The CLI seems to send a String instead of an Integer for the maximum access count.
It now accepts both types and converts it to an i32 in all cases.
Fixes#2196
The default code is 307 (temporary) to make it easier to test different icon
services, but once a service has been decided on, users should ideally switch
to using permanent redirects for cacheability.
Browsers are rather smart, but also dumb. This uses the `Expires` header
alongside `cache-control` to better prompt the browser to actually
cache.
Unfortunately, firefox still tries to "race" its own cache, in an
attempt to respond to requests faster, so still ends up making a bunch
of requests which could have been cached. Doesn't appear there's any way
around this.
- Using my own rust-musl build containers we now support all database
types for both Debian and Alpine.
- Added new Alpine containers for armv6 and arm64/aarch64
- The Debian builds can also be done wihout dpkg magic stuff, probably
some fixes in Rust regarding linking (Or maybe OpenSSL or Diesel), in
any case, it works now without hacking dpkg and apt.
- Updated toolchain and crates
If an external icon service is configured, icon requests return an HTTP
redirect to the corresponding icon at the external service.
An external service may be useful for various reasons, such as if:
* The Vaultwarden instance has no external network connectivity.
* The Vaultwarden instance has trouble handling large bursts of icon requests.
* There are concerns that an attacker may probe the instance to try to detect
whether icons for certain sites have been cached, which would suggest that
the instance contains entries for those sites.
* The external icon service does a better job of providing icons than the
built-in fetcher.
- Enabled trust-dns feature which seems to help a bit when DNS is
causing long timeouts. Though in the blocking version it is less visible
then on the async branch.
- Updated crates
- Removed some redundant code
- Updated javascript/css libraries
Resolves#2118Resolves#2119
- Decreased `recursion_limit` from 512 to 87
Mainly done by optimizing the config macro's.
This fixes an issue with the rust-analyzer which doesn't go beyond 128
- Removed Regex for masking sensitive values and replaced it with a map()
This is much faster then using a Regex.
- Refactored the get_support_json macro's
- All items above also lowered the binary size and possibly compile-time
- Removed `_conn: DbConn` from several functions, these caused unnecessary database connections for functions who didn't used that at all
- Decreased json response for `/plans`
- Updated libraries and where needed some code changes
This also fixes some rare issues with SMTP https://github.com/lettre/lettre/issues/678
- Using Rust 2021 instead of 2018
- Updated rust nightly
Rejecting an emergency access request should transition the grantor/grantee
relationship back into the `Confirmed` state, and the grantor's encrypted key
should remain in escrow rather than being cleared, or else future emergency
access requsts from that grantee will fail.
For one of these flags to be in effect for a cipher, upstream requires all of
(rather than any of) the collections the cipher is in to have that flag set.
Also, some of the logic for loading access restrictions was wrong. I think
that only malicious clients that also had knowledge of the UUIDs of ciphers
they didn't have access to would have been able to take advantage of that.
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.
