If you use persistent ssh connections, ssh'ing as admin will cause a sshd
process to hang around on the server, preventing us from deleting the admin
account. Therefore, we disable persistent connections for that ssh connection.
(imported from commit 2d043768417d20ef2f12695475a20b74bf3374de)
You must run
autossh -2 -fN -M 20018 -L 5009:localhost:4949 nagios@postgres2.zulip.net
as nagios on nagios.zulip.net after deploying this commit.
(imported from commit bd8a61f99555ccf0a0010d79dbd89017aaafbb8f)
The /etc/init.d/iptables-persistent initfile changed to expect there to be two
files in /etc/iptables (rules.v4 and rules.v6) instead of a single rules file.
Several of our machines are currently running without iptables rules as a
result.
(imported from commit 266c2ff26b77f7c9ae793690b0d544ee4cfa5020)
If authoritative data is available from say the LDAP database, we now
ignore the POSTed user name, and don't offer it as a form field.
We fall back to giving the user a text field if they aren't in LDAP.
If users do not have any form fields to fill out, we simply bring them
to the app without the registration page, logging them in using a dummy
backend.
(imported from commit 6bee87430ba46ff753ea3408251e8a80c45c713f)
The latter doesn't depend on the former; we can still fill in your full
name even if you didn't authenticate via LDAP.
This commit requires django_auth_ldap to be installed. On Debian
systems, you can do so via APT:
sudo apt-get install python-django-auth-ldap
On OS X, use your favourite package manager. For pip, I believe this
will work:
pip install django_auth_ldap
django_auth_ldap depends on the "ldap" Python package, which should be
installed automatically on your system.
(imported from commit 43967754285990b06b5a920abe95b8bce44e2053)
This seems to only work in Chrome and Safari.
Firefox (at least my version) simply doesn't fire an onclick
event, and our desktop app has its own native code that decides
what to do when a notification is clicked.
(imported from commit 30bacec4726b9e6c022dd2c74f83d37747260dba)
This fixes a small memory leak in our queue workers, where we don't
reset the accumulated times contained in our query logging data.
Longer-term, we may want to make something mergable for mainline where
we only store on the connection object the totals; that would be a
fixed amount of emmory per connection and thus not have this problem.
(imported from commit 914fa13acfb576f73c5f35e0f64c2f4d8a56b111)
Safari doesn't let you (shift-)tab to buttons, so we have to support
this ourselves in several cases.
(imported from commit 1b8ae28d6950fd9686b442948d71ab300c7328dd)
Now we can nest fenced code/quote blocks inside of quote
blocks down to arbitrary depths. Code blocks are always leafs.
Fenced blocks start with at least three tildes or backticks,
and the clump of punctuation then becomes the terminator for
the block. If the user ends their message without terminators,
all blocks are automatically closed.
When inside a quote block, you can start another fenced block
with any header that doesn't match the end-string of the outer
block. (If you don't want to specify a language, then you
can change the number of backticks/tildes to avoid amiguity.)
Most of the heavy lifting happens in FencedBlockPreprocessor.run().
The parser works by pushing handlers on to a stack and popping
them off when the ends of blocks are encountered. Parents communicate
with their children by passing in a simple Python list of strings
for the child to append to. Handlers also maintain their own
lists for their own content, and when their done() method is called,
they render their data as needed.
The handlers are objects returned by functions, and the handler
functions close on variables push, pop, and processor. The closure
style here makes the handlers pretty tightly coupled to the outer
run() method. If we wanted to move to a class-based style, the
tradeoff would be that the class instances would have to marshall
push/pop/processor etc., but we could test the components more
easily in isolation.
Dealing with blank lines is very fiddly inside of bugdown.
The new functionality here is captured in the test
BugdownTest.test_complexly_nested_quote().
(imported from commit 53886c8de74bdf2bbd3cef8be9de25f05bddb93c)
This reverts commit acef4c0027b77053497ef6e9f7aa4b61703205c3.
Despite the lower total downtime, this caused more user-facing downtime.
(imported from commit 5cce032bb20abe83853a65ee72bf0bb28af403cc)
This should address user reports of huge bankruptcy counts even when
they are relatively caught up. The root issue is that we sometimes
don't mark messages as read for some reason.
(imported from commit 8799305a8665f9ee239575e6e95f603f89c1d427)
This reverts commit 1147814b22fb9737a807057ddbdbe0e9554086e0.
This seems to with some probability screw up our Zephyr mirroring
script.
(imported from commit 4f82452f1b0ca98e6b895db020e071d2daa325e4)
This is for the interval while staging is running in VPC and postgres
is not; we can clean up these changes once that's no longer the case.
This also updates test1's IP, which apparently someone forgot to
commit previously.
We're currently running this on prod.
(imported from commit 3feced750f643bb218d4240e9a3d5cd7116963ee)