If the user has a flaky connection, we might be in the backoff state
of attempting a reconnect. But when the user regains connectivity
and tries to send, we want to send the message as soon as possible.
(imported from commit 3c5c8e9c3104ff7923258f73c9ab700548518d16)
I somehow missed it yesterday before doing the deploy. This change
is already on postgres1 and does not need to be deployed anywhere
else.
(imported from commit 01b3f0b81ac5eeeb985ff844e7f2d5cb3c986d0f)
We need to do a puppet apply immediately after deploying this, or our
rabbitmq consumer state files will become stale.
(imported from commit 18696a5a8b1ff431425d1f71c208acc9bf0694f2)
This requires no changes in production, but is tagged as manual to
remind developers that they need to edit and run the tools/migrate-db
script to fix up their local database instances.
(imported from commit fbf764fb61592ef994d6d2ad56edad65ff01f14b)
This commit must be simultaneously deployed on both staging and
prod0. It also requires completely taking down the app.
To deploy these changes, do:
* check out this commit at /root/zulip on postgres0, postgres1, staging, and prod0
* stop the process_fts_updates job on postgres0 and postgres1
* stop the app on staging and prod0
* do a puppet apply on postgres0, postgres1, staging, and prod0
* move the new client certificates into place on staging and app
* move the new server certificates into place on postgres0 and postgres1
* reload the database config on postgres0 and postgres1 (this might
actually require a restart)
* run tools/migrate-db on postgres0 as root
* do a deploy through this commit on staging and prod0
* start the process_fts_updates job on postgres0 and postgres1
* do a puppet apply on nagios
(imported from commit 819bdd14326c1425e2d3041a491a8ca3b9716506)
All local_server JS stuff should ideally be controlled from
feature-flags so it's easy to see at a glance what's been done.
(imported from commit 45b1cdae382679d3fa3b5f02f67e8ab749a89a51)
We leave the HTML in because it's harmless. (We could do a more
thorough expunge, but I don't see the point).
(imported from commit d3d68b0b2df96a9f3de73903b043c18bc6f77563)
We fall back to guessing based on the realm if the user doesn't have a
profile in our system
(imported from commit 833885168c451074c885b4422d62986855a215f7)
This will allow us to redirect clients to the correct local site.
To apply this migration, just run:
python manage.py migrate zilencer 0002
(imported from commit 7bd39b5f035145b6b52e1b2cb2ad5f6720d598ce)
Steps needed:
- puppet apply on staging/prod when deployed to respective sites
- puppet apply on bots.z.n when deployed to prod
- copy /var/tmp/.feedback-bot-ticket-number from bots to staging
(imported from commit 2c943dac8d871809b0997a4484f508ec5b078bcd)
Here we introduce a new Django app, zilencer. The intent is to not have
this app enabled on LOCALSERVER instances, and for it to grow to include
all the functionality we want to have in our central server that isn't
relevant for local deployments.
Currently we have to modify functions in zerver/* to match; in the
future, it would be cool to have the relevant shared code broken out
into a separate library.
This commit inclues both the migration to create the models as well as a
data migration that (for non-LOCALSERVER) creates a single default
Deployment for zulip.com.
To apply this migration to your system, run:
./manage.py migrate zilencer
(imported from commit 86d5497ac120e03fa7f298a9cc08b192d5939b43)
The Streams page should only show active public realms, even though
a user might have info about a "retired" stream in their browser.
I regressed this in 69b83d769 for "retired" streams. A retired
stream is a stream that no longer has subscribers. The bug
scenario here was that you could create a stream, regret it,
unsubscribe yourself, and then the stream never went away from
the Streams page.
This diff tries to be a little more explicit about building the
list of streams for the Streams page. Basically you have two
sources:
* Get only the subscribed streams from the internal
data structures.
* Get the unsubscribed streams by calling the back end
for all public streams, and subtract out the subscribed
streams.
I tested the following scenarios:
normal stream with me: in Streams
normal stream without me: in Streams
my invite-only: in Streams
their invite-only with me: in Streams
their invite-only without me: not in Streams
retired stream: not in Streams (but message colors are good)
See the email "custom query to get public stream names" for some
related discussion.
(imported from commit bc9224e68797b26b795399941117faa9d6858b39)
