== 1. Establish test/experiment environment == === User Workspace === * Using the GEC14 Tutorial VM * Inputs: * GENI certificate * installed in $HOME/.ssl * location configured in omni_config * stripped the passphrase for automation * SSH key pair * installed in $HOME/.ssh * location configured in omni_config * key added to ssh-agent * iRODS account * username configured in $HOME/.irods/.irodsEnv * password stored using iinit * All credentials configured using credconfig.sh script * Outputs: * omni.py ready to use * i-commands ready to use * ready to log into nodes in the slice === iRODS server === * iRODS server on emmy8 was down so I set up my own on pc41.emulab.net === OML server === * Set up my own OML server on pc41.emulab.net * I was not able to get the oml2-server to use the hook script when started as a service (/etc/init.d/oml2-server start) - only when started on the command line: {{{ $ oml2-server --listen=3003 --data-dir=/users/johren/gimi --logfile=/users/johren/oml_server.log -H /users/johren/oml2-server-hook.sh }}} * Configured hook script to use my iRODS server == 2. Obtain slice of GENI resources, install and configure GIMI I&M tools == * Used omni to create the slice and the sliver on ExoSM aggregate * rspec link here * Rspec includes an execute service for each node that downloads [http://pc41.emulab.net/gimi-postboot.sh gimi-postboot.sh] from the web server (on pc41.emulab.net) and runs it with the slicename and nodeid parameters {{{ }}} == 3. Run and orchestrate GIMI I&M tools and reference/actual experiment == * Run the tcp_iperf.rb script using the EC on the UW VM {{{ $ omf-5.4 exec --no-cmc -S johGIM1208011452 tcp_iperf.rb -- --source1 johGIM1208011452-NodeA --sink johGIM1208011452-NodeC }}} == 4. Push I&M measurement results to iRODS archive service == == 6. Pull I&M measurement results from iRODS archive service to UW == == 5. Observe I&M measurement results on GIMI presentation service == == 7. Release resources, and cleanup ==