BigW Consortium Gitlab

  1. 18 Nov, 2016 1 commit
  2. 17 Nov, 2016 3 commits
  3. 16 Nov, 2016 1 commit
  4. 12 Nov, 2016 1 commit
  5. 09 Nov, 2016 1 commit
    • Add button to delete all merged branches · 1afab9eb
      Toon Claes authored
      It adds a button to the branches page that the user can use to delete
      all the branches that are already merged. This can be used to clean up
      all the branches that were forgotten to delete while merging MRs.
      
      Fixes #21076.
  6. 08 Nov, 2016 1 commit
  7. 07 Nov, 2016 1 commit
    • Process commits in a separate worker · 509910b8
      Yorick Peterse authored
      This moves the code used for processing commits from GitPushService to
      its own Sidekiq worker: ProcessCommitWorker.
      
      Using a Sidekiq worker allows us to process multiple commits in
      parallel. This in turn will lead to issues being closed faster and cross
      references being created faster. Furthermore by isolating this code into
      a separate class it's easier to test and maintain the code.
      
      The new worker also ensures it can efficiently check which issues can be
      closed, without having to run numerous SQL queries for every issue.
  8. 04 Nov, 2016 1 commit
  9. 01 Nov, 2016 1 commit
  10. 28 Oct, 2016 1 commit
  11. 25 Oct, 2016 1 commit
    • Don't schedule ProjectCacheWorker unless needed · 3b4af59a
      Yorick Peterse authored
      This changes ProjectCacheWorker.perform_async so it only schedules a job
      when no lease for the given project is present. This ensures we don't
      end up scheduling hundreds of jobs when they won't be executed anyway.
  12. 24 Oct, 2016 1 commit
  13. 21 Oct, 2016 2 commits
    • Re-organize queues to use for Sidekiq · 97731760
      Yorick Peterse authored
      Dumping too many jobs in the same queue (e.g. the "default" queue) is a
      dangerous setup. Jobs that take a long time to process can effectively
      block any other work from being performed given there are enough of
      these jobs.
      
      Furthermore it becomes harder to monitor the jobs as a single queue
      could contain jobs for different workers. In such a setup the only
      reliable way of getting counts per job is to iterate over all jobs in a
      queue, which is a rather time consuming process.
      
      By using separate queues for various workers we have better control over
      throughput, we can add weight to queues, and we can monitor queues
      better. Some workers still use the same queue whenever their work is
      related. For example, the various CI pipeline workers use the same
      "pipeline" queue.
      
      This commit includes a Rails migration that moves Sidekiq jobs from the
      old queues to the new ones. This migration also takes care of doing the
      inverse if ever needed. This does require downtime as otherwise new jobs
      could be scheduled in the old queues after this migration completes.
      
      This commit also includes an RSpec test that blacklists the use of the
      "default" queue and ensures cron workers use the "cronjob" queue.
      
      Fixes gitlab-org/gitlab-ce#23370
    • Add retry limit and set it at four · decf0fef
      Jose Torres authored
  14. 20 Oct, 2016 1 commit
    • Restrict ProjectCacheWorker jobs to one per 15 min · bc31a489
      Yorick Peterse authored
      This ensures ProjectCacheWorker jobs for a given project are performed
      at most once per 15 minutes. This should reduce disk load a bit in cases
      where there are multiple pushes happening (which should schedule
      multiple ProjectCacheWorker jobs).
  15. 17 Oct, 2016 6 commits
  16. 14 Oct, 2016 3 commits
  17. 13 Oct, 2016 6 commits
  18. 12 Oct, 2016 1 commit
  19. 10 Oct, 2016 1 commit
    • Precalculate trending projects · 237c8f66
      Yorick Peterse authored
      This commit introduces a Sidekiq worker that precalculates the list of
      trending projects on a daily basis. The resulting set is stored in a
      database table that is then queried by Project.trending.
      
      This setup means that Unicorn workers no longer _may_ have to calculate
      the list of trending projects. Furthermore it supports filtering without
      any complex caching mechanisms.
      
      The data in the "trending_projects" table is inserted in the same order
      as the project ranking. This means that getting the projects in the
      correct order is simply a matter of:
      
          SELECT projects.*
          FROM projects
          INNER JOIN trending_projects ON trending_projects.project_id = projects.id
          ORDER BY trending_projects.id ASC;
      
      Such a query will only take a few milliseconds at most (as measured on
      GitLab.com), opposed to a few seconds for the query used for calculating
      the project ranks.
      
      The migration in this commit does not require downtime and takes care of
      populating an initial list of trending projects.
  20. 07 Oct, 2016 3 commits
  21. 06 Oct, 2016 1 commit
  22. 04 Oct, 2016 2 commits