tests: rely on doctest+trompeloeil integration from upstream

There's been a behavior change in doctest 2.8.9 which changed how
strings are printed. This was fixed in Trompeloeil v43. Unfortunately,
we were bundling that one trivial file that sends error info from
Trompeloeil to Doctest, and that means that we were not getting the fix
from Trompeloeil. As a result, failed expectations were (sometimes)
printed as a pointer instead of the usual useful text.

Why did we bundle this? That's an excellent question. It goes back to
cla-sysrepo and pre-doctest days. It appears to have been introduced
back when we switched from Catch v1 to Catch v2 in cla-sysrepo's commit
59cc09af22899579a354c2ab1c6ae2f1ae40ac2d. That in itself was just a
modification to something from cla-sysrepo commit
321a3424a179e41df7bb43d101cf853993ef1c00 which refers to the upstream
wiki. Chances are that they were not providing the
`$UnitTestFramework/trompeloeil.hpp` file, so we might have had to
copy-paste like that.

Seven years later, let's just make our lives easier.

Bug: https://github.com/rollbear/trompeloeil/issues/279
Change-Id: I926951e106c8b2aa4eb5eb8e3481e046021ddcde
3 files changed
tree: 073c75d11b45788295adbcae93b3eaf5379cf47e
  1. .clang-format
  2. .gitmodules
  3. .zuul.yaml
  4. CMakeLists.txt
  5. Doxyfile.in
  6. LICENSE
  7. LICENSE.md
  8. README.md
  9. ci/
  10. cmake/
  11. docs/
  12. src/
  13. tests/
  14. yang/
README.md

YANG System management for embedded devices running Linux

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.

Health tracking

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.

System management

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.

Supported YANG models

For a full list, consult the yang/ directory in this repository.

Installation

For building, one needs:

The build process uses CMake. A quick-and-dirty build with no fancy options can be as simple as mkdir build && cd build && cmake .. && make && make install.