http://archives.opennebula.org/ 2026-04-27T14:10:36+00:00 http://archives.opennebula.org/ http://archives.opennebula.org/lib/tpl/mmKanso/images/favicon.ico text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:carina?rev=1389095275&do=diff Carina Environment Manager Description The Carina Environment Manger allows you to automatically deploy, scale and manage the availability of multi-VM application clusters according to policies such as time of day, load-based, service priority, failure events, or custom metrics. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:chef_recipes?rev=1389095275&do=diff Chef Recipes Description A collection of Chef recipes to automate deployment and management of an OpenNebula cluster. Documentation can be found at CloudBoot. Benefits By using these recipes, OpenNebula users will be able to deploy and manage an OpenNebula cluster using Chef. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:claudia?rev=1389095275&do=diff Claudia Description Claudia is an open-source standard-based (Tcloud API and OVF) service manager to easily govern whole services (rather than individual VMs) and to control how services are scaled up/down and in/out in an automated manner. Claudia helps to save valuable time/resources by automating prone to failure tasks that need to be done repeatedly. Operations are done once for the whole service, rather than as many times as the number of required VMs for a given service. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:clues?rev=1389095275&do=diff CLUES Description CLUES is an energy management system for High Performance Computing (HPC) Clusters and Cloud infrastructures. The main function of the system is to power off internal cluster nodes when they are not being used, and conversely to power them on when they are needed. CLUES system integrates with the cluster management middleware, such as a batch-queuing system or a cloud infrastructure management system, by means of different connectors. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:contrail_vep?rev=1389095275&do=diff Contrail VEP Description VEP allows deployment of applications described in an OVF file over OpenNebula clouds (among many other things). VEP supports 2.2.1 as well as the latest 3.4.1 OpenNebula clouds. We support standard OVFs without need for any non-standard extensions, the VM contextualization parameters and network elements have to be specified in the OVF in a specific manner which we will document in great details once the Contrail VEP community page is assigned for that purpose. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:cxm_drivers?rev=1389095275&do=diff CXM Drivers Description The CXM drivers enable the management of an OpenNebula cloud based on a cxm cluster. The cxm cluster is a solution to host virtual machines on a pool of Xen hypervisors connected to a SAN. VM images are stored using LVM and cLVMd. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:dcrmc?rev=1389095275&do=diff Dynamic Cloud Resource Management Component Description The main objective of DCRMC (Dynamic Cloud Resource Management Component) is to manage virtual resources dynamically using Nagios and OpenNebula. Benefits You can visit our wiki (<https://bitbucket.org/mmorillo/dynamic-cloud-resource-management-component/wiki/Home>) to see more information about the installation, configuration and integration with Nagios and OpenNebula. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:deltacloud_driver?rev=1389095275&do=diff Deltacloud Driver Description The DeltaCloud driver for OpenNebula is an implementation based on the OGF OCCI API for the DeltaCloud Framework that RedHat is developing. Information When using the driver for OpenNebula, the credentials passed in response to the HTTP 401 authentication challenge should be your OpenNebula user and password. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:green_cloud_scheduler?rev=1389095275&do=diff Green Cloud Scheduler Description The Green Cloud Scheduler proactively detects the over provisioned computing resources and identifies the most appropriate adaptation decisions to dynamically adjust them to the incoming workload so that the data center overall energy consumption is minimized. The Green Cloud Scheduler may generate adaptation action plans consisting of consolidation actions (virtual task deployment and virtual task migration) and dynamic power management actions (set server to… text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:haizea?rev=1389095275&do=diff Haizea Description * Haizea is a resource manager (or, depending on who you ask, a “resource scheduler”): Haizea is a software component that can manage a set of computers (typically a cluster), allowing users to request exclusive use of those resources described in a variety of terms, such as text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:hyperv?rev=1389095275&do=diff Hyper-V Drivers Description The Hyper-V Drivers enable the management of an OpenNebula cloud based on the Windows Server Hyper-V hypervisor. It works in the same fashion as with other hypervisors by leveraging their deployment in the cloud hosts. The HyperV-based cloud infrastructure can be used and managed with the OpenNebula CLI, the Sunstone or Self-service web interfaces, or any of the supported cloud interfaces (AWS EC2 or OGF OCCI). text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:libcloud_driver?rev=1389095275&do=diff Libcloud Driver Description This Libcloud driver for OpenNebula is an implementation based on the OGF OCCI API for Libcloud. Libcloud is a standard client library for many popular cloud providers, written in python. Benefits Libcloud was created to make it easy for developers to build products that work between any of the cloud services that it supports. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:management_console?rev=1389095275&do=diff Management Console Description This project will deliver a clean web interface for opennebula. It's written in php and will support multiple storage backends for authorization, disk images and opennebula templates. At the moment there's only one storage backend supported but check it out. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:moosefs?rev=1389095275&do=diff TM MooseFS Description A transfer manager for using MooseFS (<http://www.moosefs.org/>) as a backend storage. MooseFS is a fault tolerant, network distributed file system. It spreads data over several physical servers which are visible to the user as one resource. Benefits text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:occi?rev=1389095275&do=diff OCCI for OpenNebula Description The Open Cloud Computing Interface is a RESTful protocol and API for all kinds of cloud management tasks with a strong focus on interoperability. The recent publication of the OCCI 1.1 draft required some major changes to the OpenNebula OCCI 1.0 implementation. Instead of rewriting the old OCCI 1.0 implementation we decided to start from scratch and to fully support all features of the new OCCI 1.1 draft. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:one-ovz-driver?rev=1389095275&do=diff OpenVZ Drivers Description The one-ovz-driver enables the management of an OpenNebula cloud based on OpenVZ hypervisor. It consists of two main parts: 1. Virtualization Manager Driver * deploy (including contextualization, deployment file's <RAW> nodes passed to vzctl during container creation) text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:onenox?rev=1389095275&do=diff onenox Description A detailed description of this component is available at <http://blog.opennebula.org/?p=2695>. A screencast can also be found at: <https://sites.google.com/site/cuonecloud/videos> Benefits This plugin brings Software Defined Networking (SDN) to Opennebula, it is a first step to build advanced network services. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:optimis?rev=1389095275&do=diff OPTIMIS Toolkit Description The OPTIMIS toolkit is fundamentally a cloud-enabling technology that ultimately allows users to schedule and automate the delivery of workloads to the most suitable venues (internal or external) based on policies such as trust, risk, eco-efficiency and cost (TREC). The OPTIMIS software tools are deployed in the datacenter, and are a complement to cloud management and orchestration platforms. OPTIMIS covers the full service lifecycle - construction, deployment and o… text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:ovf4one?rev=1389095275&do=diff OVF4ONE Description OCCI interface that accepts OVF(Open virtualization format) input on top of the Opennebula OCA interface. Installation Get the package ovf4one.war from <http://grids15.eng.it/svn/main/ovf4one> and deploy the application into tomcat. PS : This project is partially implemented and the development is in progress. The Compute part is implemented and is available for testing. While implementation on storage and network is in progress. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:python_bindings?rev=1389095275&do=diff Python OCA Bindings Description Provides a Python interface to OpenNebula's XMLRPC API. Benefits Allows developers to manage OpenNebula in an easy and Pythonic way. To install it just run: easy_install oca For more details, read the documentation: text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:scp-wave?rev=1389095275&do=diff scp-wave Description scp-wave is a small tool to speed up scp transfers of a file to a set of hosts. It was written with the intention to help design an image repository that would push an image to a large set of nodes. A simple sequential transfer can be rather slow (e.g 10GB image to be transfered to 500 hosts). scp-wave achieves logarithmic speed-up by initiating third-party transfers once hosts with the image become available. Starting from a single seed (the image repository), scp-wave gr… text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:snmp_im_driver?rev=1389095275&do=diff SNMP Information Driver Description The SNMP driver extracts the performance counters from SNMP rather than compiling, copying and running scripts over SSH. Benefits Using SNMP as a standard for monitoring is scalable when compared to SSH execution of scripts. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:sr-iov?rev=1389095275&do=diff KVM SR-IOV VMM Driver for Infiniband Description With the recent release of an OFED which supports SR-IOV on Infiniband HCAs it is now possible to use verbs from inside a VM. This VMM driver supports these Infiniband HCAs, and any other SR-IOV network device, in OpenNebula. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:studicloud?rev=1389095275&do=diff StudiCloud Description StudiCloud provides a backend-proxy for using Shibboleth Single-Sign-On technology as user authentication. Shibboleth is very widespread in university infrastructure. It furthermore includes a web frontend for an OpenNebula driven cloud environment. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:svmsched?rev=1389095275&do=diff SVMSched Description SVMSched (Smart Virtual Machine Scheduler) is a tool enabling and easing the set-up of on-demand SaaS and PaaS cloud infrastructures on top of OpenNebula. Relying on an high-level abstraction of virtual machines, along with a high-capability of dynamicity and customization introduced in the provisioning of virtual machines it enables powerful and flexible resource management capabilities in scheduling the execution of requests. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:vct?rev=1389095275&do=diff VCT Description Virtualization is an essential technology for building computational infrastructures tailored to the needs of a research organization. Virtual machines (VMs) enable the specialization of operating systems towards particular tasks, with hardware resources safely and transparently multiplexed by the VM hypervisor. They also allow the decoupling of the physical computational infrastructure management from the management of the user-visible virtual computing facility. text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:virtual-cluster?rev=1389095275&do=diff Virtual Cluster Description The IS4AC Virtual Cluster Plugin for OpenNebula allows users to deploy and manage virtual clusters directly from Sunstone GUI, with easy steps and standard OpenNebula interfaces. Benefits With IS4AC Virtual Cluster Sunstone plugin it is possible to specify a master node and an arbitrary number of compute nodes that will be deployed with easy steps and standard Open Nebula interfaces. In this way, the user can quickly setup a set of VMs according to a Beowulf clu… text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:virtualbox?rev=1389095275&do=diff VirtualBox Description The OpenNebula VirtualBox driver (OneVBox) allows the management of hosts and the deployment of virtual machines in OpenNebula using the VirtualBox hypervisor. OneVBox is formed by an IM_MAD -a serie of remote scripts that are able to monitor the remote hosts- and a VMM_MAD -remotes scripts to manage Virtual Machines-. This scripts typically communicate with by interpreting a XML description of the virtual machines and using the VBoxManage command-line interface to per… text/html 2014-01-07T11:47:55+00:00 Anonymous (anonymous@undisclosed.example.com) http://archives.opennebula.org/software:ecosystem:xcp?rev=1389095275&do=diff Xen Cloud Platform Drivers Description The XCP Drivers Addon enables the management of an OpenNebula cloud based on Xen Cloud Platform (XCP) hypervisors. It uses the “xe” command line tool to invoke the XAPI interface exposed by the XCP hypervisors, and features a simple installation process that will leverage the stability, performance and feature set of any existing XCP based OpenNebula cloud.