This makes it possible to configure only certain authentication
methods to be enabled on a per-realm basis.
Note that the authentication_methods_dict function (which checks what
backends are supported on the realm) requires an in function import
due to a circular dependency.
In fe1ba6f3eb, we change our auth
decorators etc. to use request.POST/request.GET rather than the (now
removed request.REQUEST). This broke sending messages via our
websockets codepath, because we failed to update the artificial
requests we generate to use request._post as well.
We recently made it so that a cross-realm bot can only send
messages to one realm at a time. (It can send to a realm
outside of its offical realm, but only one of them.) This
test adds coverage for that.
This moves one method over from stream_list.js. There's still a
lot of boilerplate here, unfortunately, as topic lists have a lot
of dependencies on other parts of the system--narrowing state,
muting state, jQuery, handlebars, etc.
Disallow Realm.string_id's like "streams", "about", and several hundred
others. Also restrict string_id's to be at least 3 characters long, and only
use characters in [a-z0-9-].
Does not restrict realms created by the create_realm.py management command.
Previously realm_name and realm_subdomain defalted to None, which when
posted to /accounts/register, are submitted as u'None'. "None" is an invalid
Realm.subdomain, since subdomains can't have capital letters.
Before it was in UserSignUpTest, now it is in RealmCreationTest. The diff
makes it look like test_user_default_language is the target of the move,
but it isn't.
If a stream is public, we now send notifications to all realm users
if the name or description of the stream changes. For private
streams, the behavior remains the same.
We do this by introducing a method called
can_access_stream_user_ids().
(showell helped with this fix)
Fixes#2195
We use the queries_captured() context manager in our tests
to capture queries that happen during certain actions. Usually
we use the list of queries to validate that we're not doing
too many database calls.
For most tests the database calls are fairly deterministic,
but SAVEPOINT-related things seem to be more random, and the
number of savepoints is usually not relevant to what the test
is trying to prevent, which is more serious problems like
O(N) database fetches.
Tim Abbott
umkay
hackerkid
Tomasz Kolek
Steve Howell
Rishi Gupta
sonali0901
Mohsen Ibrahim
Brock Whittaker