Previously, we were simply discarding rows from the repair queue when
they couldn't be repaired (either because the overlay said too many
nodes were down, or because we failed to download enough pieces).
Now, such segments will be put into the irreparableDB for further
and (hopefully) more focused attention.
This change also better differentiates some error cases from Repair()
for monitoring purposes.
Change-Id: I82a52a6da50c948ddd651048e2a39cb4b1e6df5c
This peer will contain our administrative panels.
It's completely separated from our other satellite
processes because it allows better control for restricting
access to it.
Change-Id: Ifca473bee82ff6c680b346918ba32b835a7a6847
Currently we risk losing pending bandwidth rollup writes even on a clean
shutdown. This change ensures that all pending writes are actually
written to the db when shutting down the satellite.
Change-Id: Ideab62fa9808937d3dce9585c52405d8c8a0e703
this commit introduces the reported_serials table. its purpose is
to allow for blind writes into it as nodes report in so that we have
minimal contention. in order to continue to accurately account for
used bandwidth, though, we cannot immediately add the settled amount.
if we did, we would have to give up on blind writes.
the table's primary key is structured precisely so that we can quickly
find expired orders and so that we maximally benefit from rocksdb
path prefix compression. we do this by rounding the expires at time
forward to the next day, effectively giving us storagenode petnames
for free. and since there's no secondary index or foreign key
constraints, this design should use significantly less space than
the current used_serials table while also reducing contention.
after inserting the orders into the table, we have a chore that
periodically consumes all of the expired orders in it and inserts
them into the existing rollups tables. this is as if we changed
the nodes to report as the order expired rather than as soon as
possible, so the belief in correctness of the refactor is higher.
since we are able to process large batches of orders (typically
a day's worth), we can use the code to maximally batch inserts into
the rollup tables to make inserts as friendly as possible to
cockroach.
Change-Id: I25d609ca2679b8331979184f16c6d46d4f74c1a6
Remove starting up messages from peers. We expect all of them to start,
if they don't, then they should return an error why they don't start.
The only informative message is when a service is disabled.
When doing initial database setup then each migration step isn't
informative, hence print only a single line with the final version.
Also use shorter log scopes.
Change-Id: Ic8b61411df2eeae2a36d600a0c2fbc97a84a5b93
This change updates the three satellite report commands that accept date
ranges to parse and treat those dates uniformly.
- End dates are now uniformly exclusive. Exclusive end dates helps
operators avoid one-off errors on month boundaries, as in the operator
does not have to remember how many days are in that month and can just
run the report from the 1st (inclusive) through the 1st (exclusive).
- Fixed the date range validity check which only failed if the start
date came after the end date (it should have failed dates that were
equal since the check happened after adjusting for inclusivity).
Change-Id: Ib2ee1c71ddb916c6e1906834d5ff0dc47d1a5801
for storj-sim to work, we need to avoid schemas in cockroach urls
so we have storj-sim create namespaced databases instead of schemas
and we have the migrate command create the database in the same way
that it would create a schema for postgres. then it works!
a follow up commit will move the creation of the database/schemas
into storj-sim's setup step so that we can avoid doing these icky
creations during normal migration calls. it will also make the
pointerdb have an explicit call to migrate instead of just doing
it every time it's opened.
Change-Id: If69ef5cb96b6866b0438c761bd445afb3597ae5f
* change satellite.Peer name to Core
* change to Core in testplanet
* missed a few places
* keep shared stuff in peer.go to stay consistent with storj/docs
* separate sadb migration, add version check
* update checkversion to do same validation as migration
* changes per CR
* add sa migration to storj-sim
* add different debug port in storj-sim for migration
* add wait for exit for storj-sim migration
* update sa docker entrypoint to support migration
* storj-sim satellite parts all wait for migration
* upgrade golang-migrate/migrate to v4 because bug
* fix go mod tidy
* rm dup api code from sa peer, update storj-sim
* fix for backwards compat tests
* use env var instead of localhost
* changes per CR
* fix env var name
* skip peer for setup
* set up satellite repair run command
* add separated repair process to storj-sim
* add repairer peer to satellite in testplanet
* move api run cmd into api.go
* add satellite run repair to entrypoint
* update lock file and add comment
* add created at and bytes transferred
* cleanup
* rename db func to GetGracefulExitNodesByTimeFrame
* fix flag
* split into two overlay functions
* := to =
* fix test
* add node not found error class
* fix overlay test
* suggested test changes
* review suggestions
* get exit status from overlay.Get()
* check rows.Err
* fix panic when ExitFinishedAt is nil
* fix comments in cmdGracefulExit
* set up redis support in live accounting
* move live.Service interface into accounting package and rename to Cache, pass into satellite
* refactor Cache to store one int64 total, add IncrBy method to redis client implementation
* add monkit tracing to live accounting
What: Change cmd/uplink to use scopes
It moves the fields that will be subsumed by scopes into an explicit legacy section and hides their configuration flags.
Why: So that it can read scopes in from files and stuff
* rename pkg/linksharing to linksharing
* rename pkg/httpserver to linksharing/httpserver
* rename pkg/eestream to uplink/eestream
* rename pkg/stream to uplink/stream
* rename pkg/metainfo/kvmetainfo to uplink/metainfo/kvmetainfo
* rename pkg/auth/signing to pkg/signing
* rename pkg/storage to uplink/storage
* rename pkg/accounting to satellite/accounting
* rename pkg/audit to satellite/audit
* rename pkg/certdb to satellite/certdb
* rename pkg/discovery to satellite/discovery
* rename pkg/overlay to satellite/overlay
* rename pkg/datarepair to satellite/repair
* added satalite partner value attribution report. WIP
* WIP
* basic attribution report test completed. still a WIP
* cleanup
* fixed projectID conversion
* report display cleanup
* cleanup .added more test data
* added partnerID to query results
* fixed lint issues
* fix import order
* suggestions from PR review
* updated doc to reflect implementation
* clarification comments in the report SQL
* Changed based on PR suggestion
* More changes based on PR suggestions
* Changes based on PR suggestions
* reordered tests to make consistant with previous 2
* small comments cleanup
* More PR suggestions
* fixed lint issue and removed printf
* fixed var name
* Updates based on PR suggestions
* fixed message
* fixed test
* changes required after merge from master
* change BindSetup to be an option to Bind
* add process.Bind to allow composite structures
* hack fix for noprefix flags
* used tagged version of structs
Before this PR, some flags were created by calling `cfgstruct.Bind` and having their fields create a flag. Once the flags were parsed, `viper` was used to acquire all the values from them and config files, and the fields in the struct were set through the flag interface.
This doesn't work for slices of things on config structs very well, since it can only set strings, and for a string slice, it turns out that the implementation in `pflag` appends an entry rather than setting it.
This changes three things:
1. Only have a `Bind` call instead of `Bind` and `BindSetup`, and make `BindSetup` an option instead.
2. Add a `process.Bind` call that takes in a `*cobra.Cmd`, binds the struct to the command's flags, and keeps track of that struct in a global map keyed by the command.
3. Use `viper` to get the values and load them into the bound configuration structs instead of using the flags to propagate the changes.
In this way, we can support whatever rich configuration we want in the config yaml files, while still getting command like flags when important.
