Releases: nerves-hub/nerves_key_pkcs11
Releases · nerves-hub/nerves_key_pkcs11
v1.2.0
- Changes
- Support OpenSSL 3 by allowing the new engine shared library paths. This is a
very simple change fornerves_key_pkcs11, but it requires Erlang 26.2
(expected) to work. Until then, manually patching Erlang 26.1.2 to enable
OpenSSL engine support is the only way to use this new functionality.
- Support OpenSSL 3 by allowing the new engine shared library paths. This is a
v1.1.1
- Changes
- Fix Trust and Go device detection in cases where I2C buses don't exist
before the one that has the T&G part. This was a bug in the detection logic
where it was really easy to get lucky and have a device work even though the
logic was wrong. Thanks @tonnenpinguin and @klausgrössinger for help
debugging this issue! - Allow for more sessions to be opened. Thanks @Dodain for finding and fixing
the issue.
- Fix Trust and Go device detection in cases where I2C buses don't exist
Contributors
tonnenpinguin, Dodain, and klausgr
Assets 2
v1.1.0
This release adds support for the Trust & Go versions of the ATECC608B. These
chips reside at a different I2C address than normal ATECC parts. To use them,
you will need to add a parameter to the NervesKey.PKCS11.private_key/2 call in
your code:
NervesKey.PKCS11.private_key(engine, i2c: 1, type: :trust_and_go),-
Changes
- Support Trust and Go modules
-
Bug fixes
- Ensure that the OpenSSL engine can't be loaded more than once. OpenSSL
1.1.1m and later return an error on the second load.
- Ensure that the OpenSSL engine can't be loaded more than once. OpenSSL
v1.0.1
v1.0.0
v0.2.4
v0.2.3
v0.2.2
v0.2.1
v0.2.0
This release refactors option passing to the private_key helper function. Your
code can look like this now:
NervesKey.PKCS11.private_key(engine, i2c: 1),This allows the helper to take more than one option. It can differentiate
between primary and auxiliary keys now, but internally that doesn't make a
difference currently.