We alter the behavior of our queries to no longer write rows with 0 counts
to the db, and pad with 0s in the related views code. As a result we are
also able to combine the where and join clause conditions in the sql
queries. This new behavior is also updated in our tests.
If I try to send a message to an unknown user (which is possible
for some types of realms), then I simply ignore them during the
send codepath, so that I don't later need to patch up their attributes.
We no longer store pm_recipient_count on person objects, but we
instead use a Dict to store them. Then the new API is this:
people.get_recipient_count()
people.incr_recipient_count()
This (1) removes the check on whether the domain of the email matches
the Realm.domain of an existing realm and (2) avoids setting `realm =
get_realm(domain)` in the realm creation flow, which would cause the
wrong code path to be followed in the event that the domain in a
user's email address happens to match a deactivated realm.
Removes the uniqueness constraint on RealmAlias.domain, and adds a function
can_add_alias that checks for uniqueness conditional on
settings.REALMS_HAVE_SUBDOMAINS.
Previously, we set restrict_to_domain and invite_required differently
depending on whether we were setting up a community or a corporate
realm. Setting restrict_to_domain requires validation on the domain of the
user's email, which is messy in the web realm creation flow, since we
validate the user's email before knowing whether the user intends to set up
a corporate or community realm. The simplest solution is to have the realm
creation flow impose as few restrictions as possible (community defaults),
and then worry about restrict_to_domain etc. after the user is already in.
We set the test suite to explictly use the old defaults, since several of
the tests depend on the old defaults.
This commit adds a database migration.
This test seems intended to verify registration in the case of a
unique completely open domain; but because of the mit.edu realm, it
instead tested that a logic bug in the non-subdomains case was
present.
We now send dictionaries for cross-realm bots. This led to the
following changes:
* Create get_cross_realm_dicts() in actions.py.
* Rename the page_params field to cross_realm_bots.
* Fix some back end tests.
* Add cross_realm_dict to people.js.
* Call people.add for cross-realm bots (if they are not already part of the realm).
* Remove hack to add in feedback@zulip.com on the client side.
* Add people.is_cross_realm_email() and use it in compose.js.
* Remove util.string_in_list_case_insensitive().
This alert bar thing was buggy and didn't look that good, so let's
just remove it. We can always write a nicer thing advertising the
desktop app later.
This makes the flow more intuitive, since the user sets a password
with the other parts of the form where they are configuring their own
account (as opposed to configuring the organization they are
creating).
In preparation for a change to do_create_realm where we will use the
database default for restricted_to_domain rather than computing it within
do_create_realm, and due to which do_create_realm will no longer know
whether we are creating an open realm or not.
Step 0 of a two step process:
1. Replace all occurances of get_realm(domain) with
get_realm_by_string_id(string_id)
2. Rename get_realm_by_string_id to get_realm.
Adds a database migration, adds a new string_id argument to the management
realm creation command, and adds a short name field to the web realm
creation form when REALMS_HAVE_SUBDOMAINS is False.
Does a database migration to rename Realm.subdomain to
Realm.string_id, and makes Realm.subdomain a property. Eventually,
Realm.string_id will replace Realm.domain as the handle by which we
retrieve Realm objects.
Tim Abbott
umkay
Steve Howell
sinwar
Rishi Gupta
K.Kanakhin
Tomasz Kolek
deekshaarul
Umair Khan