Mu2_Deploy/ui/general/health.js

// Elements
const drone = document.getElementById("drone");

const drones = [
    // 2.4 GHz Channels
    ["1", "mu1"], ["2", "mu2"], ["3", "mu3"],
    ["4", "mu4"], ["5", "mu5"], ["6", "mu6"]
]

// Load initial settings
document.onload = initPage();

// Function to initialize the page
function initPage() {
    // TODO: Replace /home/spiri/services with some root level path
    // Search for drones files in the services directory and populate the dropdown with directory names
    const currentDrone = getValueByKey(content, "common", "drone");

    addDropDown(drone, drones, currentDrone);
}

function dockerComposeFileChanged() {
    if (composeFileSelection.value === "") {
        populateEditor("");
        return;
    }
    const composeLocation = composeFileSelection.value + "/docker-compose.yaml";
    cockpit.file(composeLocation)
        .read().then((content) => successReadFile(content))
        .catch(error => failureReadFile(error));
}

function successReadFile(content) {
    try {
        //  Drone selection
        const currentDrone = getValueByKey(content, "common", "drone");

        addDropDown(drone, drones, currentDrone);
    } catch (e) {
        failureReadFile(e);
    }
}

// Restart wifibroadcast service
function restartDroneDisplayService() {
    cockpit.spawn(["systemctl", "restart", "dronedisplay@drone"], { superuser: "require" })
        .then(() => {
            displaySuccess("dronedisplay@drone service restarted.");
        })
        .catch((error) => {
            console.error("Failed to restart dronedisplay@drone service:", error);
            displayFail("Failed to restart dronedisplay@drone service: " + error);
        });
}