the client will ignore the value of theses fields in case of `PBKDF2`
(whether they are unset or left from trying out `Argon2id` as KDF).
with `Argon2id` those fields should never be `null` but always in a
valid state. if they are `null` (how would that even happen?) the
client still assumes default values for `Argon2id` (i.e. m=64 and p=4)
and if they are set to something else login will fail anyway.
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.
During the client API login we need to have a `device_identifier`, `device_name` and `device_type`.
When these were not provided Vaultwarden would panic.
This PR add checks for these fields and makes sure it returns a better error message instead of causing a panic.
During the client API login we need to have a `device_identifier`, `device_name` and `device_type`.
When these were not provided Vaultwarden would panic.
This PR add checks for these fields and makes sure it returns a better error message instead of causing a panic.
During the client API login we need to have a `device_identifier`, `device_name` and `device_type`.
When these were not provided Vaultwarden would panic.
This PR add checks for these fields and makes sure it returns a better error message instead of causing a panic.
During the client API login we need to have a `device_identifier`, `device_name` and `device_type`.
When these were not provided Vaultwarden would panic.
This PR add checks for these fields and makes sure it returns a better error message instead of causing a panic.
During the client API login we need to have a `device_identifier`, `device_name` and `device_type`.
When these were not provided Vaultwarden would panic.
This PR add checks for these fields and makes sure it returns a better error message instead of causing a panic.
- Change default Password Hash KDF Storage from 100_000 to 600_000 iterations
- Update Password Hash when the default iteration value is different
- Validate password_iterations
- Validate client-side KDF to prevent it from being set lower than 100_000
When audit logging was introduced there entered a small bug preventing
the recover-2fa from working.
This PR fixes that by add a new headers check to extract the device-type
when possible and use that for the logging.
Fixes#2985
When audit logging was introduced there entered a small bug preventing
the recover-2fa from working.
This PR fixes that by add a new headers check to extract the device-type
when possible and use that for the logging.
Fixes#2985
The yubico crate uses blocking reqwest, and we called the `verify` from
a async thread. To prevent issues we need to wrap it within a
`spawn_blocking`.
When audit logging was introduced there entered a small bug preventing
the recover-2fa from working.
This PR fixes that by add a new headers check to extract the device-type
when possible and use that for the logging.
Fixes#2985
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
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
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
In the upcomming web-vault and other clients they changed the register
endpoint from `/api/accounts/register` to `/identity/register`.
This PR adds the new endpoint to already be compatible with the new
clients.
Fixes#2889
For a while now WebAuthn has replaced u2f.
And since web-vault v2.27.0 the connector files for u2f have been removed.
Also, on the official bitwarden server the endpoint to `/two-factor/get-u2f` results in a 404.
- Removed all u2f code except the migration code from u2f to WebAuthn
- Removed all `thread::sleep` and use `tokio::time::sleep` now.
This solves an issue with updating to Bullseye ( Resolves#1998 )
- Updated all Debian images to Bullseye
- Added MiMalloc feature and enabled it by default for Alpine based images
This increases performance for the Alpine images because the default
memory allocator for MUSL based binaries isn't that fast
- Updated `dotenv` to `dotenvy` a maintained and updated fork
- Fixed an issue with a newer jslib (not fully released yet)
That version uses a different endpoint for `prelogin` Resolves#2378 )
- Updated jsonwebtoken to latest version
- Trim `username` received from the login form ( Fixes#2348 )
- Make uuid and user_uuid a combined primary key for the devices table ( Fixes#2295 )
- Updated crates including regex which contains a CVE ( https://blog.rust-lang.org/2022/03/08/cve-2022-24713.html )
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.
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.
An incomplete 2FA login is one where the correct master password was provided,
but the 2FA token or action required to complete the login was not provided
within the configured time limit. This potentially indicates that the user's
master password has been compromised, but the login was blocked by 2FA.
Be aware that the 2FA step can usually still be completed after the email
notification has already been sent out, which could be confusing. Therefore,
the incomplete 2FA time limit should be long enough that this situation would
be unlikely. This feature can also be disabled entirely if desired.
In this implementation, the `TZ` environment variable must be set
in order for the formatted output to use a more user-friendly
time zone abbreviation (e.g., `UTC`). Otherwise, the output uses
the time zone's UTC offset (e.g., `+00:00`).
Stefan Melmuk
BlackDex
Helmut K. C. Tessarek
sirux88
Daniel García
Jeremy Lin
Adam Jones
Jake Howard
janost
Jeremy Lin
tomuta