Challenges: Deploying Data Storage in a Hyperconverged. Download Click the following link to download the jar file. cloudstack-1.8.0-javadoc.jar cloudstack-1.8.0-sources.jar cloudstack-1.8.0-tests.jar cloudstack-1.8.0.jar cloudstack-1.8.0.pom. Previous; Next; Related Tutorials. Download cloudstack-1.7.2-ea-brooklyn.5.jar file; Download cloudstack-1.7.3.jar file; Download cloudstack-1.7.4-ea-brooklyn Download Click the following link to download the jar file. cloudstack-1.6.3-javadoc.jar cloudstack-1.6.3-sources.jar cloudstack-1.6.3-tests.jar cloudstack-1.6.3.jar cloudstack-1.6.3.pom. Previous; Next; Related Tutorials. Download cloudslang-spi-1.0.9.jar file; Download cloudstack-1.6.1-incubating.jar file; Download cloudstack-1.6.2-incubating