HTTP V1 Integration
-
Name
any unique Integration Name -
Type
Integration Type -
Data Converter
Name of the Data Converter which will be used to decode and encode payload of Devices provisioned to the current Integration NOTE: Converter v2 is not available for use with Integration v1. -
HTTP URL path
URL path part of Network Server endpoint which will be called by application to send downlink to device. Complete endpoint address will contain 3 parts:<Network Server domain name> <HTTP URL path> <automatically generated API key>
Example:https://lorawan-ns-na.tektelic.com/api/v1/integration 36f77edf4a6440db80a6cecbf5b27c5ce7b63146fdfc485ca308a459cb6466f4
NOTE: you have to provide Network Server URL before path part. API key will be generated once you will create HTTP Integration (by pressing “Add”) -
Application address
Domain name of application endpoint which will be called by Network Server to send uplink from device. -
Port
port which is used by your application for HTTP protocol. -
Base path
URL path part of application endpoint which will be called by Network Server to send uplink from device. -
Enable HTTPS
Enable or disable TLS -
Authentication Method
Authentication method to be used -
Request Headers
Headers that can be added when Network Server calls application endpoint. -
Send empty payload
If selected LoRa packet will be pushed to application via MQTT even if FRMPayload is empty -
Allow All Ports
Defines which LoRa ports can be used -
clientCertificate
clientCertificate can be:- passed as string
- drag-and-dropped
- uploaded file from PC
-
caCertificate
caCertificate can be:- passed as string
- drag-and-dropped
- uploaded file from PC
-
clientPrivateKey
clientPrivateKey can be:- passed as string
- drag-and-dropped
- uploaded file from PC
{
"payloadMetaData": {
"applicationMetaData": {
"id": {
"entityType": "APPLICATION",
"id": "{applicationId}"
},
"customerId": {
"entityType": "CUSTOMER",
"id": "{customerId}"
},
"subCustomerId": {
"entityType": "SUB_CUSTOMER",
"id": "{subCustomerId}"
},
"name": "{applicationName}"
},
"gatewayMetaDataList": [
{
"id": {
"entityType": "GATEWAY",
"id": "{gatewayId}"
},
"name": "{gatewayName}",
"mac": "{gatewayMac}",
"latitude": null,
"longitude": null,
"altitude": null,
"rxInfo": {
"channel": 7,
"codeRate": "4/5",
"crcStatus": 1,
"dataRate": {
"modulation": "LORA",
"spreadFactor": 7,
"bandwidth": 125
},
"frequency": 868500000,
"loRaSNR": 2.5,
"mac": "{gatewayMac}",
"rfChain": 0,
"rssi": -111,
"size": 24,
"time": "2022-06-14T13:49:01Z",
"timestamp": 1655203741192,
"timeGps": null,
"tmms": null,
"nsIngressTimeMs": 1709556362000,
"rsig": null,
"antenna": 0
}
}
],
"deviceMetaData": {
"id": {
"entityType": "DEVICE",
"id": "{deviceId}"
},
"name": "{deviceName}",
"deviceClass": "{deviceClass}",
"deviceEUI": "{devEUI}",
"appEUI": "{appEUI}"
},
"fcount": 26,
"fport": 10,
"adr": true
},
"payload": {
"bytes": "[1,101,0,-9,5,105,72,0,-2,5,41]",
"port": 10,
"payload length": 11
}
}
Please note: the payload may vary depending on the converter
The payload above ("payload": { "bytes": "[1,101,0,-9,5,105,72,0,-2,5,41]", "port": 10, "payload length": 11 }
) is the default example.
data - base64 encoded payload to be sent to the Device
{
"msgId":"1",
"devEUI":"647FDA0000000000",
"confirmed":true,
"data":"{\"params\":{\"data\":\"oAAAADw=\",\"port\":100}}"
}