List of usage examples for org.joda.time DateTime DateTime
public DateTime(Object instant)
From source file:UpdateTransaction.java
private int getDaysDiff(java.util.Date startdate, java.util.Date enddate) { DateTime start = new DateTime(startdate); DateTime end = new DateTime(enddate); int days = Days.daysBetween(start, end).getDays(); return days;/*from ww w . j a v a2 s . co m*/ }
From source file:SOEFinalAlertBolt.java
License:Open Source License
public void execute(Tuple tuple) { String message = tuple.getStringByField("message"); long timeStamp = tuple.getLongByField("timeStamp"); LOG.info("!!Something Happened in " + nodeID); LOG.info("!!At : " + new DateTime(timeStamp).toString()); LOG.info("!!Current Time : " + DateTime.now()); try {// w ww.j a v a2 s .c om ProcessBuilder builder = new ProcessBuilder("python", PythonFILE1); builder.directory(new File(PythonLOCATION)); Process process = builder.start(); // process.waitFor(); // builder = new ProcessBuilder("python", PythonFILE2); // builder.directory(new File(PythonLOCATION)); // process = builder.start(); // process.waitFor(); } catch (Exception e) { LOG.info("[Final Alert]\n" + e.getMessage()); } _collector.ack(tuple); }
From source file:JodaDT.java
License:Open Source License
/** * Creates a DateTime object from the milliseconds attribute of another * DateTime object. It's a kind of cloner. * * @param dateTime a DateTime object// ww w. j a va2s. co m * @return a DateTime object */ public static DateTime rebuild(DateTime dateTime) { if (dateTime != null) { long milis = dateTime.getMillis(); DateTime dateTime2 = new DateTime(milis); return new DateTime(dateTime2); } else { return null; } }
From source file:DataConverter.java
public static Invoice[] readInvoice(Person[] persons, Customer[] customers, Product[] products) { try {/* w ww . j a va 2 s. co m*/ Scanner s = new Scanner(new FileReader("data/Invoices.dat")); int count = s.nextInt(); //Number of entries. Invoice[] invoices = new Invoice[count]; //Array to hold invoices int iterator = 0; s.nextLine(); //Advance scanner to nextline while (s.hasNext()) { String inLine = s.nextLine(); //Make a string out of the next line String[] info; String[] invProducts; //Use this to handle product situation info = inLine.split(";"); //Create array of strings from each line, ; delimited //First, instantiate new invoice object invoices[iterator] = new Invoice(info[0]); for (Customer c : customers) { if (c.getCustomerCode().equalsIgnoreCase(info[1])) { invoices[iterator].setCustomer(c); } } //End customers for each for (Person p : persons) { if (p.getPersonCode().equals(info[2])) { invoices[iterator].setSalesPerson(p); } } // End persons for each //This is a String array of product information invProducts = info[3].split(","); for (String x : invProducts) { int index = x.indexOf(":"); //Get index of occurence of ":" String code = x.substring(0, index); //This is the product code for (Product p : products) { //Iterate over each product in product array if (p.getCode().equals(code)) { if (p.getClass().getSimpleName().equals("Equipment")) { invoices[iterator].addProduct(p, Integer.parseInt(x.substring(index + 1))); } else if (p.getClass().getSimpleName().equals("Consultation")) { invoices[iterator].addProduct(p, Integer.parseInt(x.substring(index + 1))); } else if (p.getClass().getSimpleName().equals("License")) { //First we need to get the number of days int index2; //PLacekeeper for substring formation DateTimeFormatter fmt = DateTimeFormat.forPattern("yyyy-MM-dd"); index2 = x.indexOf(":", index + 1); //Move index to next ":" String start = x.substring(index + 1, index2); String end = x.substring(index2 + 1); DateTime begin = new DateTime(DateTime.parse(start, fmt)); DateTime finish = new DateTime(DateTime.parse(end, fmt)); int period = Days.daysBetween(begin, finish).getDays(); invoices[iterator].addProduct(p, period); } } } //End for each product loop } //End for stringx:invProducts iterator++; } //End while s.close(); return invoices; } catch (FileNotFoundException e) { // TODO Auto-generated catch block e.printStackTrace(); return null; } }
From source file:AdminLogCreator.java
public void processForExecutions(String testName, File logDir) throws SAXException, ParserConfigurationException, IOException { setTestName(testName);/*from ww w . ja v a 2 s .c om*/ String[] rootDirs = logDir.list(); if (null != rootDirs && 0 < rootDirs.length) { Arrays.sort(rootDirs); for (int i = 0; i < rootDirs.length; i++) { String[] dirs = new File(logDir, rootDirs[i]).list(); if (null != dirs && 0 < dirs.length) { Arrays.sort(dirs); for (int j = 0; j < dirs.length; j++) { if (new File(new File(new File(logDir, rootDirs[i]), dirs[j]), "session.xml").exists()) { File sessionFile = new File(new File(new File(logDir, rootDirs[i]), dirs[j]), "session.xml"); DocumentBuilderFactory dbf = DocumentBuilderFactory.newInstance(); dbf.setNamespaceAware(true); DocumentBuilder db = dbf.newDocumentBuilder(); Document doc = db.parse(sessionFile); Element session = (Element) (doc.getElementsByTagName("session").item(0)); if ((session.getAttribute("sourcesId")).contains(testName)) { Path file = sessionFile.toPath(); BasicFileAttributes attr = Files.readAttributes(file, BasicFileAttributes.class); DateTime fileCreationTime = new DateTime(attr.creationTime().toString()); DateTime currentTime = DateTime.now(); int countDay = Days.daysBetween(fileCreationTime, currentTime).getDays(); if (countDay <= 30) { setCountLastMonth(); setCountLast3Month(); setCountLastYear(); setCountAllTime(); } else if (countDay > 30 && countDay <= 90) { setCountLast3Month(); setCountLastYear(); setCountAllTime(); } else if (countDay > 90 && countDay <= 365) { setCountLastYear(); setCountAllTime(); } else { setCountAllTime(); } } } } } } } }
From source file:AdminLogCreator.java
public void processForUsers(String testName, File logDir) throws SAXException, ParserConfigurationException, IOException { setTestName(testName);/*w ww.j av a 2 s . co m*/ String[] rootDirs = logDir.list(); if (null != rootDirs && 0 < rootDirs.length) { Arrays.sort(rootDirs); for (int i = 0; i < rootDirs.length; i++) { innercountLastMonth = 0; innercountLast3Month = 0; innercountLastYear = 0; innercountAllTime = 0; String[] dirs = new File(logDir, rootDirs[i]).list(); if (null != dirs && 0 < dirs.length) { Arrays.sort(dirs); for (int j = 0; j < dirs.length; j++) { if (new File(new File(new File(logDir, rootDirs[i]), dirs[j]), "session.xml").exists()) { File sessionFile = new File(new File(new File(logDir, rootDirs[i]), dirs[j]), "session.xml"); DocumentBuilderFactory dbf = DocumentBuilderFactory.newInstance(); dbf.setNamespaceAware(true); DocumentBuilder db = dbf.newDocumentBuilder(); Document doc = db.parse(sessionFile); Element session = (Element) (doc.getElementsByTagName("session").item(0)); if ((session.getAttribute("sourcesId")).contains(testName)) { Path file = sessionFile.toPath(); BasicFileAttributes attr = Files.readAttributes(file, BasicFileAttributes.class); DateTime fileCreationTime = new DateTime(attr.creationTime().toString()); DateTime currentTime = DateTime.now(); int countDay = Days.daysBetween(fileCreationTime, currentTime).getDays(); if (countDay <= 30) { innercountLastMonth = 1; } else if (countDay > 30 && countDay <= 90) { innercountLast3Month = 1; } else if (countDay > 90 && countDay <= 365) { innercountLastYear = 1; } else { innercountAllTime = 1; } } } } } if (innercountLastMonth == 1) { setCountLastMonth(); setCountLast3Month(); setCountLastYear(); setCountAllTime(); } else if (innercountLast3Month == 1) { setCountLast3Month(); setCountLastYear(); setCountAllTime(); } else if (innercountLastYear == 1) { setCountLastYear(); setCountAllTime(); } else if (innercountAllTime == 1) { setCountAllTime(); } } } }
From source file:DDTDate.java
License:Apache License
/** * This function will populate the varsMap with new copies of values related to display format of date & time stamps. * Those values are based on the class (static) date variable that is currently in use. * Those values can later be used in verification of UI elements that are date-originated but may change in time (say, today's date, month, year - etc.) * The base date that is used is Locale dependent (currently, the local is assumed to be that of the workstation running the software.) * When relevant, values are provided in various styles (SHORT, MEDIUM, LONG, FULL) - not all date elements have all those versions available. * The purpose of this 'exercise' is to set up the facility for the user to verify any component of date / time stamps independently of one another or 'traditional' formatting. * * The variables maintained here are formatted with a prefix to distinguish them from other, user defined variables. * * @TODO: enable Locale modifications (at present the test machine's locale is considered and within a test session only one locale can be tested) * WikiPedia: https://en.wikipedia.org/wiki/Date_format_by_country * Stack Overflow (coes) http://stackoverflow.com/questions/3191664/list-of-all-locales-and-their-short-codes * @param varsMap//from ww w . j ava2 s .com */ private void maintainDateProperties(Hashtable<String, Object> varsMap) throws Exception { String prefix = "$"; try { // Build formatting objects for each of the output styles DateFormat shortStyleFormatter = DateFormat.getDateInstance(DateFormat.SHORT, getLocale()); DateFormat mediumStyleFormatter = DateFormat.getDateInstance(DateFormat.MEDIUM, getLocale()); DateFormat longStyleFormatter = DateFormat.getDateInstance(DateFormat.LONG, getLocale()); DateFormat fullStyleFormatter = DateFormat.getDateInstance(DateFormat.FULL, getLocale()); // Use a dedicated variable to hold values of formatting results to facilitate debugging // @TODO (maybe) when done debugging - convert to inline calls to maintainDateProperty ... String formatValue; // Examples reflect time around midnight of February 6 2014 - actual values DO NOT include quotes (added here for readability) MutableDateTime theReferenceDate = getReferenceDate(); //getReferenceDateAdjustedForTimeZone(); // Default Date using DDTSettings pattern. formatValue = new SimpleDateFormat(defaultDateFormat()).format(theReferenceDate.toDate()); maintainDateProperty(prefix + "defaultDate", formatValue, varsMap); // Short Date - '2/6/14' formatValue = shortStyleFormatter.format(theReferenceDate.toDate()); maintainDateProperty(prefix + "shortDate", formatValue, varsMap); // Medium Date - 'Feb 6, 2014' formatValue = mediumStyleFormatter.format(theReferenceDate.toDate()); maintainDateProperty(prefix + "mediumDate", formatValue, varsMap); // Long Date - 'February 6, 2014' formatValue = longStyleFormatter.format(theReferenceDate.toDate()); maintainDateProperty(prefix + "longDate", formatValue, varsMap); // Full Date 'Thursday, February 6, 2014' formatValue = fullStyleFormatter.format(theReferenceDate.toDate()); maintainDateProperty(prefix + "fullDate", formatValue, varsMap); // hours : minutes : seconds : milliseconds (broken to separate components) - formatValue = theReferenceDate.toString("hh:mm:ss:SSS"); if (formatValue.toString().contains(":")) { String[] hms = split(formatValue.toString(), ":"); if (hms.length > 3) { // Hours - '12' formatValue = hms[0]; maintainDateProperty(prefix + "hours", formatValue, varsMap); // Minutes - '02' formatValue = hms[1]; maintainDateProperty(prefix + "minutes", formatValue, varsMap); // Seconds - '08' formatValue = hms[2]; maintainDateProperty(prefix + "seconds", formatValue, varsMap); // Milliseconds - '324' formatValue = hms[3]; maintainDateProperty(prefix + "milliseconds", formatValue, varsMap); // Hours in 24 hours format - '23' formatValue = theReferenceDate.toString("HH"); maintainDateProperty(prefix + "hours24", formatValue, varsMap); } else setException("Failed to format reference date to four time units!"); } else { setException("Failed to format reference date to its time units!"); } // hours : minutes : seconds (default timestamp) - '12:34:56' formatValue = theReferenceDate.toString("hh:mm:ss"); maintainDateProperty(prefix + "timeStamp", formatValue, varsMap); // Short Year - '14' formatValue = theReferenceDate.toString("yy"); maintainDateProperty(prefix + "shortYear", formatValue, varsMap); // Long Year - '2014' formatValue = theReferenceDate.toString("yyyy"); maintainDateProperty(prefix + "longYear", formatValue, varsMap); // Short Month - '2' formatValue = theReferenceDate.toString("M"); maintainDateProperty(prefix + "shortMonth", formatValue, varsMap); // Padded Month - '02' formatValue = theReferenceDate.toString("MM"); maintainDateProperty(prefix + "paddedMonth", formatValue, varsMap); // Short Month Name - 'Feb' formatValue = theReferenceDate.toString("MMM"); maintainDateProperty(prefix + "shortMonthName", formatValue, varsMap); // Long Month Name - 'February' formatValue = theReferenceDate.toString("MMMM"); maintainDateProperty(prefix + "longMonthName", formatValue, varsMap); // Week in Year - '2014' (the year in which this week falls) formatValue = String.valueOf(theReferenceDate.getWeekyear()); maintainDateProperty(prefix + "weekYear", formatValue, varsMap); // Short Day in date stamp - '6' formatValue = theReferenceDate.toString("d"); maintainDateProperty(prefix + "shortDay", formatValue, varsMap); // Padded Day in date stamp - possibly with leading 0 - '06' formatValue = theReferenceDate.toString("dd"); maintainDateProperty(prefix + "paddedDay", formatValue, varsMap); // Day of Year - '37' formatValue = theReferenceDate.toString("D"); maintainDateProperty(prefix + "yearDay", formatValue, varsMap); // Short Day Name - 'Thu' formatValue = theReferenceDate.toString("E"); maintainDateProperty(prefix + "shortDayName", formatValue, varsMap); // Long Day Name - 'Thursday' DateTime dt = new DateTime(theReferenceDate.toDate()); DateTime.Property dowDTP = dt.dayOfWeek(); formatValue = dowDTP.getAsText(); maintainDateProperty(prefix + "longDayName", formatValue, varsMap); // AM/PM - 'AM' formatValue = theReferenceDate.toString("a"); maintainDateProperty(prefix + "ampm", formatValue, varsMap); // Era - (BC/AD) formatValue = theReferenceDate.toString("G"); maintainDateProperty(prefix + "era", formatValue, varsMap); // Time Zone - 'EST' formatValue = theReferenceDate.toString("zzz"); maintainDateProperty(prefix + "zone", formatValue, varsMap); addComment( "Date variables replenished for date: " + fullStyleFormatter.format(theReferenceDate.toDate())); addComment(theReferenceDate.toString()); System.out.println(getComments()); } catch (Exception e) { setException(e); } }
From source file:DDTDate.java
License:Apache License
/** * Creates the output the user indicated in the input (outputType component) subject to the requested style (outputStyle) component * @return/* w ww . j a v a2 s. c om*/ */ private String createOutput() { String result = ""; try { // If needed, adjust the reference date by the number and type of units specified - as per the time zone if (getUnits() != 0) { //setReferenceDate(getReferenceDateAdjustedForTimeZone()); getReferenceDate().add(getDurationType(), getUnits()); } // Create date formatters to be used for all varieties - the corresponding date variables are always set for convenience purposes DateFormat shortFormatter = DateFormat.getDateInstance(DateFormat.SHORT); DateFormat mediumFormatter = DateFormat.getDateInstance(DateFormat.MEDIUM); DateFormat longFormatter = DateFormat.getDateInstance(DateFormat.LONG); DateFormat fullFormatter = DateFormat.getDateInstance(DateFormat.FULL); // Build the specific formatter specified DateFormat formatter = null; switch (getOutputStyle().toLowerCase()) { case "medium": { formatter = mediumFormatter; break; } case "long": { formatter = longFormatter; break; } case "full": { formatter = fullFormatter; break; } default: formatter = shortFormatter; } // output style switch // construct the specified result - one at a time MutableDateTime theReferenceDate = getReferenceDate(); //getReferenceDateAdjustedForTimeZone(); switch (getOutputType().toLowerCase()) { case "date": { result = formatter.format(theReferenceDate.toDate()); break; } case "time": { switch (getOutputStyle().toLowerCase()) { case "short": { result = theReferenceDate.toString("hh:mm:ss"); break; } default: result = theReferenceDate.toString("hh:mm:ss.SSS"); } break; } // separate time components case "hour": case "minute": case "second": case "hour24": { String tmp = theReferenceDate.toString("hh:mm:ss"); if (tmp.toString().contains(":")) { String[] hms = split(tmp.toString(), ":"); if (hms.length > 2) { switch (getOutputType().toLowerCase()) { case "hour": { // Hour - '12' result = hms[0]; break; } case "minute": { // Minutes - '34' result = hms[1]; break; } case "second": { // Second - '56' result = hms[2]; break; } case "hour24": { // Hour - '23' result = theReferenceDate.toString("HH"); break; } default: result = hms[0]; } // switch for individual time component } // three parts of time components } // timestamp contains separator ":" break; } // Hours, Minutes, Seconds case "year": { switch (getOutputStyle().toLowerCase()) { case "short": { result = theReferenceDate.toString("yy"); break; } default: result = theReferenceDate.toString("yyyy"); } break; } case "month": { switch (getOutputStyle().toLowerCase()) { case "short": { result = theReferenceDate.toString("M"); break; } case "medium": { // padded with 0 result = theReferenceDate.toString("MM"); break; } case "long": { // short name 'Feb' result = theReferenceDate.toString("MMM"); break; } default: // Full name 'September' result = theReferenceDate.toString("MMMM"); } break; } case "day": { switch (getOutputStyle().toLowerCase()) { case "short": { result = theReferenceDate.toString("d"); break; } case "medium": { result = theReferenceDate.toString("dd"); break; } default: result = theReferenceDate.toString("dd"); } } case "doy": { result = theReferenceDate.toString("D"); break; } case "dow": { switch (getOutputStyle().toLowerCase()) { case "short": { result = theReferenceDate.toString("E"); break; } case "medium": { DateTime dt = new DateTime(theReferenceDate.toDate()); DateTime.Property dowDTP = dt.dayOfWeek(); result = dowDTP.getAsText(); break; } default: result = theReferenceDate.toString("E"); } break; } // day of week case "zone": { result = theReferenceDate.toString("zzz"); break; } case "era": { result = theReferenceDate.toString("G"); break; } case "ampm": { result = theReferenceDate.toString("a"); break; } default: { setException("Invalid Output Unit - cannot set output"); } // Create full date variables for the short, medium, long, full styles } // output type switch } // try constructing result catch (Exception e) { setException(e); } finally { return result; } }
From source file:DateTimeTypeAdapter.java
License:Apache License
@Override public DateTime read(JsonReader in) throws IOException { if (in.peek() == JsonToken.NULL) { in.nextNull();/*from www.ja va2 s . co m*/ return null; } return new DateTime(in.nextString()); }
From source file:$.MessageReportServiceImpl.java
License:Apache License
@Override
public List<MessageReportDto> getMessageStateSummary(Date startDate, Date endDate) {
Assert.notNull(startDate, "startDate mustn't be null");
Assert.notNull(endDate, "startDate mustn't be null");
// adjust dates to start from 0.00 and end 23.59
DateTime from = new DateTime(startDate).withTimeAtStartOfDay();
DateTime to = new DateTime(endDate).plusDays(1).withTimeAtStartOfDay();
return dao.getMessageStateSummary(from.toDate(), to.toDate());
}/* w w w . j ava2 s .c o m*/