Run the server and send a GET request to http://localhost:2323/set/level/2/high:
json
{
"gpio_id": 2,
"in_use": 1,
"gpio_mode": "output",
"gpio_level": "high",
"last_change": "2019-02-18 21:19:31.239669"
}
Prerequisites on Raspbian (apart from Rust):
bash
$ sudo apt-get update && sudo apt-get install build-essential libsqlite3-dev
$ cargo install cargo-deb
cargo debbash
$ git clone https://gitlab.com/bogeholm/raspberry-web && cd raspberry_web
$ cargo build --release
$ cargo deb
$ cargo deb --install
Your user will need write permission to /usr/local/raspberry-web unless you only want to run the program as root:
sudo chown -R $(whoami) /usr/local/raspberry-web
Installation using cargo deb places a binary in /usr/local/bin and a configuration file at /usr/local/raspberry-web/configuration.toml, which should be edited before use.
Say you want to be able to swicth GPIO pins 1,2 and 3 on and off, start with GPIO pins 1 and 2 off (level low) and pin 3 on (level high), you would put the following under the section [gpioconfig]
[gpioconfig]
gpios_in_use = [1, 2, 3]
gpios_mode_output = [1, 2, 3]
gpios_level_low = [1, 2]
gpios_level_low = [3]
Now you can run the server from the command line:
bash
rasbberry-web
You can specify an alternate config file
bash
rasbberry-web --config-file=/path/to/my/awesome/config.toml
You could also use systemd (starting this way will read /usr/local/rasbberry-web/configuration.toml):
bash
sudo systemctl start raspberry-web.service