TTN Smart Sensor (Hermann-Sewerin)

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function decodeUplink(e) { if (e) { if (e.bytes) { if (e.bytes.length < 52) { if ("number" == typeof e.fPort) { for (var t = {}, a = [], n = { 255: { name: "EvalABC", length: 7, data: function (e) { if (e && e.length == this.length) { var t = 255 == e[1] && 255 == e[2] ? "Measurement not available." : (e[1] << 8) + e[2], a = 255 == e[3] && 255 == e[4] ? "Measurement not available." : (e[3] << 8) + e[4], n = 255 == e[5] && 255 == e[6] ? "Measurement not available." : (e[5] << 8) + e[6]; this.data = { EvalABC_Noise: t, EvalABC_Frequency: a, EvalABC_Amplitude: n }, this.warnings = { EvalABC_Noise: h(t, 3e3) ? "EvalABC_Noise limit max: 3000 exceeded." : null, EvalABC_Frequency: h(a, 1e3) ? "EvalABC_Frequency limit max: 1000 exceeded." : null, EvalABC_Amplitude: h(n, 3e3) ? "EvalABC_Amplitude limit max: 3000 exceeded." : null }; } else this.warnings = { EvalABC: "Incorrect EvalABC length." }; }, warnings: {} }, 254: { name: "EvalA7Days", length: 15, data: function (e) { if (e && e.length == this.length) { var t = 255 == e[1] && 255 == e[2] ? "Measurement not available." : (e[1] << 8) + e[2], a = 255 == e[3] && 255 == e[4] ? "Measurement not available." : (e[3] << 8) + e[4], n = 255 == e[5] && 255 == e[6] ? "Measurement not available." : (e[5] << 8) + e[6], i = 255 == e[7] && 255 == e[8] ? "Measurement not available." : (e[7] << 8) + e[8], l = 255 == e[9] && 255 == e[10] ? "Measurement not available." : (e[9] << 8) + e[10], r = 255 == e[11] && 255 == e[12] ? "Measurement not available." : (e[11] << 8) + e[12], s = 255 == e[13] && 255 == e[14] ? "Measurement not available." : (e[13] << 8) + e[14]; this.data = { EvalA7Days_Noise_Today: t, EvalA7Days_Noise_Day_1: a, EvalA7Days_Noise_Day_2: n, EvalA7Days_Noise_Day_3: i, EvalA7Days_Noise_Day_4: l, EvalA7Days_Noise_Day_5: r, EvalA7Days_Noise_Day_6: s }, this.warnings = { EvalA7Days_Noise_Today: h(t, 3e3) ? "EvalA7Days_Noise_Today limit max: 3000 exceeded." : null, EvalA7Days_Noise_Day_1: h(a, 3e3) ? "EvalA7Days_Noise_Day_1 limit max: 3000 exceeded." : null, EvalA7Days_Noise_Day_2: h(n, 3e3) ? "EvalA7Days_Noise_Day_2 limit max: 3000 exceeded." : null, EvalA7Days_Noise_Day_3: h(i, 3e3) ? "EvalA7Days_Noise_Day_3 limit max: 3000 exceeded." : null, EvalA7Days_Noise_Day_4: h(l, 3e3) ? "EvalA7Days_Noise_Day_4 limit max: 3000 exceeded." : null, EvalA7Days_Noise_Day_5: h(r, 3e3) ? "EvalA7Days_Noise_Day_5 limit max: 3000 exceeded." : null, EvalA7Days_Noise_Day_6: h(s, 3e3) ? "EvalA7Days_Noise_Day_6 limit max: 3000 exceeded." : null }; } else this.warnings = { EvalA7Days: "Incorrect EvalA7Days length." }; }, warnings: {} }, 253: { name: "EvalABCMonth", length: 7, data: function (e) { if (e && e.length == this.length) { var t = 255 == e[1] && 255 == e[2] ? "Measurement not available." : (e[1] << 8) + e[2], a = 255 == e[3] && 255 == e[4] ? "Measurement not available." : (e[3] << 8) + e[4], n = 255 == e[5] && 255 == e[6] ? "Measurement not available." : (e[5] << 8) + e[6]; this.data = { EvalABCMonth_Noise: t, EvalABCMonth_Frequency: a, EvalABCMonth_Amplitude: n }, this.warnings = { EvalABCMonth_Noise: h(t, 3e3) ? "EvalABCMonth_Noise limit max: 3000 exceeded." : null, EvalABCMonth_Frequency: h(a, 1e3) ? "EvalABCMonth_Frequency limit max: 1000 exceeded." : null, EvalABCMonth_Amplitude: h(n, 3e3) ? "EvalABCMonth_Amplitude limit max: 3000 exceeded." : null }; } else this.warnings = { EvalABCMonth: "Incorrect EvalABCMonth length." }; }, warnings: {} }, 252: { name: "EvalNoise", length: 3, data: function (e) { if (e && e.length == this.length) { var t = 255 == e[1] && 255 == e[2] ? "Measurement not available." : (e[1] << 8) + e[2]; this.data = { EvalNoise: t }, this.warnings = { EvalNoise: h(t, 3e3) ? "EvalNoise limit max: 3000 exceeded." : null }; } else this.warnings = { EvalNoise: "Incorrect EvalNoise length." }; }, warnings: {} }, 251: { name: "EvalFrequency", length: 3, data: function (e) { if (e && e.length == this.length) { var t = 255 == e[1] && 255 == e[2] ? "Measurement not available." : (e[1] << 8) + e[2]; this.data = { EvalFrequency: t }, this.warnings = { EvalFrequency: h(t, 1e3) ? "EvalFrequency limit max: 1000 exceeded." : null }; } else this.warnings = { EvalFrequency: "Incorrect EvalFrequency length." }; }, warnings: {} }, 250: { name: "EvalAmplitude", length: 3, data: function (e) { if (e && e.length == this.length) { var t = 255 == e[1] && 255 == e[2] ? "Measurement not available." : (e[1] << 8) + e[2]; this.data = { EvalAmplitude: t }, this.warnings = { EvalAmplitude: h(t, 3e3) ? "EvalAmplitude limit max: 3000 exceeded." : null }; } else this.warnings = { EvalAmplitude: "Incorrect EvalAmplitude length." }; }, warnings: {} }, 249: { name: "ActEvalNoise", length: 3, data: function (e) { if (e && e.length == this.length) { var t = 255 == e[1] && 255 == e[2] ? "Measurement not available." : (e[1] << 8) + e[2]; this.data = { ActEvalNoise: t }, this.warnings = { ActEvalNoise: h(t, 3e3) ? "ActEvalNoise limit max: 3000 exceeded." : null }; } else this.warnings = { ActEvalNoise: "Incorrect ActEvalNoise length." }; }, warnings: {} }, 248: { name: "FAB", length: 5, data: function (e) { if (e && e.length == this.length) { var t = String(e[1]).padStart(3, "0"), a = String(e[2]).padStart(2, "0"), n = String((e[3] << 8) + e[4]).padStart(6, "0"); this.data = { FAB: t + " " + a + " " + n }, this.warnings = { FAB: g(n, 1) ? "Incorrect FAB number." : null }; } else this.warnings = { FAB: "Incorrect FAB length." }; }, warnings: {} }, 247: { name: "DeviceNr", length: 3, data: function (e) { e && e.length == this.length ? this.data = { DeviceNr: (e[1] << 8) + e[2] } : this.warnings = { DeviceNr: "Incorrect DeviceNr length." }; }, warnings: {} }, 246: { name: "DevState", length: 5, data: function (e) { if (e && e.length == this.length) { var t = ((e[1] << 24) + (e[2] << 16) + (e[3] << 8) + e[4]).toString(16).padStart(8, "0"); this.data = { DevState: t }; } else this.warnings = { DevState: "Incorrect DevState length." }; }, warnings: {} }, 245: { name: "MeasTime", length: 8, data: function (e) { if (e && e.length == this.length) { var t = (((e[1] << 8) + e[2] & 65520) >> 4).toString(), a = ((e[1] << 8) + e[2] & 15).toString().padStart(2, "0"), n = e[3].toString().padStart(2, "0"), i = (((e[4] << 16) + (e[5] << 8) + e[6] & 16515072) >> 18).toString().padStart(2, "0"), l = (((e[4] << 16) + (e[5] << 8) + e[6] & 258048) >> 12).toString().padStart(2, "0"), r = new Date(t, a - 1, n, i, l), s = ((e[4] << 16) + (e[5] << 8) + e[6] & 4095).toString(), o = e[7].toString(); this.data = { MeasTime: n + "/" + a + "/" + t + " - " + i + ":" + l + "; Duration: " + s + " min.; Counter = " + o }, this.warnings = { MeasTime_Date: m(t, a - 1, n, i, l) ? r >= new Date(2e3, 0, 1, 0, 0) ? r <= new Date ? null : "MeasTime date max exceeded." : "MeasTime date min exceeded." : "MeasTime date format inncorect.", MeasTime_Duration: g(s, 1) ? "MeasTime duration limit min: 1 exceeded." : h(s, 1439) ? "MeasTime duration limit max: 1439 exceeded." : null }; } else this.warnings = { MeasTime: "Incorrect MeasTime length." }; }, warnings: {} }, 244: { name: "MeasTimeExt", length: 11, data: function (e) { if (e && e.length == this.length) { var t = ((e[1] << 8) + e[2]).toString(), a = e[3].toString().padStart(2, "0"), n = e[4].toString().padStart(2, "0"), i = e[5].toString().padStart(2, "0"), l = e[6].toString().padStart(2, "0"), r = new Date(t, a - 1, n, i, l), s = ((e[7] << 8) + e[8]).toString(), o = ((e[9] << 8) + e[10]).toString(); this.data = { MeasTimeExt: n + "/" + a + "/" + t + " - " + i + ":" + l + "; Duration: " + s + " min.; Counter = " + o }, this.warnings = { MeasTimeExt_Date: m(t, a - 1, n, i, l) ? r >= new Date(2e3, 0, 1, 0, 0) ? r <= new Date ? null : "MeasTimeExt date max exceeded." : "MeasTimeExt date min exceeded." : "MeasTimeExt date format inncorect.", MeasTimeExt_Duration: g(s, 1) ? "MeasTimeExt duration limit min: 1 exceeded." : h(s, 1439) ? "MeasTimeExt duration limit max: 1439 exceeded." : null }; } else this.warnings = { MeasTimeExt: "Incorrect MeasTimeExt length." }; }, warnings: {} }, 243: { name: "BattCap", length: 2, data: function (e) { if (e && e.length == this.length) { var t = e[1].toString(); this.data = { BattCap: t + " %" }, this.warnings = { BattCap: h(t, 100) ? "BattCap limit max: 100 % exceeded." : null }; } else this.warnings = { BattCap: "Incorrect BattCap length." }; }, warnings: {} }, 242: { name: "TimeStamp", length: 7, data: function (e) { if (e && e.length == this.length) { var t = ((e[1] << 8) + e[2]).toString(), a = e[3].toString().padStart(2, "0"), n = e[4].toString().padStart(2, "0"), i = e[5].toString().padStart(2, "0"), l = e[6].toString().padStart(2, "0"), r = new Date(t, a - 1, n, i, l); this.data = { TimeStamp: n + "/" + a + "/" + t + " - " + i + ":" + l + ";" }, this.warnings = { TimeStamp: m(t, a - 1, n, i, l) ? r >= new Date(2e3, 0, 1, 0, 0) ? r <= new Date ? null : "TimeStamp date max exceeded." : "TimeStamp date min exceeded." : "TimeStamp date format inncorect." }; } else this.warnings = { TimeStamp: "Incorrect TimeStamp length." }; }, warnings: {} }, 241: { name: "Error", length: 3, data: function (e) { if (e && e.length == this.length) { var t = (e[1] << 8) + e[2]; this.data = { Error: t }; } else this.warnings = { Error: "Incorrect Error length." }; }, warnings: {} }, 240: { name: "Temp", length: 2, data: function (e) { if (e && e.length == this.length) { var t = e[1] > 128 ? e[1] - 256 : e[1]; this.data = { Temp: t.toString() + " ℃" }, this.warnings = { Temp: g(t, -40) ? "Temp limit min: -40 ℃ exceeded." : h(t, 85) ? "Temp limit max: 85 ℃ exceeded." : null }; } else this.warnings = { Temp: "Incorrect Temp length." }; }, warnings: {} }, 239: { name: "Sensity", length: 2, data: function (e) { if (e && e.length == this.length) { var t = 2 * (e[1] > 128 ? e[1] - 256 : e[1]); this.data = { Sensity: t.toString() + " dBm" }, this.warnings = { Sensity: g(t, -127) ? "Sensity limit min: -127 dBm exceeded." : h(t, 0) ? "Sensity limit max: 0 dBm exceeded." : null }; } else this.warnings = { Sensity: "Incorrect Sensity length." }; }, warnings: {} }, 238: { name: "Sensor", length: 2, data: function (e) { if (e && e.length == this.length) { var t = 81 == e[1] ? "Noise" : 82 == e[1] ? "Pressure" : 84 == e[1] ? "Temperature" : "Unknown"; this.data = { Sensor: t }, this.warnings = { Sensor: 81 == e[1] || 82 == e[1] || 84 == e[1] ? null : "Sensor unknown." }; } else this.warnings = { Sensor: "Incorrect Sensor length." }; }, warnings: {} }, 237: { name: "Interval", length: 3, data: function (e) { if (e && e.length == this.length) { var t = (e[1] << 8) + e[2]; this.data = { Interval: t }, this.warnings = { Interval: g(t, 1) ? "Interval limit min: 1 exceeded." : h(t, 3600) ? "Interval limit max: 3600 exceeded." : null }; } else this.warnings = { Interval: "Incorrect Interval length." }; }, warnings: {} }, 236: { name: "DevEUI", length: 9, data: function (e) { if (e && e.length == this.length) { var t = e[1].toString(16).padStart(2, "0") + ":" + (e[2].toString(16).padStart(2, "0") + ":") + (e[3].toString(16).padStart(2, "0") + ":") + (e[4].toString(16).padStart(2, "0") + ":") + (e[5].toString(16).padStart(2, "0") + ":") + (e[6].toString(16).padStart(2, "0") + ":") + (e[7].toString(16).padStart(2, "0") + ":") + e[8].toString(16).padStart(2, "0"); this.data = { DevEUI: t }; } else this.warnings = { DevEUI: "Incorrect DevEUI length." }; }, warnings: {} }, 235: { name: "TelIdentExt", length: 6, data: function (e) { if (e && e.length == this.length) { var t = e[1].toString(16).padStart(2, "0") + ":" + (e[2].toString(16).padStart(2, "0") + ":") + (e[3].toString(16).padStart(2, "0") + ":") + (e[4].toString(16).padStart(2, "0") + ":") + e[5].toString(16).padStart(2, "0"); this.data = { TelIdentExt: t }; } else this.warnings = { TelIdentExt: "Incorrect TelIdentExt length." }; }, warnings: {} }, 234: { name: "BattVoltage", length: 2, data: function (e) { if (e && e.length == this.length) { var t = e[1] / 20; this.data = { BattVoltage: t.toString() + " V" }, this.warnings = { BattVoltage: h(t, 4) ? "BattVoltage limit max: 4 V exceeded." : null }; } else this.warnings = { BattVoltage: "Incorrect BattVoltage length." }; }, warnings: {} }, 233: { name: "BattVoltage1", length: 2, data: function (e) { if (e && e.length == this.length) { var t = e[1] / 20; this.data = { BattVoltage1: t.toString() + " V" }, this.warnings = { BattVoltage1: h(t, 4) ? "BattVoltage1 limit max: 4 V exceeded." : null }; } else this.warnings = { BattVoltage1: "Incorrect BattVoltage1 length." }; }, warnings: {} }, 232: { name: "BattVoltage2", length: 2, data: function (e) { if (e && e.length == this.length) { var t = e[1] / 20; this.data = { BattVoltage2: t.toString() + " V" }, this.warnings = { BattVoltage2: h(t, 4) ? "BattVoltage2 limit max: 4 V exceeded." : null }; } else this.warnings = { BattVoltage2: "Incorrect BattVoltage2 length." }; }, warnings: {} }, 231: { name: "Histo", length: 14, data: function (e) { if (e && e.length == this.length) { for (var t = "", a = 0; a < 13; a++) t += e[a + 1] / 2, a < 12 && (t += ":"); this.data = { Histo: t }, t = null; for (var n = 0; n < 13; n++) if (h(e[n + 1] / 2, 100)) { t = "Histo limit max: 100 % exceeded."; break; } this.warnings = { Histo: t }; } else this.warnings = { Histo: "Incorrect Histo length." }; }, warnings: {} }, 230: { name: "MsgLimitCounter", length: 3, data: function (e) { if (e && e.length == this.length) { var t = (e[1] << 8) + e[2]; this.data = { MsgLimitCounter: t }; } else this.warnings = { MsgLimitCounter: "Incorrect MsgLimitCounter length." }; }, warnings: {} }, 229: { name: "EvalABC3Days", length: 13, data: function (e) { if (e && e.length == this.length) { var t = (e[1] << 24) + (e[2] << 16) + (e[3] << 8) + e[4], a = (e[5] << 24) + (e[6] << 16) + (e[7] << 8) + e[8], n = (e[9] << 24) + (e[10] << 16) + (e[11] << 8) + e[12], i = -1 == t ? "Measurement not available." : (4293918720 & t) >> 20 & 4095, l = -1 == t ? "Measurement not available." : 4 * ((1044480 & t) >> 12) & 1023, r = -1 == t ? "Measurement not available." : 4095 & t, s = -1 == a ? "Measurement not available." : (4293918720 & a) >> 20 & 4095, o = -1 == a ? "Measurement not available." : 4 * ((1044480 & a) >> 12) & 1023, g = -1 == a ? "Measurement not available." : 4095 & a, m = -1 == n ? "Measurement not available." : (4293918720 & n) >> 20 & 4095, d = -1 == n ? "Measurement not available." : 4 * ((1044480 & n) >> 12) & 1023, u = -1 == n ? "Measurement not available." : 4095 & n; this.data = { EvalABC3Days_Noise: i, EvalABC3Days_Frequency: 48 == l || 52 == l ? 50 : l, EvalABC3Days_Amplitude: r, EvalABC3Days_Noise_1: s, EvalABC3Days_Frequency_1: 48 == o || 52 == o ? 50 : o, EvalABC3Days_Amplitude_1: g, EvalABC3Days_Noise_2: m, EvalABC3Days_Frequency_2: 48 == d || 52 == d ? 50 : d, EvalABC3Days_Amplitude_2: u }, this.warnings = { EvalABC3Days_Noise: h(i, 3e3) ? "EvalABC3Days_Noise limit max: 3000 exceeded." : null, EvalABC3Days_Frequency: h(l, 1e3) ? "EvalABC3Days_Frequency limit max: 1000 exceeded." : null, EvalABC3Days_Amplitude: h(r, 3e3) ? "EvalABC3Days_Amplitude limit max: 3000 exceeded." : null, EvalABC3Days_Noise_1: h(s, 3e3) ? "EvalABC3Days_Noise_1 limit max: 3000 exceeded." : null, EvalABC3Days_Frequency_1: h(o, 1e3) ? "EvalABC3Days_Frequency_1 limit max: 1000 exceeded." : null, EvalABC3Days_Amplitude_1: h(g, 3e3) ? "EvalABC3Days_Amplitude_1 limit max: 3000 exceeded." : null, EvalABC3Days_Noise_2: h(m, 3e3) ? "EvalABC3Days_Noise_2 limit max: 3000 exceeded." : null, EvalABC3Days_Frequency_2: h(d, 1e3) ? "EvalABC3Days_Frequency_2 limit max: 1000 exceeded." : null, EvalABC3Days_Amplitude_2: h(u, 3e3) ? "EvalABC3Days_Amplitude_2 limit max: 3000 exceeded." : null }; } else this.warnings = { EvalABC3Days: "Incorrect EvalABC3Days length." }; }, warnings: {} }, 225: { name: "ErrorMsg", length: 1, data: function (e) { this.data = { MessageTypeText: "Error" }; }, warnings: {} }, 224: { name: "TestMsg", length: 1, data: function (e) { this.data = { MessageTypeText: "Test" }; }, warnings: {} }, 208: { name: "Checksum", length: 3, payload: [], data: function (e) { e && e.length == this.length ? this.data = (e[1] << 8) + e[2] : this.warnings = { Checksum: "Incorrect Checksum length." }; }, correct: function (e, t) { return (e = [].concat(e)).splice([t], this.length), this.data == function (e, t) { var a, n, i = 0, l = 67601; e = "ascii" === t ? function (e) { var t = []; e = e.toUpperCase(); for (var a = 0; a < e.length; a++) t.push(e.charCodeAt(a)); return t; }(function (e) { e = Array.prototype.slice.call(e); for (var t = 0; t < e.length; t++) e[t] = ("0" + (255 & e[t]).toString(16)).slice(-2); return e.join(""); }(e)) : e; for (var r = 0; r < e.length; r++) { for (a = e[r] ^ i; (n = u(a)) < 8;) a ^= l << n; i = a >> 8; } return i; }(e, "ascii"); }, warnings: {} }, 192: { name: "Summary", length: 9, data: function (e) { if (e && e.length == this.length) { var t = 255 == e[1] && 255 == e[2] ? "Measurement not available." : (e[1] << 8) + e[2], a = 255 == e[3] && 255 == e[4] ? "Measurement not available." : (e[3] << 8) + e[4], n = 255 == e[5] && 255 == e[6] ? "Measurement not available." : (e[5] << 8) + e[6], i = e[7].toString(16), l = e[8].toString(); this.data = { Summary: t.toString() + "; " + a.toString() + "; " + n.toString() + "; 0x" + i + "; " + l + "%" }, this.warnings = { Summary_evalNoise: h(t, 3e3) ? "Summary evalNoise limit max: 3000 exceeded." : null, Summary_evalFrequency: h(a, 1e3) ? "Summary evalFrequency limit max: 1000 exceeded." : null, Summary_evalAmplitude: h(n, 3e3) ? "Summary evalAmplitude limit max: 3000 exceeded." : null, Summary_battCap: h(l, 100) ? "Summary battCap limit max: 100 % exceeded." : null }; } else this.warnings = { Summary: "Incorrect Summary length." }; }, warnings: {} }, 74: { name: "JoinedString", length: 6, data: function (e) { if (e && e.length == this.length) { var t = String.fromCharCode(parseInt(e[0], 10)) + String.fromCharCode(parseInt(e[1], 10)) + String.fromCharCode(parseInt(e[2], 10)) + String.fromCharCode(parseInt(e[3], 10)) + String.fromCharCode(parseInt(e[4], 10)) + String.fromCharCode(parseInt(e[5], 10)); this.data = { MessageTypeText: t }, this.warnings = { MessageTypeText: "JOINED" == t ? null : "JoinedString different than JOINED." }; } else this.warnings = { MessageTypeText: "Incorrect MessageTypeText length." }; }, warnings: {} } }, i = 0; i < e.bytes.length; i++) if (e.bytes[i] in n) { var l = Object.create(n[e.bytes[i]]), r = d(e.bytes, i, i + (l.length - 1)); if (r) { if (l.data(r), "Checksum" === l.name) { if (!l.correct(e.bytes, i)) return { errors: ["Incorrect Checksum."] }; } else { t = Object.assign(t, l.data); for (var s = Object.keys(l.warnings), o = 0; o < s.length; o++) s[o] in l.warnings && null != l.warnings[s[o]] && void 0 !== l.warnings[s[o]] && a.push(l.warnings[s[o]]); } i += l.length - 1; } else a.push("Incorrect payload length."), i += l.length - 1; } else a.push("Unknown identifier at position " + i + "."); return a && a.length > 0 ? { data: t, warnings: a } : { data: t }; } return { errors: ["Unknown Input.fPort."] }; } return { errors: ["Oversized Input.bytes."] }; } return { errors: ["Unknown Input.bytes."] }; } return { errors: ["Unknown Input."] }; function g(e, t) { return "Measurement not available." != e && e < t; } function h(e, t) { return "Measurement not available." != e && e > t; } function m(e, t, a, n, i) { var l = new Date(e, t, a, n, i); return l.getFullYear() == e && l.getMonth() == t && l.getDate() == a && l.getHours() == n && l.getMinutes() == i; } function d(e, t, a) { for (var n = []; t <= a;) { if (-1 === e.indexOf(e[t])) return !1; n.push(e[t]), t++; } return n; } function u(e) { for (var t = 0; 0 == (e >> t & 1) && t < 8;) t++; return t; } }