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# Status:
sudo systemctl status <service-name>
# Start / Stop / Restart
sudo systemctl start <service-name>
sudo systemctl stop <service-name>
sudo systemctl restart <service-name>
# Logs
sudo journalctl --no-pager -e -u <service-name>

{
  "0000000000000000-1": {
    "adr": true,
    "applicationID": "1",
    "applicationName": "default",
    "data": "AAMEAOQN1g==",
    "devEUI": "0000000000000000",
    "deviceName": "0000000000000000",
    "fCnt": 1,
    "fPort": 1,
    "object": {
      "temp": 22.8,
      "vBat": 3.542,
      "version": "v0.3.4"
    },
    "rxInfo": [
      {
        "gatewayID": "0000000000000000",
        "loRaSNR": 8.8,
        "location": {
          "altitude": 0,
          "latitude": 0,
          "longitude": 0
        },
        "name": "default",
        "rssi": -36,
        "uplinkID": "ce2e086a-d747-4813-9428-b7a4a45abcc8"
      }
    ],
    "txInfo": {
      "dr": 0,
      "frequency": 868300000
    }
  }
}

{
  "Register": {
    "100": {
      "Val": 0,
      "Type": 1,
      "UpdatedAt": "2020-02-07T13:44:03.39750918Z"
    }
  }
}

# The application stores persistent data at this path
dataDir: /mnt/ssd/var/data/lobaro-modbus-server/

# Chipstack configuration. Required to manage configured LoRaWAN devices.
chirpstack:
  server: http://localhost:8080
  broker: localhost
  appId: 1
  username: admin
  password: admin

# Modbus configuration. 
# <v1.2.0: Serial mode is fixed at: 8 Data bits, Even Parity, 1 Stop bit (8E1)
modbus:
  baud: 19200
  dataBits: 8 # since v1.2.0
  parity: "even" # no, even (default), odd - since v1.2.0
  stopBits: 1 # 1 (default), 1.5, 2 - since v1.2.0
  slaveId: 1
  port: /dev/ttyUSB0

# Mapping from LoRaWAN Sensors to Modbus Registers
mapping:
  # LoRaWAN Sensor parameters
  - devEUI: 0000000000000000
    appKey: 00000000000000000000000000000000
    # Chirpstack Device Profile to use. Includes the Payload Parser.
    devProfile: lobaro-environment
    devName: "name of device in chirpstack"
    # Register mapping for this device
    # One device can fill any number of registers.
    # The server will check for overlapping definitions on start.
    register:
        # Modbus Address (do NOT prefix with 0, else it's octal)
      - addr: 1
        # The value to be mapped.
        # Usually the value is taken from the Chirpstack Parser result JSON
        # and can be selected via JSON Path as handled by https://github.com/tidwall/gjson
        # There are some special values:
        # @age - age of last update in minutes (for any register of this device)
        # @now - Current time as Unix Timestamp
        value: "@age" # age of last update in minutes (for any register of this device)
        # Data type of the value. Default byte order is LittleEndian
        # Supported types are: int16, uint16 (more will come in future versions)
        type: int16
        # The value is only for messages on the specified port, 0 for "every". Default: 0
        port: 0
        # The register value is multiplied with the given factor, 0 is irgnored. Default: 1
        factor: 1

# The application stores persistent data at this path
dataDir: /mnt/ssd/var/data/lobaro-modbus-server/

# Chipstack configuration. Required to manage configured LoRaWAN devices.
chirpstack:
  server: http://localhost:8080
  broker: localhost
  appId: 1
  username: admin
  password: admin

# Modbus configuration. 
# <v1.2.0: Serial mode is fixed at: 8 Data bits, Even Parity, 1 Stop bit (8E1)
modbus:
  baud: 19200
  dataBits: 8 # since v1.2.0
  parity: "even" # no, even (default), odd - since v1.2.0
  stopBits: 1 # 1 (default), 1.5, 2 - since v1.2.0
  slaveId: 1
  port: /dev/ttyUSB0

# Mapping from LoRaWAN Sensors to Modbus Registers
mapping:
  # LoRaWAN Sensor parameters
  - devEUI: 0000000000000000
    appKey: 00000000000000000000000000000000
    # Chirpstack Device Profile to use. Includes the Payload Parser.
    devProfile: lobaro-environment
    devName: "name of device in chirpstack"
    # Register mapping for this device
    # One device can fill any number of registers.
    # The server will check for overlapping definitions on start.
    register:
        # Modbus Address (do NOT prefix with 0, else it's octal)
      - addr: 12
        #port: The1 value# to be mapped.
   status packet
     # Usually the value is taken from the Chirpstack Parser result JSON
  : "object.vBat"
        type: int16
      # and canfactor: be1000
 selected via JSON Path as handled- by https://github.com/tidwall/gjson
addr: 3
        port: #2
 There are some special values:
   value: "object.temperature"
    # @age - age oftype: lastint16
 update in minutes (for any register of thisfactor: device)10
      - addr: 4
  # @now - Current time as Unixport: Timestamp2
        value: "@age" # age of last update in minutes (for any register of this device)
 object.humidity"
        type: int16
        factor: 10
      - #addr: Data5
 type of the value. Default byte order isport: LittleEndian2
        # Supported types are: int16, uint16 (more will come in future versions)value: "object.pressure"
        type: int16
        typefactor: int1610
      - addr: 6
   # The value is only forport: messages2
 on the specified port, 0 for "every". Defaultvalue: "rxInfo.0.rssi"
        porttype: 0int16
      - addr: 7
    # The register value isport: multiplied2
 with the given factor, 0 is irgnored. Defaultvalue: 1"txInfo.dr"
        factortype: 1

    int16
	  - addr: 28
		port: 128
		value: "0x0102" # value to be sent port:as 1downlink, #either statusas packet
hex (prefixed with "0x") or    value: "object.vBat"
        type: int16
    base64 string
		type: downlink

  # A second device as example
  - devEUI: 0000000000000000
    appKey: 00000000000000000000000000000000
    factordevProfile: 1000lobaro-one-wire
      - addr: 3register:
      -  portaddr: 2100
        value: "object.temperature"
        type: int16@age" # age of last update in minutes (for any register of this device)
        factortype: 10int16
      - addr: 4101
        port: 2 1 # status packet
        value: "object.humidityvBat"
        type: int16
        factor: 101000
      - addr: 5102
        port: 2
        value: "object.sensors.0.pressuretemp"
        type: int16
        factor: 10
      - addr: 6103
        port: 2
        value: "rxInfo.0.rssi"
        type: int16
      - addr: 7104
        port: 2
        value: "txInfo.dr"
        type: int16
	      - addr: 8105
		port: 128
		value: "0x0102dGVzdF9kb3dubGluaw==" # value to be sent as downlink, either as hex (prefixed with "0x") or base64 string
		type: downlink

  # A second device as example
  - devEUI: 0000000000000000
	  - addr: 106
        type: downlink-var
     appKey: 00000000000000000000000000000000
  len: 5 devProfile:# lobaro-one-wire107-111

mapping:
    register:
      - addr: 1008
        valueport: "@age"128
 # age of last update in minutes (for any register of this device)
        type: int16
      - addr: 101value: "0x0102" # value to be sent as downlink, either as hex (prefixed with "0x") or base64 string
        port: 1 # status packet
        value: type: downlink

mapping:
	register:
	"object.vBat"
        type: int16
        factor: 1000
      - addr: 102
        port: 2
        value: "object.sensors.0.temp"
        type: int16
        factor: 10
      - addr: 103123
        porttype: 2downlink-var
        valuelen: "rxInfo.0.rssi"
    7 # storing in registers 124-130
    type: int16
      - addr: 104
        port: 2
        value: "txInfo.dr"
        type: int16
      - addr: 105
		port: 128
		value: "dGVzdF9kb3dubGluaw==" # value to be sent as downlink, either as hex (prefixed with "0x") or base64 string
		type: downlink

sudo vim /etc/dhcpcd.conf)
#auto eth0
#iface eth0 inet static
#    address 10.0.0.42/24
#    gateway 10.0.0.1

# RAK_eth0_IP
profile static_eth0
static ip_address=192.168.0.1/24
static routers=192.168.0.1

interface eth0
fallback static_eth0