List of usage examples for java.util Calendar before
public boolean before(Object when)
Calendar represents a time before the time represented by the specified Object. From source file:mchs.neverforget.NeverForgetActivity.java
private void setupInformativeColors() { @SuppressLint("SimpleDateFormat") SimpleDateFormat sdf = new SimpleDateFormat("dd/MM/yy"); for (Book b : bookArrayList) { Calendar returnDate = new GregorianCalendar(); Calendar currentDate = new GregorianCalendar(); try {/*from ww w.ja va2s . c om*/ returnDate.setTime(sdf.parse(b.getReturnDate())); currentDate.setTime(sdf.parse(sdf.format(System.currentTimeMillis()))); if (returnDate.before(currentDate)) { b.setDrawableId(R.drawable.item_book_expired); } else { int days = daysBetween(returnDate, currentDate); if (days < 2) { b.setDrawableId(R.drawable.item_book_red); } else b.setDrawableId(R.drawable.item_book); } } catch (ParseException e) { e.printStackTrace(); } } }
From source file:com.sean.takeastand.storage.ScheduleEditor.java
public void editStartTime(boolean alarmToday, AlarmSchedule alarmSchedule) { int UID = alarmSchedule.getUID(); Calendar startTime = alarmSchedule.getStartTime(); cancelDailyRepeatingAlarm(UID); setDailyRepeatingAlarm(UID, Utils.calendarToTimeString(startTime)); scheduleDatabaseAdapter.updateStartTime(UID, Utils.calendarToTimeString(startTime)); if (alarmToday && alarmSchedule.getActivated()) { Log.i(TAG, "alarmToday and activated"); FixedAlarmSchedule fixedAlarmSchedule = new FixedAlarmSchedule(alarmSchedule); Calendar endTime = alarmSchedule.getEndTime(); Calendar rightNow = Calendar.getInstance(); if (startTime.before(rightNow) && endTime.after(rightNow)) { ScheduledRepeatingAlarm scheduledRepeatingAlarm = new ScheduledRepeatingAlarm(mContext, fixedAlarmSchedule); //Update cancels the original alarm, so image needs to be set again scheduledRepeatingAlarm.updateAlarm(); Utils.setImageStatus(mContext, Constants.SCHEDULE_RUNNING); } else {/*from w w w. j a v a 2s .c o m*/ if (UID == Utils.getRunningScheduledAlarm(mContext)) { new ScheduledRepeatingAlarm(mContext, fixedAlarmSchedule).cancelAlarm(); } } } }
From source file:com.intuit.wasabi.tests.service.IntegrationExperiment.java
/** * Checks if an experiment is created in a 15 second time window and yields all the correct data. * * @throws java.text.ParseException if the dates are not correctly formatted. *///from w ww .j a v a 2s . c o m @Test(dependsOnGroups = { "ping" }) public void t_createAndValidateExperiment() throws java.text.ParseException { Calendar now = Calendar.getInstance(TimeZone.getTimeZone("UTC")); now.add(Calendar.SECOND, -2); // adjust: drops milliseconds. -2 to avoid all problems with that Calendar latest = (Calendar) now.clone(); latest.add(Calendar.SECOND, 15); Experiment created = postExperiment(completeExperiment); completeExperiment.setState(Constants.EXPERIMENT_STATE_DRAFT); assertEqualModelItems(created, completeExperiment, new DefaultNameExclusionStrategy("id", "creationTime", "modificationTime", "results", "ruleJson", "hypothesisIsCorrect")); String nowStr = TestUtils.getTimeString(now); String latestStr = TestUtils.getTimeString(latest); Calendar creationTime = TestUtils.parseTime(created.creationTime); Assert.assertTrue(creationTime.after(now) && creationTime.before(latest), "Creation time is not in the correct interval.\nEarly: " + nowStr + "\nCreated: " + created.creationTime + "\nLate: " + latestStr); Calendar modificationTime = TestUtils.parseTime(created.modificationTime); Assert.assertTrue(modificationTime.after(now) && modificationTime.before(latest), "Modification time is not in the correct interval.\nEarly: " + nowStr + "\nCreated: " + created.modificationTime + "\nLate: " + latestStr); Assert.assertEquals(created.creationTime, created.modificationTime, "Creation and Modification are not equal."); completeExperiment.update(created); }
From source file:com.heliumv.api.production.ProductionApi.java
private int daysBetween(Calendar startDate, Calendar endDate) { Calendar date = (Calendar) startDate.clone(); int daysBetween = 0; while (date.before(endDate)) { date.add(Calendar.DAY_OF_MONTH, 1); daysBetween++;/*from w w w . j a v a 2 s .c o m*/ } return daysBetween; }
From source file:org.rapidandroid.activity.chart.ChartBroker.java
/** * Gets the display type for this, based on the start and end dates * //from ww w . ja v a 2 s .c o m * @return */ protected DateDisplayTypes getDisplayType(Date startDate, Date endDate) { Calendar startCal = Calendar.getInstance(); startCal.setTime(startDate); Calendar endCal = Calendar.getInstance(); endCal.setTime(endDate); Calendar tempCal = Calendar.getInstance(); tempCal.setTime(startDate); tempCal.add(Calendar.DATE, 3); if (endCal.before(tempCal)) { // within 3 days, we do it by hour. with day shading return DateDisplayTypes.Hourly; } tempCal.setTime(startDate); tempCal.add(Calendar.MONTH, 3); if (endCal.before(tempCal)) { // within 3 months, we break it down by day with week & month // shading? return DateDisplayTypes.Daily; } tempCal.setTime(startDate); tempCal.add(Calendar.YEAR, 2); if (endCal.before(tempCal)) { // within 2 years, we break it down by week with month shading return DateDisplayTypes.Weekly; } tempCal.setTime(startDate); tempCal.add(Calendar.YEAR, 4); if (endCal.before(tempCal)) { // 2-4 years break it down by month with year shading return DateDisplayTypes.Monthly; } else { // if(endCal.get(Calendar.YEAR) - startCal.get(Calendar.YEAR) // >= 4) { // we need to break it down by year. with year shading return DateDisplayTypes.Yearly; } }
From source file:org.kuali.kfs.gl.batch.service.impl.RunDateServiceImpl.java
/** * Determines if the given calendar time is before the given cutoff time * // www . ja va 2s . c o m * @param currentCal the current time * @param cutoffTime the "start of the day" cut off time * @return true if the current time is before the cutoff, false otherwise */ protected boolean isCurrentDateBeforeCutoff(Calendar currentCal, CutoffTime cutoffTime) { if (cutoffTime != null) { // if cutoff date is not properly defined // 24 hour clock (i.e. hour is 0 - 23) // clone the calendar so we get the same month, day, year // then change the hour, minute, second fields // then see if the cutoff is before or after Calendar cutoffCal = (Calendar) currentCal.clone(); cutoffCal.setLenient(false); cutoffCal.set(Calendar.HOUR_OF_DAY, cutoffTime.hour); cutoffCal.set(Calendar.MINUTE, cutoffTime.minute); cutoffCal.set(Calendar.SECOND, cutoffTime.second); cutoffCal.set(Calendar.MILLISECOND, 0); return currentCal.before(cutoffCal); } // if cutoff date is not properly defined, then it is considered to be after the cutoff return false; }
From source file:com.krawler.common.util.StringUtil.java
public static Boolean isLessthanDates(Long olddate, Long newdate) { boolean flag = false; try {// w w w . j a v a 2s .c om java.text.SimpleDateFormat sdf = new java.text.SimpleDateFormat("yyyy-MM-dd 00:00:00"); Calendar olddt = Calendar.getInstance(); olddt.setTime(sdf.parse(sdf.format(new Date(olddate)))); Calendar newdt = Calendar.getInstance(); newdt.setTime(sdf.parse(sdf.format(new Date(newdate)))); flag = olddt.before(newdt); } catch (ParseException ex) { LOG.info("Can't parse the date in isLessthanDates() : ", ex); } return flag; }
From source file:es.udc.fic.test.model.ClasificacionServiceTest.java
@Test public void getClasificacionTest() { //Creamos una sola regata con la instancia de todos los objetos en memoria Regata regata = new Regata(); regata.setNombre("Mock Regata"); regata.setDescripcion("Mock Desc"); regataDao.save(regata);/*from w w w. j a va 2s.co m*/ Tipo tipoCatamaran = new Tipo("Catamarn", "Desc Catamarn", false); tipoDao.save(tipoCatamaran); Tipo tipoCrucero = new Tipo("Crucero", "Desc Crucero", false); tipoDao.save(tipoCrucero); Tipo tipoLigero = new Tipo("Vela ligera", "Desc Vela ligera", true); tipoDao.save(tipoLigero); Barco b1 = new Barco(204566, "Juan Sebastian El Cano", tipoCatamaran, new Float(1.5), "Lagoon 421"); inscripcionService.inscribir(regata, b1, "Iago Surez"); Barco b2 = new Barco(199012, "El Holandes Errante", tipoCrucero, new Float(2.5), "SWAN 66 FD"); inscripcionService.inscribir(regata, b2, "Samu Paredes"); Barco b3 = new Barco(201402, "La Perla Negra", tipoCrucero, new Float(1.5), "X6"); inscripcionService.inscribir(regata, b3, "Adrian Pallas"); Barco b4 = new Barco(202102, "La Pinta", tipoCrucero, new Float(1.5), "X6"); inscripcionService.inscribir(regata, b4, "Pedro Cabalar"); Barco b5 = new Barco(182345, "Venus", tipoLigero, null, "Laser Standar"); inscripcionService.inscribir(regata, b5, "Jesus Lopez"); Barco b6 = new Barco(206745, "Apolo", tipoLigero, null, "Laser Radial"); inscripcionService.inscribir(regata, b6, "Diego Bascoy"); Calendar dia1 = Calendar.getInstance(); dia1.add(Calendar.DAY_OF_YEAR, -18); Calendar dia2 = Calendar.getInstance(); dia2.add(Calendar.DAY_OF_YEAR, -18); dia2.add(Calendar.HOUR, 2); Calendar dia3 = Calendar.getInstance(); dia3.add(Calendar.DAY_OF_YEAR, -17); Manga manga1 = new Manga(dia1, regata, null, 100); Manga manga2 = new Manga(dia2, regata, null, 100); Manga manga3 = new Manga(dia3, regata, null, 100); List<Posicion> posManga1 = new ArrayList<Posicion>(); posManga1.add(new Posicion(new Long(3600), Posicion.Penalizacion.ZFP, manga1, b1, (long) 0)); posManga1.add(new Posicion(new Long(3700), Posicion.Penalizacion.NAN, manga1, b2, (long) 0)); posManga1.add(new Posicion(new Long(3750), Posicion.Penalizacion.ZFP, manga1, b3, (long) 0)); posManga1.add(new Posicion(new Long(3900), Posicion.Penalizacion.NAN, manga1, b4, (long) 0)); posManga1.add(new Posicion(new Long(3400), Posicion.Penalizacion.NAN, manga1, b5, (long) 0)); posManga1.add(new Posicion(new Long(2400), Posicion.Penalizacion.SCP, manga1, b6, (long) 0)); manga1.setPosiciones(posManga1); mangaService.cerrarYGuardarManga(manga1); regata.addManga(manga1); List<Posicion> posManga2 = new ArrayList<Posicion>(); posManga2.add(new Posicion(new Long(3400), Posicion.Penalizacion.ZFP, manga2, b1, (long) 0)); posManga2.add(new Posicion(new Long(3600), Posicion.Penalizacion.NAN, manga2, b2, (long) 0)); posManga2.add(new Posicion(new Long(3950), Posicion.Penalizacion.ZFP, manga2, b3, (long) 0)); posManga2.add(new Posicion(new Long(3200), Posicion.Penalizacion.NAN, manga2, b4, (long) 0)); posManga2.add(new Posicion(new Long(3100), Posicion.Penalizacion.ZFP, manga2, b5, (long) 0)); posManga2.add(new Posicion(new Long(2800), Posicion.Penalizacion.SCP, manga2, b6, (long) 0)); manga2.setPosiciones(posManga2); mangaService.cerrarYGuardarManga(manga2); regata.addManga(manga2); List<Posicion> posManga3 = new ArrayList<Posicion>(); posManga3.add(new Posicion(new Long(13500), Posicion.Penalizacion.SCP, manga3, b1, (long) 0)); posManga3.add(new Posicion(new Long(13200), Posicion.Penalizacion.NAN, manga3, b2, (long) 0)); posManga3.add(new Posicion(new Long(13350), Posicion.Penalizacion.NAN, manga3, b3, (long) 0)); posManga3.add(new Posicion(new Long(13900), Posicion.Penalizacion.ZFP, manga3, b4, (long) 0)); posManga3.add(new Posicion(new Long(14400), Posicion.Penalizacion.NAN, manga3, b5, (long) 0)); posManga3.add(new Posicion(new Long(15400), Posicion.Penalizacion.SCP, manga3, b6, (long) 0)); manga3.setPosiciones(posManga3); mangaService.cerrarYGuardarManga(manga3); regata.addManga(manga3); // //Mostrar los datos: // for(List<Posicion> lp : posicionesGeneralFinal){ // int total = 0; // System.out.print(lp.get(0).getBarco().getVela() + ": "); // for(Posicion p : lp){ // System.out.print(p.getPuntos() + " | "); // total += p.getPuntos(); // } // System.out.println("Tot: " + total); // } //Testeamos la clasificacion Final por Tipo Tipo tipo = tipoCrucero; List<List<Posicion>> posicionesFinalTipo = regataService.getClasificacion(regata, null, tipo); //Comprobamos que estn todos los barcos y que no estn repetido assertEquals(inscripcionService.getInscripcionesByTipo(regata, tipo).size(), posicionesFinalTipo.size()); //Comprobamos que hay tantas posiciones como mangas for (List<Posicion> posBarco : posicionesFinalTipo) { assertEquals(posBarco.size(), regata.getMangas().size()); } //Comprobamos que todas las posiciones de la misma sublista pertenecen // al mismo Barco. for (List<Posicion> posBarco : posicionesFinalTipo) { Barco barcoAct = posBarco.get(0).getBarco(); for (Posicion p : posBarco) { assertEquals(barcoAct, p.getBarco()); } } Calendar fechaAnterior = null; //Comprobamos que las listas internas estn ordenadas por la fecha de // la manga for (List<Posicion> posBarco : posicionesFinalTipo) { for (int i = 0; i < posBarco.size(); i++) { Calendar fechaActual = posBarco.get(i).getManga().getFecha(); if (i > 0) { //Comparamos los calendars: assertTrue(fechaAnterior.before(fechaActual)); } fechaAnterior = fechaActual; } } int puntActual; int puntAnterior = 0; //Comprobamos que el resultado viene bien ordenado por la puntuacion for (List<Posicion> posBarco : posicionesFinalTipo) { puntActual = 0; for (Posicion p : posBarco) { puntActual += p.getPuntos(); } assertTrue(puntActual >= puntAnterior); puntAnterior = puntActual; } for (List<Posicion> posBarco : posicionesFinalTipo) { for (Posicion posicion : posBarco) { assertEquals(tipo, posicion.getBarco().getTipo()); } } //Testeamos la clasificacion General por Dia Calendar dia = dia2; List<List<Posicion>> posicionesDiaGeneral = regataService.getClasificacion(regata, dia, null); for (List<Posicion> posBarco : posicionesDiaGeneral) { for (Posicion posicion : posBarco) { assertTrue(TimeUtil.compareByDay(dia, posicion.getManga().getFecha())); } } //Testeamos la clisificacion de un Tipo en un Dia Tipo tipoEspecifico = tipoCrucero; Calendar diaEspecifico = dia2; List<List<Posicion>> posicionesDiaTipo = regataService.getClasificacion(regata, diaEspecifico, tipoEspecifico); for (List<Posicion> posBarco : posicionesDiaTipo) { for (Posicion posicion : posBarco) { assertEquals(tipoEspecifico, posicion.getBarco().getTipo()); assertTrue(TimeUtil.compareByDay(diaEspecifico, posicion.getManga().getFecha())); } } }
From source file:edu.cornell.mannlib.vitro.webapp.edit.n3editing.configuration.validators.BasicValidation.java
public String validate(String validationType, String value) { // Required field validation. // For literals, testing empty required values in validateLiterals. // This case may be needed for validation of other field types. if ("nonempty".equalsIgnoreCase(validationType)) { if (isEmpty(value)) return REQUIRED_FIELD_EMPTY_MSG; }//w ww . j a v a 2 s . c o m // Format validation else if ("isDate".equalsIgnoreCase(validationType)) { if (isDate(value)) return SUCCESS; else return "must be in valid date format mm/dd/yyyy."; } else if (validationType.indexOf("datatype:") == 0) { String datatypeURI = validationType.substring(9); String errorMsg = validateAgainstDatatype(value, datatypeURI); if (errorMsg == null) { return SUCCESS; } else { return errorMsg; } } else if ("httpUrl".equalsIgnoreCase(validationType)) { //check if it has http or https, we could do more but for now this is all. if (!value.startsWith("http://") && !value.startsWith("https://")) { return "This URL must start with http:// or https://"; } else { return SUCCESS; } } //Date not past validation else if ("dateNotPast".equalsIgnoreCase(validationType)) { //if( ! past (value) ) // return "date must not be in the past"; //Current date Calendar c = Calendar.getInstance(); //Input Calendar inputC = Calendar.getInstance(); String yearParamStr, monthParamStr, dayParamStr; int yearDash = value.indexOf("-"); int monthDash = value.lastIndexOf("-"); if (yearDash != -1 && yearDash != monthDash) { yearParamStr = value.substring(0, yearDash); monthParamStr = value.substring(yearDash + 1, monthDash); dayParamStr = value.substring(monthDash + 1, value.length()); inputC.set(Integer.parseInt(yearParamStr), Integer.parseInt(monthParamStr) - 1, Integer.parseInt(dayParamStr)); if (inputC.before(c)) { return this.DATE_NOT_PAST_MSG; //Returning null makes the error message "field is empty" display instead //return null; } else { return SUCCESS; } } } return null; // }
From source file:org.kuali.ole.pdp.service.impl.PaymentFileValidationServiceImpl.java
/** * Checks the payment date is not more than 30 days past or 30 days coming * //from w ww . j av a 2 s . c o m * @param paymentGroup <code>PaymentGroup</code> being checked * @param warnings <code>List</code> list of accumulated warning messages */ protected void checkGroupPaymentDate(PaymentGroup paymentGroup, List<String> warnings) { Timestamp now = dateTimeService.getCurrentTimestamp(); Calendar nowPlus30 = Calendar.getInstance(); nowPlus30.setTime(now); nowPlus30.add(Calendar.DATE, 30); Calendar nowMinus30 = Calendar.getInstance(); nowMinus30.setTime(now); nowMinus30.add(Calendar.DATE, -30); if (paymentGroup.getPaymentDate() != null) { Calendar payDate = Calendar.getInstance(); payDate.setTime(paymentGroup.getPaymentDate()); if (payDate.before(nowMinus30)) { addWarningMessage(warnings, PdpKeyConstants.MESSAGE_PAYMENT_LOAD_PAYDATE_OVER_30_DAYS_PAST, dateTimeService.toDateString(paymentGroup.getPaymentDate())); } if (payDate.after(nowPlus30)) { addWarningMessage(warnings, PdpKeyConstants.MESSAGE_PAYMENT_LOAD_PAYDATE_OVER_30_DAYS_OUT, dateTimeService.toDateString(paymentGroup.getPaymentDate())); } } else { try { paymentGroup.setPaymentDate(dateTimeService.convertToSqlDate(now)); } catch (ParseException e) { throw new RuntimeException("Unable to parse current timestamp into sql date " + e.getMessage()); } } }