| commit | 3f81196656bb455e88b0d7534621e328a4086cb4 | [log] [tgz] |
|---|---|---|
| author | Tomáš Pecka <tomas.pecka@cesnet.cz> | Fri Apr 14 10:54:32 2023 +0200 |
| committer | Tomáš Pecka <tomas.pecka@cesnet.cz> | Mon Apr 17 21:32:58 2023 +0200 |
| tree | bfdf9f962a1ce6aa12dc88289a2f18476039047b | |
| parent | a71c6fbf8a9758e0355c9149eadff504465b0cff [diff] |
tests: split ietf-hardware further The ietf-hardware test now contains testing of both the IetfHardware with DataReaders (which are responsible for correct reading of the hardware data from hwmon), and the Sysrepo class which is responsible for publishing the data processed by IetfHardware into sysrepo. We are going to make changes to how Sysrepo class behaves which will require slightly bit different testing approach. Testing both of those classes in one test case might complicate the test, so splitting it might be a good idea that would not hurt. Change-Id: I3083c66b098458f284ff23aed4daf33e4ad2c0ee
Together with sysrepo, this software provides "general system management" of embedded devices. The target platform is anything that runs Linux with systemd. This runs in production on CzechLight SDN DWDM devices.
This component tracks the overal health state of the system, including various sensors, or the state of systemd units. As an operator-friendly LED at the front panel of the appliance shows the aggregated health state.
Firmware can be updated via RAUC, and various aspects of the system's configuration can be adjusted. This includes a firewall, basic network settings, and authentication management.
For a full list, consult the yang/ directory in this repository.
ietf-access-control-list, RFC 8519 (with deviations)ietf-hardware, RFC 8348ietf-system, RFC 7317 (partial support)ietf-interfaces, RFC 8343 (generating config for systemd-networkd, with extensions)ietf-routing, RFC 8349 (see above)czechlight-system