TEKTELIC - Seal

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function parsePayload(e) { var t = {}, n = [], s = [], a = (function e(t) { for (var n = [], s = 0; s < t.length; s++) n.push(255 & _(t[s])); return n; })(e.bytes); (t.payload = x(a).toUpperCase()), (t.port = e.fPort), 101 === e.fPort && (n = [ { key: [], fn: function (e) { for (var n = e.length, s = [], a = []; e.length > 0; ) { var r = e[0], i = e[1]; if (((e = e.slice(2)), i > 0)) { for (var d = 0; d < i; d++) s.push("0x" + e[d].toString(16)); (e = e.slice(i)), a.push( i + " Invalid write command(s) from DL:" + r + " for register(s): " + s ); } else a.push("All write commands from DL:" + r + "were successfull"); s = []; } return (t.response = a), n; }, }, ]), 10 === e.fPort && (n = [ { key: [0, 211], fn: function (e) { return (t.battery_lifetime_pct = b(e, 1, 7, 0, "unsigned")), 1; }, }, { key: [0, 189], fn: function (e) { return (t.battery_lifetime_dys = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [0, 133], fn: function (e) { return ( t.hasOwnProperty("utc") || (t.utc = {}), (t.utc.year_utc = b(e, 4, 31, 26, "unsigned")), (t.utc.month_utc = b(e, 4, 25, 22, "unsigned")), (t.utc.day_utc = b(e, 4, 21, 17, "unsigned")), (t.utc.hour_utc = b(e, 4, 16, 12, "unsigned")), (t.utc.minute_utc = b(e, 4, 11, 6, "unsigned")), (t.utc.second_utc = b(e, 4, 5, 0, "unsigned")), 4 ); }, }, { key: [0, 136], fn: function (e) { return ( t.hasOwnProperty("coordinates") || (t.coordinates = {}), (t.coordinates.latitude = ( 1072883606e-14 * b(e, 8, 63, 40, "signed") ).toFixed(7)), (t.coordinates.longitude = ( 2145767212e-14 * b(e, 8, 39, 16, "signed") ).toFixed(7)), (t.coordinates.altitude = ( 0.144958496 * b(e, 8, 15, 0, "unsigned") + -500 ).toFixed(2)), 8 ); }, }, { key: [0, 146], fn: function (e) { return ( (t.ground_speed = (0.27778 * b(e, 1, 7, 0, "unsigned")).toFixed( 3 )), 1 ); }, }, { key: [0, 0], fn: function (e) { return (t.gnss_fix = b(e, 1, 7, 0, "unsigned")), 1; }, }, { key: [0, 149], fn: function (e) { t.hasOwnProperty("gnss_status") || (t.gnss_status = {}); var n = b(e, 1, 1, 0, "unsigned"); switch (n) { case 0: t.gnss_status.gnss_status_dz0 = "Unknown"; break; case 1: t.gnss_status.gnss_status_dz0 = "Inside"; break; case 2: t.gnss_status.gnss_status_dz0 = "Outside"; break; default: t.gnss_status.gnss_status_dz0 = "Invalid"; } var n = b(e, 1, 3, 2, "unsigned"); switch (n) { case 0: t.gnss_status.gnss_status_dz1 = "Unknown"; break; case 1: t.gnss_status.gnss_status_dz1 = "Inside"; break; case 2: t.gnss_status.gnss_status_dz1 = "Outside"; break; default: t.gnss_status.gnss_status_dz1 = "Invalid"; } var n = b(e, 1, 5, 4, "unsigned"); switch (n) { case 0: t.gnss_status.gnss_status_dz2 = "Unknown"; break; case 1: t.gnss_status.gnss_status_dz2 = "Inside"; break; case 2: t.gnss_status.gnss_status_dz2 = "Outside"; break; default: t.gnss_status.gnss_status_dz2 = "Invalid"; } var n = b(e, 1, 7, 6, "unsigned"); switch (n) { case 0: t.gnss_status.gnss_status_dz3 = "Unknown"; break; case 1: t.gnss_status.gnss_status_dz3 = "Inside"; break; case 2: t.gnss_status.gnss_status_dz3 = "Outside"; break; default: t.gnss_status.gnss_status_dz3 = "Invalid"; } return 1; }, }, { key: [1, 149], fn: function (e) { t.hasOwnProperty("ble_status") || (t.ble_status = {}); var n = b(e, 1, 1, 0, "unsigned"); switch (n) { case 0: t.ble_status.ble_status_dz0 = "Unknown"; break; case 1: t.ble_status.ble_status_dz0 = "Inside"; break; case 2: t.ble_status.ble_status_dz0 = "Outside"; break; case 3: t.ble_status.ble_status_dz0 = "Near"; break; default: t.ble_status.ble_status_dz0 = "Invalid"; } var n = b(e, 1, 3, 2, "unsigned"); switch (n) { case 0: t.ble_status.ble_status_dz1 = "Unknown"; break; case 1: t.ble_status.ble_status_dz1 = "Inside"; break; case 2: t.ble_status.ble_status_dz1 = "Outside"; break; case 3: t.ble_status.ble_status_dz1 = "Near"; break; default: t.ble_status.ble_status_dz1 = "Invalid"; } var n = b(e, 1, 5, 4, "unsigned"); switch (n) { case 0: t.ble_status.ble_status_dz2 = "Unknown"; break; case 1: t.ble_status.ble_status_dz2 = "Inside"; break; case 2: t.ble_status.ble_status_dz2 = "Outside"; break; case 3: t.ble_status.ble_status_dz2 = "Near"; break; default: t.ble_status.ble_status_dz2 = "Invalid"; } var n = b(e, 1, 7, 6, "unsigned"); switch (n) { case 0: t.ble_status.ble_status_dz3 = "Unknown"; break; case 1: t.ble_status.ble_status_dz3 = "Inside"; break; case 2: t.ble_status.ble_status_dz3 = "Outside"; break; case 3: t.ble_status.ble_status_dz3 = "Near"; break; default: t.ble_status.ble_status_dz3 = "Invalid"; } return 1; }, }, { key: [0, 115], fn: function (e) { return ( (t.barometric_pressure = ( 0.1 * b(e, 2, 15, 0, "unsigned") ).toFixed(1)), 2 ); }, }, { key: [0, 116], fn: function (e) { return ( (t.cal_barometric_pressure = ( 0.1 * b(e, 2, 15, 0, "unsigned") ).toFixed(1)), 2 ); }, }, { key: [0, 113], fn: function (e) { return ( t.hasOwnProperty("acceleration_vector") || (t.acceleration_vector = {}), (t.acceleration_vector.acceleration_x = ( 0.001 * b(e, 6, 47, 32, "signed") ).toFixed(3)), (t.acceleration_vector.acceleration_y = ( 0.001 * b(e, 6, 31, 16, "signed") ).toFixed(3)), (t.acceleration_vector.acceleration_z = ( 0.001 * b(e, 6, 15, 0, "signed") ).toFixed(3)), 6 ); }, }, { key: [0, 103], fn: function (e) { return ( (t.temperature = (0.1 * b(e, 2, 15, 0, "signed")).toFixed(1)), 2 ); }, }, { key: [2, 149], fn: function (e) { t.hasOwnProperty("safety_status") || (t.safety_status = {}); var n = b(e, 1, 0, 0, "unsigned"); switch (n) { case 0: t.safety_status.safety_status_eb = "Inactive"; break; case 1: t.safety_status.safety_status_eb = "Active"; break; default: t.safety_status.safety_status_eb = "Invalid"; } var n = b(e, 1, 1, 1, "unsigned"); switch (n) { case 0: t.safety_status.safety_status_fall = "Fall Cleared"; break; case 1: t.safety_status.safety_status_fall = "Active"; break; default: t.safety_status.safety_status_fall = "Invalid"; } var n = b(e, 1, 2, 2, "unsigned"); switch (n) { case 0: t.safety_status.safety_status_sh = "Off"; break; case 1: t.safety_status.safety_status_sh = "On"; break; default: t.safety_status.safety_status_sh = "Invalid"; } var n = b(e, 1, 3, 3, "unsigned"); switch (n) { case 0: t.safety_status.safety_status_ear = "Inactive"; break; case 1: t.safety_status.safety_status_ear = "Active"; break; default: t.safety_status.safety_status_ear = "Invalid"; } var n = b(e, 1, 4, 4, "unsigned"); switch (n) { case 0: t.safety_status.safety_status_pressure = "Inactive"; break; case 1: t.safety_status.safety_status_pressure = "Active"; break; default: t.safety_status.safety_status_pressure = "Invalid"; } return 1; }, }, ]), 25 === e.fPort && (n = [ { key: [10], fn: function (e) { t.hasOwnProperty("ble_1") || (t.ble_1 = {}); for (var n = [], s = e.length / 7, a = 0; a < s; a++) { var r = {}; (r.id_01 = b(e, 7, 55, 8, "hexstring")), (r.rssi_01 = b(e, 7, 7, 0, "signed")), n.push(r), (e = e.slice(7)); } return (t.ble_1 = n), 7 * s; }, }, { key: [176], fn: function (e) { t.hasOwnProperty("ble_2") || (t.ble_2 = {}); for (var n = [], s = e.length / 7, a = 0; a < s; a++) { var r = {}; (r.id_02 = b(e, 7, 55, 8, "hexstring")), (r.rssi_02 = b(e, 7, 7, 0, "signed")), n.push(r), (e = e.slice(7)); } return (t.ble_2 = n), 7 * s; }, }, { key: [177], fn: function (e) { t.hasOwnProperty("ble_3") || (t.ble_3 = {}); for (var n = [], s = e.length / 7, a = 0; a < s; a++) { var r = {}; (r.id_03 = b(e, 7, 55, 8, "hexstring")), (r.rssi_03 = b(e, 7, 7, 0, "signed")), n.push(r), (e = e.slice(7)); } return (t.ble_3 = n), 7 * s; }, }, { key: [178], fn: function (e) { t.hasOwnProperty("ble_4") || (t.ble_4 = {}); for (var n = [], s = e.length / 7, a = 0; a < s; a++) { var r = {}; (r.id_04 = b(e, 7, 55, 8, "hexstring")), (r.rssi_04 = b(e, 7, 7, 0, "signed")), n.push(r), (e = e.slice(7)); } return (t.ble_4 = n), 7 * s; }, }, { key: [179], fn: function (e) { t.hasOwnProperty("ble_5") || (t.ble_5 = {}); for (var n = [], s = e.length / 7, a = 0; a < s; a++) { var r = {}; (r.id_05 = b(e, 7, 55, 8, "hexstring")), (r.rssi_05 = b(e, 7, 7, 0, "signed")), n.push(r), (e = e.slice(7)); } return (t.ble_5 = n), 7 * s; }, }, ]), 100 === e.fPort && (n = [ { key: [16], fn: function (e) { var n = b(e, 2, 15, 15, "unsigned"); switch (n) { case 0: t.join_mode = "ABP"; break; case 1: t.join_mode = "OTAA"; break; default: t.join_mode = "Invalid"; } return 2; }, }, { key: [17], fn: function (e) { t.hasOwnProperty("loramac_opts") || (t.loramac_opts = {}); var n = b(e, 2, 3, 3, "unsigned"); switch (n) { case 0: t.loramac_opts.loramac_adr = "Disable"; break; case 1: t.loramac_opts.loramac_adr = "Enable"; break; default: t.loramac_opts.loramac_adr = "Invalid"; } var n = b(e, 2, 2, 2, "unsigned"); switch (n) { case 0: t.loramac_opts.loramac_duty_cycle = "Disable"; break; case 1: t.loramac_opts.loramac_duty_cycle = "Enable"; break; default: t.loramac_opts.loramac_duty_cycle = "Invalid"; } var n = b(e, 2, 1, 1, "unsigned"); switch (n) { case 0: t.loramac_opts.loramac_ul_type = "Private"; break; case 1: t.loramac_opts.loramac_ul_type = "Public"; break; default: t.loramac_opts.loramac_ul_type = "Invalid"; } var n = b(e, 2, 0, 0, "unsigned"); switch (n) { case 0: t.loramac_opts.loramac_confirmed = "Unconfirmed"; break; case 1: t.loramac_opts.loramac_confirmed = "Confirmed"; break; default: t.loramac_opts.loramac_confirmed = "Invalid"; } return 2; }, }, { key: [18], fn: function (e) { return ( t.hasOwnProperty("loramac_dr_tx") || (t.loramac_dr_tx = {}), (t.loramac_dr_tx.loramac_default_dr = b(e, 2, 11, 8, "unsigned")), (t.loramac_dr_tx.loramac_default_tx_pwr = b( e, 2, 3, 0, "unsigned" )), 2 ); }, }, { key: [19], fn: function (e) { return ( t.hasOwnProperty("loramac_rx2") || (t.loramac_rx2 = {}), (t.loramac_rx2.loramac_rx2_freq = b(e, 5, 39, 8, "unsigned")), (t.loramac_rx2.loramac_rx2_dr = b(e, 5, 7, 0, "unsigned")), 5 ); }, }, { key: [32], fn: function (e) { return (t.seconds_per_core_tick = b(e, 4, 31, 0, "unsigned")), 4; }, }, { key: [33], fn: function (e) { return (t.ticks_battery = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [34], fn: function (e) { return (t.ticks_normal_state = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [35], fn: function (e) { return (t.ticks_emergency_state = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [36], fn: function (e) { return (t.ticks_accelerometer = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [37], fn: function (e) { return (t.ticks_temperature = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [38], fn: function (e) { return ( (t.ticks_safety_status_normal = b(e, 2, 15, 0, "unsigned")), 2 ); }, }, { key: [39], fn: function (e) { return (t.ticks_pressure = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [40], fn: function (e) { return ( t.hasOwnProperty("eb_active_buzz_config") || (t.eb_active_buzz_config = {}), (t.eb_active_buzz_config.eb_buzz_active_on_time = ( 0.1 * b(e, 3, 23, 16, "unsigned") ).toFixed(1)), (t.eb_active_buzz_config.eb_buzz_active_off_time = ( 0.1 * b(e, 3, 15, 8, "unsigned") ).toFixed(1)), (t.eb_active_buzz_config.eb_buzz_active_num_on_offs = b( e, 3, 7, 0, "unsigned" )), 3 ); }, }, { key: [41], fn: function (e) { return ( t.hasOwnProperty("eb_inactive_buzz_config") || (t.eb_inactive_buzz_config = {}), (t.eb_inactive_buzz_config.eb_buzz_inactive_on_time = ( 0.1 * b(e, 3, 23, 16, "unsigned") ).toFixed(1)), (t.eb_inactive_buzz_config.eb_buzz_inactive_off_time = ( 0.1 * b(e, 3, 15, 8, "unsigned") ).toFixed(1)), (t.eb_inactive_buzz_config.eb_buzz_inactive_num_on_offs = b( e, 3, 7, 0, "unsigned" )), 3 ); }, }, { key: [44], fn: function (e) { return (t.sh_debounce_interval = b(e, 1, 7, 0, "unsigned")), 1; }, }, { key: [45], fn: function (e) { return ( t.hasOwnProperty("sh_buzz_config") || (t.sh_buzz_config = {}), (t.sh_buzz_config.sh_buzz_when_to = b(e, 5, 33, 32, "hexstring")), (t.sh_buzz_config.sh_buzz_on_time = ( 0.1 * b(e, 5, 31, 24, "unsigned") ).toFixed(1)), (t.sh_buzz_config.sh_buzz_off_time = ( 0.1 * b(e, 5, 23, 16, "unsigned") ).toFixed(1)), (t.sh_buzz_config.sh_buzz_num_on_offs = b( e, 5, 15, 8, "unsigned" )), (t.sh_buzz_config.sh_buzz_period = ( 0.1 * b(e, 5, 7, 0, "unsigned") ).toFixed(1)), 5 ); }, }, { key: [48], fn: function (e) { var n = b(e, 1, 7, 7, "unsigned"); switch (n) { case 0: t.gnss_receiver = "Disabled"; break; case 1: t.gnss_receiver = "Enabled"; break; default: t.gnss_receiver = "Invalid"; } return 1; }, }, { key: [49], fn: function (e) { t.hasOwnProperty("gnss_report_options") || (t.gnss_report_options = {}); var n = b(e, 1, 2, 2, "unsigned"); switch (n) { case 0: t.gnss_report_options.gnss_dz_status_report = "Disabled"; break; case 1: t.gnss_report_options.gnss_dz_status_report = "Enabled"; break; default: t.gnss_report_options.gnss_dz_status_report = "Invalid"; } var n = b(e, 1, 1, 1, "unsigned"); switch (n) { case 0: t.gnss_report_options.gnss_ground_speed_report = "Disabled"; break; case 1: t.gnss_report_options.gnss_ground_speed_report = "Enabled"; break; default: t.gnss_report_options.gnss_ground_speed_report = "Invalid"; } var n = b(e, 1, 0, 0, "unsigned"); switch (n) { case 0: t.gnss_report_options.gnss_utc_coordinates_report = "Disabled"; break; case 1: t.gnss_report_options.gnss_utc_coordinates_report = "Enabled"; break; default: t.gnss_report_options.gnss_utc_coordinates_report = "Invalid"; } return 1; }, }, { key: [50], fn: function (e) { return ( t.hasOwnProperty("gnss_dz0") || (t.gnss_dz0 = {}), (t.gnss_dz0.gnss_dz0_latitude = ( 1072883606e-14 * b(e, 8, 63, 40, "signed") ).toFixed(7)), (t.gnss_dz0.gnss_dz0_longitude = ( 2145767212e-14 * b(e, 8, 39, 16, "signed") ).toFixed(7)), (t.gnss_dz0.gnss_dz0_radius = ( 10 * b(e, 8, 15, 0, "signed") ).toFixed(1)), 8 ); }, }, { key: [51], fn: function (e) { return ( t.hasOwnProperty("gnss_dz1") || (t.gnss_dz1 = {}), (t.gnss_dz1.gnss_dz1_latitude = ( 1072883606e-14 * b(e, 8, 63, 40, "signed") ).toFixed(7)), (t.gnss_dz1.gnss_dz1_longitude = ( 2145767212e-14 * b(e, 8, 39, 16, "signed") ).toFixed(7)), (t.gnss_dz1.gnss_dz1_radius = ( 10 * b(e, 8, 15, 0, "signed") ).toFixed(1)), 8 ); }, }, { key: [52], fn: function (e) { return ( t.hasOwnProperty("gnss_dz2") || (t.gnss_dz2 = {}), (t.gnss_dz2.gnss_dz2_latitude = ( 1072883606e-14 * b(e, 8, 63, 40, "signed") ).toFixed(7)), (t.gnss_dz2.gnss_dz2_longitude = ( 2145767212e-14 * b(e, 8, 39, 16, "signed") ).toFixed(7)), (t.gnss_dz2.gnss_dz2_radius = ( 10 * b(e, 8, 15, 0, "signed") ).toFixed(1)), 8 ); }, }, { key: [53], fn: function (e) { return ( t.hasOwnProperty("gnss_dz3") || (t.gnss_dz3 = {}), (t.gnss_dz3.gnss_dz3_latitude = ( 1072883606e-14 * b(e, 8, 63, 40, "signed") ).toFixed(7)), (t.gnss_dz3.gnss_dz3_longitude = ( 2145767212e-14 * b(e, 8, 39, 16, "signed") ).toFixed(7)), (t.gnss_dz3.gnss_dz3_radius = ( 10 * b(e, 8, 15, 0, "signed") ).toFixed(1)), 8 ); }, }, { key: [54], fn: function (e) { t.hasOwnProperty("gnss_diagnostics_tx") || (t.gnss_diagnostics_tx = {}); var n = b(e, 1, 0, 0, "unsigned"); switch (n) { case 0: t.gnss_diagnostics_tx.num_of_sats = "Disabled"; break; case 1: t.gnss_diagnostics_tx.num_of_sats = "Enabled"; break; default: t.gnss_diagnostics_tx.num_of_sats = "Invalid"; } var n = b(e, 1, 1, 1, "unsigned"); switch (n) { case 0: t.gnss_diagnostics_tx.avg_sat_snr = "Disabled"; break; case 1: t.gnss_diagnostics_tx.avg_sat_snr = "Enabled"; break; default: t.gnss_diagnostics_tx.avg_sat_snr = "Invalid"; } var n = b(e, 1, 2, 2, "unsigned"); switch (n) { case 0: t.gnss_diagnostics_tx.reported_fix_type = "Disabled"; break; case 1: t.gnss_diagnostics_tx.reported_fix_type = "Enabled"; break; default: t.gnss_diagnostics_tx.reported_fix_type = "Invalid"; } var n = b(e, 1, 3, 3, "unsigned"); switch (n) { case 0: t.gnss_diagnostics_tx.time_to_reported_fix = "Disabled"; break; case 1: t.gnss_diagnostics_tx.time_to_reported_fix = "Enabled"; break; default: t.gnss_diagnostics_tx.time_to_reported_fix = "Invalid"; } var n = b(e, 1, 4, 4, "unsigned"); switch (n) { case 0: t.gnss_diagnostics_tx.fix_log_num = "Disabled"; break; case 1: t.gnss_diagnostics_tx.fix_log_num = "Enabled"; break; default: t.gnss_diagnostics_tx.fix_log_num = "Invalid"; } var n = b(e, 1, 5, 5, "unsigned"); switch (n) { case 0: t.gnss_diagnostics_tx.fix_acc_and_num_fixes_report = "Disabled"; break; case 1: t.gnss_diagnostics_tx.fix_acc_and_num_fixes_report = "Enabled"; break; default: t.gnss_diagnostics_tx.fix_acc_and_num_fixes_report = "Invalid"; } return 1; }, }, { key: [56], fn: function (e) { t.hasOwnProperty("emergency_state_trigger") || (t.emergency_state_trigger = {}); var n = b(e, 1, 1, 1, "unsigned"); switch (n) { case 0: t.emergency_state_trigger.emergency_trigger_by_ble_dz = "Disabled"; break; case 1: t.emergency_state_trigger.emergency_trigger_by_ble_dz = "Enabled"; break; default: t.emergency_state_trigger.emergency_trigger_by_ble_dz = "Invalid"; } var n = b(e, 1, 0, 0, "unsigned"); switch (n) { case 0: t.emergency_state_trigger.emergency_trigger_by_gnss_dz = "Disabled"; break; case 1: t.emergency_state_trigger.emergency_trigger_by_gnss_dz = "Enabled"; break; default: t.emergency_state_trigger.emergency_trigger_by_gnss_dz = "Invalid"; } return 1; }, }, { key: [57], fn: function (e) { return ( t.hasOwnProperty("emergency_state_led_config") || (t.emergency_state_led_config = {}), (t.emergency_state_led_config.emergency_led_on_time = ( 0.01 * b(e, 4, 31, 24, "unsigned") ).toFixed(2)), (t.emergency_state_led_config.emergency_led_off_time = ( 0.01 * b(e, 4, 23, 16, "unsigned") ).toFixed(2)), (t.emergency_state_led_config.emergency_led_num_on_offs = b( e, 4, 15, 8, "unsigned" )), (t.emergency_state_led_config.emergency_led_period = ( 0.1 * b(e, 4, 7, 0, "unsigned") ).toFixed(1)), 4 ); }, }, { key: [59], fn: function (e) { return (t.seconds_pressure_sample = b(e, 1, 5, 0, "unsigned")), 1; }, }, { key: [60], fn: function (e) { var n = b(e, 2, 15, 0, "unsigned"); switch (n) { case 0: t.calibration_reference_pressure = "Disabled"; break; case 1: t.calibration_reference_pressure = "Enabled"; break; default: t.calibration_reference_pressure = "Invalid"; } return 2; }, }, { key: [61], fn: function (e) { return ( (t.pressure_threshold_max = b(e, 4, 31, 16, "unsigned")), (t.pressure_threshold_min = b(e, 4, 15, 0, "unsigned")), 4 ); }, }, { key: [65], fn: function (e) { t.hasOwnProperty("accelerometer_sensitivity") || (t.accelerometer_sensitivity = {}); var n = b(e, 1, 5, 4, "unsigned"); switch (n) { case 0: t.accelerometer_sensitivity.accelerometer_measurement_range = "+/-2g"; break; case 1: t.accelerometer_sensitivity.accelerometer_measurement_range = "+/-4 g"; break; case 2: t.accelerometer_sensitivity.accelerometer_measurement_range = "+/-8 g"; break; case 3: t.accelerometer_sensitivity.accelerometer_measurement_range = "+/-6 g"; break; default: t.accelerometer_sensitivity.accelerometer_measurement_range = "Invalid"; } var n = b(e, 1, 2, 0, "unsigned"); switch (n) { case 1: t.accelerometer_sensitivity.accelerometer_sample_rate = "1 Hz"; break; case 2: t.accelerometer_sensitivity.accelerometer_sample_rate = "10 Hz"; break; case 3: t.accelerometer_sensitivity.accelerometer_sample_rate = "25 Hz"; break; case 4: t.accelerometer_sensitivity.accelerometer_sample_rate = "50 Hz"; break; case 5: t.accelerometer_sensitivity.accelerometer_sample_rate = "100 Hz"; break; case 6: t.accelerometer_sensitivity.accelerometer_sample_rate = "200 Hz"; break; case 7: t.accelerometer_sensitivity.accelerometer_sample_rate = "400 Hz"; break; default: t.accelerometer_sensitivity.accelerometer_sample_rate = "Invalid"; } return 1; }, }, { key: [66], fn: function (e) { return ( (t.sleep_acceleration_threshold = ( 0.001 * b(e, 2, 15, 0, "unsigned") ).toFixed(3)), 2 ); }, }, { key: [67], fn: function (e) { return (t.timeout_to_sleep = b(e, 1, 7, 0, "unsigned")), 1; }, }, { key: [72], fn: function (e) { return ( t.hasOwnProperty("free_fall") || (t.free_fall = {}), (t.free_fall.free_fall_acceleration_threshold = ( 0.001 * b(e, 4, 31, 16, "unsigned") ).toFixed(3)), (t.free_fall.free_fall_acceleration_interval = ( 0.001 * b(e, 4, 15, 0, "unsigned") ).toFixed(3)), 4 ); }, }, { key: [73], fn: function (e) { return ( t.hasOwnProperty("impact") || (t.impact = {}), (t.impact.impact_threshold = ( 0.001 * b(e, 4, 31, 16, "unsigned") ).toFixed(3)), (t.impact.impact_blackout_duration = ( 0.001 * b(e, 4, 15, 0, "unsigned") ).toFixed(3)), 4 ); }, }, { key: [74], fn: function (e) { return ( t.hasOwnProperty("torpidity") || (t.torpidity = {}), (t.torpidity.torpidity_threshold = ( 0.001 * b(e, 3, 23, 8, "unsigned") ).toFixed(3)), (t.torpidity.torpidity_interval = ( 0.001 * b(e, 3, 7, 0, "unsigned") ).toFixed(3)), 3 ); }, }, { key: [80], fn: function (e) { t.hasOwnProperty("ble_mode") || (t.ble_mode = {}); var n = b(e, 1, 7, 7, "unsigned"); switch (n) { case 0: t.ble_mode.ble_avg_mode = "Disabled"; break; case 1: t.ble_mode.ble_avg_mode = "Enabled"; break; default: t.ble_mode.ble_avg_mode = "Invalid"; } var n = b(e, 1, 6, 6, "unsigned"); switch (n) { case 0: t.ble_mode.ble_dz_status_report = "Disabled"; break; case 1: t.ble_mode.ble_dz_status_report = "Enabled"; break; default: t.ble_mode.ble_dz_status_report = "Invalid"; } return ( (t.ble_mode.ble_num_reported_devices = b(e, 1, 5, 0, "unsigned")), 1 ); }, }, { key: [81], fn: function (e) { return ( (t.ble_scan_duration_periodic = b(e, 1, 7, 0, "unsigned")), 1 ); }, }, { key: [82], fn: function (e) { return (t.ble_scan_interval = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [83], fn: function (e) { return (t.ble_scan_window = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [84], fn: function (e) { return ( t.hasOwnProperty("ble_range0") || (t.ble_range0 = {}), (t.ble_range0.ble_range0_bd_addr_oui = b( e, 9, 71, 48, "hexstring" )), (t.ble_range0.ble_range0_bd_addr_start = b( e, 9, 47, 24, "hexstring" )), (t.ble_range0.ble_range0_bd_addr_end = b( e, 9, 23, 0, "hexstring" )), 9 ); }, }, { key: [85], fn: function (e) { return ( t.hasOwnProperty("ble_range1") || (t.ble_range1 = {}), (t.ble_range1.ble_range1_bd_addr_oui = b( e, 9, 71, 48, "hexstring" )), (t.ble_range1.ble_range1_bd_addr_start = b( e, 9, 47, 24, "hexstring" )), (t.ble_range1.ble_range1_bd_addr_end = b( e, 9, 23, 0, "hexstring" )), 9 ); }, }, { key: [86], fn: function (e) { return ( t.hasOwnProperty("ble_range2") || (t.ble_range2 = {}), (t.ble_range2.ble_range2_bd_addr_oui = b( e, 9, 71, 48, "hexstring" )), (t.ble_range2.ble_range2_bd_addr_start = b( e, 9, 47, 24, "hexstring" )), (t.ble_range2.ble_range2_bd_addr_end = b( e, 9, 23, 0, "hexstring" )), 9 ); }, }, { key: [87], fn: function (e) { return ( t.hasOwnProperty("ble_range3") || (t.ble_range3 = {}), (t.ble_range3.ble_range3_bd_addr_oui = b( e, 9, 71, 48, "hexstring" )), (t.ble_range3.ble_range3_bd_addr_start = b( e, 9, 47, 24, "hexstring" )), (t.ble_range3.ble_range3_bd_addr_end = b( e, 9, 23, 0, "hexstring" )), 9 ); }, }, { key: [88], fn: function (e) { return ( t.hasOwnProperty("ble_dz0") || (t.ble_dz0 = {}), (t.ble_dz0.ble_dz0_bd_addr = b(e, 7, 55, 8, "hexstring")), (t.ble_dz0.ble_dz0_rssi = b(e, 7, 7, 0, "signed")), 7 ); }, }, { key: [89], fn: function (e) { return ( t.hasOwnProperty("ble_dz1") || (t.ble_dz1 = {}), (t.ble_dz1.ble_dz1_bd_addr = b(e, 7, 55, 8, "hexstring")), (t.ble_dz1.ble_dz1_rssi = b(e, 7, 7, 0, "signed")), 7 ); }, }, { key: [90], fn: function (e) { return ( t.hasOwnProperty("ble_dz2") || (t.ble_dz2 = {}), (t.ble_dz2.ble_dz2_bd_addr = b(e, 7, 55, 8, "hexstring")), (t.ble_dz2.ble_dz2_rssi = b(e, 7, 7, 0, "signed")), 7 ); }, }, { key: [91], fn: function (e) { return ( t.hasOwnProperty("ble_dz3") || (t.ble_dz3 = {}), (t.ble_dz3.ble_dz3_bd_addr = b(e, 7, 55, 8, "hexstring")), (t.ble_dz3.ble_dz3_rssi = b(e, 7, 7, 0, "signed")), 7 ); }, }, { key: [104], fn: function (e) { t.hasOwnProperty("battery_report_options") || (t.battery_report_options = {}); var n = b(e, 1, 2, 2, "unsigned"); switch (n) { case 0: t.battery_report_options.battery_lifetime_dys_report = "Disabled"; break; case 1: t.battery_report_options.battery_lifetime_dys_report = "Enabled"; break; default: t.battery_report_options.battery_lifetime_dys_report = "Invalid"; } var n = b(e, 1, 1, 1, "unsigned"); switch (n) { case 0: t.battery_report_options.battery_lifetime_pct_report = "Disabled"; break; case 1: t.battery_report_options.battery_lifetime_pct_report = "Enabled"; break; default: t.battery_report_options.battery_lifetime_pct_report = "Invalid"; } return 1; }, }, { key: [105], fn: function (e) { t.hasOwnProperty("low_battery_threshold") || (t.low_battery_threshold = {}); var n = b(e, 2, 15, 14, "unsigned"); switch (n) { case 1: t.low_battery_threshold.low_battery_threshold_type = "Percentage"; break; case 2: t.low_battery_threshold.low_battery_threshold_type = "Days"; break; default: t.low_battery_threshold.low_battery_threshold_type = "Invalid"; } return ( (t.low_battery_threshold.low_battery_threshold_value = b( e, 2, 13, 0, "unsigned" )), 2 ); }, }, { key: [106], fn: function (e) { return ( t.hasOwnProperty("low_battery_led_config") || (t.low_battery_led_config = {}), (t.low_battery_led_config.low_battery_led_on_time = ( 0.01 * b(e, 4, 31, 24, "unsigned") ).toFixed(2)), (t.low_battery_led_config.low_battery_led_off_time = ( 0.01 * b(e, 4, 23, 16, "unsigned") ).toFixed(2)), (t.low_battery_led_config.low_battery_led_num_on_offs = b( e, 4, 15, 8, "unsigned" )), (t.low_battery_led_config.low_battery_led_period = b( e, 4, 7, 0, "unsigned" )), 4 ); }, }, { key: [107], fn: function (e) { return (t.avg_energy_trend_window = b(e, 1, 7, 0, "unsigned")), 1; }, }, { key: [108], fn: function (e) { return (t.buzzer_disable_timeout = b(e, 1, 7, 0, "unsigned")), 1; }, }, { key: [111], fn: function (e) { return (t.resp_format = b(e, 1, 7, 0, "unsigned")), 1; }, }, { key: [113], fn: function (e) { t.hasOwnProperty("metadata") || (t.metadata = {}), (t.metadata.app_ver_major = b(e, 7, 55, 48, "unsigned")), (t.metadata.app_ver_minor = b(e, 7, 47, 40, "unsigned")), (t.metadata.app_ver_revision = b(e, 7, 39, 32, "unsigned")), (t.metadata.loramac_ver_major = b(e, 7, 31, 24, "unsigned")), (t.metadata.loramac_ver_minor = b(e, 7, 23, 16, "unsigned")), (t.metadata.loramac_ver_revision = b(e, 7, 15, 8, "unsigned")); var n = b(e, 7, 7, 0, "unsigned"); switch (n) { case 0: t.metadata.lorawan_region_id = "EU868"; break; case 1: t.metadata.lorawan_region_id = "US916"; break; case 2: t.metadata.lorawan_region_id = "AS923"; break; case 3: t.metadata.lorawan_region_id = "AU915"; break; case 4: t.metadata.lorawan_region_id = "IN865"; break; case 5: t.metadata.lorawan_region_id = "CN470"; break; case 6: t.metadata.lorawan_region_id = "KR920"; break; case 7: t.metadata.lorawan_region_id = "RU864"; break; default: t.metadata.lorawan_region_id = "Invalid"; } return 7; }, }, ]), 16 === e.fPort && (n = [ { key: [13, 60], fn: function (e) { return (t.num_satellites = b(e, 1, 7, 0, "unsigned")), 1; }, }, { key: [13, 100], fn: function (e) { return (t.avg_satellite_snr = 0.1 * b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [13, 149], fn: function (e) { var n = b(e, 1, 1, 0, "unsigned"); switch (n) { case 0: t.fix_type = "No fix available"; break; case 2: t.fix_type = "2D fix"; break; case 3: t.fix_type = "3D Fix"; break; default: t.fix_type = "Invalid"; } return 1; }, }, { key: [13, 150], fn: function (e) { return (t.time_to_fix = b(e, 2, 15, 0, "unsigned")), 2; }, }, { key: [13, 151], fn: function (e) { return ( t.hasOwnProperty("fix_accuracy") || (t.fix_accuracy = {}), (t.fix_accuracy.gnss_vertical_accuracy = b( e, 4, 31, 16, "unsigned" ).toFixed(2)), (t.fix_accuracy.gnss_horizontal_accuracy = b( e, 4, 15, 0, "unsigned" ).toFixed(2)), 4 ); }, }, { key: [13, 152], fn: function (e) { return ( (t.ground_speed_accuracy = ( 0.001 * b(e, 4, 31, 0, "unsigned") ).toFixed(3)), 4 ); }, }, { key: [13, 153], fn: function (e) { return (t.num_of_fixes = b(e, 1, 7, 0, "unsigned")), 1; }, }, { key: [13, 15], fn: function (e) { return (t.log_num = b(e, 2, 15, 0, "unsigned")), 2; }, }, ]), 15 === e.fPort && (n = [ { key: [10], fn: function (e) { return ( t.hasOwnProperty("log_request_utc_type_a") || (t.log_request_utc_type_a = {}), (t.log_request_utc_type_a.year_0a = b(e, 5, 39, 34, "unsigned")), (t.log_request_utc_type_a.month_0a = b(e, 5, 33, 30, "unsigned")), (t.log_request_utc_type_a.day_0a = b(e, 5, 29, 25, "unsigned")), (t.log_request_utc_type_a.hour_0a = b(e, 5, 24, 20, "unsigned")), (t.log_request_utc_type_a.minute_0a = b( e, 5, 19, 14, "unsigned" )), (t.log_request_utc_type_a.second_0a = b(e, 5, 13, 8, "unsigned")), (t.log_request_utc_type_a.number_0a = b(e, 5, 7, 0, "unsigned")), 5 ); }, }, { key: [11], fn: function (e) { return ( t.hasOwnProperty("log_request_utc_type_b") || (t.log_request_utc_type_b = {}), (t.log_request_utc_type_b.number_0b = b(e, 1, 7, 0, "unsigned")), 1 ); }, }, { key: [1], fn: function (e) { return ( t.hasOwnProperty("log_utc") || (t.log_utc = {}), (t.log_utc.fragment_number_1 = b(e, 5, 39, 32, "unsigned")), (t.log_utc.year_1 = b(e, 5, 31, 26, "unsigned")), (t.log_utc.month_1 = b(e, 5, 25, 22, "unsigned")), (t.log_utc.day_1 = b(e, 5, 21, 17, "unsigned")), (t.log_utc.hour_1 = b(e, 5, 16, 12, "unsigned")), (t.log_utc.minute_1 = b(e, 5, 11, 6, "unsigned")), (t.log_utc.second_1 = b(e, 5, 5, 0, "unsigned")), 5 ); }, }, { key: [2], fn: function (e) { return ( t.hasOwnProperty("log_coordinates") || (t.log_coordinates = {}), (t.log_coordinates.fragment_number_2 = b( e, 9, 71, 64, "unsigned" )), (t.log_coordinates.latitude_2 = ( 1072883606e-14 * b(e, 9, 63, 40, "signed") ).toFixed(7)), (t.log_coordinates.longitude_2 = ( 2145767212e-14 * b(e, 9, 39, 16, "signed") ).toFixed(7)), (t.log_coordinates.altitude_2 = ( 0.144958496 * b(e, 9, 15, 0, "signed") + -500 ).toFixed(3)), 9 ); }, }, { key: [3], fn: function (e) { t.hasOwnProperty("log_all") || (t.log_all = {}), (e = e.slice(1)); for (var n = [], s = e.length / 12, a = 0; a < s; a++) { var r = {}; (r.year_3 = b(e, 12, 95, 90, "unsigned")), (r.month_3 = b(e, 12, 89, 86, "unsigned")), (r.day_3 = b(e, 12, 85, 81, "unsigned")), (r.hour_3 = b(e, 12, 80, 76, "unsigned")), (r.minute_3 = b(e, 12, 75, 70, "unsigned")), (r.second_3 = b(e, 12, 69, 64, "unsigned")), (r.latitude_3 = ( 1072883606e-14 * b(e, 12, 63, 40, "signed") ).toFixed(7)), (r.longitude_3 = ( 2145767212e-14 * b(e, 12, 39, 16, "signed") ).toFixed(7)), (r.altitude_3 = ( 0.144958496 * b(e, 12, 15, 0, "signed") + -500 ).toFixed(3)), n.push(r), (e = e.slice(12)); } return (t.log_all = n), 12 * s; }, }, ]); try { for (var r = a.length; r > 0; ) { for (var i = !1, d = 0; d < n.length; d++) { var o = n[d], u = o.key, c = u.length, l = f(a, 0, c); if (y(l, u)) { var g = (0, o.fn)(f(a, c, a.length)) + c; (r -= g), (a = f(a, g, a.length)), (i = !0); break; } } if (!i) { s.push("Unable to decode header " + x(l).toUpperCase()); break; } } } catch ($) { s = "Fatal decoder error"; } function f(e, t, n) { for (var s = [], a = 0; a < n - t; a++) s[a] = e[t + a]; return s; } function b(e, t, n, s, a) { var r = e.slice(0, t); return n >= 8 * r.length || n < s ? null : (function e(t, n) { var s = 0; if ("unsigned" === n) { for (var a = 0; a < t.length; ++a) s = _(s << 8) | t[a]; return s; } if ("signed" === n) { for (var a = 0; a < t.length; ++a) s = (s << 8) | t[a]; return ( s > Math.pow(2, 8 * t.length - 1) && (s -= Math.pow(2, 8 * t.length)), s ); } return "bool" === n ? 0 !== t[0] : "hexstring" === n ? x(t) : null; })( (function e(t, n, s) { for ( var a = [], r = n - s + 1, i = Math.ceil(r / 8), d = 0, o = 0, u = 0; u < i; u++ ) { r > 8 ? ((o = (d = s) + 7), (s += 8), (r -= 8)) : ((o = (d = s) + r - 1), (r = 0)); var c = t.length - Math.ceil((d + 1) / 8), l = t.length - Math.ceil((o + 1) / 8), g = 0; if (l == c) { var $ = d % 8, f = 255 >> (8 - ((o % 8) - $ + 1)); (g = (t[l] >> $) & f), a.unshift(g); } else { var b = d % 8, _ = 255 >> (8 - (7 - b + 1)), y = (t[c] >> b) & _, x = 255 >> (8 - ((o % 8) - 0 + 1)); (g = y | (((t[l] >> 0) & x) << (7 - b + 1))), a.unshift(g); } } return a; })(r, n, s), a ); } function _(e) { return e >>> 0; } function y(e, t) { if (e.length != t.length) return !1; for (var n = 0; n != e.length; n++) if (e[n] != t[n]) return !1; return !0; } function x(e) { for (var t = [], n = 0; n < e.length; ++n) t.push(("0" + (255 & e[n]).toString(16)).slice(-2)); return t.join(" "); } var p = [], m = new Date().toISOString(); for (var u in t) if ("object" != typeof t[u] || Array.isArray(t[u])) p.push({ variable: u, value: t[u], time: m }); else for (var h in t[u]) p.push({ variable: `${u}_${h}`, value: t[u][h], time: m }); return ( s.length > 0 && p.push({ variable: "errors", value: s.join(", "), time: m }), p ); } const data = payload.find( (e) => "payload_raw" === e.variable || "payload" === e.variable || "data" === e.variable ), port = payload.find( (e) => "port" === e.variable || "fPort" === e.variable || "fport" === e.variable ); if (data) { let e = { bytes: Buffer.from(data.value, "hex"), fPort: port.value }; payload = parsePayload(e); }