sia-server - IoT backend server

Age	Commit message (Collapse)	Author
46 hours	Release version 0.1.0HEAD v0.1.0 main	xengineering
	This is the first release of the Sia server. It is the Minimal Viable Product (MVP).
46 hours	Add CHANGELOG.md	xengineering

47 hours	Deploy README.md	xengineering
	This information is useful in the deploy tar archive. Thus it is copied there.
47 hours	systemd: Add service and sysusers configuration files	xengineering
	This makes it possible to run the Sia server executable on systemd-based Linux distributions with systemd making system administration easier. Maintaining these files in the source instead of packaging repository was decided since systemd is the dominant init system across Linux distributions and thus not every distribution-specific packaging repo needs to re-invent the wheel.
47 hours	Deploy default configuration	xengineering
	The default configuration from the source tree is embedded into the executable with Go's embed package to assume the correct defaults. Furthermore it is now also part of the artifact tar archive to give users an idea how a configuration file should look like.
47 hours	Add Meson-tracked project version	xengineering
	This allows to use the version of the project in the build system independent from the version control system. Thus a source tar archive can be built the same and also changing the version control system does not change anything regarding the build process.
47 hours	Add tar archive generation for deployment	xengineering
	Bundling all build artifacts into one tar archive is good practise to make deployment easier and underline which files in the build directory are important. zstd was picked for compression because of the very good compression ratio.
47 hours	Make GOOS and GOARCH part of executable name	xengineering
	This renames `sia-server` to `sia-server-linux-amd64`. This makes clear for which target environment the executable is built and allows to later place additional executables for other environments too without name collisions.
47 hours	Implement passing user configuration	xengineering
	This allows overwriting values of the default configuration with custom ones.
48 hours	Add default config parsing	xengineering
	This is a first step towards configurability.
48 hours	Add Meson target `test` for unit testing	xengineering

48 hours	Separate Homematic code	xengineering
	Similar to a previous refactoring of the MQTT-related code this removes all Homematic logic to a dedicated file. The only connection to the outside is the `tx chan MQTTMessage` channel and the `HomematicRun()` function. This makes the code more modular.
2 days	Separate MQTT logic	xengineering
	This reduces the coupling between the MQTT-related code and everything else to a single `tx` channel of type `MQTTMessage`. This improves the code quality significantly.
2 days	Add cache implementation	xengineering
	This avoids frequent MQTT messages containing the same state.
14 days	Add Meson build system	xengineering
	Meson as a general purpose build system is mightier than what the Go tool can provide. Furthermore it makes it possible to unify build, run and other workflows across projects with different languages.