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author | Daniel Mueller <deso@posteo.net> | 2018-12-29 11:52:42 -0800 |
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committer | Robin Krahl <robin.krahl@ireas.org> | 2019-01-05 10:26:16 +0100 |
commit | 65bff57e6139cc126191d4faabbcf74118932dd2 (patch) | |
tree | e67bf4ec413c7d0a6459b5ac4df8f40198441858 /README.md | |
parent | 3593df8844b80741e2d33c8e5af80e65760dc058 (diff) | |
download | nitrokey-rs-65bff57e6139cc126191d4faabbcf74118932dd2.tar.gz nitrokey-rs-65bff57e6139cc126191d4faabbcf74118932dd2.tar.bz2 |
Use nitrokey-test for nitrokey device tests
This change is the first in a series to migrate the existing tests to
using the nitrokey-test crate. The crate provides a couple of benefits
over the existing way testing works:
- test execution is automatically serialized (i.e., no more need for
--test-threads)
- available devices are detected at runtime (i.e., no more need for
--features test-pro)
- tests capable of running only on a specific device are automatically
skipped if this device is not present
In addition to that, the crate also offers selection of particular
groups of tests by virtue of the NITROKEY_TEST_GROUP environment
variable. If set (valid values are "nodev", "pro", and "storage") only
tests of the particular group are run (those tests will fail if a
required precondition is not met, i.e., if a device is present but
"nodev" is set, or if the "pro" group is run but no device or a storage
device is present).
Unfortunately, it has some limitations as well. Most importantly Rust
does not allow us to indicate whether a test has been skipped or not.
While it has #[ignore] support, that strictly is a compile-time feature
and, hence, not usable.
This patch in particular pulls in the nitrokey-test crate and adjusts
the existing device tests to make use of it.
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