setInterval(function () {
iwconfig.status(process.env.INTERFACE || 'wlan0', function(err, status) {
if (err)
return err
data = {
deviceName: process.env.RESIN_DEVICE_NAME_AT_INIT ,
deviceUUID: process.env.RESIN_DEVICE_UUID,
reading: status.quality,
ts: Date.now()
}
device.publish(TOPIC, JSON.stringify(data))
})
}, process.env.INTERVAL || 3000)
ifconfig.status (function (err, status)
{
if (err)
{
done (err);
}
else
{
var sendinterfaces = function ()
{
done (null, l);
};
_.each (status, function (sinterface)
{
if (sinterface.link === 'ethernet')
{
l.push ({
ip:sinterface.ipv4_address,
m:sinterface.ipv4_subnet_mask,
b:sinterface.ipv4_broadcast,
t:'e',
h:sinterface.address,
i:sinterface.interface,
up:sinterface.up
});
}
});
if (board[boardtype].nettype === 'iwconfig')
{
debug ('iwconfig');
iwconfig.status (function (err, status)
{
if (err)
{
}
else
{
_.each (l, function (sl)
{
_.each (status, function (sinterface)
{
if (sl.i === sinterface.interface)
{
sl.t = 'w';
sl.s = sinterface.ssid;
sl.q = sinterface.quality;
}
});
});
}
sendinterfaces ();
});
}
else
if (board[boardtype].nettype === 'nm')
{
debug ('nm');
nm.status (function (error, devices)
{
if (error)
{
}
else
{
_.each (l, function (sl)
{
_.each (devices, function (dinterface)
{
if (sl.i === dinterface.interface)
{
sl.t = 'w';
sl.s = dinterface.ssid;
sl.q = dinterface.quality;
}
});
});
}
sendinterfaces();
});
}
else
{
sendinterfaces();
}
}
});
PromiseA.fromCallback(cb => iwconfig.status(iface, cb)),