I mistakenly left this out. Also, fix the behavior if something is
forgotten. Before, it'd silently ignore it. Now, it correctly returns
Unimplemented, in both POST /api/users/:id and PUT /api/users.
Now you can set a password for a user while the server is running,
e.g. via the following command:
```shell
curl \
-H 'Content-Type: application/json' \
-d '{"update": {"password": "asdf"}}' \
--unix-socket /var/lib/moonfire-nvr/sock \
http://nvr/api/users/1
```
No problems seen so far.
msw version 0.46.0 is advertised as supporting ts v4.8, so I updated
them together, even though tests seemed to pass without the msw update.
This had stuff like
`node_modules/@babel/core/node_modules/@babel/code-frame` that I don't
think is right. I think the lockfile version upgrade went badly.
Symptom: in `nvr config`, if you create a dir and then immediately try
to delete it, it would fail saying it's in-use. This check is supposed
to be for having a running syncer on the directory, which would be
an arc count > 1.
* In 0866b239, while fixing a clippy error, I accidentally inverted the
error condition.
* While I'm at it, improve the diagnostics. Print which field we're
talking about and the expected URL schemes.
I was struggling to upgrade the version of mui stuff (material and date
picker). I'm hoping getting rid of the deprecated stuff eases this a
bit.
I don't love that I can't just use sx on plain HTML stuff and have to
wrap it in Box, but oh well. Looks like I'm not alone, fwiw.
https://github.com/mui/material-ui/issues/23220
This stops using parking_lot entirely. Since Rust 1.62, the std
implementations on Linux are direct futexes, not the boxed pthread
mutexes they used to be. No real reason to use parking_lot anymore, so
shed this dependency.
error[E0106]: missing lifetime specifier
--> base/time.rs:26:68
|
26 | fn fixed_len_num<'a>(len: usize) -> impl FnMut(&'a str) -> IResult<&'a str, i32> {
| ^ expected named lifetime parameter
|
= help: this function's return type contains a borrowed value with an elided lifetime, but the lifetime cannot be derived from the arguments
help: consider using the `'a` lifetime
For #210
* update changelog format so that `parse-changelog` is happy.
* add the example from taiki-e/create-gh-release-action verbatim.
Fingers crossed it works in my setup.
I had this set to off because it was interfering with checking if the
line goes beyond 100 columns. But `cargo fmt` mostly takes care of that
anyway. Leave it up to the user/workspace settings rather than the
project one.
Fixes#206. 307a388 switched to creating a single-threaded runtime for
each stream, then destroying prior to waiting for TEARDOWN on shutdown.
This meant that the shutdown process could panic with this error:
```
panic at '/home/slamb/git/retina/src/client/mod.rs:219:22': teardown Sender shouldn't be dropped: RecvError(())
```
Let's switch back to expecting a multithreaded runtime context.
Create one for the config subcommand, too.
Don't go all the way back to the old code with its channels, though.
That had the downside that the underlying retina::Session might outlive
the caller, so there could still be an active session when we start
the next one. I haven't seen this cause problems in practice but it
still doesn't seem right.
This alone improves interop and diagnostics, as noted in Retina's
release notes. We also now give the camera name to the session group
(for improved logging of TEARDOWN operations) and expose the RTSP
server's "tool" attribute in debug logs and the config UI's "Test"
button.
Fixes#209Fixes#213
This fixes a real cross-site WebSocket hijacking (CSWSH) vulnerability.
If the attacker knows the URL of an NVR installation this user is
authenticated to and the UUID of a camera, and can trick the user into
visiting their webpage, they can grab the live stream. At least there's
some entropy in the camera UUID, but it was never intended to be a
secret.
* switch the config interface over to use Retina and make the test
button honor rtsp_transport = udp.
* adjust the threading model of the Retina streaming code.
Before, it spawned a background future that read from the runtime and
wrote to a channel. Other calls read from this channel.
After, it does work directly from within the block_on calls (no
channels).
The immediate motivation was that the config interface didn't have
another runtime handy. And passing in a current thread runtime
deadlocked. I later learned this is a difference between
Runtime::block_on and Handle::block_on. The former will drive IO and
timers; the latter will not.
But this is also more efficient to avoid so many thread hand-offs.
Both the context switches and the extra spinning that
tokio appears to do as mentioned here:
https://github.com/scottlamb/retina/issues/5#issuecomment-871971550
This may not be the final word on the threading model. Eventually
I may not have per-stream writing threads at all. But I think it will
be easier to look at this after getting rid of the separate
`moonfire-nvr config` subcommand in favor of a web interface.
* in tests, read `.mp4` files via the `mp4` crate rather than ffmpeg.
The annoying part is that this doesn't parse edit lists; oh well.
* simplify the `Opener` interface. Formerly, it'd take either a RTSP
URL or a path to a `.mp4` file, and they'd share some code because
they both sometimes used ffmpeg. Now, they're totally different
libraries (`retina` vs `mp4`). Pull the latter out to a `testutil`
module with a different interface that exposes more of the `mp4`
stuff. Now `Opener` is just for RTSP.
* simplify the h264 module. It had a lot of logic to deal with Annex B.
Retina doesn't use this encoding.
Fixes#36Fixes#126
