52 | | FIXME |
| 52 | As in previous tutorials, it is always good practice to clean up slivers |
| 53 | right away so that resources can be released and reused by other experimenters. |
| 54 | While other tools (such as Flack and the GENI Portal) can also be used to |
| 55 | clean up, no matter which software was used to establish the sliver in the |
| 56 | first place, for this example we will demonstrate the clean up procedure |
| 57 | using Omni. |
| 58 | |
| 59 | The command to use is: |
| 60 | {{{ |
| 61 | omni.py -a AM_NICKNAME deletesliver SLICENAME |
| 62 | }}} |
| 63 | where once again {{{AM_NICKNAME}}} is the aggregate manager nickname and |
| 64 | {{{SLICENAME}}} is the name of your slice (both found on your worksheet). |
| 65 | |
| 66 | A minute or so later, Omni should respond with: |
| 67 | {{{ |
| 68 | INFO:omni: Completed deletesliver: |
| 69 | }}} |
| 70 | and some details of exactly what was deleted. |
| 71 | |
| 72 | Congratulations! You have completed the tutorial. |
| 73 | |
| 74 | (If you have extra time, you might want to go back and bring up a different |
| 75 | sliver and explore some more advanced options. You can reuse the same slice |
| 76 | name until it expires, so you need only to design a different rspec and |
| 77 | submit it. For instance, try choosing a different "Sliver Type" and/or |
| 78 | "Disk Image" from the node information screen in Flack -- these are very |
| 79 | useful options for advanced GENI users.) |