When there is a significant difference between the user's browser's time
and the system time, a button appears in the web UI to fix the system
time. This time will then be used to correct both data inside of PCAPs
and any metadata.
We don't actually set the system time to this value. Instead, rayhunter
adjusts any timestamps it handles by an offset. That offset defaults to
zero, and the user adjusts it by hitting the button in the web UI. The
main reason for this is device portability.
I haven't investigated whether it would actually be easy to set the real
system time. It's possible that it works the same way across all
devices.
...and make a small UI change so that folks won't get concerned about parsing errors.
Right now all the "undecoded extensions" noise goes into
rayhunter-daemon.log, and users get concerned about it when browsing
that through the UI.
Ref #676 -- this is a partial fix for one of the issues mentioned there.
I expect that as a result we'll get more bugreports about rayhunter not
starting, since right now those errors are "masked" by this bug.
I hope this puts a lot of questions about SIM cards to rest. I found
that the warning also sometimes applies to "dead" SIM cards which have
expired a long time ago.
Run `busybox ip route` to determine whether the device has an active SIM
card. That command has been manually tested on Moxee, Orbic and TP-Link.
It's prefixed with `busybox` because that makes it more likely it would
work on UZ801, though it wasn't tested there. If the command invocation
fails, the alert is suppressed and a warning is logged.
The command is only run once on pageload. It could've been part of the
status endpoint, but then the UI would poll it way too often.
- Add POST /api/test-notification endpoint to send test to saved config URL
- Refactor send_notification to return Result instead of bool
- Add NotificationError enum for proper error handling
- Add test notification button in config UI with explanatory text
- Button tests saved configuration URL, not input field value
See https://github.com/EFForg/rayhunter/issues/334
Severity levels low, medium, high are now exposed to the UI in form of
dotted, dashed and solid lines. The line on the UI represents the
highest-so-far severity seen.
Originally this was intended to be represented by Yellow/Orange/Red, but
this would mean yet another divergence for colorblind mode. This is
colorblind-friendly by default (I think...)
As part of this, simplify EventType so that it becomes a flat "level"
enum without nested variants.
There is also a new debug endpoint that allows one to overwrite the
display level directly for testing.
Rayhunter uses a mixture of spawn and spawn_blocking, then also does
some blocking operations inside of async code.
Move everything to async. This allows us to use the single-threaded
runtime.
Now the binary is 100kB smaller, and the memory usage also improved by
~100kB on tplink.
Because we toggle some ioctl settings based on this field, change the
name to better capture that we're selecting which device we want to load
settings for, not just the display module to load. This creates room for
future per-device settings without needing more config file fields.
Instead of mirroring the QMDL container format exactly, let our analysis
files just be flat lists of packet analysis. Also removes the dummy
analyzer and adds version numbers to analysis reports and Analyzers
