This is a temporary precaution to avoid incorrectly auditing nodes for pieces that were deleted between database backups if we have to restore from a previous backup.
Here we send pieces to trash rather than directly deleting them from storage nodes so we can restore from trash after a db restoration.
Change-Id: Icd979d2a9a755e7428190c0129c9bc969649d544
Before the deleter would close its done channel once, so if additional
tests shared a storagenode, even if not in parallel, the later waits
would not work properly. This fixes that problem.
Change-Id: I7dcacf6699cef7c2c2948ba0f4369ef520601bf5
There was a race in the test code for piece deleter, which made it
possible to broadcast on the condition variable before anyone was
waiting. This change fixes that and has Wait take a context so it times
out with the context.
Change-Id: Ia4f77a7b7d2287d5ab1d7ba541caeb1ba036dba3
When we receive a piece deletion request, include the number of piece
IDs we couldn't add to the queue in the reponse
Change-Id: Ibebbe92ac50105bb5c74b18211ed38d468eb33f3
Each time we process a piece deletion on the storagenode, monitor how
long the item was in the queue and the size of the queue.
Change-Id: I23f1a44f8b9cecb901bdf4739d55c005ffed4bef
To improve delete performance, we want to process deletes asynchronously
once the message has been received from the satellite. This change makes
it so that storagenodes will send the delete request to a piece Deleter,
which will process a "best-effort" delete asynchronously and return a
success message to the satellite.
There is a configurable number of max delete workers and a max delete
queue size.
Change-Id: I016b68031f9065a9b09224f161b6783e18cf21e5
