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{{{#!wiki caution '''This is a beta service''' Please note that we are currently deploying the Cloud infrastructure at IFCA, so work is still in progress. If you find any error, please open a ticket on the helpdesk. }}} |
<<TableOfContents>> |
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| This is a beta service, since the deployment and development is ongoing. However, to test the functionality, access to the infrastructure can be granted to certain users. | IFCA uses [[https://openstack.org|OpenStack]] (Havana version) for managing the cloud service. You may get access upon [[https://support.ifca.es/rt/Ticket/Create.html?Queue=3&Subject=New Cloud Account|request]]. There are several ways to access the infrastructure, namely: |
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| We highly recommend to check this document frequently, since changes in the documentation may occur. | * [[http://portal.cloud.ifca.es|Horizon Web dashboard]] * [[http://api.openstack.org/|OpenStack API]], that can be used with the `nova` command line interface. * [[http://occi-wg.org/|OCCI API]], that can be used with [[https://github.com/gwdg/rOCCI-cli|rOCCI client]] |
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| == Start working with the cloud == | This documents focuses on the usage of the `nova` command. This and the web dashboard are the recommended client tools to use with our infrastructure. |
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| Managing the cloud is made from the [[Cluster/Usage|GRIDUI Cluster]]. Ensure that you have the credentials properly installed by issuing the following command and checking that it returns something: | == Documentation == |
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| {{{ $ echo $NOVA_API_KEY |
The official, up to date documentation can be found in the following link: * http://docs.openstack.org/user-guide/content/ Plase refer to that documentation, since it contains the most up to date and accurate documentation for using OpenStack resources. {{{#!wiki caution Important: Do not hesitate in [[https://support.ifca.es/rt/Ticket/Create.html?Queue=3 | opening a ticket]] if you notice problems using cloud services. |
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=== Creating a machine === To create a machine you have to perform several steps: * Decide which of the prebuilt images you are going to use. * Decide which with of the available sizes is suitable for you. * Decide (and create if not ready) with keypair should be used to connect to the machine. ==== Image and size selection ==== There are several pre-built images available. To check them, use the `euca-describe-images` command: {{{ $ euca-describe-images IMAGE ami-00000008 None (cloudpipe) available public machine instance-store IMAGE ami-00000007 None (Debian Wheezy (2011-08)) available public machine instance-store IMAGE ami-00000006 None (lucid-server-uec-amd64.img) available public machine instance-store IMAGE ami-00000003 None (Scientific Linux 5.5) available public machine instance-store IMAGE ami-00000001 None (Scientific Linux 5.5) available public machine instance-store }}} Once you have decided with image to use, you can write down its identifier (ami-XXXXXXXX). You also have to decide with image size to use from the following: || '''Name''' || '''Memory''' || '''# CPU''' || '''Local storage''' || '''Swap''' || || m1.tiny || 512MB || 1 || 0GB || 0GB|| || m1.small || 2048MB || 1 || 20GB || 0GB|| || m1.medium || 4096MB || 2 || 40GB || 0GB|| || m1.large || 8192MB || 4 || 80GB || 0GB|| || m1.xlarge || 16384MB || 8 || 160GB || 0GB|| ==== Create SSH credentials ==== For most of the users this is a one-time step (although you can create as much SSH credentials as you want). You have to create an SSH-keypair so as to inject it to the newly created machine with the following command (it will create a keypair named `cloudkey` and store it under `~/.cloud/cloudkey.pem`): {{{ $ euca-add-keypair cloudkey > ~/.cloud/cloudkey.pem }}} Make sure that you keep safe the file `~/.cloud/cloudkey.pem`, since it will contain the private key needed to access your cloud machines. You can check the name later with the `euca-describe-keypairs` command. ==== Launching the instance ==== To launch the instance, you have to issue `euca-run-intances`, specifying: * wich keypair to use (in the example `cloudkey`). * wich size should be used (in the example `m1.tiny`). * with image should be used (in the example `ami-00000001`). {{{ $ euca-run-instances -k cloudkey -t m1.tiny ami-00000001 RESERVATION r-1zdwog0m ACES default INSTANCE i-00000048 ami-00000001 scheduling cloudkey (ACES, None) 2011-09-02T12:19:41Z None None }}} You can check its status with `euca-describe-instances` {{{ $ euca-describe-instances i-00000048 RESERVATION r-vmfu1xq2 ACES default INSTANCE i-00000048 ami-00000001 172.16.1.8 172.16.1.8 blocked cloudkey (ACES, cloud01) 0 m1.tiny 2011-09-02T12:15:32Z nova }}} ==== Connect to the server ==== You have to use the private identify file that you created before (`~/.cloud/cloudkey.pem`) and pass it to the SSH client. To check the IP to with you should connect, check it with `euca-describe-instances` {{{ $ ssh -i ~/.cloud/cloudkey.pem root@172.16.1.8 }}} ==== Stopping the server ==== Images can be stopped with `euca-terminate-instances` {{{ $ euca-terminate-instances i-00000048 }}} === Advanced topics === ==== Attach to the project's VPN ==== ==== Manage multiple credentials ==== and checking that `NOVA_API`, `NOVA_CERT`, `NOVA_PROJECT`, `NOVA_URL`, `NOVA_USERNAME`, |
Cloud Computing at IFCA
Contents
1. Introduction
IFCA uses OpenStack (Havana version) for managing the cloud service. You may get access upon request. There are several ways to access the infrastructure, namely:
OpenStack API, that can be used with the nova command line interface.
OCCI API, that can be used with rOCCI client
This documents focuses on the usage of the nova command. This and the web dashboard are the recommended client tools to use with our infrastructure.
2. Documentation
The official, up to date documentation can be found in the following link:
Plase refer to that documentation, since it contains the most up to date and accurate documentation for using OpenStack resources.
Important: Do not hesitate in opening a ticket if you notice problems using cloud services.