A comment like this was removed in
fa44d2ea6 "settings: Remove autoscroll_forever setting."
The comment went on to say something about autoscroll, but this
part still seems relevant. While here, adjust grammar and caps.
This commit uses the Markdown extension defined in
zerver/lib/bugdown/api_generate_examples to generate the
example fixture and code example, so that both are tested
in zerver/lib/api_test_helpers.
This commit uses the Markdown extension defined in
zerver/lib/bugdown/api_generate_examples to generate the
example fixture and code example, so that both are tested
in zerver/lib/api_test_helpers.
Some of our code examples can only be run with administrator
credentials (such as create-user). Thus, the Markdown extension
for generating code examples should have an option to include
the lines that recommend using an admin zuliprc instead of a
non-admin one.
This commit uses the Markdown extension defined in
zerver/lib/bugdown/api_generate_examples to generate the
example fixture and code example, so that both are tested
in zerver/lib/api_test_helpers.
This commit uses the Markdown extension defined in
zerver/lib/bugdown/api_generate_examples to generate the
example fixture and code example, so that both are tested
in tools/lib/api_tests.
This commit uses the Markdown extension defined in
zerver/lib/bugdown/api_generate_examples to generate the
example fixture and code example, so that both are tested
in tools/lib/api_tests.
Now that we have a Markdown extension-based test framework for
generating and testing code examples on our /api pages, we don't
need this macro anymore!
This commit uses the Markdown extension defined in
zerver/lib/bugdown/api_generate_examples to generate the
example fixture and code example, so that both are tested in
tools/lib/api_tests.
This commit uses the Markdown extension defined in
zerver/lib/bugdown/api_generate_examples to generate the example
fixture and code example, so that both are tested in
tools/lib/api_tests.
This commit uses the Markdown extension defined in
zerver/lib/bugdown/api_generate_examples to generate the example
fixture and code example, so that both are tested in
tools/lib/api_tests.
Now that the Markdown extension defined in
zerver/lib/bugdown/api_generate_examples depended on code in the
tools/lib/* directory, it caused the production tests to fail since
the tools/ directory wouldn't exist in a production environment.
This commit uses the Markdown extension defined in
zerver/lib/bugdown/api_generate_example to generate the example
fixture and code example, so that both are tested in
tools/lib/api_tests.
This commit adds a Markdown extension that allows the following
syntax,
{generate_code_example|<md_file_name>|<fixture or method>}
to generate code examples and fixtures found in tools/lib/api_tests.py
and templates/zerver/api/fixtures.json, respectively.
We don't disable code by commenting it out -- that leaves a mess.
We delete it. Remembering what the code was is what source control
is for.
This fixes cd849bc3f "test-run-dev: Disable Nagios check."
from a few weeks ago.
This completes the separation of our logic for managing Stripe
customers from the view code for the billing page.
As we add more features to our Customer model and to our Stripe
integration, we might further separate those two things; but for now
they're nearly synonymous and there's no problem in them being mixed
together.
Pull the code that talks to Stripe out into its own functions.
In a followup commit we'll move these to a separate file, as well
as the error-handling logic that remains in the view function
for now.
Also fix the translation markings: the translated string must be a
constant (e.g. a format string), or else translation is impossible.
Viewing with `-b` shows the few changes that happen in the logic
as it moves out of the view function; viewing without shows the
few changes in the rest of the view function.
If an exception was thrown inside `send_email` resulting in a retry,
we would include the `failed_tries` data in the event, which turned
out to thrown an exception itself.
This fixes that flow, including deepening the test so that it would
fail if we didn't have the new logic.
The Travis config does this by a `pip install codecov` in setup and
running the resulting `codecov` command at the end. That risks
confusion because it makes the library look like something we might
be using *during* the tests to collect coverage information.
Instead, install and run codecov together at the end.
(The docs also suggest using their bash-based uploader instead;
but following those directions seems to result in coverage.xml
not getting included (maybe not even built), and no coverage data
getting uploaded for Python source files, only JavaScript. Not
sure why that is, but using the pip package is fine.)
Also, because this step is inherently about talking to a
third-party service whose reliability we can't control, and because
it's purely a reporting step that happens after our actual test
suite has succeeded, don't fail if it fails; just print a message.
(I'd prefer a somewhat louder message, like turning that step
yellow or something in the Circle web UI, but Circle doesn't offer
an option like that. If the coverage reports start consistently
failing for some reason, then if we're actually reading them we'll
notice anyway.)
[greg: Edited step name and error message; wrote this commit message.]
The first argument to the error callback is *usually* a string code
from a list in the filedrop source; but sometimes it was the text
the server sent in the HTTP status line, instead. The latter isn't
predictable, and so it's not possible to write app code that uses it
to handle error consistently.
Instead, use that parameter for the numeric HTTP status code. This
still isn't totally clean in that sometimes it's internal filedrop
errors, as strings, and sometimes it's HTTP status codes, as numbers;
but at least both of those are things we can sanely handle with a
`switch` statement.
Also pass through `serverResponse`, which for a nice JSON error from
the server will contain meaningful information about the error which
the calling code can use for nice error handling. And just drop the
HTTP status text, which at best is redundant with the numeric code.
In passing, fix one case where for no obvious reason filedrop was
passing the file object but not the index.
This should be a pure refactor.
We'll replace this primarily with per-realm quotas (plus the simple
per-file limit of settings.MAX_FILE_UPLOAD_SIZE, 25 MiB by default).
We do want per-user quotas too, but they'll need some more management
apparatus around them so an admin has a practical way to set them
differently for different users. And the error handling in this
existing code is rather confused. Just clear this feature out
entirely for now; then we'll build the per-realm version more cleanly,
and then we can later add back per-realm quotas modelled after that.
The migration to actually remove the field is in a subsequent commit.
Based in part on work by Vishnu Ks (hackerkid).
For now, this does nothing in a production environment, but it should
simplify the process of doing testing on the Thumbor implementation,
by integrating a lot of dependency management logic.
This commit also adds a tool to push translation sources to Transifex.
This tool makes sure that we don't push mobile source file. Mobile
source file is supposed to be handled from Zulip-Mobile repo.
This is a little cleaner in that the try/except blocks for
SMTPException are a lot narrower; and it'll facilitate an upcoming
change to sometimes skip sending mail.
(This is a small fixup to the main change, which was accidentally
included in a previous commit:
08bbd7e61 "settings: Slightly simplify EMAIL_BACKEND logic."
Oops. See there for most of the changes described here.)
The installer works out of a release-tarball tree. We typically want
to share this tree between successive test-install runs (with an rsync
or similar command to update source files of interest) because
rebuilding a release tree from scratch is slow. But the installer
will munge the tree; so instead of directly bind-mounting the tree
into the container, we need to give it an overlay over the tree, as a
sandbox to play in.
Previously we used lxc-copy's `-m overlay=...` feature to do this,
mounting an overlay in the container. But then sometimes in
development we want to reach in and edit some code in the tree,
e.g. before rerunning the installer after something failed. Reaching
inside the container for this is a pain (`ssh` would add latency, and
I haven't installed sshd in the containers; and getting rsync to work
with `lxc-attach` was beyond what I could figure out in a few minutes
of fiddling); and editing the base tree often doesn't work.
So, create the overlay with our own `mount -t overlay`, and have
`lxc-copy` just bind-mount that in. Now the host has direct access to
the same overlay which the guest is working from.
Also this makes it past time to help the user out in finding the fresh
names we've created: first the container, now this shared tree. Print
those at the end, rather than make the user scroll to the top and find
the right `set -x` line to copy-paste from.
This brings the right sidebar UI to match the similar widget in the
left sidebar. Since there's no other plausible effect for a click in
this whitespace, this small tweak should make using Zulip a bit more
convenient.
Fixes#8161.
Vishnu Ks
Greg Price
Eeshan Garg
Tim Abbott
rht
akashnimare
Brock Whittaker
Aditya Bansal
Umair Khan
Logan Williams
Shubham Dhama
YJDave
aedorado