| 7 | | 1) After starting nodehandler (both imaging and experimentation), start communication layer process (ind1) |
| 8 | | 2) 4 communication groups created for imaging all nodes. Each group is responsible for prespecified nodes. (Could be moved to a config file) |
| 9 | | 3) Communication layer has to be started manually, but it will be terminated automatically by nodehandler at the end of the experiment |
| | 7 | 1. After starting nodehandler (both imaging and experimentation), start communication layer process (ind1) |
| | 8 | 2. 4 communication groups created for imaging all nodes. Each group is responsible for prespecified nodes. (Could be moved to a config file) |
| | 9 | 3. Communication layer has to be started manually, but it will be terminated automatically by nodehandler at the end of the experiment |
| 12 | | 1) 80 is the magic number for the group size. |
| 13 | | 2) Switch on nodes in groups of 80. |
| 14 | | 3) Retry upto three times.. |
| 15 | | 4) Give up for those nodes that do not boot into pxe |
| 16 | | 5) Then switch on the next group of 80... and so on.. |
| 17 | | 6) Until whenAll, then start frisbee process |
| 18 | | 7) Switch off nodes in the order of completion.. |
| | 12 | 1. 80 is the magic number for the group size. |
| | 13 | 2. Switch on nodes in groups of 80. |
| | 14 | 3. Retry upto three times.. |
| | 15 | 4. Give up for those nodes that do not boot into pxe |
| | 16 | 5. Then switch on the next group of 80... and so on.. |
| | 17 | 6. Until whenAll, then start frisbee process |
| | 18 | 7. Switch off nodes in the order of completion.. |
