protected override List <MqttMessage> PrepareDiscoveryMessages()
{
var result = new List <MqttMessage>();
foreach (var attr in ATTRIBUTES)
{
var payload = PrepareConfigPayload();
payload.Add("unique_id", SensorUniqueId(attr));
payload.Add("state_topic", StateTopic(attr));
if (attr == "cpu")
{
// payload.Add("icon", "mdi:cpu");
payload.Add("name", $"{FriendlyName()} - CPU usage");
payload.Add("unit_of_measurement", "%");
}
else if (attr == "ram")
{
payload.Add("icon", "mdi:memory");
payload.Add("name", $"{FriendlyName()} - Free RAM");
payload.Add("unit_of_measurement", "MB");
}
var sensorType = SensorType.Sensor;
var mqttMsg = new MqttConfigMessage(sensorType, $"{WorkerType}_{attr}", payload);
result.Add(mqttMsg);
}
return(result);
}
protected override List <MqttMessage> PrepareDiscoveryMessages()
{
var result = new List <MqttMessage>();
var payload = PrepareConfigPayload();
payload.Add("unique_id", SensorUniqueId("live"));
payload.Add("name", $"{FriendlyName()} - {WorkerFriendlyType} - live");
payload.Add("topic", StateTopic("live"));
// Another HomeAssistant weirdness - camera is documented to be able to receive "device" dictionary, but there is no code support, thus throwing errors.
// Reported here: https://github.com/home-assistant/home-assistant/issues/26024
payload.Remove("device");
var mqttMsg = new MqttConfigMessage(SensorType.Camera, $"{WorkerType}_live", payload);
result.Add(mqttMsg);
return(result);
}
protected override List <MqttMessage> PrepareDiscoveryMessages()
{
var result = new List <MqttMessage>();
foreach (var drive in Drives)
{
var diskLetter = drive.Name.Replace(":\\", "").ToLower();
foreach (var attr in ATTRIBUTES)
{
var payload = PrepareConfigPayload();
payload.Add("unique_id", SensorUniqueId(diskLetter, attr));
payload.Add("state_topic", StateTopic(diskLetter, attr));
switch (attr)
{
case "free":
payload.Add("name", $"{FriendlyName()} - Disk {diskLetter.ToUpper()} - free");
payload.Add("unit_of_measurement", "GB");
break;
case "free_pct":
payload.Add("name", $"{FriendlyName()} - Disk {diskLetter.ToUpper()} - free pct");
payload.Add("unit_of_measurement", "%");
break;
case "total":
payload.Add("name", $"{FriendlyName()} - Disk {diskLetter.ToUpper()} - total");
payload.Add("unit_of_measurement", "GB");
break;
}
var sensorType = SensorType.Sensor;
var mqttMsg = new MqttConfigMessage(sensorType, $"{WorkerType}_{diskLetter}_{attr}", payload);
result.Add(mqttMsg);
}
}
return(result);
}
protected override List <MqttMessage> PrepareDiscoveryMessages()
{
var result = new List <MqttMessage>();
foreach (var attr in ATTRIBUTES)
{
var payload = PrepareConfigPayload();
payload.Add("unique_id", SensorUniqueId(attr));
payload.Add("name", $"{FriendlyName()} - {WorkerFriendlyType} - {attr.ToUppercaseFirst()}");
payload.Add("state_topic", StateTopic(attr));
if (attr == "level")
{
payload.Add("unit_of_measurement", "%");
payload.Add("icon", "mdi:volume-medium");
}
else if (attr == "level_01")
{
// Used for Media Player - there is no option to pass volume_level in universal platform as a template.
payload["state_topic"] = StateTopic("level");
payload.Add("value_template", "{{ (value|float) / 100 }}");
payload.Add("unit_of_measurement", "%");
payload.Add("icon", "mdi:volume-medium");
}
else if (attr == "mute")
{
payload.Add("command_topic", CommandTopic(attr));
payload.Add("icon", "mdi:volume-off");
}
var sensorType = attr == "mute" ? SensorType.Switch : SensorType.Sensor;
var mqttMsg = new MqttConfigMessage(sensorType, $"{WorkerType}_{attr}", payload);
result.Add(mqttMsg);
}
return(result);
}