| StarCluster: | Cluster Computing Toolkit for the Cloud |
|---|---|
| Version: | 0.9999 |
| Author: | Justin Riley <justin.t.riley@gmail.com> |
| Team: | Software Tools for Academics and Researchers (http://star.mit.edu) |
| Homepage: | http://star.mit.edu/cluster |
| License: | LGPL |
StarCluster is a utility for creating and managing computing clusters hosted on Amazon's Elastic Compute Cloud (EC2). StarCluster utilizes Amazon's EC2 web service to create and destroy clusters of Linux virtual machines on demand.
All that's needed to create your own cluster(s) on Amazon EC2 is an AWS account and StarCluster. StarCluster features:
- Simple configuration - with examples ready to go out-of-the-box
- Create/Manage Clusters - simple start command to automatically launch and configure one or more clusters on EC2
- Automated Cluster Setup - includes NFS-sharing, Open Grid Scheduler queuing system, Condor, password-less ssh between machines, and more
- Scientific Computing AMI - comes with Ubuntu 11.10-based EBS-backed AMI that contains Hadoop, OpenMPI, ATLAS, LAPACK, NumPy, SciPy, IPython, and other useful libraries
- EBS Volume Sharing - easily NFS-share Amazon Elastic Block Storage (EBS) volumes across a cluster for persistent storage
- EBS-Backed Clusters - start and stop EBS-backed clusters on EC2
- Cluster Compute Instances - support for "cluster compute" instance types
- Expand/Shrink Clusters - scale a cluster by adding or removing nodes
- Elastic Load Balancing - automatically shrink or expand a cluster based on Open Grid Scheduler queue statistics
- Plugin Support - allows users to run additional setup routines on the cluster after StarCluster's defaults. Comes with plugins for IPython parallel+notebook, Condor, Hadoop, MPICH2, MySQL cluster, installing Ubuntu packages, and more.
Interested? See the getting started section for more details.
Install StarCluster using easy_install:
$ sudo easy_install StarCluster
or to install StarCluster manually:
$ (Download StarCluster from http://star.mit.edu/cluster) $ tar xvzf starcluster-X.X.X.tar.gz (where x.x.x is a version number) $ cd starcluster-X.X.X $ sudo python setup.py install
After the software has been installed, the next step is to setup the configuration file:
$ starcluster help StarCluster - (http://star.mit.edu/cluster) Software Tools for Academics and Researchers (STAR) Please submit bug reports to starcluster@mit.edu cli.py:87 - ERROR - config file /home/user/.starcluster/config does not exist Options: -------- [1] Show the StarCluster config template [2] Write config template to /home/user/.starcluster/config [q] Quit Please enter your selection:
Select the second option by typing 2 and pressing enter. This will give you a template to use to create a configuration file containing your AWS credentials, cluster settings, etc. The next step is to customize this file using your favorite text-editor:
$ vi ~/.starcluster/config
This file is commented with example "cluster templates". A cluster template defines a set of configuration settings used to start a new cluster. The example config provides a smallcluster template that is ready to go out-of-the-box. However, first, you must fill in your AWS credentials and keypair info:
[aws info] aws_access_key_id = #your aws access key id here aws_secret_access_key = #your secret aws access key here aws_user_id = #your 12-digit aws user id here
The next step is to fill in your keypair information. If you don't already have a keypair you can create one from StarCluster using:
$ starcluster createkey mykey -o ~/.ssh/mykey.rsa
This will create a keypair called mykey on Amazon EC2 and save the private key to ~/.ssh/mykey.rsa. Once you have a key the next step is to fill-in your keypair info in the StarCluster config file:
[key key-name-here] key_location = /path/to/your/keypair.rsa
For example, the section for the keypair created above using the createkey command would look like:
[key mykey] key_location = ~/.ssh/mykey.rsa
After defining your keypair in the config, the next step is to update the default cluster template smallcluster with the name of your keypair on EC2:
[cluster smallcluster] keyname = key-name-here
For example, the smallcluster template would be updated to look like:
[cluster smallcluster] keyname = mykey
Now that the config file has been set up we're ready to start using StarCluster. Next we start a cluster named "mycluster" using the default cluster template smallcluster in the example config:
$ starcluster start mycluster
The default_template setting in the [global] section of the config specifies the default cluster template and is automatically set to smallcluster in the example config.
After the start command completes you should now have a working cluster. You can login to the master node as root by running:
$ starcluster sshmaster mycluster
You can also copy files to/from the cluster using the put and get commands. To copy a file or entire directory from your local computer to the cluster:
$ starcluster put /path/to/local/file/or/dir /remote/path/
To copy a file or an entire directory from the cluster to your local computer:
$ starcluster get /path/to/remote/file/or/dir /local/path/
Once you've finished using the cluster and wish to stop paying for it:
$ starcluster terminate mycluster
Have a look at the rest of StarCluster's available commands:
$ starcluster --help
- Amazon AWS Account
- Python 2.6+
- Boto 2.6.0
- Paramiko 1.8.0
- WorkerPool 0.9.2
- Jinja2 2.6
- decorator 3.3.1
- pyasn1 0.0.13b
Watch an ~8 minute screencast @ http://star.mit.edu/cluster
To learn more have a look at the documentation: http://star.mit.edu/cluster/docs/latest
StarCluster is licensed under the LGPLv3 See COPYING.LESSER (LGPL) and COPYING (GPL) for LICENSE details