This commit only addresses tables that currently derive from
user_profile_config in get_realm_config:
zerver_userpresence
zerver_useractivity
zerver_useractivityinterval
zerver_subscription
zerver_recipient
zerver_stream
zerver_huddle
It also introduces an entry in realm.json for a virtual
table called "zerver_userprofile_mirrordummy" for dummy users,
which include prior dummy users and users excluded from the call
to do_export_realm().
Note that this feature is not yet exposed in the management command.
When the feedback module is hidden the #userlist_header border would
brush against the navbar. Check if the feedback header isn’t there and
remove the border top.
The policy here is essentially:
* Pages on the central server (documentation, etc.) are server_uri.
* Pages associated with a user's realm server (anything logged-in, plus
things like their login page) are realm_uri.
Changes relative path to an absolute path (that doesn't contain the
subdomain) for various links to
/create_realm, /api, /apps, /integrations, /hello, /terms, and the logged
out / (the Zulip in the upper left corner of portico)
I typically left links internal to the relevant pages (e.g. a link from
integrations.html to a subpage of integrations/) as relative links, and
changed external links from within the app to the absolute path (e.g. the
link to integrations from the gear menu).
Helps in case the development environment is not using https.
We get the value from zerver/context_processors.py (which is
ultimately reading it from settings)
This adds a few new helpful context variables that we can use to
compute URLs in all of our templates:
* external_uri_scheme: http(s)://
* server_uri: The base URL for the server's canonical name
* realm_uri: The base URL for the user's realm
This is preparatory work for making realm_uri != server_uri when we
add support for subdomains.
The message cache filling script actually used both database and
memcached queries as part of filling the cache (all used to compute
the needed display_recipient values). We would ideally fix this by
using bulk operations to fill the display_recipient cache, but until
we do so, this cache filler is counterproductive.
I believe this disabling fixes an issue where memcached would get
overloaded and stop handling requests during a server restart on busy
servers.
Now attachment data gets written to its own json file. We are
splitting this out so that will be easier for us to cross-check
attachments against messages without holding up writing a lot
of the other realm data. (message cross-checking is coming soon)
This commit doesn't change any behavior; it just moves fetching
attachments out of the Config scheme and into its own method.
This prepares us to start writing attachment data to its own
file and cross-checking against message ids (coming soon).
We now just have a single configuration get_realm_config() that
handles most of the top-down realm export tables. (It basically
does everything not related to messages or uploads/avatars.)
Unifying the configs allows us to be more strict in our
configuration about checking for anomalies. In the future
we may need to loosen up some of those restrictions again,
but for now we are picky and paranoid.
Fetch stream data only for stream recipients, instead of
getting streams via realm_id.
(This change is kind of moot for now, since our stream recipients
include all possible stream recipients in the realm, but this
sets us up for when we start restricting users that we export
within the realm.)
The previous model for these Nagios checks was kinda crazy -- every
minute, we'd run a full `rabbitmctl list_consumers` for each of the
dozen+ consumers that we have, and then do the exact same parsing
logic for each to determine whether the target queue has a running
consumer to write out a state file.
Because `rabbitmctl list_consumers` takes a small amount of resources,
on systems where CPU is very limited (e.g. t2 style AWS instances),
this minor CPU wastage could be problematic.
Now we just do that `rabbitmqctl list_consumers` once per minute, and
output all the state files from a single command.
Further TODO items on this front include removing the hardcoded list
of queues.
Brock Whittaker
Sumana Harihareswara
Tim Abbott
Steve Howell
ukhan
Taranjeet Singh
Rishi Gupta