public static void main(String argv[]) {
    RTConfig.setCommandLineArgs(argv);

    long now = DateTime.getCurrentTimeSec();
    long sts = now - DateTime.DaySeconds(3);
    long ets = now;

    GoogleChartTemperature gct = new GoogleChartTemperature();
    try {

      gct.setSize(700, 400);
      gct.setTitle(Color.black, 16, "Temperature");
      gct.setTemperatureRange(1, F2C(0.0), F2C(130.0), 10);
      gct.setDateRange(new DateTime(sts), new DateTime(ets), 8);
      gct.setDateFormat("MM/dd");
      gct.setTimeFormat("HH:mm:ss");

      int setCount = 3;
      int tempCount = 15;
      gct._addRandomSampleData(setCount, tempCount);
      System.out.println(gct.toString());

    } catch (Throwable th) {
      Print.logException("Error", th);
      System.exit(1);
    }
  }
Exemple #2
0
  protected boolean _setDevice(Device device, String ipAddress, int clientPort) {

    /* valid device? */
    if (device == null) {
      return false;
    }

    /* validate ID address */
    DataTransport dataXPort = device.getDataTransport();
    if ((ipAddress != null) && !dataXPort.isValidIPAddress(ipAddress)) {
      Print.logError(
          "Invalid IPAddr: "
              + device.getAccountID()
              + "/"
              + device.getDeviceID()
              + " Found="
              + ipAddress
              + " Expect="
              + dataXPort.getIpAddressValid());
      return false;
    }

    /* update device */
    this.device = device;
    this.dataXPort = dataXPort;
    this.dataXPort.setIpAddressCurrent(ipAddress); // FLD_ipAddressCurrent
    this.dataXPort.setRemotePortCurrent(clientPort); // FLD_remotePortCurrent
    this.dataXPort.setDeviceCode(this.getDeviceCode()); // FLD_deviceCode
    this.device.setLastTotalConnectTime(DateTime.getCurrentTimeSec()); // FLD_lastTotalConnectTime

    /* ok */
    return true;
  }
  @SuppressWarnings("unchecked")
  public void _addRandomSampleData(int setCount, int tempCount) throws Exception {
    long sts = this.minDateTS;
    long ets = this.maxDateTS;
    Random ran = new Random(sts);

    /* init datasets */
    if (setCount <= 0) {
      setCount = 1;
    }
    java.util.List<Data> dataSet[] = new java.util.List[setCount];
    for (int d = 0; d < dataSet.length; d++) {
      dataSet[d] = new Vector<Data>();
    }

    /* populate random temperature data */
    double rangeC = this.maxTempC - this.minTempC;
    long deltaSize = (ets - sts) / (long) tempCount;
    long deltaRangeTS = DateTime.HourSeconds(3);
    long ts = sts + (deltaSize / 2L);
    double Cs = (ran.nextDouble() * rangeC * 0.10) + (rangeC * 0.05);
    for (int t = 0; t < tempCount; t++) {
      double C[] = new double[dataSet.length];
      for (int d = 0; d < dataSet.length; d++) {
        C[d] = (ran.nextDouble() * 7.0) + ((d == 0) ? Cs : C[d - 1]) - 2.5;
        if (C[d] < this.minTempC) {
          C[d] = this.minTempC;
        }
        if (C[d] > this.maxTempC) {
          C[d] = this.maxTempC;
        }
        dataSet[d].add(new Data(ts, C[d]));
      }
      ts =
          sts
              + ((long) (t + 1) * deltaSize)
              + (long) ran.nextInt((int) deltaRangeTS)
              + (deltaRangeTS / 2L);
      if (ts > ets) {
        ts = ets - 1L;
      }
      // ts = sts + ((t==0)?DateTime.HourSeconds(1):(long)ran.nextInt((int)(ets - sts)));
      Cs = C[0];
    }

    /* add datasets */
    for (int d = 0; d < dataSet.length; d++) {
      ListTools.sort(dataSet[d], null);
      Color color = TEMP_COLOR[d % TEMP_COLOR.length];
      this.addDataSet(color, "Temp " + (d + 1), dataSet[d].toArray(new Data[dataSet[d].size()]));
    }
  }
  public void setDateRange(DateTime minDate, DateTime maxDate, int tickCount) throws Exception {

    /* validate dates */
    long minDateTS = (minDate != null) ? minDate.getTimeSec() : 0L;
    long maxDateTS = (maxDate != null) ? maxDate.getTimeSec() : 0L;
    if ((minDate == null)
        || (minDateTS < MIN_DATE)
        || (maxDate == null)
        || (maxDateTS < MIN_DATE)
        || (minDateTS >= maxDateTS)
        || ((maxDateTS - minDateTS) <= 60L)) {
      throw new Exception("Invalid Date range specification");
    }

    /* adjust 'maxDateTS' to make sure (maxDateTS - minDateTS) is a multiple of 'tickCount' */
    maxDateTS += (maxDateTS - minDateTS) % tickCount;

    /* vars */
    this.minDateTS = minDateTS;
    this.maxDateTS = maxDateTS;
    this.timeZone = minDate.getTimeZone();
    this.xTickCount = (tickCount > 0) ? tickCount : 6;
  }
 public String toString() {
   StringBuffer sb = new StringBuffer();
   sb.append(CHART_API_URL);
   sb.append("uniq=").append(DateTime.getCurrentTimeSec()).append("&");
   sb.append("cht=").append(this.cht).append("&");
   sb.append("chs=").append(this.chs).append("&");
   sb.append("chxt=").append(this.chxt).append("&");
   sb.append("chg=").append(this.chg).append("&");
   sb.append("chxl=").append(this.chxl).append("&");
   sb.append("chts=").append(this.chts).append("&");
   sb.append("chtt=").append(this.chtt).append("&");
   sb.append("chco=").append(this.chco).append("&");
   sb.append("chdl=").append(this.chdl).append("&");
   sb.append("chd=").append(this.chd).append("&");
   sb.append("chm=").append(this.chm);
   return sb.toString();
 }
  public static void main(String argv[]) {
    RTConfig.setCommandLineArgs(argv);
    long ts = DateTime.getCurrentTimeSec();
    double C = -5.6;

    TemperatureSet TSList[] = new TemperatureSet[3];
    for (int s = 0; s < TSList.length; s++) {
      TemperatureSet TS = new TemperatureSet();
      for (int i = 0; i < 10; i++) {
        long tempTS = ts + (12345L * (i + 1) * (s + 1));
        double tempC = C + (2.3 * i) + (1.1 * s);
        Print.logInfo(s + ":" + i + "] Adding " + tempTS + ", " + tempC);
        TS.addTemperature(tempTS, tempC);
      }
      TSList[s] = TS;
    }

    String t = TemperatureSet.CreateGoogleDataTableJavaScript(false, TSList);
    Print.sysPrintln(t);
  }
  protected void _initChart() throws Exception {

    /* already initialized? */
    if (this.didInitChart) {
      return;
    }

    /* axis tick counts */
    int yTickCnt = this.getTemperatureTickCount();
    int xTickCnt = this.getDateTickCount();

    /* horizontal grid */
    this.setGrid(0, yTickCnt);

    /* Y-axis labels */
    StringBuffer ya = new StringBuffer();
    double deltaC = this.maxTempC - this.minTempC;
    for (int y = 0; y <= yTickCnt; y++) {
      double C = this.minTempC + (deltaC * ((double) y / (double) yTickCnt));
      double v = (this.dispUnits == TEMP_C) ? C : C2F(C);
      ya.append("|").append(StringTools.format(v, "0.0"));
    }
    if ((this.maxTempC > 0.0) && (this.minTempC < 0.0)) {
      double sep = Math.abs(this.minTempC) / (this.maxTempC - this.minTempC);
      this.addShapeMarker(
          "r,AA4444,0,"
              + StringTools.format(sep, "0.000")
              + ","
              + StringTools.format(sep + 0.002, "0.000"));
    }

    /* X-axis labels */
    StringBuffer xat = new StringBuffer();
    StringBuffer xad = new StringBuffer();
    double deltaTS = (double) (this.maxDateTS - this.minDateTS);
    long lastDN = 0L;
    for (int x = 0; x <= xTickCnt; x++) {
      long ts = this.minDateTS + Math.round(deltaTS * ((double) x / (double) xTickCnt));
      DateTime dt = new DateTime(ts, this.timeZone);
      long dn = DateTime.getDayNumberFromDate(dt);
      xat.append("|").append(dt.format(this.getTimeFormat()));
      xad.append("|").append(dt.format(this.getDateFormat()));
      if (dn != lastDN) {
        long ds = dt.getDayStart();
        if (ds > this.minDateTS) {
          double sep = (double) (ds - this.minDateTS) / deltaTS;
          this.addShapeMarker(
              "R,444444,0,"
                  + StringTools.format(sep, "0.000")
                  + ","
                  + StringTools.format(sep + 0.001, "0.000"));
        }
        lastDN = dn;
      }
    }

    /* axis labels */
    this.setAxisLabels(
        "y,x,x", "0:" + ya.toString() + "|1:" + xad.toString() + "|2:" + xat.toString());

    /* did init */
    this.didInitChart = true;
  }
  /** ** Main entry point for testing/debugging ** @param argv Comand-line arguments */
  public static void main(String argv[]) {
    RTConfig.setCommandLineArgs(argv);

    /* help */
    if (RTConfig.hasProperty(ARG_HELP)) {
      _usage();
      System.exit(1); // control does not reach here
    }

    /* extra args */
    String extraArgs = RTConfig.getString(ARG_EXTRA, "");
    if (!StringTools.isBlank(extraArgs)) {
      // Print.logInfo("Extra: " + extraArgs);
      RTProperties cfgProps = RTConfig.getConfigFileProperties();
      if (extraArgs.indexOf(",") > 0) {
        cfgProps.setProperties(extraArgs, ',');
      } else {
        cfgProps.setProperties(extraArgs);
      }
      // cfgProps.printProperties("");
    }

    /* special case "expire" */
    String ARG_EXPIRE = "expire";
    RTProperties expireRTP = RTConfig.getPropertiesForKey(ARG_EXPIRE, false);
    if (expireRTP != null) {
      Print.errPrintln("\n'expire' cannot be defined.");
      System.exit(1);
    }

    /* args */
    File directory = RTConfig.getFile(ARG_DIR, null);
    String templateName =
        StringTools.trim(RTConfig.getString(ARG_OPTIONAL, RTConfig.getString(ARG_TEMPLATE, "")));
    boolean isOptional = RTConfig.hasProperty(ARG_OPTIONAL);
    String packageName = StringTools.trim(RTConfig.getString(ARG_PACKAGE, null));
    String outputName = RTConfig.getString(ARG_OUTPUT, "");
    boolean overwrite = RTConfig.getBoolean(ARG_OVERWRITE, false);

    /* cannot specify "-output=inline" if internal template specified */
    if (StringTools.isBlank(outputName) || outputName.equalsIgnoreCase("stdout")) {
      // -- output will be to "stdout"
      outputName = "";
    } else if (outputName.equalsIgnoreCase("inline")) {
      // -- output will be to input file
      if (templateName.startsWith(TEMPLATE_)) {
        // -- @template not allowed with "inline"
        Print.errPrintln("\nError: Cannot specify '-output=inline' with internal template");
        _usage();
        System.exit(1); // control does not reach here
      } else if (isOptional) {
        // -- optional not allowed with "inline"
        Print.errPrintln("\nError: Cannot specify '-output=inline' with optional template");
        _usage();
        System.exit(1); // control does not reach here
      } else if (!templateName.startsWith("*")) {
        // -- output to input file
        outputName = templateName;
      }
    } else {
      // -- output to specified file
      if (templateName.startsWith("*")) {
        // -- template specifies a file-glob
        Print.errPrintln(
            "\nError: Cannot specify '-output=FILE' for recursize template specification");
        _usage();
        System.exit(1); // control does not reach here
      }
    }

    /* template name file? */
    if (templateName.startsWith("*")) {
      if (isOptional) {
        // -- optional not allowed with glob file specification
        Print.errPrintln("\nError: Cannot specify optional '-template?=[**/]*.java'");
        _usage();
        System.exit(1); // control does not reach here
      }
    } else {
      File file = (directory != null) ? new File(directory, templateName) : new File(templateName);
      if (!file.isFile() && isOptional) {
        // -- templateName doesn't exist and is optional
        templateName = TEMPLATE_DEFAULT;
      }
    }

    /* random */
    Random rand = new Random();
    if (!RTConfig.hasProperty("random.16")) {
      RTConfig.setString("random.16", "0x" + StringTools.toHexString(rand.nextInt() & 0xFFFF, 16));
    }
    if (!RTConfig.hasProperty("random.32")) {
      RTConfig.setString("random.32", "0x" + StringTools.toHexString(rand.nextInt(), 32));
    }
    if (!RTConfig.hasProperty("random.64")) {
      RTConfig.setString("random.64", "0x" + StringTools.toHexString(rand.nextLong(), 64));
    }

    /* set current time (subject to change) */
    String tzStr = RTConfig.getString("timezone", null);
    TimeZone tz =
        !StringTools.isBlank(tzStr) ? DateTime.getTimeZone(tzStr) : DateTime.getDefaultTimeZone();
    DateTime now = new DateTime(tz);
    if (!RTConfig.hasProperty("timetamp")) {
      RTConfig.setLong("timestamp", now.getTimeSec());
    }
    if (!RTConfig.hasProperty("datetime")) {
      RTConfig.setString("datetime", now.format("yyyy/MM/dd HH:mm:ss z"));
    }
    if (!RTConfig.hasProperty("date")) {
      RTConfig.setString("date", now.format("yyyy/MM/dd"));
    }
    if (!RTConfig.hasProperty("time")) {
      RTConfig.setString("time", now.format("HH:mm:ss"));
    }
    if (!RTConfig.hasProperty("timezone")) {
      RTConfig.setString("timezone", now.format("z"));
    }

    /* special case "daysUntil" */
    // %{daysUntil=2012:02:20}  <== fixed time
    String ARG_daysUntil_ = "daysUntil";
    Set<String> daysUntil_keys = RTConfig.getPropertyKeys(ARG_daysUntil_, false);
    for (String daysUntil_key : daysUntil_keys) {
      String daysUntil_key_date = daysUntil_key + ".date";
      RTProperties daysUntilRTP = RTConfig.getPropertiesForKey(daysUntil_key, false);
      if (daysUntilRTP != null) {
        // -- get/update the RTProperties where "daysUntil" is defined
        String daysUntil = daysUntilRTP.getString(daysUntil_key, "");
        if (StringTools.isBlank(daysUntil)) {
          // -- remove keys
          daysUntilRTP.removeProperty(daysUntil_key);
          daysUntilRTP.removeProperty(daysUntil_key_date);
          // Print.sysPrintln(daysUntil_key      + " ==> <removed>");
          // Print.sysPrintln(daysUntil_key_date + " ==> <removed>");
        } else if ((daysUntil.indexOf("/") >= 0) || (daysUntil.indexOf(":") >= 0)) {
          // -- Change "yyyy:mm:dd" to "DD"
          // Note: The ':' separator should be used instead of '/', because "2010/10/01" is
          // syntactically correct (ie. division) and can be compiled into a valid value,
          // while "2010:10:01" is not, and will be caught by the compiler.
          if (daysUntil.startsWith("'") || daysUntil.startsWith("\"")) {
            daysUntil = daysUntil.substring(1); // remove prefixing quote
          }
          if (daysUntil.endsWith("'") || daysUntil.endsWith("\"")) {
            daysUntil = daysUntil.substring(0, daysUntil.length() - 1); // remove trailing quote
          }
          try {
            DateTime nowDT = new DateTime(DateTime.getGMTTimeZone());
            DateTime futDT = DateTime.parseArgumentDate(daysUntil, null, true);
            long nowDay = DateTime.getDayNumberFromDate(nowDT);
            long futDay = DateTime.getDayNumberFromDate(futDT);
            long deltaD = futDay - nowDay;
            if (deltaD == 0L) {
              // -- today
              deltaD = 1L; // make it tomorrow
            } else if (deltaD < 0L) {
              // -- this means that the date has already passed
              // deltaD = -1L; // already negative
            } else {
              deltaD += 1L; // add one more day
            }
            daysUntilRTP.setString(daysUntil_key, String.valueOf(deltaD));
            daysUntilRTP.setString(daysUntil_key_date, futDT.format(DateTime.DEFAULT_DATE_FORMAT));
          } catch (DateTime.DateParseException dpe) {
            Print.logException("Unable to parse Date: " + daysUntil, dpe);
            System.exit(1);
          }
          // Print.sysPrintln(daysUntil_key      + " ==> " + daysUntilRTP.getString(daysUntil_key
          //  ,"?"));
          // Print.sysPrintln(daysUntil_key_date + " ==> " +
          // daysUntilRTP.getString(daysUntil_key_date,"?"));
        } else {
          long futSec =
              DateTime.getCurrentTimeSec()
                  + DateTime.DaySeconds(StringTools.parseLong(daysUntil, 0L));
          daysUntilRTP.setString(
              daysUntil_key_date, (new DateTime(futSec)).format(DateTime.DEFAULT_DATE_FORMAT));
          // Print.sysPrintln(daysUntil_key      + " ==> " + daysUntilRTP.getString(daysUntil_key
          //  ,"?"));
          // Print.sysPrintln(daysUntil_key_date + " ==> " +
          // daysUntilRTP.getString(daysUntil_key_date,"?"));
        }
      }
    }

    /* special case "daysFromNow" */
    // %{daysFromNow=30}  <== 30 days from now
    String ARG_daysFromNow_ = "daysFromNow";
    Set<String> daysFromNow_keys = RTConfig.getPropertyKeys(ARG_daysFromNow_, false);
    for (String daysFromNow_key : daysFromNow_keys) {
      String daysFromNow_key_date = daysFromNow_key + ".date";
      RTProperties daysFromNowRTP = RTConfig.getPropertiesForKey(daysFromNow_key, false);
      if (daysFromNowRTP != null) {
        // -- get/update the RTProperties where "daysFromNow" is defined
        String daysFromNow = daysFromNowRTP.getString(daysFromNow_key, "");
        if (StringTools.isBlank(daysFromNow)) {
          // -- remove keys
          daysFromNowRTP.removeProperty(daysFromNow_key);
          daysFromNowRTP.removeProperty(daysFromNow_key_date);
          // Print.sysPrintln(daysFromNow_key      + " ==> <removed>");
          // Print.sysPrintln(daysFromNow_key_date + " ==> <removed>");
        } else {
          long futSec =
              DateTime.getCurrentTimeSec()
                  + DateTime.DaySeconds(StringTools.parseLong(daysFromNow, 0L));
          daysFromNowRTP.setString(daysFromNow_key, String.valueOf(futSec));
          daysFromNowRTP.setString(
              daysFromNow_key_date, (new DateTime(futSec)).format(DateTime.DEFAULT_DATE_FORMAT));
          // Print.sysPrintln(daysFromNow_key      + " ==> " +
          // daysFromNowRTP.getString(daysFromNow_key     ,"?"));
          // Print.sysPrintln(daysFromNow_key_date + " ==> " +
          // daysFromNowRTP.getString(daysFromNow_key_date,"?"));
        }
      }
    }

    /* special case "secondsUntil" */
    // %{secondsUntil_abc=2012:02:20} <== fixed time
    // %{secondsUntil_abc=86400}      <== relative time (86400 seconds from now)
    String ARG_secondsUntil_ = "secondsUntil";
    Set<String> secUntil_keys = RTConfig.getPropertyKeys(ARG_secondsUntil_, false);
    for (String secUntil_key : secUntil_keys) {
      String secUntil_key_date = secUntil_key + ".date";
      RTProperties secUntilRTP = RTConfig.getPropertiesForKey(secUntil_key, false);
      if (secUntilRTP != null) {
        // -- get/update the RTProperties where "secondsUntil" is defined
        String secUntil = secUntilRTP.getString(secUntil_key, "");
        if (StringTools.isBlank(secUntil)) {
          // remove keys
          secUntilRTP.removeProperty(secUntil_key);
          secUntilRTP.removeProperty(secUntil_key_date);
          // Print.sysPrintln(secUntil_key      + " ==> <removed>");
          // Print.sysPrintln(secUntil_key_date + " ==> <removed>");
        } else if ((secUntil.indexOf("/") >= 0) || (secUntil.indexOf(":") >= 0)) {
          // -- Change "yyyy:mm:dd:HH:MM:SS" to "ssssss"
          // Note: The ':' separator should be used instead of '/', because "2010/10/01" is
          // syntactically correct (ie. division) and can be compiled into a valid value,
          // while "2010:10:01" is not, and will be caught by the compiler.
          if (secUntil.startsWith("'") || secUntil.startsWith("\"")) {
            secUntil = secUntil.substring(1); // remove prefixing quote
          }
          if (secUntil.endsWith("'") || secUntil.endsWith("\"")) {
            secUntil = secUntil.substring(0, secUntil.length() - 1); // remove trailing quote
          }
          try {
            long nowSec = DateTime.getCurrentTimeSec();
            DateTime futDT = DateTime.parseArgumentDate(secUntil, null, true);
            long futSec = futDT.getTimeSec();
            long deltaS = futSec - nowSec;
            if (deltaS == 0L) {
              // -- now
              deltaS = 1L; // make it 1 second from now
            } else if (deltaS < 0L) {
              // -- this means that the time has already passed
              // deltaS = -1L; // already negative
            } else {
              deltaS += 1L; // add one more second
            }
            secUntilRTP.setString(secUntil_key, String.valueOf(deltaS));
            secUntilRTP.setString(secUntil_key_date, futDT.toString());
          } catch (DateTime.DateParseException dpe) {
            Print.logException("Unable to parse Date: " + secUntil, dpe);
            System.exit(1);
          }
          // Print.sysPrintln(secUntil_key      + " ==> " + secUntilRTP.getString(secUntil_key
          // ,"?"));
          // Print.sysPrintln(secUntil_key_date + " ==> " +
          // secUntilRTP.getString(secUntil_key_date,"?"));
        } else {
          long futSec = DateTime.getCurrentTimeSec() + StringTools.parseLong(secUntil, 0L);
          secUntilRTP.setString(secUntil_key_date, (new DateTime(futSec)).toString());
          // Print.sysPrintln(secUntil_key      + " ==> " + secUntilRTP.getString(secUntil_key
          // ,"?"));
          // Print.sysPrintln(secUntil_key_date + " ==> " +
          // secUntilRTP.getString(secUntil_key_date,"?"));
        }
      }
    }

    /* special case "secondsFromNow" */
    // %{secondsFromNow=30}  <== 30 seconds from now
    String ARG_secondsFromNow_ = "secondsFromNow";
    Set<String> secondsFromNow_keys = RTConfig.getPropertyKeys(ARG_secondsFromNow_, false);
    for (String secondsFromNow_key : secondsFromNow_keys) {
      String secondsFromNow_key_date = secondsFromNow_key + ".date";
      RTProperties secondsFromNowRTP = RTConfig.getPropertiesForKey(secondsFromNow_key, false);
      if (secondsFromNowRTP != null) {
        // -- get/update the RTProperties where "secondsFromNow" is defined
        String secondsFromNow = secondsFromNowRTP.getString(secondsFromNow_key, "");
        if (StringTools.isBlank(secondsFromNow)) {
          // -- remove keys
          secondsFromNowRTP.removeProperty(secondsFromNow_key);
          secondsFromNowRTP.removeProperty(secondsFromNow_key_date);
          // Print.sysPrintln(secondsFromNow_key      + " ==> <removed>");
          // Print.sysPrintln(secondsFromNow_key_date + " ==> <removed>");
        } else {
          long futSec = DateTime.getCurrentTimeSec() + StringTools.parseLong(secondsFromNow, 0L);
          secondsFromNowRTP.setString(secondsFromNow_key, String.valueOf(futSec));
          secondsFromNowRTP.setString(
              secondsFromNow_key_date, (new DateTime(futSec)).format(DateTime.DEFAULT_DATE_FORMAT));
          // Print.sysPrintln(secondsFromNow_key      + " ==> " +
          // secondsFromNowRTP.getString(secondsFromNow_key     ,"?"));
          // Print.sysPrintln(secondsFromNow_key_date + " ==> " +
          // secondsFromNowRTP.getString(secondsFromNow_key_date,"?"));
        }
      }
    }

    /* special case "limit" */
    String ARG_limit_ = "limit";
    Set<String> limit_keys = RTConfig.getPropertyKeys(ARG_limit_, false);
    for (String limit_key : limit_keys) {
      RTProperties limitRTP = RTConfig.getPropertiesForKey(limit_key, false);
      if (limitRTP != null) {
        String limit = limitRTP.getString(limit_key, "");
        if (StringTools.isBlank(limit)) {
          limitRTP.removeProperty(limit_key);
          // Print.sysPrintln(limit_key + " ==> <removed>");
        } else {
          // Print.sysPrintln(limit_key + " ==> " + limit);
        }
      }
    }

    /* adjust packageName */
    if (packageName.equals(JAVA_PACKAGE)) {
      Print.errPrintln(
          "\nWarning: 'package' argument cannot equal \"package\" (setting to empty string).");
      packageName = "";
    }

    // --------------------------------------

    /* internal template (single pass only) */
    if (StringTools.isBlank(templateName) || templateName.startsWith(TEMPLATE_)) {
      try {
        // -- input source
        String inputSource = standardTemplate(templateName, packageName);
        if (StringTools.isBlank(inputSource)) {
          if (isOptional) {
            // -- optional "templateName" not defined, use default template
            inputSource = standardTemplate(null, packageName); // non-blank
          } else {
            throw new IOException("Standard template not found: " + templateName);
          }
        }
        // -- write template output
        File outputFile = CompiletimeVars.getOutputFile(directory, outputName, overwrite);
        CompiletimeVars.writeOutputSource(inputSource, outputFile);
      } catch (NoOverwriteException noe) {
        // -- outputFile exists, quietly ignore
        Print.sysPrintln(noe.getMessage());
        System.exit(0);
      } catch (IOException ioe) {
        // -- error writin file
        Print.errPrintln("\nError writing template: " + ioe.getMessage());
        System.exit(1);
      }
      System.exit(0);
    }

    // --------------------------------------

    /* get input file(s) */
    File inputFileArray[] = null;
    if (templateName.startsWith("**/*.")) {
      // -- all files, in all directories (recursive)
      String fileGlob = templateName.substring(3);
      File files[] = FileTools.getFiles(directory, fileGlob, true);
      inputFileArray = files;
    } else if (templateName.startsWith("*.")) {
      // -- all files in specified directory
      String fileGlob = templateName;
      File files[] = FileTools.getFiles(directory, fileGlob, false);
      inputFileArray = files;
    } else {
      // -- single specific file
      File file = (directory != null) ? new File(directory, templateName) : new File(templateName);
      inputFileArray = new File[] {file};
    }

    /* loop through input files */
    boolean singlePass = false;
    for (File inputFile : inputFileArray) {

      /* file must exist here */
      if (!inputFile.isFile()) {
        // -- not a file
        continue;
      }

      /* get input source from template file */
      String inputSource = CompiletimeVars.readTemplate(inputFile, packageName);
      if (StringTools.isBlank(inputSource)) {
        // -- inputSource not available?
        continue;
      }

      /* precheck output file */
      File outputFile = null;
      try {
        if (StringTools.isBlank(outputName) || outputName.equalsIgnoreCase("stdout")) {
          // -- output to stdout (multi-pass ok)
        } else if (outputName.equalsIgnoreCase("inline")) {
          // -- write back to template file (multi-pass ok)
          overwrite = true; // assume implied overwrite
          outputFile = inputFile;
        } else {
          // -- output to specified file (single-pass only)
          outputFile = getOutputFile(directory, outputName, overwrite);
          singlePass = true;
        }
      } catch (NoOverwriteException noe) {
        // -- outputFile exists, quietly ignore
        Print.sysPrintln(noe.getMessage());
        System.exit(0);
      } catch (IOException ioe) {
        Print.errPrintln("\nInvalid output file: " + ioe.getMessage());
        System.exit(1);
      }

      /* adjust source and write output */
      try {
        CompiletimeVars.writeOutputSource(inputSource, outputFile);
        if (singlePass) {
          break;
        }
      } catch (IOException ioe) {
        Print.errPrintln("\nError writing file: " + ioe.getMessage());
        System.exit(1);
      }
    }

    /* success */
    System.exit(0);
  }
Exemple #9
0
  /* write mapping support JS to stream */
  protected void writeJSVariables(PrintWriter out, RequestProperties reqState) throws IOException {
    // This var initilizations must not use any functions defined in 'jsmap.js'
    PrivateLabel privLabel = reqState.getPrivateLabel();
    I18N i18n = privLabel.getI18N(JSMap.class);
    Locale locale = reqState.getLocale();
    GeoPoint dftCenter = this.getDefaultCenter(null);
    boolean isFleet = reqState.isFleet();
    Account account = reqState.getCurrentAccount();
    long maxPushpins = this.getMaxPushpins(reqState);
    out.write("// --- Map support Javascript [" + this.getName() + "]\n");
    JavaScriptTools.writeJSVar(out, "MAP_PROVIDER_NAME", this.getName());

    /* properties */
    boolean wrotePropHeader = false;
    RTProperties rtp = this.getProperties();
    for (Iterator<?> i = rtp.keyIterator(); i.hasNext(); ) {
      Object key = i.next();
      if (!this._skipPropKey(key)) {
        if (!wrotePropHeader) {
          // out.write("\n");
          out.write("// Defined properties\n");
          wrotePropHeader = true;
        }
        String val[] = StringTools.parseStringArray(rtp.getProperty(key, "").toString(), '\n');
        String propVar = "PROP_" + key.toString().replace('.', '_').replace('-', '_');
        if (val.length == 1) {
          if (StringTools.isDouble(val[0], true)
              || StringTools.isLong(val[0], true)
              || StringTools.isBoolean(val[0], true)) {
            JavaScriptTools.writeJSVar(out, propVar, val[0], false);
          } else {
            JavaScriptTools.writeJSVar(out, propVar, val[0]);
          }
        } else if (val.length > 1) {
          JavaScriptTools.writeJSVar(out, propVar, StringTools.join(val, "\\n"));
        }
      }
    }

    /* speed units */
    Account.SpeedUnits speedUnits = reqState.getSpeedUnits();
    boolean speedIsKph = speedUnits.equals(Account.SpeedUnits.KPH);
    double altUnitsMult = speedIsKph ? 1.0 : GeoPoint.FEET_PER_METER;
    String altUnitsName =
        speedIsKph
            ? i18n.getString("JSMap.altitude.meters", "Meters")
            : i18n.getString("JSMap.altitude.feet", "Feet");

    /* constants (these do not change during the user session) */
    out.write("// Element IDs\n");
    JavaScriptTools.writeJSVar(out, "MAP_ID", this.getMapID());
    JavaScriptTools.writeJSVar(out, "ID_DETAIL_TABLE", ID_DETAIL_TABLE);
    JavaScriptTools.writeJSVar(out, "ID_DETAIL_CONTROL", ID_DETAIL_CONTROL);
    JavaScriptTools.writeJSVar(out, "ID_LAT_LON_DISPLAY", ID_LAT_LON_DISPLAY);
    JavaScriptTools.writeJSVar(out, "ID_DISTANCE_DISPLAY", ID_DISTANCE_DISPLAY);
    JavaScriptTools.writeJSVar(out, "ID_LATEST_EVENT_DATE", ID_LATEST_EVENT_DATE);
    JavaScriptTools.writeJSVar(out, "ID_LATEST_EVENT_TIME", ID_LATEST_EVENT_TIME);
    JavaScriptTools.writeJSVar(out, "ID_LATEST_EVENT_TMZ", ID_LATEST_EVENT_TMZ);
    JavaScriptTools.writeJSVar(out, "ID_LATEST_BATTERY", ID_LATEST_BATTERY);
    JavaScriptTools.writeJSVar(out, "ID_MESSAGE_TEXT", ID_MESSAGE_TEXT);
    out.write("// Geozone IDs\n");
    JavaScriptTools.writeJSVar(out, "ID_ZONE_LATITUDE_", ID_ZONE_LATITUDE_);
    JavaScriptTools.writeJSVar(out, "ID_ZONE_LONGITUDE_", ID_ZONE_LONGITUDE_);
    JavaScriptTools.writeJSVar(out, "ID_ZONE_RADIUS_M", ID_ZONE_RADIUS_M);
    out.write("// Session constants\n");
    JavaScriptTools.writeJSVar(out, "PUSHPINS_SHOW", rtp.getBoolean(PROP_map_pushpins, true));
    JavaScriptTools.writeJSVar(out, "MAX_PUSH_PINS", maxPushpins);
    JavaScriptTools.writeJSVar(out, "MAX_CREATION_AGE_SEC", rtp.getInt(PROP_map_maxCreationAge, 0));
    JavaScriptTools.writeJSVar(out, "MAP_WIDTH", this.getDimension().getWidth());
    JavaScriptTools.writeJSVar(out, "MAP_HEIGHT", this.getDimension().getHeight());
    JavaScriptTools.writeJSVar(out, "IS_FLEET", isFleet);
    JavaScriptTools.writeJSVar(
        out, "SHOW_SAT_COUNT", rtp.getBoolean(PROP_detail_showSatCount, false));
    JavaScriptTools.writeJSVar(out, "SHOW_SPEED", rtp.getBoolean(PROP_info_showSpeed, true));
    JavaScriptTools.writeJSVar(
        out, "COMBINE_SPEED_HEAD", rtp.getBoolean(PROP_combineSpeedHeading, true));
    JavaScriptTools.writeJSVar(out, "SHOW_ALTITUDE", rtp.getBoolean(PROP_info_showAltitude, false));
    JavaScriptTools.writeJSVar(out, "SHOW_ADDR", reqState.getShowAddress());
    JavaScriptTools.writeJSVar(
        out, "INCL_BLANK_ADDR", rtp.getBoolean(PROP_info_inclBlankAddress, true));
    JavaScriptTools.writeJSVar(
        out, "SHOW_OPT_FIELDS", rtp.getBoolean(PROP_info_showOptionalFields, true));
    JavaScriptTools.writeJSVar(
        out, "INCL_BLANK_OPT_FIELDS", rtp.getBoolean(PROP_info_inclBlankOptFields, true));
    JavaScriptTools.writeJSVar(
        out, "LATLON_FORMAT", Account.getLatLonFormat(account).getIntValue());
    JavaScriptTools.writeJSVar(
        out, "DISTANCE_KM_MULT", reqState.getDistanceUnits().getMultiplier());
    JavaScriptTools.writeJSVar(out, "SPEED_KPH_MULT", speedUnits.getMultiplier());
    JavaScriptTools.writeJSVar(out, "SPEED_UNITS", speedUnits.toString(locale));
    JavaScriptTools.writeJSVar(out, "ALTITUDE_METERS_MULT", altUnitsMult);
    JavaScriptTools.writeJSVar(out, "ALTITUDE_UNITS", altUnitsName);
    JavaScriptTools.writeJSVar(out, "TIME_ZONE", reqState.getTimeZoneString(null)); // long
    JavaScriptTools.writeJSVar(
        out,
        "DEFAULT_CENTER",
        "{ lat:" + dftCenter.getLatitude() + ", lon:" + dftCenter.getLongitude() + " }",
        false);
    JavaScriptTools.writeJSVar(out, "DEFAULT_ZOOM", this.getDefaultZoom(JSMap.DEFAULT_ZOOM, false));
    JavaScriptTools.writeJSVar(out, "PUSHPIN_ZOOM", this.getDefaultZoom(JSMap.PUSHPIN_ZOOM, true));
    JavaScriptTools.writeJSVar(out, "MAP_AUTHORIZATION", this.getAuthorization());
    JavaScriptTools.writeJSVar(
        out, "SCROLL_WHEEL_ZOOM", rtp.getBoolean(PROP_scrollWheelZoom, false));
    JavaScriptTools.writeJSVar(out, "DEFAULT_VIEW", rtp.getString(PROP_map_view, "").toLowerCase());
    JavaScriptTools.writeJSVar(out, "ROUTE_LINE_SHOW", rtp.getBoolean(PROP_map_routeLine, true));
    JavaScriptTools.writeJSVar(
        out, "ROUTE_LINE_COLOR", rtp.getString(PROP_map_routeLine_color, "#FF2222"));
    JavaScriptTools.writeJSVar(
        out, "ROUTE_LINE_ARROWS", rtp.getBoolean(PROP_map_routeLine_arrows, false));
    JavaScriptTools.writeJSVar(
        out,
        "ROUTE_SNAP_TO_ROAD",
        rtp.getBoolean(PROP_map_routeLine_snapToRoad, false)); // Google V2 only
    JavaScriptTools.writeJSVar(out, "REPLAY_INTERVAL", this.getReplayInterval());
    JavaScriptTools.writeJSVar(out, "REPLAY_SINGLE", this.getReplaySinglePushpin());

    /* address title */
    String adrTitles[] = reqState.getAddressTitles();
    String adrTitle = ListTools.itemAt(adrTitles, 0, null);

    /* device title */
    String devTitles[] = reqState.getDeviceTitles();
    String devTitle = ListTools.itemAt(devTitles, 0, null);

    /* labels */
    out.write("// Localized Text/Labels\n");
    JavaScriptTools.writeJSVar(
        out,
        "HEADING",
        "new Array("
            + "\""
            + GeoPoint.CompassHeading.N.toString(locale)
            + "\","
            + "\""
            + GeoPoint.CompassHeading.NE.toString(locale)
            + "\","
            + "\""
            + GeoPoint.CompassHeading.E.toString(locale)
            + "\","
            + "\""
            + GeoPoint.CompassHeading.SE.toString(locale)
            + "\","
            + "\""
            + GeoPoint.CompassHeading.S.toString(locale)
            + "\","
            + "\""
            + GeoPoint.CompassHeading.SW.toString(locale)
            + "\","
            + "\""
            + GeoPoint.CompassHeading.W.toString(locale)
            + "\","
            + "\""
            + GeoPoint.CompassHeading.NW.toString(locale)
            + "\")",
        false);
    JavaScriptTools.writeJSVar(out, "TEXT_INFO_DATE", i18n.getString("JSMap.info.date", "Date"));
    JavaScriptTools.writeJSVar(out, "TEXT_INFO_GPS", i18n.getString("JSMap.info.gps", "GPS"));
    JavaScriptTools.writeJSVar(out, "TEXT_INFO_SATS", i18n.getString("JSMap.info.sats", "#Sats"));
    JavaScriptTools.writeJSVar(out, "TEXT_INFO_SPEED", i18n.getString("JSMap.info.speed", "Speed"));
    JavaScriptTools.writeJSVar(out, "TEXT_INFO_HEADING", GeoPoint.GetHeadingTitle(locale));
    JavaScriptTools.writeJSVar(
        out, "TEXT_INFO_ALTITUDE", i18n.getString("JSMap.info.altitude", "Altitude"));
    JavaScriptTools.writeJSVar(
        out, "TEXT_INFO_STOP_TIME", i18n.getString("JSMap.info.stopTime", "Stop Time"));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_INFO_ADDR",
        !StringTools.isBlank(adrTitle)
            ? adrTitle
            : i18n.getString("JSMap.info.address", "Address"));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_DEVICE",
        !StringTools.isBlank(devTitle) ? devTitle : i18n.getString("JSMap.device", "Device"));
    JavaScriptTools.writeJSVar(out, "TEXT_DATE", i18n.getString("JSMap.dateTime", "Date/Time"));
    JavaScriptTools.writeJSVar(out, "TEXT_CODE", i18n.getString("JSMap.code", "Status"));
    JavaScriptTools.writeJSVar(out, "TEXT_LATLON", i18n.getString("JSMap.latLon", "Lat/Lon"));
    JavaScriptTools.writeJSVar(out, "TEXT_SATCOUNT", i18n.getString("JSMap.satCount", "#Sats"));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_ADDR",
        !StringTools.isBlank(adrTitle) ? adrTitle : i18n.getString("JSMap.address", "Address"));
    JavaScriptTools.writeJSVar(out, "TEXT_SPEED", reqState.getSpeedUnits().toString(locale));
    JavaScriptTools.writeJSVar(out, "TEXT_HEADING", i18n.getString("JSMap.heading", "Heading"));
    JavaScriptTools.writeJSVar(out, "TEXT_DISTANCE", reqState.getDistanceUnits().toString(locale));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_TIMEOUT",
        i18n.getString("JSMap.sessionTimeout", "Your session has timed-out.\nPlease login ..."));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_PING_OK",
        i18n.getString(
            "JSMap.pingDevice.ok",
            "A command request has been sent.\nThe {0} should respond shortly ...",
            devTitles));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_PING_ERROR",
        i18n.getString(
            "JSMap.pingDevice.err",
            "The command request failed.\nThe {0} may not support this feature ...",
            devTitles));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_MAXPUSHPINS_ALERT",
        i18n.getString(
            "JSMap.maxPushpins.err",
            "The maximum number of allowed pushpins has been exceeded.\n"
                + " [max={0}] Not all pushpins may be displayed on this map.\n"
                + "Adjust the 'From' time to see remaining pushpins",
            String.valueOf(maxPushpins)));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_MAXPUSHPINS_MSG",
        i18n.getString(
            "JSMap.maxPushpins.msg",
            "Only partial data displayed.  The maximum allowed pushpins has been reached.<BR>"
                + "Adjust the Date/Time range accordingly to view the remaining pushpins."));
    JavaScriptTools.writeJSVar(
        out, "TEXT_UNAVAILABLE", i18n.getString("JSMap.unavailable", "unavailable"));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_showLocationDetails",
        i18n.getString("JSMap.showLocationDetails", "Show Location Details"));
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_hideLocationDetails",
        i18n.getString("JSMap.hideLocationDetails", "Hide Location Details"));

    /* map "Loading ..." */
    JavaScriptTools.writeJSVar(
        out,
        "TEXT_LOADING_MAP_POINTS",
        (rtp.getBoolean(PROP_MAP_LOADING, false)
            ? i18n.getString("JSMap.loadingMapPoints", "Loading Map Points ...")
            : null));
    JavaScriptTools.writeJSVar(
        out, "MAP_LOADING_IMAGE_URI", rtp.getString(PROP_MAP_LOADING_IMAGE, null));

    /* icons/shadows */
    JSMap.writePushpinArray(out, reqState);

    /* constants (these do not change during the user session) */
    out.write("// Geozone support constants\n");
    JavaScriptTools.writeJSVar(out, "jsvGeozoneMode", false);
    JavaScriptTools.writeJSVar(out, "MAX_ZONE_RADIUS_M", Geozone.MAX_RADIUS_METERS);
    JavaScriptTools.writeJSVar(out, "MIN_ZONE_RADIUS_M", Geozone.MIN_RADIUS_METERS);
    JavaScriptTools.writeJSVar(
        out, "DETAIL_REPORT", this.isFeatureSupported(FEATURE_DETAIL_REPORT));
    JavaScriptTools.writeJSVar(
        out, "DETAIL_INFO_BOX", this.isFeatureSupported(FEATURE_DETAIL_INFO_BOX));
    JavaScriptTools.writeJSVar(out, "TEXT_METERS", GeoPoint.DistanceUnits.METERS.toString(locale));

    /* variables */
    out.write("// TrackMap Vars\n");
    JavaScriptTools.writeJSVar(out, "jsvPoiPins", null);
    JavaScriptTools.writeJSVar(out, "jsvDataSets", null);
    JavaScriptTools.writeJSVar(out, "jsvDetailPoints", null);
    JavaScriptTools.writeJSVar(out, "jsvDetailVisible", false);
    JavaScriptTools.writeJSVar(
        out,
        "jsvDetailAscending",
        privLabel.getBooleanProperty(PrivateLabel.PROP_TrackMap_detailAscending, true));
    JavaScriptTools.writeJSVar(
        out,
        "jsvDetailCenterPushpin",
        privLabel.getBooleanProperty(PrivateLabel.PROP_TrackMap_detailCenterPushpin, false));

    /* last update time */
    TimeZone tmz = reqState.getTimeZone();
    String dateFmt =
        (account != null) ? account.getDateFormat() : BasicPrivateLabel.getDefaultDateFormat();
    String timeFmt =
        (account != null) ? account.getTimeFormat() : BasicPrivateLabel.getDefaultTimeFormat();
    DateTime today = new DateTime(tmz);
    JavaScriptTools.writeJSVar(out, "jsvTodayEpoch", today.getTimeSec());
    JavaScriptTools.writeJSVar(
        out,
        "jsvTodayYMD",
        "{ YYYY:"
            + today.getYear(tmz)
            + ", MM:"
            + today.getMonth1(tmz)
            + ", DD:"
            + today.getDayOfMonth(tmz)
            + " }",
        false);
    JavaScriptTools.writeJSVar(out, "jsvTodayDateFmt", today.format(dateFmt, tmz));
    JavaScriptTools.writeJSVar(out, "jsvTodayTimeFmt", today.format(timeFmt, tmz));
    JavaScriptTools.writeJSVar(out, "jsvTodayTmzFmt", today.format("z", tmz));

    /* last event time */
    out.write("// Last event time\n");
    DateTime lastEventTime = reqState.getLastEventTime();
    if (lastEventTime != null) {
      JavaScriptTools.writeJSVar(out, "jsvLastEventEpoch", lastEventTime.getTimeSec());
      JavaScriptTools.writeJSVar(
          out,
          "jsvLastEventYMD",
          "{ YYYY:"
              + lastEventTime.getYear(tmz)
              + ", MM:"
              + lastEventTime.getMonth1(tmz)
              + ", DD:"
              + lastEventTime.getDayOfMonth(tmz)
              + " }",
          false);
      JavaScriptTools.writeJSVar(out, "jsvLastEventDateFmt", lastEventTime.format(dateFmt, tmz));
      JavaScriptTools.writeJSVar(out, "jsvLastEventTimeFmt", lastEventTime.format(timeFmt, tmz));
      JavaScriptTools.writeJSVar(out, "jsvLastEventTmzFmt", lastEventTime.format("z", tmz));
      JavaScriptTools.writeJSVar(out, "jsvLastBatteryLevel", 0L);
      JavaScriptTools.writeJSVar(out, "jsvLastSignalStrength", 0L);
    } else {
      JavaScriptTools.writeJSVar(out, "jsvLastEventEpoch", 0L);
      JavaScriptTools.writeJSVar(out, "jsvLastEventYMD", null);
      JavaScriptTools.writeJSVar(out, "jsvLastEventDateFmt", null);
      JavaScriptTools.writeJSVar(out, "jsvLastEventTimeFmt", null);
      JavaScriptTools.writeJSVar(out, "jsvLastEventTmzFmt", null);
      JavaScriptTools.writeJSVar(out, "jsvLastBatteryLevel", 0.0);
      JavaScriptTools.writeJSVar(out, "jsvLastSignalStrength", 0.0);
    }

    /* map pointers */
    out.write("// Map vars\n");
    JavaScriptTools.writeJSVar(out, "jsmapElem", null);
    JavaScriptTools.writeJSVar(out, "jsmap", null);
  }
Exemple #10
0
  private int _writeXML(PrintWriter out, int level, ReportData rd, boolean urlOnly)
      throws ReportException {
    boolean isSoapRequest = rd.isSoapRequest();
    RequestProperties reqState = rd.getRequestProperties();
    PrivateLabel privLabel = rd.getPrivateLabel();
    I18N i18n = privLabel.getI18N(ReportTable.class);
    String PFX1 = XMLTools.PREFIX(isSoapRequest, level * ReportTable.INDENT);
    String PFX2 = XMLTools.PREFIX(isSoapRequest, (level + 1) * ReportTable.INDENT);

    /* begin */
    out.print(PFX1);
    out.print(
        XMLTools.startTAG(
            isSoapRequest,
            "Report", // TAG_Report
            XMLTools.ATTR("name", rd.getReportName())
                + // ATTR_name
                XMLTools.ATTR("type", rd.getReportType()), // ATTR_type
            false,
            true));

    /* constraints */
    ReportConstraints rc = rd.getReportConstraints();
    String dtFmt = DateTime.DEFAULT_DATE_FORMAT + "," + DateTime.DEFAULT_TIME_FORMAT;
    TimeZone tzone = rd.getTimeZone();
    String tzStr = rd.getTimeZoneString();
    long tmBeg = rc.getTimeStart();
    long tmEnd = rc.getTimeEnd();
    DateTime dtStr = new DateTime(tmBeg, tzone);
    DateTime dtEnd = new DateTime(tmEnd, tzone);

    /* Account */
    out.print(PFX2);
    out.print(XMLTools.startTAG(isSoapRequest, "Account", "", false, false)); // TAG_Account
    out.print(XmlFilter(isSoapRequest, rd.getAccountID()));
    out.print(XMLTools.endTAG(isSoapRequest, "Account", true)); // TAG_Account

    /* TimeFrom */
    out.print(PFX2);
    out.print(
        XMLTools.startTAG(
            isSoapRequest,
            "TimeFrom", // TAG_TimeFrom
            XMLTools.ATTR("timestamp", String.valueOf(tmBeg))
                + // ATTR_timestamp
                XMLTools.ATTR("timezone", tzStr), // ATTR_timezone
            false,
            false));
    out.print((tmBeg > 0L) ? XmlFilter(isSoapRequest, dtStr.format(dtFmt)) : "");
    out.print(XMLTools.endTAG(isSoapRequest, "TimeFrom", true)); // TAG_TimeFrom

    /* TimeTo */
    out.print(PFX2);
    out.print(
        XMLTools.startTAG(
            isSoapRequest,
            "TimeTo", // TAG_TimeTo
            XMLTools.ATTR("timestamp", String.valueOf(tmEnd))
                + // ATTR_timestamp
                XMLTools.ATTR("timezone", tzStr), // ATTR_timezone
            false,
            false));
    out.print((tmEnd > 0L) ? XmlFilter(isSoapRequest, dtEnd.format(dtFmt)) : "");
    out.print(XMLTools.endTAG(isSoapRequest, "TimeTo", true)); // TAG_TimeTo

    /* ValidGPSRequired */
    out.print(PFX2);
    out.print(
        XMLTools.startTAG(
            isSoapRequest, "ValidGPSRequired", "", false, false)); // TAG_ValidGPSRequired
    out.print(XmlFilter(isSoapRequest, rc.getValidGPSRequired()));
    out.print(XMLTools.endTAG(isSoapRequest, "ValidGPSRequired", true)); // TAG_ValidGPSRequired

    /* SelectionLimit */
    out.print(PFX2);
    out.print(
        XMLTools.startTAG(
            isSoapRequest,
            "SelectionLimit", // TAG_SelectionLimit
            XMLTools.ATTR("type", rc.getSelectionLimitType()),
            false,
            false));
    out.print(XmlFilter(isSoapRequest, rc.getSelectionLimit()));
    out.print(XMLTools.endTAG(isSoapRequest, "SelectionLimit", true)); // TAG_SelectionLimit

    /* Ascending */
    out.print(PFX2);
    out.print(XMLTools.startTAG(isSoapRequest, "Ascending", "", false, false)); // TAG_Ascending
    out.print(XmlFilter(isSoapRequest, rc.getOrderAscending()));
    out.print(XMLTools.endTAG(isSoapRequest, "Ascending", true)); // TAG_Ascending

    /* ReportLimit */
    out.print(PFX2);
    out.print(XMLTools.startTAG(isSoapRequest, "ReportLimit", "", false, false)); // TAG_ReportLimit
    out.print(XmlFilter(isSoapRequest, rc.getReportLimit()));
    out.print(XMLTools.endTAG(isSoapRequest, "ReportLimit", true)); // TAG_ReportLimit

    /* Where */
    if (rc.hasWhere()) {
      out.print(PFX2);
      out.print(XMLTools.startTAG(isSoapRequest, "Where", "", false, false)); // TAG_Where
      out.print(XmlFilter(isSoapRequest, rc.getWhere()));
      out.print(XMLTools.endTAG(isSoapRequest, "Where", true)); // TAG_Where
    }

    /* RuleSelector */
    if (rc.hasRuleSelector()) {
      out.print(PFX2);
      out.print(
          XMLTools.startTAG(isSoapRequest, "RuleSelector", "", false, false)); // TAG_RuleSelector
      out.print(XmlFilter(isSoapRequest, rc.getRuleSelector()));
      out.print(XMLTools.endTAG(isSoapRequest, "RuleSelector", true)); // TAG_RuleSelector
    }

    /* Title */
    out.print(PFX2);
    out.print(XMLTools.startTAG(isSoapRequest, "Title", "", false, false)); // TAG_Title
    out.print(XmlFilter(isSoapRequest, rd.getReportTitle()));
    out.print(XMLTools.endTAG(isSoapRequest, "Title", true)); // TAG_Title

    /* Subtitle */
    out.print(PFX2);
    out.print(XMLTools.startTAG(isSoapRequest, "Subtitle", "", false, false)); // TAG_Subtitle
    out.print(XmlFilter(isSoapRequest, rd.getReportSubtitle()));
    out.print(XMLTools.endTAG(isSoapRequest, "Subtitle", true)); // TAG_Subtitle

    /* URL */
    if (urlOnly) {
      // Web-URL only
      HttpServletRequest request = reqState.getHttpServletRequest();
      ReportDeviceList devList = rd.getReportDeviceList();
      String deviceID = devList.isDeviceGroup() ? null : devList.getFirstDeviceID();
      String groupID = devList.isDeviceGroup() ? devList.getDeviceGroupID() : null;
      String baseURL =
          privLabel.hasDefaultBaseURL()
              ? privLabel.getDefaultBaseURL()
              : ((request != null) ? request.getRequestURL().toString() : "");
      URIArg rptURL =
          ReportURL.createReportURL(
              baseURL,
              false,
              rd.getAccountID(),
              rd.getUserID(),
              "",
              deviceID,
              groupID,
              rc.getTimeStart(),
              rc.getTimeEnd(),
              rd.getTimeZoneString(),
              rd.getReportName(),
              rc.getReportLimit(),
              rc.getSelectionLimitType().toString(),
              ReportPresentation.FORMAT_HTML);
      out.print(PFX2);
      out.print(XMLTools.startTAG(isSoapRequest, "URL", "", false, false)); // TAG_URL
      out.print(XmlFilter(isSoapRequest, rptURL.toString()));
      out.print(XMLTools.endTAG(isSoapRequest, "URL", true)); // TAG_URL
    } else {
      // Report header/body
      this.rptHeader.writeXML(out, level + 1, rd);
      this.rptBody.writeXML(out, level + 1, rd);
    }

    /* Partial */
    out.print(PFX2);
    out.print(XMLTools.startTAG(isSoapRequest, "Partial", "", false, false)); // TAG_Partial
    out.print(XmlFilter(isSoapRequest, this.rptBody.isPartial()));
    out.print(XMLTools.endTAG(isSoapRequest, "Partial", true)); // TAG_Partial

    /* end of report */
    out.print(PFX1);
    out.print(XMLTools.endTAG(isSoapRequest, "Report", true)); // TAG_Report
    return this.rptBody.getRecordCount();
  }