When clicking the changelog button for a record with the name
`foo-bar.example.org`, the url you get redirected to is
`/domain/example.org/changelog/foo-bar.example.org.-A`. Because of the
non-greedy behaviour of the path converter, the last part gets split at
the *first* hyphen, so the example above gets wrongly dissected into
`record_name=foo` and `record_type=bar.example.org.-A`. This results
for obvious reasons in an empty changelog.
As described in rfc5395 [0], types have to be alphanumerical, so its
converter is changed from path to string.
The hyphen is one of the few characters recommended by rfc1035 [1],
so it is a bad choice as separator. The separator is instead changed to
a slash.
Granted, this does not entirely solve the issue but at least makes it a
lot less likely to happen. Plus, a lot more and other things break in
pda with slashes in names.
[0] https://datatracker.ietf.org/doc/html/rfc5395#section-3.1
[1] https://datatracker.ietf.org/doc/html/rfc1035#section-2.3.1
CSRF has been initialized *before* the app config was fully read. That
made it impossible to configure CSRF properly. Moved the CSRF init into
the routes module, and switched from programmatic to decorated
exemptions. GET routes don't need to be exempted because they are by
default.
When enabled, forbids the creation of a domain if it exists as a record in one of its parent domains (administrators and operators are not limited though).
There is a misspelling of rrset throughout the history logic, which also
effects the json payload in the database. Code-wise this is a simple
search-and-replace, and the migration will fix the payloads.
* Previously having characters like "ü" in the SOA wouldnt allow to push
updates to the domain
* Also use the new method to_idna to support characters like "ß"
If the 'otp_force' and 'otp_field_enabled' basic settings are both enabled, automatically enable 2FA for the user after login or signup, if needed, by setting a new OTP secret. Redirect the user to a welcome page for scanning the QR code.
Also show the secret key in ASCII form on the user profile page for easier copying into other applications.
- Run HTML through the template engine, preventing XSS from various
vectors
- Fix uncaught exception when a history entry about domain template
deletion is processed
- Adapt indentation to 4 space characters per level
The implementation of `random.choice()` uses the Mersenne Twister, the
output of which is predictable by observing previous output, and is as
such unsuitable for security-sensitive applications. A cryptographically
secure pseudorandom number generator - which the `secrets` module relies
on - should be used instead in those instances.
