Since we now use the `ClientIp` Guard on a lot more places, it also
increases the size of binary, and the macro generated code because of
this extra Guard. By merging the `ClientIp` Guard with the several
`Header` guards we have it reduces the amount of code generated
(including LLVM IR), but also a small speedup in build time.
I also spotted some small `json!()` optimizations which also reduced the
amount of code generated.
This PR adds event/audit logging support for organizations.
By default this feature is disabled, since it does log a lot and adds
extra database transactions.
All events are touched except a few, since we do not support those
features (yet), like SSO for example.
This feature is tested with multiple clients and all database types.
Fixes#229
All uses of `get_random()` were in the form of:
`&get_random(vec![0u8; SIZE])`
with `SIZE` being a constant.
Building a `Vec` is unnecessary for two reasons. First, it uses a
very short-lived dynamic memory allocation. Second, a `Vec` is a
resizable object, which is useless in those context when random
data have a fixed size and will only be read.
`get_random_bytes()` takes a constant as a generic parameter and
returns an array with the requested number of random bytes.
Stack safety analysis: the random bytes will be allocated on the
caller stack for a very short time (until the encoding function has
been called on the data). In some cases, the random bytes take
less room than the `Vec` did (a `Vec` is 24 bytes on a 64 bit
computer). The maximum used size is 180 bytes, which makes it
for 0.008% of the default stack size for a Rust thread (2MiB),
so this is a non-issue.
Also, most of the uses of those random bytes are to encode them
using an `Encoding`. The function `crypto::encode_random_bytes()`
generates random bytes and encode them with the provided
`Encoding`, leading to code deduplication.
`generate_id()` has also been converted to use a constant generic
parameter as well since the length of the requested String is always
a constant.
A bit inspired by @paolobarbolini from this commit at lettre https://github.com/lettre/lettre/pull/784 .
I added a few more clippy lints here, and fixed the resulted issues.
Overall i think this could help in preventing future issues, and maybe
even peformance problems. It also makes some code a bit more clear.
We could always add more if we want to, i left a few out which i think
arn't that huge of an issue. Some like the `unused_async` are nice,
which resulted in a few `async` removals.
Some others are maybe a bit more estatic, like `string_to_string`, but i
think it looks better to use `clone` in those cases instead of `to_string` while they already are a string.
This is a rather large PR which updates the async branch to have all the
database methods as an async fn.
Some iter/map logic needed to be changed to a stream::iter().then(), but
besides that most changes were just adding async/await where needed.
Updated several dependencies and switch to different totp library.
- Switch oath with totp-lite
oauth hasn't been updated in a long while and some dependencies could not be updated any more
It now also validates a preseeding 0, as the previous library returned an int instead of a str which stripped a leading 0
- Updated rust to the current latest nightly (including build image)
- Updated bootstrap css and js
- Updated hadolint to latest version
- Updated default rust image from v1.53 to v1.54
- Updated new nightly build/clippy messages
During the 2fa activation there is no twofactor record yet.
Changed the layout a bit so that it will generate a new twofactor record
when it does not exists yet. Else it will just update the already
existing record.
- Added security check for previouse used codes
- Allow TOTP codes with 1 step back and forward when there is a time
drift. This means in total 3 codes could be valid. But only newer codes
then the previouse used codes are excepted after that.
BlackDex
Samuel Tardieu
Daniel García
Jake Howard
theycallmesteve
vpl