Commands

Through our REST-api you can send commands to your devices such as queueing LoRa downlinks and including/excluding z-wave devices. This documentation is designed to compliment our swagger documentation and the url is public.yggio.net/api/iotnodes/command.

LoRa

Downlink

The way you can generally use downlink is as follows:

1. Queue a downlink, when the device is scheduled to recieve a downlink (depending on class) it will disapear from the queue

2. Get the queue, this is so that you, the user, can look at what's currently in the queue

3. Flush the queue, removing any queued downlinks from the queue

How to use these three commands differ from integration to integration.

ChirpStack downlink

Queue an item

method: PUT

body:

{
  "command":"loraAppServerQueueDownlink", //string, use as is
  "integrationName":"ChirpStack", //string, use as is
  "iotnodeId":"5d2c6561ecb9a30aa5fc3e41", //string, yggioId of the device
  "data": {
    "confirmed": false, //bool, we're currently not using confirmed,
    "reference": "I sent this to configure blabla", //string, reference to the payload in plain text
    "fPort": "5", //string, port
    "data": "1111" //string, hex, payload to be sent to the device
  }
}

Get the queue

method: PUT

body:

{
  "command": "loraAppServerGetDeviceQueue", //string, use as is
  "integrationName": "ChirpStack", //string, use as is
  "iotnodeId": "5d2c6561ecb9a30aa5fc3e41", //string, yggioId of the device
}

Flush the queue

method: PUT

body:

{
  "command": "loraAppServerFlushQueue", //string, use as is
  "integrationName": "ChirpStack", //string, use as is
  "iotnodeId": "5d2c6561ecb9a30aa5fc3e41", //string, yggioId of the device
}

Netmore downlink

Queue an item

method: PUT

body:

{
  "command": "apiCall", //string, use as is
  "iotnodeId": "60a3b1fd26b01f00074aa625", //string, yggioId of the device
  "data": {
    "callName": "sendDownlink", //string, use as is
    "callData": {
      "devEui": "70B3D52C00019041", //string, devEui of the iotnode
      "payload":{
        "fPort": "2", //string, port
        "payloadHex": "aaaaa" //string, hex, payload to be sent to the device
      }
    }
  }
}

Get the queue

method: PUT

body:

{
  "command": "apiCall", //string, use as is
  "iotnodeId": "60a3b1fd26b01f00074aa625", //string, yggioId of the device
  "data":{
    "callName": "getDownlinks", //string, use as is
    "callData": {
      "devEui": "70B3D52C00019041" //string, devEui of the iotnode
    }
  }
}

Flush the queue

method: PUT

body:

{
  "command": "apiCall", //string, use as is
  "iotnodeId": "60a3b1fd26b01f00074aa625", //string, yggioId of the device
  "data": {
    "callName": "clearDownlinks", //string, use as is
    "callData": {
      "devEui": "70B3D52C00019041" //string, devEui of the iotnode
    }
  }
}

Comand buttons

Create a button that will trigger a rule once pressed

1. Select a preset in the dropdown list, or choose custom to enter your own text
2. Head over to Rule Engine and go to Rules
3. The rule connected to the button will have the following format: device-name.button-name e.g. Basement-light.On
4. Add an action to the rule and hit Save. There is no need to add a trigger condition, since the rule is already using the button as the trigger condition.