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Tutorials
Goal
Demonstrate how to gather sensoric data from 2 gateways. The gateways are connected to MQTT broker running on the server. MQTT topics are defined to allow communication with multiple gateways. Gateway's scheduler is used to ask for sensory values from the devices and results are sent automatically to the broker. The scheduler can be set up either using webapp/config/scheduler page or via API calls. We use API calls in this tutorial since working with multiple gateways.
Devices
- 1 server
- 2 gateways, IQD-GW-04 device
- 2 sensoric devices, DDC-SE-RE-01 kits
Architecture
Steps
- Connect gateways to the central server, MQTT broker
- Confirm connection to DPA coordinator in the gateway
- Configure necessary parameters in DPA coordinator
- Bond sensor devices to the network, to DPA coordinator
- Enable and run network enumeration in the gateway's DB
- Check for enumerated sensors in DB
- Configure gateway's scheduler to get sensoric values and put to sleep the devices
Connect gateways and laptop
GW1
GW2
Laptop
API calls
GW1 API calls
txt
IQRF gateway 1
==============
API docs
--------
- https://docs.iqrf.org/iqrf-gateway/api.html
- https://docs.iqrf.org/iqrf-gateway/api-beta.html
MQTT topics
-----------
- gateway/024220D3DB743A88/commands (IQRF JSON requests)
- gateway/024220D3DB743A88/events (IQRF JSON responses)
1) Check connection to DPA coordinator
Request
-------
{
"mType": "iqrfEmbedOs_Read",
"data": {
"msgId": "testEmbedOs",
"req": {
"nAdr": 0,
"param": {}
},
"returnVerbose": false
}
}
Response
--------
{
"mType": "iqrfEmbedOs_Read",
"data": {
"msgId": "testEmbedOs",
"rsp": {
"nAdr": 0,
"hwpId": 0,
"rCode": 0,
"dpaVal": 0,
"result": {
"mid": 2165429211,
"osVersion": 67,
"trMcuType": 180,
"osBuild": 2248,
"rssi": 0,
"supplyVoltage": 3.3053164556962026,
"flags": 0,
"slotLimits": 117,
"ibk": [
196,
105,
188,
28,
123,
43,
69,
50,
233,
30,
176,
24,
172,
57,
126,
166
],
"dpaVer": 1043,
"perNr": 0,
"embeddedPers": [
0,
2,
3,
4,
5,
6,
7,
9,
13
],
"hwpid": 0,
"hwpidVer": 0,
"flagsEnum": 5,
"userPer": []
}
},
"status": 0,
"insId": "iqdgw01-024220d3db743a88"
}
}
2) Write TX power, RX filter, RF channel and access password to DPA coordinator
Request
-------
{
"mType": "iqmeshNetwork_WriteTrConf",
"data": {
"msgId": "testIqmeshWrite",
"repeat": 1,
"req": {
"deviceAddr": 0,
"txPower": 7,
"rxFilter": 7,
"rfChannelA": 42,
"accessPassword": "Iqrf1"
},
"returnVerbose": false
}
}
Response
--------
{
"mType": "iqmeshNetwork_WriteTrConf",
"data": {
"msgId": "testIqmeshWrite",
"rsp": {
"deviceAddr": 0,
"writeSuccess": true,
"restartNeeded": true
},
"status": 0,
"statusStr": "ok",
"insId": "iqdgw01-024220d3db743a88"
}
}
3) Restart DPA coordinator
Request
-------
{
"mType": "iqrfEmbedOs_Restart",
"data": {
"msgId": "testEmbedOs",
"req": {
"nAdr": 0,
"param": {}
},
"returnVerbose": false
}
}
Responses
---------
{
"mType": "iqrfEmbedOs_Restart",
"data": {
"msgId": "testEmbedOs",
"rsp": {
"nAdr": 0,
"hwpId": 0,
"rCode": 0,
"dpaVal": 0,
"result": {}
},
"status": 0,
"insId": "iqdgw01-024220d3db743a88"
}
}
{
"mType": "iqrfRaw",
"data": {
"msgId": "async",
"rsp": {
"rData": "00.00.ff.3f.00.00.80.00.13.04.00.fd.22.00.00.00.00.00.00.05"
},
"status": 0,
"insId": "iqdgw01-024220d3db743a88"
}
}
4) Bond devices to the network using AutoNetwork
Request
-------
{
"mType": "iqmeshNetwork_AutoNetwork",
"data": {
"msgId": "testIqmeshAutonetwork",
"req": {
"discoveryTxPower": 6,
"discoveryBeforeStart": false,
"actionRetries": 1,
"stopConditions": {
"waves": 2,
"emptyWaves": 1
}
},
"returnVerbose": false
}
}
Responses
---------
...progress messages
{
"mType": "iqmeshNetwork_AutoNetwork",
"data": {
"msgId": "testIqmeshAutonetwork",
"rsp": {
"wave": 1,
"nodesNr": 1,
"newNodesNr": 1,
"waveStateCode": 16,
"progress": 100,
"lastWave": false,
"newNodes": [
{
"mid": "81112f11",
"address": 1
}
]
},
"status": 0,
"statusStr": "ok",
"insId": "iqdgw01-024220d3db743a88"
}
}
...progress messages
{
"mType": "iqmeshNetwork_AutoNetwork",
"data": {
"msgId": "testIqmeshAutonetwork",
"rsp": {
"wave": 2,
"nodesNr": 1,
"newNodesNr": 0,
"waveStateCode": 12,
"progress": 100,
"lastWave": true
},
"status": 0,
"statusStr": "ok",
"insId": "iqdgw01-024220d3db743a88"
}
}
5) Run network enumeration into daemon's DB (DB must be enabled first via webapp/config/iqrf-info)
Requests
--------
{
"mType": "infoDaemon_Enumeration",
"data": {
"msgId": "testInfoEnum",
"req": {
"command": "now"
},
"returnVerbose": false
}
}
Responses
---------
...progress messages
{
"mType": "infoDaemon_Enumeration",
"data": {
"msgId": "testInfoEnum",
"rsp": {
"command": "now",
"enumPhase": 5,
"step": 1,
"steps": 1,
"percentage": 100
},
"insId": "iqdgw01-024220d3db743a88",
"statusStr": "ok",
"status": 0
}
}
6) Check standard sensors and binary outputs in daemon's DB
Requests
--------
{
"mType": "infoDaemon_GetSensors",
"data": {
"msgId": "GetSensors",
"req": {},
"returnVerbose": false
}
}
{
"mType": "infoDaemon_GetBinaryOutputs",
"data": {
"msgId": "GetBinaryOutputs",
"req": {},
"returnVerbose": false
}
}
Responses
---------
{
"mType": "infoDaemon_GetSensors",
"data": {
"msgId": "GetSensors",
"rsp": {
"sensorDevices": [
{
"nAdr": 1,
"sensors": [
{
"idx": 0,
"id": "TEMPERATURE",
"type": 1,
"name": "Temperature",
"shortName": "T",
"unit": "°C",
"decimalPlaces": 4,
"frcs": [
144,
224
]
},
{
"idx": 1,
"id": "BINARYDATA7",
"type": 129,
"name": "Binary data7",
"shortName": "bin7",
"unit": "?",
"decimalPlaces": 0,
"frcs": [
16,
144
]
},
{
"idx": 2,
"id": "BINARYDATA7",
"type": 129,
"name": "Binary data7",
"shortName": "bin7",
"unit": "?",
"decimalPlaces": 0,
"frcs": [
16,
144
]
}
]
}
]
},
"status": 0,
"insId": "iqdgw01-024220d3db743a88"
}
}
{
"mType": "infoDaemon_GetBinaryOutputs",
"data": {
"msgId": "test",
"rsp": {
"binOutDevices": [
{
"nAdr": 1,
"binOuts": 2
}
]
},
"status": 0,
"insId": "iqdgw01-024220d3db743a88"
}
}
7) Schedule tasks to read standard temperature sensor every 180s and put it into sleep for 170s
Request
-------
{
"mType": "mngScheduler_AddTask",
"data": {
"msgId": "SchedulerAdd",
"req": {
"clientId": "SchedulerMessaging",
"task": [
{
"messaging": "MqttMessaging",
"message": {
"mType": "iqrfSensor_ReadSensorsWithTypes",
"data": {
"msgId": "Temperature",
"req": {
"nAdr": 1,
"param": {
"sensorIndexes": [0]
}
},
"returnVerbose": false
}
}
},
{
"messaging": "MqttMessaging",
"message": {
"mType": "iqrfEmbedOs_Sleep",
"data": {
"msgId": "EmbedOsSleep",
"req": {
"nAdr": 1,
"param": {
"time": 81,
"control": 0
}
},
"returnVerbose": false
}
}
}
],
"timeSpec": {
"cronTime": [
"0",
"*/3",
"*",
"*",
"*",
"*",
"*"
],
"periodic": false,
"period": 0,
"exactTime": false,
"startTime": ""
},
"persist": true
},
"returnVerbose": true
}
}
Response
--------
{
"mType": "mngScheduler_AddTask",
"data": {
"msgId": "SchedulerAdd",
"rsp": {
"clientId": "SchedulerMessaging",
"taskId": 1512630852
},
"insId": "iqdgw01-024220d3db743a88",
"statusStr": "ok",
"status": 0
}
}
8) Getting values every 3 minutes, sent by gateway's scheduler automatically
Responses
---------
{
"mType": "iqrfEmbedOs_Sleep",
"data": {
"msgId": "EmbedOsSleep",
"rsp": {
"nAdr": 1,
"hwpId": 17410,
"rCode": 0,
"dpaVal": 103,
"result": {}
},
"status": 0,
"insId": "iqdgw01-024220d3db743a88"
}
}
{
"mType": "iqrfSensor_ReadSensorsWithTypes",
"data": {
"msgId": "Temperatures",
"rsp": {
"nAdr": 1,
"hwpId": 17410,
"rCode": 0,
"dpaVal": 103,
"result": {
"sensors": [
{
"id": "TEMPERATURE",
"type": 1,
"name": "Temperature",
"shortName": "T",
"value": 22,
"unit": "°C",
"decimalPlaces": 4
}
]
}
},
"status": 0,
"insId": "iqdgw01-024220d3db743a88"
}
}
9) Alternative to polling at 7), IQRF Standard FRC with sleeping, getting values every 3 minutes, sent by gateway's scheduler automatically
Request
-------
{
"mType": "iqrfSensor_Enumerate",
"data": {
"msgId": "testEmbedSensor",
"req": {
"nAdr": 1,
"param": {}
},
"returnVerbose": true
}
}
Response
--------
{
"mType": "iqrfSensor_Enumerate",
"data": {
"msgId": "testEmbedSensor",
"rsp": {
"nAdr": 1,
"hwpId": 17410,
"rCode": 0,
"dpaVal": 76,
"result": {
"sensors": [
{
"id": "TEMPERATURE",
"type": 1,
"name": "Temperature",
"shortName": "T",
"unit": "°C",
"decimalPlaces": 4,
"frcs": [
144,
224
]
},
{
"id": "BINARYDATA7",
"type": 129,
"name": "Binary data7",
"shortName": "bin7",
"unit": "?",
"decimalPlaces": 0,
"frcs": [
16,
144
],
"breakdown": [
{
"id": "BINARYDATA7",
"type": 129,
"name": "Light indicator",
"shortName": "light",
"unit": "%",
"decimalPlaces": 1
}
]
},
{
"id": "BINARYDATA7",
"type": 129,
"name": "Binary data7",
"shortName": "bin7",
"unit": "?",
"decimalPlaces": 0,
"frcs": [
16,
144
],
"breakdown": [
{
"id": "BINARYDATA7",
"type": 129,
"name": "Potentiometer",
"shortName": "pot",
"unit": "%",
"decimalPlaces": 1
}
]
}
]
}
},
"raw": [
{
"request": "01.00.5e.3e.ff.ff",
"requestTs": "2020-05-06T20:53:47.210+00:00",
"confirmation": "01.00.5e.3e.ff.ff.ff.00.02.08.02",
"confirmationTs": "2020-05-06T20:53:47.235+00:00",
"response": "01.00.5e.be.02.44.00.4c.01.81.81",
"responseTs": "2020-05-06T20:53:47.571+00:00"
}
],
"insId": "iqdgw01-024220d3db743a88",
"statusStr": "ok",
"status": 0
}
}
Request
-------
{
"mType": "mngScheduler_AddTask",
"data": {
"msgId": "SchedulerAdd",
"req": {
"clientId": "SchedulerMessaging",
"task": [
{
"messaging": "MqttMessaging",
"message": {
"mType": "iqrfSensor_Frc",
"data": {
"msgId": "EmbedSensors",
"req": {
"nAdr": 0,
"param": {
"sensorType": 1,
"sensorIndex": 0,
"frcCommand": 144,
"selectedNodes": [
1
],
"sleepAfterFrc": {
"time": 81,
"control": 0
},
"getExtraResult": true,
"extFormat": true
}
},
"returnVerbose": true
}
}
}
],
"timeSpec": {
"cronTime": [
"0",
"*/3",
"*",
"*",
"*",
"*",
"*"
],
"periodic": false,
"period": 0,
"exactTime": false,
"startTime": ""
},
"persist": true
},
"returnVerbose": true
}
}
Response
--------
{
"mType": "mngScheduler_AddTask",
"data": {
"msgId": "SchedulerAdd",
"rsp": {
"clientId": "SchedulerMessaging",
"taskId": 1404007846
},
"insId": "iqdgw01-02420bd3bf4ecc60",
"statusStr": "ok",
"status": 0
}
}GW2 API calls
txt
IQRF Gateway 2
==============
API docs
--------
- https://docs.iqrf.org/iqrf-gateway/api.html
- https://docs.iqrf.org/iqrf-gateway/api-beta.html
MQTT topics
-----------
- gateway/02420BD3BF4ECC60/commands (IQRF JSON requests)
- gateway/02420BD3BF4ECC60/events (IQRF JSON responses)
1) Check connection to DPA coordinator
Request
-------
{
"mType": "iqrfEmbedOs_Read",
"data": {
"msgId": "testEmbedOs",
"req": {
"nAdr": 0,
"param": {}
},
"returnVerbose": false
}
}
Response
--------
{
"mType": "iqrfEmbedOs_Read",
"data": {
"msgId": "testEmbedOs",
"rsp": {
"nAdr": 0,
"hwpId": 0,
"rCode": 0,
"dpaVal": 0,
"result": {
"mid": 2165429183,
"osVersion": 67,
"trMcuType": 180,
"osBuild": 2248,
"rssi": 0,
"supplyVoltage": 3.3053164556962026,
"flags": 0,
"slotLimits": 117,
"ibk": [
32,
133,
5,
60,
33,
69,
5,
127,
76,
65,
19,
60,
98,
9,
196,
131
],
"dpaVer": 1042,
"perNr": 0,
"embeddedPers": [
0,
2,
3,
4,
5,
6,
7,
9,
13
],
"hwpid": 0,
"hwpidVer": 0,
"flagsEnum": 5,
"userPer": []
}
},
"status": 0,
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
2) Write TX power, RX filter, RF channel and access password to DPA coordinator
Request
-------
{
"mType": "iqmeshNetwork_WriteTrConf",
"data": {
"msgId": "testIqmeshWrite",
"repeat": 1,
"req": {
"deviceAddr": 0,
"txPower": 7,
"rxFilter": 7,
"rfChannelA": 32,
"accessPassword": "Iqrf2"
},
"returnVerbose": false
}
}
Response
--------
{
"mType": "iqmeshNetwork_WriteTrConf",
"data": {
"msgId": "testIqmeshWrite",
"rsp": {
"deviceAddr": 0,
"writeSuccess": true,
"restartNeeded": true
},
"status": 0,
"statusStr": "ok",
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
3) Restart DPA coordinator
Request
-------
{
"mType": "iqrfEmbedOs_Restart",
"data": {
"msgId": "testEmbedOs",
"req": {
"nAdr": 0,
"param": {}
},
"returnVerbose": false
}
}
Responses
---------
{
"mType": "iqrfEmbedOs_Restart",
"data": {
"msgId": "testEmbedOs",
"rsp": {
"nAdr": 0,
"hwpId": 0,
"rCode": 0,
"dpaVal": 0,
"result": {}
},
"status": 0,
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
{
"mType": "iqrfRaw",
"data": {
"msgId": "async",
"rsp": {
"rData": "00.00.ff.3f.00.00.80.00.12.04.00.fd.22.00.00.00.00.00.00.05"
},
"status": 0,
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
4) Bond devices to the network using AutoNetwork
Request
-------
{
"mType": "iqmeshNetwork_AutoNetwork",
"data": {
"msgId": "testIqmeshAutonetwork",
"req": {
"discoveryTxPower": 6,
"discoveryBeforeStart": false,
"actionRetries": 1,
"stopConditions": {
"waves": 2,
"emptyWaves": 1
}
},
"returnVerbose": false
}
}
Responses
---------
...progress messages
{
"mType": "iqmeshNetwork_AutoNetwork",
"data": {
"msgId": "testIqmeshAutonetwork",
"rsp": {
"wave": 1,
"nodesNr": 1,
"newNodesNr": 1,
"waveStateCode": 16,
"progress": 100,
"lastWave": false,
"newNodes": [
{
"mid": "8110f427",
"address": 1
}
]
},
"status": 0,
"statusStr": "ok",
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
...progress messages
{
"mType": "iqmeshNetwork_AutoNetwork",
"data": {
"msgId": "testIqmeshAutonetwork",
"rsp": {
"wave": 2,
"nodesNr": 1,
"newNodesNr": 0,
"waveStateCode": 12,
"progress": 100,
"lastWave": true
},
"status": 0,
"statusStr": "ok",
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
5) Run network enumeration into daemon's DB (DB must be enabled first via webapp/config/iqrf-info)
Requests
--------
{
"mType": "infoDaemon_Enumeration",
"data": {
"msgId": "testInfoEnum",
"req": {
"command": "now"
},
"returnVerbose": false
}
}
Responses
---------
...progress messages
{
"mType": "infoDaemon_Enumeration",
"data": {
"msgId": "testInfoEnum",
"rsp": {
"command": "now",
"enumPhase": 5,
"step": 1,
"steps": 1,
"percentage": 100
},
"status": 0,
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
6) Check standard sensors and binary outputs in daemon's DB
Requests
--------
{
"mType": "infoDaemon_GetSensors",
"data": {
"msgId": "GetSensors",
"req": {},
"returnVerbose": false
}
}
{
"mType": "infoDaemon_GetBinaryOutputs",
"data": {
"msgId": "GetBinaryOutputs",
"req": {},
"returnVerbose": false
}
}
Responses
---------
{
"mType": "infoDaemon_GetSensors",
"data": {
"msgId": "GetSensors",
"rsp": {
"sensorDevices": [
{
"nAdr": 1,
"sensors": [
{
"idx": 0,
"id": "TEMPERATURE",
"type": 1,
"name": "Temperature",
"shortName": "T",
"unit": "°C",
"decimalPlaces": 4,
"frcs": [
144,
224
]
},
{
"idx": 1,
"id": "BINARYDATA7",
"type": 129,
"name": "Binary data7",
"shortName": "bin7",
"unit": "?",
"decimalPlaces": 0,
"frcs": [
16,
144
]
},
{
"idx": 2,
"id": "BINARYDATA7",
"type": 129,
"name": "Binary data7",
"shortName": "bin7",
"unit": "?",
"decimalPlaces": 0,
"frcs": [
16,
144
]
}
]
}
]
},
"status": 0,
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
{
"mType": "infoDaemon_GetBinaryOutputs",
"data": {
"msgId": "GetBinaryOutputs",
"rsp": {
"binOutDevices": [
{
"nAdr": 1,
"binOuts": 2
}
]
},
"status": 0,
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
7) Schedule tasks to read standard temperature sensor every 180s and put it into sleep for 170s
Request
-------
{
"mType": "mngScheduler_AddTask",
"data": {
"msgId": "SchedulerAdd",
"req": {
"clientId": "SchedulerMessaging",
"task": [
{
"messaging": "MqttMessaging",
"message": {
"mType": "iqrfSensor_ReadSensorsWithTypes",
"data": {
"msgId": "Temperature",
"req": {
"nAdr": 1,
"param": {
"sensorIndexes": [0]
}
},
"returnVerbose": false
}
}
},
{
"messaging": "MqttMessaging",
"message": {
"mType": "iqrfEmbedOs_Sleep",
"data": {
"msgId": "EmbedOsSleep",
"req": {
"nAdr": 1,
"param": {
"time": 81,
"control": 0
}
},
"returnVerbose": false
}
}
}
],
"timeSpec": {
"cronTime": [
"0",
"*/3",
"*",
"*",
"*",
"*",
"*"
],
"periodic": false,
"period": 0,
"exactTime": false,
"startTime": ""
},
"persist": true
},
"returnVerbose": true
}
}
Response
--------
{
"mType": "mngScheduler_AddTask",
"data": {
"msgId": "SchedulerAdd",
"rsp": {
"clientId": "SchedulerMessaging",
"taskId": 1404007846
},
"insId": "iqdgw01-02420bd3bf4ecc60",
"statusStr": "ok",
"status": 0
}
}
8) Getting values every 3 minutes, sent by gateway's scheduler automatically
Responses
---------
{
"mType": "iqrfEmbedOs_Sleep",
"data": {
"msgId": "EmbedOsSleep",
"rsp": {
"nAdr": 1,
"hwpId": 17410,
"rCode": 0,
"dpaVal": 74,
"result": {}
},
"status": 0,
"insId": "iqdgw01-02420bd3bf4ecc60"
}
}
{
"mType": "iqrfSensor_ReadSensorsWithTypes",
"data": {
"msgId": "Temperature",
"rsp": {
"nAdr": 1,
"hwpId": 17410,
"rCode": 0,
"dpaVal": 74,
"result": {
"sensors": [
{
"id": "TEMPERATURE",
"type": 1,
"name": "Temperature",
"shortName": "T",
"value": 25.5,
"unit": "°C",
"decimalPlaces": 4
}
]
}
},
"insId": "iqdgw01-02420bd3bf4ecc60",
"statusStr": "ok",
"status": 0
}
}
9) Alternative to polling at 7), IQRF Standard FRC with sleeping, getting values every 3 minutes, sent by gateway's scheduler automatically
Request
-------
{
"mType": "iqrfSensor_Enumerate",
"data": {
"msgId": "testEmbedSensor",
"req": {
"nAdr": 1,
"param": {}
},
"returnVerbose": true
}
}
Response
--------
{
"mType": "iqrfSensor_Enumerate",
"data": {
"msgId": "testEmbedSensor",
"rsp": {
"nAdr": 1,
"hwpId": 17410,
"rCode": 0,
"dpaVal": 76,
"result": {
"sensors": [
{
"id": "TEMPERATURE",
"type": 1,
"name": "Temperature",
"shortName": "T",
"unit": "°C",
"decimalPlaces": 4,
"frcs": [
144,
224
]
},
{
"id": "BINARYDATA7",
"type": 129,
"name": "Binary data7",
"shortName": "bin7",
"unit": "?",
"decimalPlaces": 0,
"frcs": [
16,
144
],
"breakdown": [
{
"id": "BINARYDATA7",
"type": 129,
"name": "Light indicator",
"shortName": "light",
"unit": "%",
"decimalPlaces": 1
}
]
},
{
"id": "BINARYDATA7",
"type": 129,
"name": "Binary data7",
"shortName": "bin7",
"unit": "?",
"decimalPlaces": 0,
"frcs": [
16,
144
],
"breakdown": [
{
"id": "BINARYDATA7",
"type": 129,
"name": "Potentiometer",
"shortName": "pot",
"unit": "%",
"decimalPlaces": 1
}
]
}
]
}
},
"raw": [
{
"request": "01.00.5e.3e.ff.ff",
"requestTs": "2020-05-06T20:53:47.210+00:00",
"confirmation": "01.00.5e.3e.ff.ff.ff.00.02.08.02",
"confirmationTs": "2020-05-06T20:53:47.235+00:00",
"response": "01.00.5e.be.02.44.00.4c.01.81.81",
"responseTs": "2020-05-06T20:53:47.571+00:00"
}
],
"insId": "iqdgw01-02420bd3bf4ecc60",
"statusStr": "ok",
"status": 0
}
}
Request
-------
{
"mType": "mngScheduler_AddTask",
"data": {
"msgId": "SchedulerAdd",
"req": {
"clientId": "SchedulerMessaging",
"task": [
{
"messaging": "MqttMessaging",
"message": {
"mType": "iqrfSensor_Frc",
"data": {
"msgId": "EmbedSensors",
"req": {
"nAdr": 0,
"param": {
"sensorType": 1,
"sensorIndex": 0,
"frcCommand": 144,
"selectedNodes": [
1
],
"sleepAfterFrc": {
"time": 81,
"control": 0
},
"getExtraResult": true,
"extFormat": true
}
},
"returnVerbose": true
}
}
}
],
"timeSpec": {
"cronTime": [
"0",
"*/3",
"*",
"*",
"*",
"*",
"*"
],
"periodic": false,
"period": 0,
"exactTime": false,
"startTime": ""
},
"persist": true
},
"returnVerbose": true
}
}
Response
--------
{
"mType": "mngScheduler_AddTask",
"data": {
"msgId": "SchedulerAdd",
"rsp": {
"clientId": "SchedulerMessaging",
"taskId": 1404007846
},
"insId": "iqdgw01-02420bd3bf4ecc60",
"statusStr": "ok",
"status": 0
}
}