TTN Smart Sensor (Slscorp)

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function decodeUplink(input) { var data = Parse_Receive_MIB(input.bytes); return { data: data, warnings: [], errors: [] }; } var loraparameter = { OnGetMeterDataCallback: function(data) { data.notification = 'meterdata'; return LoraTrapGet(data); }, OnGetMeterTrapCallback: function(data) { data.notification = 'metertrap'; return LoraTrapGet(data); }, OnGetJoinIntervalCallback: function(data) { data.notification = 'joinIntervalTrap'; return LoraTrapGet(data); }, OnGetEEPEraseCallback: function(data) { data.notification = 'EepEraseTrap'; return LoraTrapGet(data); }, OnGetEnableDisableADRCallback: function(data) { data.notification = 'EnableDisableADR'; return LoraTrapGet(data); }, OnGetCombinedCommissioningCallback: function(data) { data.notification = 'CombinedCommissioning'; return LoraTrapGet(data); }, OnGetLDRCountCallback: function(data) { data.notification = 'LDRCount'; return LoraTrapGet(data); }, OnSetNodeRFPropertyCallback: function(data) { data.notification = 'noderfproperty'; return LoraTrapGet(data); }, OnGetNodeRFPropertyCallback: function(data) { data.notification = 'noderfproperty'; return LoraTrapGet(data); }, }; var G_APP_PORTDATA = { LightOnOff: { GetRequest: '10', GetResponse: '11', SetRequest: '12', }, BrightnessLevel: { GetRequest: '13', GetResponse: '14', SetRequest: '15', }, DeviceProperty: { GetRequest: '0d', GetResponse: '0e', }, MeterDataUplink: { GetRequest: '57', GetResponse: '58', }, MeterDataTrap: { Get: '00' }, LoraRFProperty: { GetRequest: '04', SetRequest: '06', GetResponse: '05', SetResponse: '07' }, GetSetJoinInterval: { SetRequest: '40', GetRequest: '3e', GetResponse: '3f', SetResponse: '41' }, EpromErase: { SetRequest: '5d', SetResponse: '5e' }, EnableDisableADR: { SetRequest: '28', GetRequest: '26', GetResponse: '27', SetResponse: '29' }, CombinedCommissioning: { SetRequest: '38', GetRequest: '36', GetResponse: '37', SetResponse: '39' }, LDRCount: { GetRequest: '69', GetResponse: '6a', } }; function LoraTrapGet(trap) { var data = {}; if (trap.notification == "meterdata") { data = {}; data.dimmer = trap.data.DimmingValue; data.power = trap.data.Power; data.energy = trap.data.Energy; data.powerfactor = trap.data.PowerFactor; data.irms = trap.data.IRMS; data.vrms = trap.data.VRMS; return data; } else if (trap.notification == "metertrap") { data = {}; data.dimmer = trap.data.DimmingValue; data.power = trap.data.Power; data.energy = trap.data.Energy; data.powerfactor = trap.data.PowerFactor; data.irms = trap.data.IRMS; data.vrms = trap.data.VRMS; data.temperature = trap.data.Temperature; return data; } else if (trap.notification == "joinIntervalTrap") { data = {}; data.joinacceptuplinkinterval = trap.data.joinacceptuplinkinterval; return data; } else if (trap.notification == "EepEraseTrap") { data = {}; data.epromerase = trap.data.epromerase; return data; } else if (trap.notification == "EnableDisableADR") { data = {}; data.adaptivedatarate = trap.data.adaptivedatarate; return data; } else if (trap.notification == "CombinedCommissioning") { data = {}; data = trap.data; return data; } else if (trap.notification == "LDRCount") { data = {}; data.adccount = trap.data.ADCCount; return data; } else if (trap.notification == "noderfproperty") { data = {}; data.TransmitPower = trap.data.TransmitPower; data.DataRate = trap.data.DataRate; return data; } } var Parse_Receive_MIB = function(response) { var hexString = byteArraytoHexString(response); return iot_mib_for_nodeV2(response, hexString); } function iot_mib_for_nodeV2(rx_buffer, hexString) { var dd = parseInt(G_APP_PORTDATA.GetSetJoinInterval.GetResponse, 16); if (rx_buffer[0] == parseInt(G_APP_PORTDATA.MeterDataUplink.GetResponse, 16)) { return notify_meter_properties(rx_buffer, hexString); } else if (rx_buffer[0] == parseInt(G_APP_PORTDATA.MeterDataTrap.Get, 16)) { return notify_metertrap(rx_buffer, hexString); } else if ((rx_buffer[0] == parseInt(G_APP_PORTDATA.LoraRFProperty.GetResponse, 16)) || (rx_buffer[0] == parseInt(G_APP_PORTDATA.LoraRFProperty.SetResponse, 16))) { return notify_rf_node_properties(rx_buffer, hexString); } else if ((rx_buffer[0] == parseInt(G_APP_PORTDATA.GetSetJoinInterval.GetResponse, 16)) || rx_buffer[0] == parseInt(G_APP_PORTDATA.GetSetJoinInterval.SetResponse, 16)) { return notify_joinReqInterval_properties(rx_buffer, hexString); } else if (rx_buffer[0] == parseInt(G_APP_PORTDATA.EpromErase.SetResponse, 16)) { return notify_eepRomErase_properties(rx_buffer, hexString); } else if ((rx_buffer[0] == parseInt(G_APP_PORTDATA.EnableDisableADR.GetResponse, 16)) || rx_buffer[0] == parseInt(G_APP_PORTDATA.EnableDisableADR.SetResponse, 16)) { return notify_EnableDisableADR_properties(rx_buffer, hexString); } else if ((rx_buffer[0] == parseInt(G_APP_PORTDATA.CombinedCommissioning.GetResponse, 16)) || rx_buffer[0] == parseInt(G_APP_PORTDATA.CombinedCommissioning.SetResponse, 16)) { return notify_CombinedCommissioning_properties(rx_buffer, hexString); } else if (rx_buffer[0] == parseInt(G_APP_PORTDATA.LDRCount.GetResponse, 16)) { return notify_LDRCount_properties(rx_buffer, hexString); } } function map_to_property(data) { if (data.type == "get_meter_properties") { return loraparameter.OnGetMeterDataCallback(data.data); } else if (data.type == "get_metertrap") { return loraparameter.OnGetMeterTrapCallback(data.data); } else if (data.type == "get_joinReqInterval_properties") { return loraparameter.OnGetJoinIntervalCallback(data.data); } else if (data.type == "get_eepRomErase_properties") { return loraparameter.OnGetEEPEraseCallback(data.data); } else if (data.type == "get_EnableDisableADR_properties") { return loraparameter.OnGetEnableDisableADRCallback(data.data); } else if (data.type == "get_CombinedCommissioning_properties") { return loraparameter.OnGetCombinedCommissioningCallback(data.data); } else if (data.type == "get_LDRCount_properties") { return loraparameter.OnGetLDRCountCallback(data.data); } else if (data.type == "get_node_rf_properties") { return loraparameter.OnSetNodeRFPropertyCallback(data.data); } } function notify_metertrap(rx_buffer, hexString) { shifter = 1; var payload = { type: 'get_metertrap', data: { data: "" } }; payload.data.data = []; var data = { DimmingValue: null, Power: null, Energy: null, PowerFactor: null, IRMS: null, VRMS: null, Temperature: null } var byteValues = JSON.parse(JSON.stringify(hexString)); var data_array = Array.from(byteValues); var appport = takeHexvaluebyBytes(data_array, 1); data.DimmingValue = (parseInt(takeHexvaluebyBytes(data_array, 1)) / 2.5).toString(); data.Power = parseInt(takeHexvaluebyBytes(data_array, 2)).toString(); data.Energy = (parseInt(takeHexvaluebyBytes(data_array, 3)) / 1000).toString(); data.PowerFactor = (parseInt(takeHexvaluebyBytes(data_array, 2)) / 1000).toString(); data.IRMS = (parseInt(takeHexvaluebyBytes(data_array, 2)) / 1000).toString(); data.VRMS = (parseInt(takeHexvaluebyBytes(data_array, 4)) / 1000).toString(); data.Temperature = parseInt(takeHexvaluebyBytes(data_array, 1)).toString(); payload.data.data = data; return map_to_property(payload); } function notify_meter_properties(rx_buffer, hexString) { shifter = 1; var payload = { type: 'get_meter_properties', data: { type: "lora_trap", data: "" } }; payload.data.data = []; payload.type = 'get_meter_properties'; var data = { DimmingValue: null, Power: null, Energy: null, PowerFactor: null, IRMS: null, VRMS: null } var byteValues = JSON.parse(JSON.stringify(hexString)); var data_array = Array.from(byteValues); var appport = takeHexvaluebyBytes(data_array, 1); data.DimmingValue = (parseInt(takeHexvaluebyBytes(data_array, 1)) / 2.5).toString(); data.Power = parseInt(takeHexvaluebyBytes(data_array, 2)).toString(); data.Energy = (parseInt(takeHexvaluebyBytes(data_array, 3)) / 1000).toString(); data.PowerFactor = (parseInt(takeHexvaluebyBytes(data_array, 2)) / 1000).toString(); data.IRMS = (parseInt(takeHexvaluebyBytes(data_array, 2)) / 1000).toString(); data.VRMS = (parseInt(takeHexvaluebyBytes(data_array, 4)) / 1000).toString(); payload.data.data = data; return map_to_property(payload); } function notify_rf_node_properties(iot_buffer, hexString) { var payload = { type: 'get_node_rf_properties', data: { type: "lora_trap", data: "" } }; payload.data.data = []; var data = { TransmitPower: '', DataRate: '' } var byteValues = JSON.parse(JSON.stringify(hexString)); var data_array = Array.from(byteValues); var appport = takeHexvaluebyBytes(data_array, 1); data.TransmitPower = parseInt(takeHexvaluebyBytes(data_array, 1)).toString(); data.DataRate = parseInt(takeHexvaluebyBytes(data_array, 1)).toString(); payload.data.data = data; return map_to_property(payload); } function notify_joinReqInterval_properties(iot_buffer, hexString) { var payload = { type: 'get_joinReqInterval_properties', data: { type: "lora_trap", data: "" } }; payload.data.data = []; var data = { joinacceptuplinkinterval: '' } var byteValues = JSON.parse(JSON.stringify(hexString)); var data_array = Array.from(byteValues); var appport = takeHexvaluebyBytes(data_array, 1); data.joinacceptuplinkinterval = parseInt(takeHexvaluebyBytes(data_array, 2)).toString(); payload.data.data = data; return map_to_property(payload); } function notify_eepRomErase_properties(iot_buffer, hexString) { var payload = { type: 'get_eepRomErase_properties', data: { type: "lora_trap", data: "" } }; payload.data.data = []; var data = { epromerase: '' } var byteValues = JSON.parse(JSON.stringify(hexString)); var data_array = Array.from(byteValues); var appport = takeHexvaluebyBytes(data_array, 1); data.epromerase = parseInt(takeHexvaluebyBytes(data_array, 1)); payload.data.data = data; return map_to_property(payload); } function notify_EnableDisableADR_properties(iot_buffer, hexString) { var payload = { type: 'get_EnableDisableADR_properties', data: { type: "lora_trap", data: "" } }; payload.data.data = []; var data = { adaptivedatarate: '' } var byteValues = JSON.parse(JSON.stringify(hexString)); var data_array = Array.from(byteValues); var appport = takeHexvaluebyBytes(data_array, 1); data.adaptivedatarate = parseInt(takeHexvaluebyBytes(data_array, 1)); payload.data.data = data; return map_to_property(payload); } function notify_CombinedCommissioning_properties(rx_buffer, hexString) { var payload = { type: 'get_CombinedCommissioning_properties', data: { type: "lora_trap", data: "" } }; payload.data.data = []; var data = { lat: null, long: null, operationmode: null, device_mode: null, alarmmask: null, highvoltagealarmthreshold: null, lowvoltagealarmthreshold: null, highcurrentalarmthreshold: null, lowcurrentalarmthreshold: null, lowpowerfactoralarmthreshold: null, maxlightburnhouralarmthreshold: null, temperaturealarmthreshold: null, timezone: null, } var byteValues = JSON.parse(JSON.stringify(hexString)); var data_array = Array.from(byteValues); var appport = takeHexvaluebyBytes(data_array, 1); data.lat = parseInt(takeHexvaluebyBytes(data_array, 4)); data.long = parseInt(takeHexvaluebyBytes(data_array, 4)); data.operationmode = parseInt(takeHexvaluebyBytes(data_array, 1)); data.device_mode = parseInt(takeHexvaluebyBytes(data_array, 1)); data.timezone = parseInt(takeHexvaluebyBytes(data_array, 4)); data.alarmmask = parseInt(takeHexvaluebyBytes(data_array, 2)); data.highvoltagealarmthreshold = parseInt(takeHexvaluebyBytes(data_array, 2)); data.lowvoltagealarmthreshold = parseInt(takeHexvaluebyBytes(data_array, 2)); data.highcurrentalarmthreshold = parseInt(takeHexvaluebyBytes(data_array, 2)); data.lowcurrentalarmthreshold = parseInt(takeHexvaluebyBytes(data_array, 2)); data.lowpowerfactoralarmthreshold = parseInt(takeHexvaluebyBytes(data_array, 1)); data.maxlightburnhouralarmthreshold = parseInt(takeHexvaluebyBytes(data_array, 2)); data.temperaturealarmthreshold = parseInt(takeHexvaluebyBytes(data_array, 1)); payload.data.data = data; return map_to_property(payload); } function notify_LDRCount_properties(rx_buffer, hexString) { var payload = { type: 'get_LDRCount_properties', data: { type: "lora_trap", data: "" } }; payload.data.data = []; var data = { ADCCount: null } var byteValues = JSON.parse(JSON.stringify(hexString)); var data_array = Array.from(byteValues); var appport = takeHexvaluebyBytes(data_array, 1); data.ADCCount = parseInt(takeHexvaluebyBytes(data_array, 2)); payload.data.data = data; return map_to_property(payload); } function decimalToHexString(number) { if (number < 0) { number = 0xFFFFFFFF + number + 1; } return number.toString(16).toUpperCase(); } function byteArraytoHexString(response) { var result = ""; response.forEach(element => { var r = decimalToHexString(element); if (r.length <= 1) { r = '0' + r; } result += r; }); return result; } function takeHexvaluebyBytes(data, byte) { var result = ""; for (let index = 0; index < byte; index++) { result += data.shift(); result += data.shift(); } var r = parseInt(result, 16); return r; }