Java Code Examples for com.eveningoutpost.dexdrip.Home#get_engineering_mode()

public static List<StatusItem> megaStatus() {
    if (indexed == null) loadIndex();
    GcmActivity.requestRollCall();
    // TODO sort data
    final boolean engineering = Home.get_engineering_mode();
    final boolean desert_sync = DesertSync.isEnabled();
    final String our_wifi_ssid = desert_sync ? wifiString() : "";
    final List<StatusItem> lf = new ArrayList<>();
    for (Map.Entry entry : indexed.entrySet()) {
        final RollCall rc = (RollCall) entry.getValue();
        // TODO refactor with stringbuilder
        lf.add(new StatusItem(rc.role + (desert_sync ? rc.getRemoteWifiIndicate(our_wifi_ssid) : "") + (engineering ? ("\n" + JoH.niceTimeSince(rc.last_seen) + " ago") : ""), rc.bestName() + (desert_sync ? rc.getRemoteIpStatus() : "") + (engineering && rc.batteryValid() ? ("\n" + rc.battery + "%") : "") + (engineering && rc.bridgeBatteryValid() ? (" " + rc.bridge_battery+"%") : "")));
    }

    Collections.sort(lf, new Comparator<StatusItem>() {
        public int compare(StatusItem left, StatusItem right) {
            int val = right.name.replaceFirst("\n.*$", "").compareTo(left.name.replaceFirst("\n.*$", "")); // descending sort ignore second line
            if (val == 0) val = left.value.compareTo(right.value); // ascending sort
            return val;
        }
    });
    // TODO could scan for duplicates and append serial to bestName

    return new ArrayList<>(lf);
}
 

public static List<StatusItem> megaStatus() {
    if (indexed == null) loadIndex();
    GcmActivity.requestRollCall();
    // TODO sort data
    final boolean engineering = Home.get_engineering_mode();
    final boolean desert_sync = DesertSync.isEnabled();
    final String our_wifi_ssid = desert_sync ? wifiString() : "";
    final List<StatusItem> lf = new ArrayList<>();
    for (Map.Entry entry : indexed.entrySet()) {
        final RollCall rc = (RollCall) entry.getValue();
        // TODO refactor with stringbuilder
        lf.add(new StatusItem(rc.role + (desert_sync ? rc.getRemoteWifiIndicate(our_wifi_ssid) : "") + (engineering ? ("\n" + JoH.niceTimeSince(rc.last_seen) + " ago") : ""), rc.bestName() + (desert_sync ? rc.getRemoteIpStatus() : "") + (engineering && rc.batteryValid() ? ("\n" + rc.battery + "%") : "") + (engineering && rc.bridgeBatteryValid() ? (" " + rc.bridge_battery+"%") : "")));
    }

    Collections.sort(lf, new Comparator<StatusItem>() {
        public int compare(StatusItem left, StatusItem right) {
            int val = right.name.replaceFirst("\n.*$", "").compareTo(left.name.replaceFirst("\n.*$", "")); // descending sort ignore second line
            if (val == 0) val = left.value.compareTo(right.value); // ascending sort
            return val;
        }
    });
    // TODO could scan for duplicates and append serial to bestName

    return new ArrayList<>(lf);
}
 

public static List<StatusItem> megaStatus() {
    final List<StatusItem> l = new ArrayList<>();
    if (Home.get_follower()) {
        if (emptyString(getOasisIP())) {
            l.add(new StatusItem("Desert Master", "Not known yet - needs QR code scan?"));
        } else {
            l.add(new StatusItem("Desert Master", getOasisIP(), RouteTools.reachable(getOasisIP()) ? StatusItem.Highlight.NORMAL : StatusItem.Highlight.BAD));
        }
        if (Home.get_engineering_mode()) {
            l.add(new StatusItem("Desert Backup", getOasisBackupIP()));
            l.add(new StatusItem("Our IP", RouteTools.getBestInterfaceAddress()));
        }
    }

    return l;
}
 

public static void evaluateG6Settings() {
    if (haveFirmwareDetails()) {
        if (FirmwareCapability.isTransmitterG6(getTransmitterID())) {
            if (!usingG6()) {
                Ob1G5CollectionService.setG6Defaults();
                JoH.showNotification("Enabled G6", "G6 Features and default settings automatically enabled", null, Constants.G6_DEFAULTS_MESSAGE, false, true, false);
            } else if (!onlyUsingNativeMode() && !Home.get_engineering_mode()) {
                // TODO revisit this now that there is scaling
                Ob1G5CollectionService.setG6Defaults();
                JoH.showNotification("Enabled G6", "G6 Native mode enabled", null, Constants.G6_DEFAULTS_MESSAGE, false, true, false);
            }
        }
    }
}
 

public void schedulePeriodicEvents() {
    final BlueJayInfo info = getInfo();
    if (info.status1Due()) {
        getStatus1();
        if (Home.get_engineering_mode()) {
            getStatus3();
        }
    }
    if (BlueJay.isCollector() && info.status2Due()) {
        getStatus2();
    }
    if (info.isTimeSetDue()) {
        setTime();
    }
    if (info.isDisplayUpdatedue()) {
        if (shouldSendReadings()) {
            Inevitable.task("bj-periodic-display-update", 3000, BlueJay::showLatestBG);
        }
    }


    if (BlueJay.isCollector() && (JoH.msSince(lastUsableGlucoseTimestamp) < MINUTE_IN_MS * 20)) {
        val bf_status = getBackFillStatus();
        if (bf_status.first > 0 && backFillOkayToAsk(bf_status.first)) {
            int records = (int) ((JoH.msSince(bf_status.first) / DEXCOM_PERIOD) + 2);
            UserError.Log.d(TAG, "Earliest backfill time: " + JoH.dateTimeText(bf_status.first) + " Would like " + records + " backfill records");
            final int max_backfill_hours = getMaxBackFillHours();
            getBackFill(Math.min(records, max_backfill_hours * recordsPerHour()));
        }
    } else {
        UserError.Log.d(TAG, "Not checking for backfill data as bluejay is not set as collector");
    }
    UserError.Log.d(TAG, "schedule periodic events done");
    changeNextState();
}
 

public static void evaluateG6Settings() {
    if (haveFirmwareDetails()) {
        if (FirmwareCapability.isTransmitterG6(getTransmitterID())) {
            if (!usingG6()) {
                Ob1G5CollectionService.setG6Defaults();
                JoH.showNotification("Enabled G6", "G6 Features and default settings automatically enabled", null, Constants.G6_DEFAULTS_MESSAGE, false, true, false);
            } else if (!onlyUsingNativeMode() && !Home.get_engineering_mode()) {
                // TODO revisit this now that there is scaling
                Ob1G5CollectionService.setG6Defaults();
                JoH.showNotification("Enabled G6", "G6 Native mode enabled", null, Constants.G6_DEFAULTS_MESSAGE, false, true, false);
            }
        }
    }
}
 

public void schedulePeriodicEvents() {
    final BlueJayInfo info = getInfo();
    if (info.status1Due()) {
        getStatus1();
        if (Home.get_engineering_mode()) {
            getStatus3();
        }
    }
    if (BlueJay.isCollector() && info.status2Due()) {
        getStatus2();
    }
    if (info.isTimeSetDue()) {
        setTime();
    }
    if (info.isDisplayUpdatedue()) {
        if (shouldSendReadings()) {
            Inevitable.task("bj-periodic-display-update", 3000, BlueJay::showLatestBG);
        }
    }


    if (BlueJay.isCollector() && (JoH.msSince(lastUsableGlucoseTimestamp) < MINUTE_IN_MS * 20)) {
        val bf_status = getBackFillStatus();
        if (bf_status.first > 0 && backFillOkayToAsk(bf_status.first)) {
            int records = (int) ((JoH.msSince(bf_status.first) / DEXCOM_PERIOD) + 2);
            UserError.Log.d(TAG, "Earliest backfill time: " + JoH.dateTimeText(bf_status.first) + " Would like " + records + " backfill records");
            final int max_backfill_hours = getMaxBackFillHours();
            getBackFill(Math.min(records, max_backfill_hours * recordsPerHour()));
        }
    } else {
        UserError.Log.d(TAG, "Not checking for backfill data as bluejay is not set as collector");
    }
    UserError.Log.d(TAG, "schedule periodic events done");
    changeNextState();
}
 

public static void evaluateG6Settings() {
    if (haveFirmwareDetails()) {
        if (FirmwareCapability.isTransmitterG6(getTransmitterID())) {
            if (!usingG6()) {
                Ob1G5CollectionService.setG6Defaults();
                JoH.showNotification("Enabled G6", "G6 Features and default settings automatically enabled", null, Constants.G6_DEFAULTS_MESSAGE, false, true, false);
            } else if (!onlyUsingNativeMode() && !Home.get_engineering_mode()) {
                // TODO revisit this now that there is scaling
                Ob1G5CollectionService.setG6Defaults();
                JoH.showNotification("Enabled G6", "G6 Native mode enabled", null, Constants.G6_DEFAULTS_MESSAGE, false, true, false);
            }
        }
    }
}
 

public static boolean useExtendedTimeTravel() {
    return Pref.getBooleanDefaultFalse("ob1_g5_preemptive_restart_extended_time_travel")
                && (FirmwareCapability.isTransmitterTimeTravelCapable(getTransmitterID())
                || (Pref.getBooleanDefaultFalse("ob1_g5_defer_preemptive_restart_all_firmwares") && Home.get_engineering_mode()));
}
 

private void readData() {
    // Start very simply by getting only one object and using it.
    Log.e(TAG, "readData called");
    Long LastReportedTime = 0L;
    
    // TODO change that to work based on readings as well ???
    LibreBlock libreBlock = LibreBlock.getLatestForTrend(0L, JoH.tsl() + 5 * 60000); // Allow some packets from the future.
    if (libreBlock != null) {
        LastReportedTime = libreBlock.timestamp;

        // jamorham fix to avoid going twice to network when we just got a packet
        if ((new Date().getTime() - LastReportedTime) < DEXCOM_PERIOD - 2000) {
            Log.d(TAG, "Already have a recent packet - returning");
            if (JoH.ratelimit("deferred-msg", 60)) {
                statusLog(" Deferred", "Already have recent reading");
            }
            return;
        } else {
            statusLog(" Deferred", "");
        }
    }
    String recieversIpAddresses;

    // This is the same ip location as for the wixelreader.
    if (!WixelReader.IsConfigured()) {
        Log.e(TAG, "LibreWifiReader not configured");
        return;
    }

    if ((DexCollectionType.getDexCollectionType() == DexCollectionType.Mock) && Home.get_engineering_mode()) {
        recieversIpAddresses = "fake://FAKE_DATA";
    } else {
        recieversIpAddresses = Pref.getString("wifi_recievers_addresses", "");
    }
    int packetsToRead = 1;
    Log.d(TAG, "reading " + packetsToRead + " packets");
    LibreWifiData[] LibreWifiDataArr = Read(recieversIpAddresses, packetsToRead);
    
    Log.d(TAG, "After reading ..." + LibreWifiDataArr);

    if (LibreWifiDataArr == null || LibreWifiDataArr.length == 0) {
        return;
    }
    Log.d(TAG, "After verification ..." + LibreWifiDataArr);
    // Last in the array is the most updated reading we have.
    for (LibreWifiData LastReading : LibreWifiDataArr) {
        // Last in the array is the most updated reading we have.
        //TransmitterRawData LastReading = LastReadingArr[LastReadingArr.length -1];


        //if (LastReading.CaptureDateTime > LastReportedReading + 5000) {
        // Make sure we do not report packets from the far future...
        if ((LastReading.CaptureDateTime > LastReportedTime + 4 * 60000) &&
                LastReading.CaptureDateTime < new Date().getTime() + 120000) {
            // We have a real new reading...
            Log.d(TAG, "calling HandleGoodReading from " +  JoH.dateTimeText(LastReading.CaptureDateTime ));

            byte data[] = Base64.decode(LastReading.BlockBytes, Base64.DEFAULT);

            byte patchUid[] = null;
            if (LastReading.patchUid != null && (!LastReading.patchUid.isEmpty())) {
                patchUid = Base64.decode(LastReading.patchUid, Base64.DEFAULT);
            }
            byte patchInfo[] = null;
            if (LastReading.patchInfo != null && (!LastReading.patchInfo.isEmpty())) {        
                patchInfo = Base64.decode(LastReading.patchInfo, Base64.DEFAULT);
            }
            boolean checksum_ok = NFCReaderX.HandleGoodReading(LastReading.SensorId, data, LastReading.CaptureDateTime, false, patchUid, patchInfo);
            if (checksum_ok) {
                // TODO use battery, and other interesting data.
                LastReportedTime = LastReading.CaptureDateTime;
                
                PersistentStore.setString("Tomatobattery", Integer.toString(LastReading.TomatoBatteryLife));
                Pref.setInt("bridge_battery", LastReading.TomatoBatteryLife);
                PersistentStore.setString("TomatoHArdware", LastReading.HwVersion);
                PersistentStore.setString("TomatoFirmware",LastReading.FwVersion);
                Log.i(TAG, "LastReading.SensorId " + LastReading.SensorId);
                PersistentStore.setString("LibreSN", LastReading.SensorId);
                
                
            } else {
                Log.e(TAG, "Recieved a pacjet with bad checksum");
            }
        }
    }
}
 

public static boolean useExtendedTimeTravel() {
    return Pref.getBooleanDefaultFalse("ob1_g5_preemptive_restart_extended_time_travel")
                && (FirmwareCapability.isTransmitterTimeTravelCapable(getTransmitterID())
                || (Pref.getBooleanDefaultFalse("ob1_g5_defer_preemptive_restart_all_firmwares") && Home.get_engineering_mode()));
}
 

public static List<StatusItem> megaStatus() {

        if (lastAnnex == null) {
            lastAnnex = com.eveningoutpost.dexdrip.cgm.medtrum.Medtrum.getLastAdvertAnnex();
            // add some advert only marker
        }

        final List<StatusItem> l = new ArrayList<>();

        l.add(new StatusItem("Phone Service State", lastState));
        if (!JoH.emptyString(lastErrorState)) {
            l.add(new StatusItem("Error", lastErrorState, BAD));
        }
        if (lastAnnex != null) {
            l.add(new StatusItem("Battery", lastAnnex.getBatteryPercent() + "%"));
            if (lastAnnex.charging) {
                l.add(new StatusItem("Charging", lastAnnex.charged ? "Charged" : "On charge"));
            }
            l.add(new StatusItem("Sensor State", lastAnnex.getState().getDescription(), lastAnnex.getState() == Ok ? GOOD : NORMAL));

            if (lastAnnex.getState() == SensorState.WarmingUp1) {
                l.add(new StatusItem("Warm up", "Initial warm up", StatusItem.Highlight.NOTICE));
            } else if (lastAnnex.getState() == SensorState.WarmingUp2) {
                final long warmupMinsLeft = ((2 * HOUR_IN_MS) - lastAnnex.getSensorAgeInMs()) / Constants.MINUTE_IN_MS;
                if (warmupMinsLeft > -1 && warmupMinsLeft < 121) {
                    l.add(new StatusItem("Warmup left", warmupMinsLeft + " mins", StatusItem.Highlight.NOTICE));
                }
            }

            if (lastAnnex.getSensorAgeInMs() > 0) {
                l.add(new StatusItem("Sensor Age", lastAnnex.getNiceSensorAge()));
            }

            if (lastAnnex.sensorGood) {
                l.add(new StatusItem("Sensor", "Good", GOOD));
                // } else {
                // if (lastAnnex.getState() == Ok) {
                //     l.add(new StatusItem("Sensor", "Ok", StatusItem.Highlight.NORMAL));
                // }
            }

            if (lastAnnex.sensorError) {
                l.add(new StatusItem("Sensor Error", "Error", BAD));
            }

            if (lastAnnex.sensorFail) {
                l.add(new StatusItem("Sensor Fail", "FAILED", CRITICAL));
            }

            if (lastAnnex.calibrationErrorA) {
                l.add(new StatusItem("Calibration Error", "Error A", BAD));
            }
            if (lastAnnex.calibrationErrorB) {
                l.add(new StatusItem("Calibration Error", "Error B", BAD));
            }

            final Pair<Long, Integer> calibration = Medtrum.getCalibration();
            if (calibration != null) {
                l.add(new StatusItem("Blood test", BgGraphBuilder.unitized_string_with_units_static(calibration.second) + " @ " + JoH.hourMinuteString(calibration.first), StatusItem.Highlight.NOTICE));
            }

            if (serial != 0) {
                final int version = Medtrum.getVersion(serial);
                l.add(new StatusItem("Serial", "" + serial));
                if (version > 0) {
                    final String versionString = "v" + (JoH.qs(version / 100d, 2));
                    l.add(new StatusItem("Firmware", versionString));
                }
            }

            if (lastAnnex.getState() == Ok || lastAnnex.getState() == SensorState.NotCalibrated) {
                l.add(new StatusItem("Slope", JoH.qs(lastAnnex.calibrationSlope / 1000d, 3) + " (" + JoH.qs(1d / (lastAnnex.calibrationSlope / 1000d), 2) + ")"));
                l.add(new StatusItem("Intercept", lastAnnex.calibrationIntercept));
                l.add(new StatusItem("Raw Data", lastAnnex.sensorRaw));
            }

            if (lastAnnex.getState() == Ok) {
                l.add(new StatusItem("Last Glucose", BgGraphBuilder.unitized_string_with_units_static(lastAnnex.calculatedGlucose()) + (lastAnnex.recent() ? "" : " @ " + JoH.niceTimeScalarShort(JoH.msSince(lastAnnex.created))), lastAnnex.recent() ? NORMAL : StatusItem.Highlight.NOTICE));
            }

            if (retry_time != 0) {
                l.add(new StatusItem("Wake up in", JoH.niceTimeScalar(msTill(retry_time))));
            }
            if (failover_time != 0) {
                l.add(new StatusItem("System check in", JoH.niceTimeScalar(msTill(failover_time))));
            }

            if (Home.get_engineering_mode()) {
                l.add(new StatusItem("Brain State", state.getString()));
                l.add(new StatusItem("Last Interaction", JoH.niceTimeScalar(msSince(lastInteractionTime))));
                l.add(new StatusItem("Last Wake Up", JoH.niceTimeScalar(msSince(last_wake_up_time))));
            }

        } else {
            l.add(new StatusItem("Status Information", "Nothing Yet", StatusItem.Highlight.NOTICE));
        }
        return l;
    }
 

public static boolean useExtendedTimeTravel() {
    return Pref.getBooleanDefaultFalse("ob1_g5_preemptive_restart_extended_time_travel")
                && (FirmwareCapability.isTransmitterTimeTravelCapable(getTransmitterID())
                || (Pref.getBooleanDefaultFalse("ob1_g5_defer_preemptive_restart_all_firmwares") && Home.get_engineering_mode()));
}
 

public static List<StatusItem> megaStatus() {
    final List<StatusItem> l = new ArrayList<>();

    l.add(new StatusItem("Phone Service State", lastState));
    if (static_last_timestamp > 0) {
        l.add(new StatusItem("Phone got Glucose", JoH.niceTimeSince(static_last_timestamp) + " ago"));
    } else {
        if (static_device_address != null) {
            if (Home.get_engineering_mode())
                l.add(new StatusItem("Bluetooth Device", static_device_address));
            l.add(new StatusItem("Bonded", static_is_bonded ? "Yes" : "No", static_is_bonded ? StatusItem.Highlight.GOOD : StatusItem.Highlight.NOTICE));
        } else {
            l.add(new StatusItem("Bluetooth Device", "Not yet found"));
        }
    }

    if (Pref.getBooleanDefaultFalse("wear_sync") &&
            Pref.getBooleanDefaultFalse("enable_wearG5")) {
        l.add(new StatusItem("Watch Service State", lastStateWatch));
        if (static_last_timestamp_watch > 0) {
            l.add(new StatusItem("Watch got Glucose", JoH.niceTimeSince(static_last_timestamp_watch) + " ago"));
        }
    }

    final String tx_id = Pref.getStringDefaultBlank("dex_txid");

    l.add(new StatusItem("Transmitter ID", tx_id));


    // show firmware details
    final VersionRequestRxMessage vr = getFirmwareDetails(tx_id);
    try {
        if ((vr != null) && (vr.firmware_version_string.length() > 0)) {

            l.add(new StatusItem("Firmware Version", vr.firmware_version_string));
            if (Home.get_engineering_mode()) {
                l.add(new StatusItem("Bluetooth Version", vr.bluetooth_firmware_version_string));
                l.add(new StatusItem("Other Version", vr.other_firmware_version));
                l.add(new StatusItem("Hardware Version", vr.hardwarev));
                if (vr.asic != 61440)
                    l.add(new StatusItem("ASIC", vr.asic, StatusItem.Highlight.NOTICE)); // TODO color code
            }
        }
    } catch (NullPointerException e) {
        l.add(new StatusItem("Version", "Information corrupted", StatusItem.Highlight.BAD));
    }

    final BatteryInfoRxMessage bt = getBatteryDetails(tx_id);
    long last_battery_query = PersistentStore.getLong(G5_BATTERY_FROM_MARKER + tx_id);
    if (getBatteryStatusNow) {
        l.add(new StatusItem("Battery Status Request Queued", "Will attempt to read battery status on next sensor reading", StatusItem.Highlight.NOTICE, "long-press",
                new Runnable() {
                    @Override
                    public void run() {
                        getBatteryStatusNow = false;
                    }
                }));
    }
    if ((bt != null) && (last_battery_query > 0)) {
        l.add(new StatusItem("Battery Last queried", JoH.niceTimeSince(last_battery_query) + " " + "ago", StatusItem.Highlight.NORMAL, "long-press",
                new Runnable() {
                    @Override
                    public void run() {
                        getBatteryStatusNow = true;
                    }
                }));
        l.add(new StatusItem("Transmitter Status", TransmitterStatus.getBatteryLevel(vr.status).toString()));
        l.add(new StatusItem("Transmitter Days", bt.runtime + ((last_transmitter_timestamp > 0) ? " / " + JoH.qs((double) last_transmitter_timestamp / 86400, 1) : "")));
        l.add(new StatusItem("Voltage A", bt.voltagea, bt.voltagea < LOW_BATTERY_WARNING_LEVEL ? StatusItem.Highlight.BAD : StatusItem.Highlight.NORMAL));
        l.add(new StatusItem("Voltage B", bt.voltageb, bt.voltageb < (LOW_BATTERY_WARNING_LEVEL - 10) ? StatusItem.Highlight.BAD : StatusItem.Highlight.NORMAL));
        l.add(new StatusItem("Resistance", bt.resist, bt.resist > 1400 ? StatusItem.Highlight.BAD : (bt.resist > 1000 ? StatusItem.Highlight.NOTICE : (bt.resist > 750 ? StatusItem.Highlight.NORMAL : StatusItem.Highlight.GOOD))));
        l.add(new StatusItem("Temperature", bt.temperature + " \u2103"));
    }


    return l;
}
 

private void readData() {
    Long LastReportedTime = 0L;
    TransmitterData lastTransmitterData = TransmitterData.last();
    if (lastTransmitterData != null) {
        LastReportedTime = lastTransmitterData.timestamp;

        // jamorham fix to avoid going twice to network when we just got a packet
        if ((new Date().getTime() - LastReportedTime) < DEXCOM_PERIOD - 2000) {
            Log.d(TAG, "Already have a recent packet - returning");
            if (JoH.ratelimit("deferred-msg", 60)) {
                statusLog(" Deferred", "Already have recent reading");
            }
            return;
        } else {
            statusLog(" Deferred", "");
        }


    }
    Long startReadTime = LastReportedTime;

    TransmitterRawData LastReportedReading = null;
    Log.d(TAG, "Starting... LastReportedReading " + LastReportedReading);
    // try to read one object...
    TransmitterRawData[] LastReadingArr = null;

    String recieversIpAddresses;

    if (!WixelReader.IsConfigured()) {
        return;
    }

    if ((DexCollectionType.getDexCollectionType() == DexCollectionType.Mock) && Home.get_engineering_mode()) {
        recieversIpAddresses = "fake://FAKE_DATA";
    } else {
        recieversIpAddresses = Pref.getString("wifi_recievers_addresses", "");
    }

    // How many packets should we read? we look at the maximum time between last calibration and last reading time
    // and calculate how much are needed.

    final Calibration lastCalibration = Calibration.lastValid();
    if (lastCalibration != null) {
        startReadTime = Math.max(startReadTime, lastCalibration.timestamp);
    }
    Long gapTime = new Date().getTime() - startReadTime + 120000;
    int packetsToRead = (int) (gapTime / (5 * 60000));
    packetsToRead = Math.min(packetsToRead, 200); // don't read too much, but always read 1.
    packetsToRead = Math.max(packetsToRead, 1);


    Log.d(TAG, "reading " + packetsToRead + " packets");
    LastReadingArr = Read(recieversIpAddresses, packetsToRead);

    if (LastReadingArr == null || LastReadingArr.length == 0) {
        return;
    }

    for (TransmitterRawData LastReading : LastReadingArr) {
        // Last in the array is the most updated reading we have.
        //TransmitterRawData LastReading = LastReadingArr[LastReadingArr.length -1];


        //if (LastReading.CaptureDateTime > LastReportedReading + 5000) {
        // Make sure we do not report packets from the far future...
        if ((LastReading.CaptureDateTime > LastReportedTime + 120000) &&
                (!almostEquals(LastReading, LastReportedReading)) &&
                LastReading.CaptureDateTime < new Date().getTime() + 120000) {
            // We have a real new reading...
            Log.d(TAG, "calling setSerialDataToTransmitterRawData " + LastReading.RawValue +
                    " LastReading.CaptureDateTime " + LastReading.CaptureDateTime + " " + LastReading.TransmissionId);
            setSerialDataToTransmitterRawData(LastReading.RawValue, LastReading.FilteredValue, LastReading.BatteryLife, LastReading.CaptureDateTime);
            LastReportedReading = LastReading;
            LastReportedTime = LastReading.CaptureDateTime;


            if (LastReading.UploaderBatteryLife > 0) {
                Pref.setInt("parakeet_battery", LastReading.UploaderBatteryLife);
                CheckBridgeBattery.checkParakeetBattery();
                if (Home.get_master()) {
                    GcmActivity.sendParakeetBattery(LastReading.UploaderBatteryLife);
                }
            }

        }
    }
}
 

public static TransmitterRawData[] Read(String hostsNames, int numberOfRecords) {
    String[] hosts = hostsNames.split(",");
    if (hosts.length == 0) {
        Log.e(TAG, "Error no hosts were found " + hostsNames);
        return null;
    }
    List<List<TransmitterRawData>> allTransmitterRawData = new LinkedList<List<TransmitterRawData>>();

    // go over all hosts and read data from them
    for (String host : hosts) {
        host = host.trim();
        List<TransmitterRawData> tmpList;
        if (host.startsWith("mongodb://")) {
            tmpList = ReadFromMongo(host, numberOfRecords);
        } else if ((host.startsWith("http://") || host.startsWith("https://"))
                && host.contains("/json.get")) {
            tmpList = readHttpJson(host, numberOfRecords);
        } else if ((host.startsWith("fake://")
                && (Home.get_engineering_mode())
                && (DexCollectionType.getDexCollectionType() == DexCollectionType.Mock))) {
            tmpList = readFake();
        } else {
            tmpList = ReadHost(host, numberOfRecords);
        }
        if (tmpList != null && tmpList.size() > 0) {
            allTransmitterRawData.add(tmpList);
        }
    }
    // merge the information
    if (allTransmitterRawData.size() == 0) {
        //System.out.println("Could not read anything from " + hostsNames);
        Log.e(TAG, "Could not read anything from " + hostsNames);
        return null;

    }
    final List<TransmitterRawData> mergedData = MergeLists(allTransmitterRawData);

    int retSize = Math.min(numberOfRecords, mergedData.size());
    TransmitterRawData[] trd_array = new TransmitterRawData[retSize];
    mergedData.subList(mergedData.size() - retSize, mergedData.size()).toArray(trd_array);

    //      System.out.println("Final Results========================================================================");
    //       for (int i= 0; i < trd_array.length; i++) {
    //           System.out.println( trd_array[i].toTableString());
    //      }
    return trd_array;

}
 

public static List<StatusItem> megaStatus() {
    final List<StatusItem> l = new ArrayList<>();

    l.add(new StatusItem("Phone Service State", lastState));
    if (static_last_timestamp > 0) {
        l.add(new StatusItem("Phone got Glucose", JoH.niceTimeSince(static_last_timestamp) + " ago"));
    } else {
        if (static_device_address != null) {
            if (Home.get_engineering_mode())
                l.add(new StatusItem("Bluetooth Device", static_device_address));
            l.add(new StatusItem("Bonded", static_is_bonded ? "Yes" : "No", static_is_bonded ? StatusItem.Highlight.GOOD : StatusItem.Highlight.NOTICE));
        } else {
            l.add(new StatusItem("Bluetooth Device", "Not yet found"));
        }
    }

    if (Pref.getBooleanDefaultFalse("wear_sync") &&
            Pref.getBooleanDefaultFalse("enable_wearG5")) {
        l.add(new StatusItem("Watch Service State", lastStateWatch));
        if (static_last_timestamp_watch > 0) {
            l.add(new StatusItem("Watch got Glucose", JoH.niceTimeSince(static_last_timestamp_watch) + " ago"));
        }
    }

    final String tx_id = Pref.getStringDefaultBlank("dex_txid");

    l.add(new StatusItem("Transmitter ID", tx_id));


    // show firmware details
    final VersionRequestRxMessage vr = getFirmwareDetails(tx_id);
    try {
        if ((vr != null) && (vr.firmware_version_string.length() > 0)) {

            l.add(new StatusItem("Firmware Version", vr.firmware_version_string));
            if (Home.get_engineering_mode()) {
                l.add(new StatusItem("Bluetooth Version", vr.bluetooth_firmware_version_string));
                l.add(new StatusItem("Other Version", vr.other_firmware_version));
                l.add(new StatusItem("Hardware Version", vr.hardwarev));
                if (vr.asic != 61440)
                    l.add(new StatusItem("ASIC", vr.asic, StatusItem.Highlight.NOTICE)); // TODO color code
            }
        }
    } catch (NullPointerException e) {
        l.add(new StatusItem("Version", "Information corrupted", StatusItem.Highlight.BAD));
    }

    final BatteryInfoRxMessage bt = getBatteryDetails(tx_id);
    long last_battery_query = PersistentStore.getLong(G5_BATTERY_FROM_MARKER + tx_id);
    if (getBatteryStatusNow) {
        l.add(new StatusItem("Battery Status Request Queued", "Will attempt to read battery status on next sensor reading", StatusItem.Highlight.NOTICE, "long-press",
                new Runnable() {
                    @Override
                    public void run() {
                        getBatteryStatusNow = false;
                    }
                }));
    }
    if ((bt != null) && (last_battery_query > 0)) {
        l.add(new StatusItem("Battery Last queried", JoH.niceTimeSince(last_battery_query) + " " + "ago", StatusItem.Highlight.NORMAL, "long-press",
                new Runnable() {
                    @Override
                    public void run() {
                        getBatteryStatusNow = true;
                    }
                }));
        l.add(new StatusItem("Transmitter Status", TransmitterStatus.getBatteryLevel(vr.status).toString()));
        l.add(new StatusItem("Transmitter Days", bt.runtime + ((last_transmitter_timestamp > 0) ? " / " + JoH.qs((double) last_transmitter_timestamp / 86400, 1) : "")));
        l.add(new StatusItem("Voltage A", bt.voltagea, bt.voltagea < LOW_BATTERY_WARNING_LEVEL ? StatusItem.Highlight.BAD : StatusItem.Highlight.NORMAL));
        l.add(new StatusItem("Voltage B", bt.voltageb, bt.voltageb < (LOW_BATTERY_WARNING_LEVEL - 10) ? StatusItem.Highlight.BAD : StatusItem.Highlight.NORMAL));
        l.add(new StatusItem("Resistance", bt.resist, bt.resist > 1400 ? StatusItem.Highlight.BAD : (bt.resist > 1000 ? StatusItem.Highlight.NOTICE : (bt.resist > 750 ? StatusItem.Highlight.NORMAL : StatusItem.Highlight.GOOD))));
        l.add(new StatusItem("Temperature", bt.temperature + " \u2103"));
    }


    return l;
}
 

private void readData() {
    Long LastReportedTime = 0L;
    TransmitterData lastTransmitterData = TransmitterData.last();
    if (lastTransmitterData != null) {
        LastReportedTime = lastTransmitterData.timestamp;

        // jamorham fix to avoid going twice to network when we just got a packet
        if ((new Date().getTime() - LastReportedTime) < DEXCOM_PERIOD - 2000) {
            Log.d(TAG, "Already have a recent packet - returning");
            if (JoH.ratelimit("deferred-msg", 60)) {
                statusLog(" Deferred", "Already have recent reading");
            }
            return;
        } else {
            statusLog(" Deferred", "");
        }


    }
    Long startReadTime = LastReportedTime;

    TransmitterRawData LastReportedReading = null;
    Log.d(TAG, "Starting... LastReportedReading " + LastReportedReading);
    // try to read one object...
    TransmitterRawData[] LastReadingArr = null;

    String recieversIpAddresses;

    if (!WixelReader.IsConfigured()) {
        return;
    }

    if ((DexCollectionType.getDexCollectionType() == DexCollectionType.Mock) && Home.get_engineering_mode()) {
        recieversIpAddresses = "fake://FAKE_DATA";
    } else {
        recieversIpAddresses = Pref.getString("wifi_recievers_addresses", "");
    }

    // How many packets should we read? we look at the maximum time between last calibration and last reading time
    // and calculate how much are needed.

    final Calibration lastCalibration = Calibration.lastValid();
    if (lastCalibration != null) {
        startReadTime = Math.max(startReadTime, lastCalibration.timestamp);
    }
    Long gapTime = new Date().getTime() - startReadTime + 120000;
    int packetsToRead = (int) (gapTime / (5 * 60000));
    packetsToRead = Math.min(packetsToRead, 200); // don't read too much, but always read 1.
    packetsToRead = Math.max(packetsToRead, 1);


    Log.d(TAG, "reading " + packetsToRead + " packets");
    LastReadingArr = Read(recieversIpAddresses, packetsToRead);

    if (LastReadingArr == null || LastReadingArr.length == 0) {
        return;
    }

    for (TransmitterRawData LastReading : LastReadingArr) {
        // Last in the array is the most updated reading we have.
        //TransmitterRawData LastReading = LastReadingArr[LastReadingArr.length -1];


        //if (LastReading.CaptureDateTime > LastReportedReading + 5000) {
        // Make sure we do not report packets from the far future...
        if ((LastReading.CaptureDateTime > LastReportedTime + 120000) &&
                (!almostEquals(LastReading, LastReportedReading)) &&
                LastReading.CaptureDateTime < new Date().getTime() + 120000) {
            // We have a real new reading...
            Log.d(TAG, "calling setSerialDataToTransmitterRawData " + LastReading.RawValue +
                    " LastReading.CaptureDateTime " + LastReading.CaptureDateTime + " " + LastReading.TransmissionId);
            setSerialDataToTransmitterRawData(LastReading.RawValue, LastReading.FilteredValue, LastReading.BatteryLife, LastReading.CaptureDateTime);
            LastReportedReading = LastReading;
            LastReportedTime = LastReading.CaptureDateTime;


            if (LastReading.UploaderBatteryLife > 0) {
                Pref.setInt("parakeet_battery", LastReading.UploaderBatteryLife);
                CheckBridgeBattery.checkParakeetBattery();
                if (Home.get_master()) {
                    GcmActivity.sendParakeetBattery(LastReading.UploaderBatteryLife);
                }
            }

        }
    }
}
 

public static LibreWifiData[] Read(String hostsNames, int numberOfRecords) {
    String[] hosts = hostsNames.split(",");
    if (hosts.length == 0) {
        Log.e(TAG, "Error no hosts were found " + hostsNames);
        return null;
    }
    List<List<LibreWifiData>> allTransmitterRawData = new LinkedList<List<LibreWifiData>>();

    // go over all hosts and read data from them
    for (String host : hosts) {
        host = host.trim();
        List<LibreWifiData> tmpList;
        if (host.startsWith("mongodb://")) {
            tmpList = ReadFromMongo(host, numberOfRecords);
        }  else if ((host.startsWith("fake://")
                && (Home.get_engineering_mode())
                && (DexCollectionType.getDexCollectionType() == DexCollectionType.Mock))) {
            tmpList = readFake();
        } else {
            tmpList = ReadHost(host, numberOfRecords);
        }
        if (tmpList != null && tmpList.size() > 0) {
            allTransmitterRawData.add(tmpList);
        }
    }
    // merge the information
    if (allTransmitterRawData.size() == 0) {
        //System.out.println("Could not read anything from " + hostsNames);
        Log.e(TAG, "Could not read anything from " + hostsNames);
        return null;

    }
    final List<LibreWifiData> mergedData = MergeLists(allTransmitterRawData);

    int retSize = Math.min(numberOfRecords, mergedData.size());
    LibreWifiData[] trd_array = new LibreWifiData[retSize];
    mergedData.subList(mergedData.size() - retSize, mergedData.size()).toArray(trd_array);

    //      System.out.println("Final Results========================================================================");
    //       for (int i= 0; i < trd_array.length; i++) {
    //           System.out.println( trd_array[i].toTableString());
    //      }
    return trd_array;

}
 

public static TransmitterRawData[] Read(String hostsNames, int numberOfRecords) {
    String[] hosts = hostsNames.split(",");
    if (hosts.length == 0) {
        Log.e(TAG, "Error no hosts were found " + hostsNames);
        return null;
    }
    List<List<TransmitterRawData>> allTransmitterRawData = new LinkedList<List<TransmitterRawData>>();

    // go over all hosts and read data from them
    for (String host : hosts) {
        host = host.trim();
        List<TransmitterRawData> tmpList;
        if (host.startsWith("mongodb://")) {
            tmpList = ReadFromMongo(host, numberOfRecords);
        } else if ((host.startsWith("http://") || host.startsWith("https://"))
                && host.contains("/json.get")) {
            tmpList = readHttpJson(host, numberOfRecords);
        } else if ((host.startsWith("fake://")
                && (Home.get_engineering_mode())
                && (DexCollectionType.getDexCollectionType() == DexCollectionType.Mock))) {
            tmpList = readFake();
        } else {
            tmpList = ReadHost(host, numberOfRecords);
        }
        if (tmpList != null && tmpList.size() > 0) {
            allTransmitterRawData.add(tmpList);
        }
    }
    // merge the information
    if (allTransmitterRawData.size() == 0) {
        //System.out.println("Could not read anything from " + hostsNames);
        Log.e(TAG, "Could not read anything from " + hostsNames);
        return null;

    }
    final List<TransmitterRawData> mergedData = MergeLists(allTransmitterRawData);

    int retSize = Math.min(numberOfRecords, mergedData.size());
    TransmitterRawData[] trd_array = new TransmitterRawData[retSize];
    mergedData.subList(mergedData.size() - retSize, mergedData.size()).toArray(trd_array);

    //      System.out.println("Final Results========================================================================");
    //       for (int i= 0; i < trd_array.length; i++) {
    //           System.out.println( trd_array[i].toTableString());
    //      }
    return trd_array;

}