Examples with AlarmType com.att.aro.core.peripheral.pojo.AlarmInfo.AlarmType used on opensource projects

Example 1 with AlarmType

use of com.att.aro.core.peripheral.pojo.AlarmInfo.AlarmType in project VideoOptimzer by attdevsupport.

the class AlarmAnalysisInfoParserImpl method parse.

@Override
public AlarmAnalysisResult parse(String directory, String fileName, String osVersion, double dumpsysEpochTimestamp, double dumpsysElapsedTimestamp, Date traceDateTime) {
    AlarmAnalysisResult result = new AlarmAnalysisResult();
    String filepath = directory + Util.FILE_SEPARATOR + fileName;
    Map<String, List<ScheduledAlarmInfo>> scheduledAlarms = new HashMap<String, List<ScheduledAlarmInfo>>();
    List<AlarmAnalysisInfo> statistics = new ArrayList<AlarmAnalysisInfo>();
    result.setStatistics(statistics);
    result.setScheduledAlarms(scheduledAlarms);
    boolean alarmStats = false;
    Pattern patternAlarms = Pattern.compile("\\s+(\\d+)\\salarms:.+");
    Pattern patternRunning = Pattern.compile("\\s+(\\d+)ms.+,\\s(\\d+)\\swakeups");
    Pattern patternAlarmRepeat = Pattern.compile("\\s+type=(\\d+)\\swhen=\\+?(\\w+)\\srepeatInterval=(\\d+)\\scount=(\\d+)\\s*");
    String applicationName = "";
    int totalScheduledAlarms = 0;
    String strLineBuf;
    String[] lines = null;
    try {
        lines = filereader.readAllLine(filepath);
    } catch (IOException e) {
        LOGGER.error("failed to read Alarm info file: " + filepath);
    }
    if (lines != null) {
        for (int lineCursor = 0; lineCursor < lines.length; lineCursor++) {
            strLineBuf = lines[lineCursor];
            // Parsing Scheduled Alarm
            if (fileName.equals(TraceDataConst.FileName.ALARM_END_FILE) && !alarmStats) {
                String[] scheduledAlarmLine = strLineBuf.trim().split(" ");
                AlarmType alarmType = null;
                if (scheduledAlarmLine[0].equals("RTC_WAKEUP")) {
                    alarmType = AlarmType.RTC_WAKEUP;
                } else if (scheduledAlarmLine[0].equals("RTC")) {
                    alarmType = AlarmType.RTC;
                } else if (scheduledAlarmLine[0].equals("ELAPSED_WAKEUP")) {
                    alarmType = AlarmType.ELAPSED_REALTIME_WAKEUP;
                } else if (scheduledAlarmLine[0].equals("ELAPSED")) {
                    alarmType = AlarmType.ELAPSED_REALTIME;
                }
                if (alarmType != null) {
                    totalScheduledAlarms++;
                    String temp = scheduledAlarmLine[scheduledAlarmLine.length - 1];
                    String appName = temp.substring(0, temp.length() - 1);
                    String nextLine = lines[++lineCursor];
                    Matcher alarmMatcher = patternAlarmRepeat.matcher(nextLine);
                    if (alarmMatcher.matches()) {
                        /* timestamp in milliseconds */
                        double whenNextEpoch = 0;
                        double whenNextTrace = 0;
                        double whenNextElapsed = 0;
                        /**
                         * pre-gingerbread devices use epoch timestamp /
                         * elapsed timestamp instead of a readable format.
                         */
                        if (osVersion != null && osVersion.compareTo("2.3") < 0) {
                            if (alarmType == AlarmType.RTC_WAKEUP || alarmType == AlarmType.RTC) {
                                whenNextEpoch = Double.parseDouble(alarmMatcher.group(2));
                                whenNextElapsed = whenNextEpoch - dumpsysEpochTimestamp + dumpsysElapsedTimestamp;
                            } else {
                                whenNextElapsed = Double.parseDouble(alarmMatcher.group(2));
                                whenNextEpoch = whenNextElapsed - dumpsysElapsedTimestamp + dumpsysEpochTimestamp;
                            }
                        } else {
                            double remainingTimeForNextAlarm = Util.convertTime(alarmMatcher.group(2));
                            whenNextEpoch = remainingTimeForNextAlarm + dumpsysEpochTimestamp;
                            whenNextElapsed = remainingTimeForNextAlarm + dumpsysElapsedTimestamp;
                        }
                        whenNextTrace = whenNextEpoch - traceDateTime.getTime();
                        // round to 3 decimal places.
                        whenNextElapsed = (double) Math.round(whenNextElapsed * 1000) / 1000;
                        double repeatInterval = Double.parseDouble(alarmMatcher.group(3));
                        double count = Double.parseDouble(alarmMatcher.group(4));
                        List<ScheduledAlarmInfo> adding;
                        if (scheduledAlarms.containsKey(appName)) {
                            adding = scheduledAlarms.get(appName);
                        } else {
                            adding = new ArrayList<ScheduledAlarmInfo>();
                        }
                        adding.add(new ScheduledAlarmInfo(appName, whenNextTrace, whenNextEpoch, whenNextElapsed, alarmType, repeatInterval, count));
                        scheduledAlarms.put(appName, adding);
                        if (LOGGER != null) {
                            LOGGER.debug("alarmAnalysisInfoParser \n" + appName + "\nElapsed: " + whenNextElapsed + "\nEpoch: " + whenNextEpoch + "\nFrom trace start: " + whenNextTrace);
                        }
                    } else {
                        LOGGER.debug("Application Name Not Found: " + appName);
                    }
                    ++lineCursor;
                }
            }
            // Locate expired alarms
            if (alarmStats) {
                String running = "";
                if (applicationName != null && !applicationName.trim().equals("")) {
                    running = strLineBuf;
                } else {
                    applicationName = strLineBuf;
                    running = lines[++lineCursor];
                }
                Matcher run = patternRunning.matcher(running);
                double runningTime = 0;
                double wakeups = 0;
                if (run.matches()) {
                    LOGGER.info("RUNNING: " + run.group(1) + " wakeups: " + run.group(2));
                    runningTime = Double.parseDouble(run.group(1));
                    wakeups = Double.parseDouble(run.group(2));
                }
                LOGGER.info("APPLICATION: " + applicationName + " running " + running + "ms");
                // Gathering alarm intents of an application
                List<String> intents = new ArrayList<String>();
                double totalAlarmFiredofThatApplication = 0;
                // Alarm may not have any fired intent
                ++lineCursor;
                String alarms = null;
                if (lineCursor < lines.length) {
                    alarms = lines[lineCursor];
                    if (alarms != null) {
                        Matcher alarmsFired = patternAlarms.matcher(alarms);
                        while (alarms != null && ++lineCursor < lines.length && alarmsFired.matches()) {
                            totalAlarmFiredofThatApplication += Double.parseDouble(alarmsFired.group(1));
                            intents.add(alarms.trim());
                            alarms = lines[lineCursor];
                            if (alarms != null) {
                                alarmsFired = patternAlarms.matcher(alarms);
                            }
                        }
                    }
                }
                // Adding AlarmAnalysisInfo to the return list
                statistics.add(new AlarmAnalysisInfo(applicationName, runningTime, wakeups, totalAlarmFiredofThatApplication, intents));
                // Cache the name of next application which has been read
                if (alarms != null) {
                    applicationName = alarms;
                }
            }
            if (!alarmStats && strLineBuf.indexOf("Alarm Stats:") > 0) {
                LOGGER.info("Alarm Stats Found" + strLineBuf);
                alarmStats = true;
            }
        }
        LOGGER.info("Number of scheduled alarm = " + totalScheduledAlarms + "\n Number of apps has scheduled alarms: " + scheduledAlarms.size());
    }
    return result;
}

Example 2 with AlarmType

use of com.att.aro.core.peripheral.pojo.AlarmInfo.AlarmType in project VideoOptimzer by attdevsupport.

the class AlarmInfoReaderImpl method readData.

@Override
public List<AlarmInfo> readData(String directory, double dumpsysEpochTimestamp, double dumpsysElapsedTimestamp, Date traceDateTime) {
    List<AlarmInfo> alarmInfos = new ArrayList<AlarmInfo>();
    String filepath = directory + Util.FILE_SEPARATOR + TraceDataConst.FileName.KERNEL_LOG_FILE;
    double timestamp;
    double timestampElapsed;
    double timestampEpoch;
    double timeDeltaEpochElapsed = dumpsysEpochTimestamp - dumpsysElapsedTimestamp;
    AlarmType alarmType;
    String[] lines = null;
    if (!filereader.fileExist(filepath)) {
        return alarmInfos;
    }
    try {
        lines = filereader.readAllLine(filepath);
    } catch (IOException e1) {
        LOGGER.error("failed to read kernal log file for Alarm Info data: " + filepath);
        return alarmInfos;
    }
    for (String strLineBuf : lines) {
        if (strLineBuf.indexOf("alarm_timer_triggered") > 0) {
            String[] strFields = strLineBuf.split(" ");
            if (strFields.length > 1) {
                try {
                    timestamp = 0;
                    switch(Integer.parseInt(strFields[strFields.length - 3])) {
                        case 0:
                            alarmType = AlarmType.RTC_WAKEUP;
                            break;
                        case 1:
                            alarmType = AlarmType.RTC;
                            break;
                        case 2:
                            alarmType = AlarmType.ELAPSED_REALTIME_WAKEUP;
                            timestamp = timeDeltaEpochElapsed;
                            break;
                        case 3:
                            alarmType = AlarmType.ELAPSED_REALTIME;
                            timestamp = timeDeltaEpochElapsed;
                            break;
                        default:
                            // should not arrive here
                            LOGGER.warn("cannot resolve alarm type: " + timestamp + " type " + Double.parseDouble(strFields[strFields.length - 3]));
                            alarmType = AlarmType.UNKNOWN;
                            break;
                    }
                    // convert ns to milliseconds
                    timestamp += Double.parseDouble(strFields[strFields.length - 1]) / 1000000;
                    timestampEpoch = timestamp;
                    timestamp = timestamp - traceDateTime.getTime();
                    timestampElapsed = timestampEpoch - dumpsysEpochTimestamp + dumpsysElapsedTimestamp;
                    alarmInfos.add(new AlarmInfo(timestamp, timestampEpoch, timestampElapsed, alarmType));
                // logger.info("Time: " + timestamp
                // + "Alarm type: " + alarmType
                // + "\nEpoch: " + timestampEpoch
                // + "\nElapsed: " + timestampElapsed);
                } catch (Exception e) {
                    LOGGER.warn("Unexpected error parsing alarm event: " + strLineBuf, e);
                }
            }
        }
    }
    return alarmInfos;
}

Example 3 with AlarmType

use of com.att.aro.core.peripheral.pojo.AlarmInfo.AlarmType in project VideoOptimzer by attdevsupport.

the class AlarmPlot method populate.

@Override
public void populate(XYPlot plot, AROTraceData analysis) {
    if (analysis == null) {
        LOGGER.info("analysis data is null");
    } else {
        alarmDataCollection.removeAllSeries();
        pointerAnnotation.clear();
        TraceResultType resultType = analysis.getAnalyzerResult().getTraceresult().getTraceResultType();
        if (resultType.equals(TraceResultType.TRACE_FILE)) {
            LOGGER.info("didn't get analysis trace data!");
        } else {
            // Remove old annotation from previous plots
            Iterator<XYPointerAnnotation> pointers = pointerAnnotation.iterator();
            while (pointers.hasNext()) {
                plot.removeAnnotation(pointers.next());
            }
            for (AlarmType eventType : AlarmType.values()) {
                XYIntervalSeries series = new XYIntervalSeries(eventType);
                seriesMap.put(eventType, series);
                alarmDataCollection.addSeries(series);
            }
            TraceDirectoryResult traceresult = (TraceDirectoryResult) analysis.getAnalyzerResult().getTraceresult();
            List<AlarmInfo> alarmInfos = traceresult.getAlarmInfos();
            List<ScheduledAlarmInfo> pendingAlarms = getHasFiredAlarms(traceresult.getScheduledAlarms());
            Iterator<ScheduledAlarmInfo> iterPendingAlarms = pendingAlarms.iterator();
            double firedTime = 0;
            while (iterPendingAlarms.hasNext()) {
                ScheduledAlarmInfo scheduledEvent = iterPendingAlarms.next();
                AlarmType pendingAlarmType = scheduledEvent.getAlarmType();
                if (pendingAlarmType != null) {
                    firedTime = (scheduledEvent.getTimeStamp() - scheduledEvent.getRepeatInterval()) / 1000;
                    seriesMap.get(pendingAlarmType).add(firedTime, firedTime, firedTime, 1, 0.8, 1);
                    eventMapPending.put(firedTime, scheduledEvent);
                // logger.fine("populateAlarmScheduledPlot type:\n" +
                // pendingAlarmType
                // + "\ntime " + scheduledEvent.getTimeStamp()
                // + "\nrepeating " + firedTime);
                }
            }
            Iterator<AlarmInfo> iter = alarmInfos.iterator();
            while (iter.hasNext()) {
                AlarmInfo currEvent = iter.next();
                if (currEvent != null) {
                    AlarmType alarmType = currEvent.getAlarmType();
                    if (alarmType != null) {
                        firedTime = currEvent.getTimeStamp() / 1000;
                        /*
							 * Catching any alarms align to quanta as being
							 * inexactRepeating alarms
							 */
                        if ((currEvent.getTimestampElapsed() / 1000) % 900 < 1) {
                            seriesMap.get(alarmType).add(firedTime, firedTime, firedTime, 1, 0, 0.7);
                            // Adding an arrow to mark these
                            // inexactRepeating alarms
                            XYPointerAnnotation xypointerannotation = new XYPointerAnnotation(alarmType.name(), firedTime, 0.6, 3.92699082D);
                            xypointerannotation.setBaseRadius(20D);
                            xypointerannotation.setTipRadius(1D);
                            pointerAnnotation.add(xypointerannotation);
                            plot.addAnnotation(xypointerannotation);
                        // logger.info("SetInexactRepeating alarm type: "
                        // + alarmType
                        // + " time " + firedTime
                        // + " epoch " + currEvent.getTimestampEpoch()
                        // + " elapsed:\n" +
                        // currEvent.getTimestampElapsed()/1000);
                        } else {
                            seriesMap.get(alarmType).add(firedTime, firedTime, firedTime, 1, 0, 0.5);
                        }
                        eventMap.put(firedTime, currEvent);
                    }
                }
            }
            XYItemRenderer renderer = plot.getRenderer();
            renderer.setSeriesPaint(alarmDataCollection.indexOf(AlarmType.RTC_WAKEUP), Color.red);
            renderer.setSeriesPaint(alarmDataCollection.indexOf(AlarmType.RTC), Color.pink);
            renderer.setSeriesPaint(alarmDataCollection.indexOf(AlarmType.ELAPSED_REALTIME_WAKEUP), Color.blue);
            renderer.setSeriesPaint(alarmDataCollection.indexOf(AlarmType.ELAPSED_REALTIME), Color.cyan);
            renderer.setSeriesPaint(alarmDataCollection.indexOf(AlarmType.UNKNOWN), Color.black);
            // Assign ToolTip to renderer
            renderer.setBaseToolTipGenerator(new XYToolTipGenerator() {

                @Override
                public String generateToolTip(XYDataset dataset, int series, int item) {
                    AlarmInfo info = eventMap.get(dataset.getX(series, item));
                    Date epochTime = new Date();
                    if (info != null) {
                        epochTime.setTime((long) info.getTimestampEpoch());
                        StringBuffer displayInfo = new StringBuffer(ResourceBundleHelper.getMessageString("alarm.tooltip.prefix"));
                        displayInfo.append(MessageFormat.format(ResourceBundleHelper.getMessageString("alarm.tooltip.content"), info.getAlarmType(), info.getTimeStamp() / 1000, epochTime.toString()));
                        if ((info.getTimestampElapsed() / 1000) % 900 < 1) {
                            displayInfo.append(ResourceBundleHelper.getMessageString("alarm.tooltip.setInexactRepeating"));
                        }
                        displayInfo.append(ResourceBundleHelper.getMessageString("alarm.tooltip.suffix"));
                        return displayInfo.toString();
                    }
                    ScheduledAlarmInfo infoPending = eventMapPending.get(dataset.getX(series, item));
                    if (infoPending != null) {
                        epochTime.setTime((long) (infoPending.getTimestampEpoch() - infoPending.getRepeatInterval()));
                        StringBuffer displayInfo = new StringBuffer(ResourceBundleHelper.getMessageString("alarm.tooltip.prefix"));
                        displayInfo.append(MessageFormat.format(ResourceBundleHelper.getMessageString("alarm.tooltip.contentWithName"), infoPending.getAlarmType(), (infoPending.getTimeStamp() - infoPending.getRepeatInterval()) / 1000, epochTime.toString(), infoPending.getApplication(), infoPending.getRepeatInterval() / 1000));
                        displayInfo.append(ResourceBundleHelper.getMessageString("alarm.tooltip.suffix"));
                        return displayInfo.toString();
                    }
                    return null;
                }
            });
        }
    }
    plot.setDataset(alarmDataCollection);
// return plot;
}