História stránky

• Kerlink IoT Station SPN (JSON via UDP packets): communication with Kerlink IoT Station with firmware SPN (Small Private Network). Line must be of the SerialOverUDP Device Redundant type.
• MQTT Client (JSON via MQTT): communication with a network server or cloud using MQTT protocol. Line The line must be of the TCP/IP-TCP type.
• Sigfox Client (JSON via HTTPS): communication with Sigfox cloud

Name of the field with an identifier of the LoRaWAN device (mote).
Note: For JSON messages that can be structured, the syntax level1.level2.level3 ... is supported e.g. rx.moteeui and if they contain fields (indexed from 1) then also the syntax level1[index1].level2[index2].level3 ... is supported e.g. rx.gwrx[1].time. For As examples, see the description of I/O tags of the Envelope type.
Note: For Sigfox data files, which may contain multiple values (historical), index 0 resp. empty index (e.g. data[].device) can be used. This indicates that all field elements are to be processed.

• Base16 + Base64 encoding (Kerlink SPN) - for Connection Type=Kerlink IoT Station SPN
• Base64 encoding (TheThings.network) - for Connection Type=MQTT Client communicating with TheThings.network cloud
• Base64 encoding (Loriot, Slovanet, Sigfox) - for Connection Type=MQTT Client communicating with LoRaWAN clouds (Lorio, Slovanet) as well as Sigfox
• None - message contains a payload without encoding - not yet used

• UNIX - the numeric value represents the number of seconds from epoch 00:00:00 01.01.1970 UTC.
• UNIXMS - the numeric value represents the number of miliseconds milliseconds from epoch 00:00:00.000 01.01.1970 UTC.

• None - no device
• OEM device - payload parsing is performed by an external library (dll library)
• Adeunis RF Field Test Device - test device sending GPS position data and temperature data
• SolidusTech IndoorUNI Sensor - indoor temperature and humidity meter
• SolidusTech miniUNI DS18B20 Sensor - temperature meter for outdoor use
• Adeunis RF LoRaWAN TEMP (ARF8180BA) - temperature meter for outdoor use with two independent temperature sensors
• Codea WZU-SG (Landis+Gyr Ultraheat T550) - radiomodule radio module WZU-SG by Codea for heat meter Landis+Gyr UH50/UC50/T550

For Sigfox: the path to the file for downloading data from the Sigfox cloud to the input directory (specified by parameter Input file of the File I/O line) together with possible parameters. The path may contain (like the Input File parameter) the symbolic constant #APPDIR# (application directory) as well as #ADDR# (station address) so that a single file can be used to handle multiple stations.
Example for Windows: #APPDIR#/Sigfox_cmd/get.bat #ADDR#
Example for Linux: /bin/sh #APPDIR#/Sigfox_cmd/get.sh #ADDR#
Note: this parameter does not have to be entered if an independent mechanism is used to download the data.

The download itself can use the curl utility to perform a an HTTPS GET query against the sigfox Sigfox web server.

Example for Windows platform - file get.bat (download is via a proxy server, server identity verification is disabled, xxx:yyy is user name and password for Sigfox cloud):

rem default count=1, possible to download upto up to 100 values
set count=1
rem ID of the device is 1st parameter
set id=%1
c:\utils\curl.exe  --proxy http://proxy:3128 --insecure -u xxx:yyy -o msg_%id%.txt https://backend.sigfox.com/api/devices/%id%/messages?limit=%count%

Example for Linux platform - file get.sh (it is necessary to explicitly specify that files are downloaded e.g. to Sigfox_input directory):

#/bin/sh# default count=1, possible to download upto 100 values
count=1
base=$(dirname "$0")
#ID of device is 1st parameter
id=$1
#name of downloaded data file (including directory)
datafile=$base/../Sigfox_input/msg_$id.txt
/usr/bin/curl --proxy http://proxy:3128 --insecure -u xxx:yyy -o $datafile https://backend.sigfox.com/api/devices/$id/messages?limit=$count

Note: if command files are edited prior to running the D2000 KOM process, parameter count can be increased upto up to 100, resulting in downloading not only the latest value , but also previous (upto up to 99) historical values. Then, after the first polling, the parameter count can be decreased to 1.

I/O tags parsed from the payload. Address (Address) depends on the device type (Device Type parameter). Address The address is not case sensitive.
A special case is a blank address - the I/O tag will contain the entire payload (after relevant decoding depending on the Payload Encoding parameter).
The following tables indicate the addresses for each device type:

Payload addresses for the device type of OEM Device:
The address depends on the specific implementation (dll library).

Payload addresses for device type Adeunis RF Field Test Device

Payload addresses for device type SolidusTech IndoorUNI Sensor

Payload addresses for device type SolidusTech miniUNI DS18B20 Sensor

Payload addresses for device type Adeunis RF LoRaWAN TEMP (ARF8180BA)

Payload addresses for device type  Codea WZU-SG (Landis+Gyr Ultraheat T550)

{ 
  "rx": {
    "moteeui": "00-00-00-00-00-1e-fc-1d", 
    "userdata": {
        "seqno": 77, 
        "port": 1, 
        "payload": "NzM3RjAwZTgwMA==", 
        "motetx": {
            "freq": 868500000,
	    "modu": "LoRa",
	    "datr": "SF7BW125",
	    "codr": "4/5"
	}
     },
     "gwrx": [
        {
         "time": "2017-07-05 16:06:52",
	 "chan": 2,
	 "rfch": 0,
	 "rssi": -33,
	 "lsnr": 7.5
        }
     ]
  }
}
	

{
  "app_id":"ipesoft-test",
  "dev_id":"fieldtestdevice",
  "hardware_serial":"0018B2000000147D",
  "port":2,
  "counter":549,
  "payload_raw":"niNJElVwAYQ5UBYfBBBN",
  "metadata":{
    "time":"2017-08-10T08:12:26.06860368Z",
    "frequency":867.5,
    "modulation":"LORA",
    "data_rate":"SF7BW125",
    "coding_rate":"4/5",
    "gateways":[
      {
        "gtw_id":"eui-000000000003080b",
	"timestamp":705621508,
	"time":"2017-08-10T08:12:26.434682Z",
	"channel":5,
	"rssi":-34,
	"snr":7.8,
	"latitude":49.20927,
	"longitude":18.73184,
	"altitude":359
      }
    ]
  }
}