| 27 | === Q. How can I tell if experiments are running in my OpenGENI rack? === |
| 28 | On the control node you can check the list of experiments that are currently active by issuing an !OpenStack command |
| 29 | as follows: |
| 30 | {{{ |
| 31 | $ source /etc/novarc |
| 32 | $ $ keystone tenant-list|egrep slice |
| 33 | | 8f38b505cbef4c4a82463f250d3f9ad6 | ch.geni.net:ln-test+slice+OG-EXP-1 | True | |
| 34 | | cc16776ac7b44341a2430546c2907684 | ch.geni.net:ln-test+slice+gr-clem-ig-gpo | True | |
| 35 | | 559624c7d7b043aeb3a3128bb393e9d3 | ch.geni.net:ln-test+slice+lnexp23 | True | |
| 36 | }}} |
| 37 | The list returned shows that there are 3 experiments that have active resource allocations. |
| 38 | |
| 39 | === Q. Are there OpenGENI logs? === |
| 40 | The OpenGENI rack runs GENI Rack Aggregate Manager (GRAM) software to manage rack compute and network resources. There are 4 gram processes to provide these functions and |
| 41 | their logs are: |
| 42 | - /var/log/upstart/gram-am.log - The aggregate manager logs which AM API requests and the quantum commands used to allocate the requested resources. |
| 43 | - /var/log/upstart/gram-ctrl.log - The !OpenFlow Controller running on the OpenGENI rack which will capture request for OF resources. |
| 44 | - /var/log/upstart/gram-opsmon.log - Monitoring log is created by the gram-mon daemon, file captures relevant information from the GRAM snapshots which are logged in this file easier readability. |
| 45 | - /var/log/upstart/gram-vmoc.log - VLAN-based Multiplexing !OpenFlow Controller (VMOC) is a switch to experimenter provided controller, that multiples based on VLAN tag and switch DPID/port. A default Layer2 Learing controller is used for slices that do not specify a controller. |
| 46 | |
| 47 | |
| 48 | |