The droppable tombstone ratio continues to be very high, and thus far, strategies for user-defined compactions have failed to move the needle much. Major compactions, while not a viable long-term strategy for this problem, do however result in a significant reduction to the droppable ratio, as well as reclaiming significant disk space (and it is something we can begin doing //now//).
- [ ] eqiad
- [ ] rack a
- [ ] !!restbase1007.eqiad.wmnet!!
- [x] a (0.748) (0.082)
- [ ] !!b!!
- [ ] c
- [ ] !!restbase1010.eqiad.wmnet!!
- [x] a (0.840) (0.085)
- [ ] !!b!!
- [ ] c
- [ ] !!restbase1011.eqiad.wmnet!!
- [x] a (0.844) (0.079)
- [ ] !!b!!
- [ ] c
- [ ] rack b
- [ ] !!restbase1008.eqiad.wmnet!!
- [x] a (0.837) (0.084)
- [ ] !!b!!
- [ ] c
- [ ] !!restbase1012.eqiad.wmnet!!
- [x] a (0.807) (0.082)
- [ ] !!b!!
- [ ] c
- [ ] !!restbase1013.eqiad.wmnet!!
- [x] a (0.806) (0.084)
- [ ] !!b!!
- [ ] c
- [ ] rack d
- [ ] !!restbase1009.eqiad.wmnet!!
- [ ] !!a!! (0.818) ()
- [ ] b
- [ ] c
- [ ] !!restbase1014.eqiad.wmnet!!
- [ ] !!a!! (0.833) ()
- [ ] b
- [ ] c
- [ ] !!restbase1015.eqiad.wmnet!!
- [ ] a (0.807) (0.028) ()
- [ ] b
- [ ] c
- [ ] codfw
- [ ] rack b
- [ ] !!restbase2001.codfw.wmnet!!
- [x] a
- [ ] !!b!1
- [ ] c
- [ ] !!restbase2002.codfw.wmnet!!
- [x] a (0.055)
- [ ] !!b!!
- [ ] c
- [ ] !!restbase2007.codfw.wmnet!!
- [x] a (0.156)
- [ ] !!b!!
- [ ] c
- [ ] rack c
- [ ] !!restbase2003.codfw.wmnet!!
- [x] a (0.091)
- [ ] !!b!!
- [ ] c
- [ ] !!restbase2004.codfw.wmnet!!
- [x] a (0.081)
- [ ] !!b!!
- [ ] c
- [ ] !!restbase2008.codfw.wmnet!!
- [x] a (0.662)
- [ ] !!b!!
- [ ] c
- [ ] rack d
- [ ] !!restbase2005.codfw.wmnet!!
- [x] a (0.109)
- [ ] !!b!!
- [ ] c
- [ ] !!restbase2006.codfw.wmnet!!
- [x] a (0.131)
- [ ] !!b!!
- [ ] c
- [ ] !!restbase2009.codfw.wmnet!!
- [x] a (0.071)
- [ ] !!b!!
- [ ] c
NOTE: These compactions will all be split output (`nodetool compact -s`), resulting in 4 SSTable files (one each of 50% and 25%, and two each of 12.5%)
NOTE: In an effort to limit compaction throughput, only one compaction will be run on a host at a time