List of usage examples for java.sql Timestamp getTime
public long getTime()
From source file:com.oltpbenchmark.benchmarks.seats.SEATSProfile.java
/** * /*ww w . j a va2 s .co m*/ * @param start_date */ public void setFlightStartDate(Timestamp start_date) { this.flight_start_date.setTime(start_date.getTime()); }
From source file:com.twineworks.kettle.ruby.step.execmodels.SimpleExecutionModel.java
public RubyHash createRubyInputRow(RowMetaInterface rowMeta, Object[] r) throws KettleException { // create a hash for the row, they are not reused on purpose, so the scripting user can safely use them to store entire rows between invocations RubyHash rubyRow = new RubyHash(data.runtime); String[] fieldNames = rowMeta.getFieldNames(); for (int i = 0; i < fieldNames.length; i++) { String field = fieldNames[i]; // null values don't need no special treatment, they'll become nil if (r[i] == null) { rubyRow.put(field, null);//from ww w. j av a 2s . c om } else { ValueMetaInterface vm = rowMeta.getValueMeta(i); switch (vm.getType()) { case ValueMetaInterface.TYPE_BOOLEAN: rubyRow.put(field, vm.getBoolean(r[i])); break; case ValueMetaInterface.TYPE_INTEGER: rubyRow.put(field, vm.getInteger(r[i])); break; case ValueMetaInterface.TYPE_STRING: rubyRow.put(field, vm.getString(r[i])); break; case ValueMetaInterface.TYPE_NUMBER: rubyRow.put(field, vm.getNumber(r[i])); break; case ValueMetaInterface.TYPE_NONE: rubyRow.put(field, r[i]); break; case ValueMetaInterface.TYPE_SERIALIZABLE: if (r[i] instanceof RubyStepMarshalledObject) { Object restoredObject = getMarshal().callMethod(data.runtime.getCurrentContext(), "restore", data.runtime.newString(r[i].toString())); rubyRow.put(field, restoredObject); } else { // try to put the object in there as it is.. should create a nice adapter for the java object rubyRow.put(field, r[i]); } break; case ValueMetaInterface.TYPE_BINARY: // put a ruby array with bytes in there, that is expensive and should probably be avoided rubyRow.put(fieldNames[i], data.runtime.newArrayNoCopy(JavaUtil.convertJavaArrayToRuby(data.runtime, ArrayUtils.toObject((byte[]) vm.getBinary(r[i]))))); break; case ValueMetaInterface.TYPE_BIGNUMBER: IRubyObject bigDecimalObject = getBigDecimal().callMethod(data.runtime.getCurrentContext(), "new", data.runtime.newString((vm.getBigNumber(r[i])).toString())); rubyRow.put(field, bigDecimalObject); break; case ValueMetaInterface.TYPE_DATE: rubyRow.put(field, data.runtime.newTime((vm.getDate(r[i])).getTime())); break; case ValueMetaInterface.TYPE_TIMESTAMP: ValueMetaTimestamp vmTimestamp = (ValueMetaTimestamp) vm; Timestamp ts = vmTimestamp.getTimestamp(r[i]); RubyTime rubyTime = data.runtime.newTime(ts.getTime() / 1000 * 1000); rubyTime.setNSec(ts.getNanos()); rubyRow.put(field, rubyTime); break; case ValueMetaInterface.TYPE_INET: ValueMetaInternetAddress vmInet = (ValueMetaInternetAddress) vm; InetAddress ip = vmInet.getInternetAddress(r[i]); IRubyObject ipObject = getIPAddr().callMethod(data.runtime.getCurrentContext(), "new", data.runtime.newString(ip.getHostAddress())); rubyRow.put(field, ipObject); break; } } } return rubyRow; }
From source file:com.ichi2.anki.PreferenceContext.java
private void initPreference(Preference pref) { // Load stored values from Preferences which are stored in the Collection if (Arrays.asList(sCollectionPreferences).contains(pref.getKey())) { Collection col = getCol(); if (col != null) { try { JSONObject conf = col.getConf(); switch (pref.getKey()) { case "showEstimates": ((CheckBoxPreference) pref).setChecked(conf.getBoolean("estTimes")); break; case "showProgress": ((CheckBoxPreference) pref).setChecked(conf.getBoolean("dueCounts")); break; case "learnCutoff": ((NumberRangePreference) pref).setValue(conf.getInt("collapseTime") / 60); break; case "timeLimit": ((NumberRangePreference) pref).setValue(conf.getInt("timeLim") / 60); break; case "useCurrent": ((ListPreference) pref).setValueIndex(conf.optBoolean("addToCur", true) ? 0 : 1); break; case "newSpread": ((ListPreference) pref).setValueIndex(conf.getInt("newSpread")); break; case "dayOffset": Calendar calendar = new GregorianCalendar(); Timestamp timestamp = new Timestamp(col.getCrt() * 1000); calendar.setTimeInMillis(timestamp.getTime()); ((SeekBarPreference) pref).setValue(calendar.get(Calendar.HOUR_OF_DAY)); break; }// w w w . j av a 2s. co m } catch (JSONException | NumberFormatException e) { throw new RuntimeException(); } } else { // Disable Col preferences if Collection closed pref.setEnabled(false); } } else if ("minimumCardsDueForNotification".equals(pref.getKey())) { updateNotificationPreference((ListPreference) pref); } // Set the value from the summary cache CharSequence s = pref.getSummary(); mOriginalSumarries.put(pref.getKey(), (s != null) ? s.toString() : ""); // Update summary updateSummary(pref); }
From source file:com.aionemu.gameserver.services.BrokerService.java
private void checkExpiredItems() { Map<Integer, BrokerItem> asmoBrokerItems = getRaceBrokerItems(Race.ASMODIANS); Map<Integer, BrokerItem> elyosBrokerItems = getRaceBrokerItems(Race.ELYOS); Timestamp currentTime = new Timestamp(Calendar.getInstance().getTimeInMillis()); for (BrokerItem item : asmoBrokerItems.values()) { if (item != null && item.getExpireTime().getTime() <= currentTime.getTime()) { putToSettled(Race.ASMODIANS, item, false); asmodianBrokerItems.remove(item.getItemUniqueId()); }/*from w w w .j a v a2 s . com*/ } for (BrokerItem item : elyosBrokerItems.values()) { if (item != null && item.getExpireTime().getTime() <= currentTime.getTime()) { putToSettled(Race.ELYOS, item, false); this.elyosBrokerItems.remove(item.getItemUniqueId()); } } }
From source file:uk.org.funcube.fcdw.server.extract.csv.RealTimeCsvExtractor.java
@Transactional(readOnly = true, propagation = Propagation.REQUIRED) public void extract(long satelliteId) { Date currentDate = clock.currentDate(); Timestamp latestSatelliteTime = realTimeDao.getLatestSatelliteTime(satelliteId); Timestamp since = new Timestamp(latestSatelliteTime.getTime() - (250 * 60 * 1000)); List<RealTimeEntity> realTime12 = realTimeDao.getSinceSatelliteTime(satelliteId, since); if (realTime12.size() == 0) { return;/*from w w w . java 2 s . com*/ } File fileLocation = new File(System.getProperty("csv.realtime")); if (fileLocation.exists()) { fileLocation.delete(); } try { // use FileWriter constructor that specifies open for appending CsvWriter csvOutput = new CsvWriter(new FileWriter(fileLocation, true), ','); // write out the headers csvOutput.write("Satellite Date/Time UTC"); csvOutput.write("Solar Panel Voltage X mV"); csvOutput.write("Solar Panel Voltage Y mV"); csvOutput.write("Solar Panel Voltage Z mV"); csvOutput.write("Total Photo Current mA"); csvOutput.write("Battery Voltage mV"); csvOutput.write("Total System Current mA"); csvOutput.write("Boost Converter Temp 1 C"); csvOutput.write("Boost Converter Temp 2 C"); csvOutput.write("Boost Converter Temp 3 C"); csvOutput.write("Battery Temp C"); csvOutput.write("Sun Sensor X+"); csvOutput.write("Sun Sensor Y+"); csvOutput.write("Sun Sensor Z+"); csvOutput.write("Solar Panel Temp X+ C"); csvOutput.write("Solar Panel Temp X- C"); csvOutput.write("Solar Panel Temp Y+ C"); csvOutput.write("Solar Panel Temp Y- C"); csvOutput.write("3.3 Bus Voltage mV"); csvOutput.write("3.3 Bus Current mA"); csvOutput.write("5.0 Bus Voltage mV"); csvOutput.write("RF Temperature C"); csvOutput.write("Receive Current mA"); csvOutput.write("RF Current 3.3V Bus mA"); csvOutput.write("RF Current 5.0V Bus mA"); csvOutput.write("PA Device Temperature C"); csvOutput.write("PA Bus Current mA"); csvOutput.write("Antenna Temp 0 C"); csvOutput.write("Antenna Temp 1 C"); csvOutput.endRecord(); long tsLong = 0; String c1 = ""; String c2 = ""; String c3 = ""; String c4 = ""; String c5 = ""; String c6 = ""; String c7 = ""; String c8 = ""; String c9 = ""; String c10 = ""; String c11 = ""; String c12 = ""; String c13 = ""; String c14 = ""; String c15 = ""; String c16 = ""; String c17 = ""; String c18 = ""; String c19 = ""; String c20 = ""; String c21 = ""; String c22 = ""; String c23 = ""; String c24 = ""; String c25 = ""; String c26 = ""; String c27 = ""; String c28 = ""; String c29 = ""; for (RealTimeEntity entity : realTime12) { Timestamp satelliteTime = entity.getSatelliteTime(); if (tsLong == 0) { tsLong = satelliteTime.getTime(); // Solar Panel Voltage X mV c1 = String.format("%4d", entity.getC1()); // Solar Panel Voltage Y mV c2 = String.format("%4d", entity.getC2()); // Solar Panel Voltage Z mV c3 = String.format("%4d", entity.getC3()); // Total Photo Current mA c4 = String.format("%4d", entity.getC4()); // Battery Voltage mV c5 = String.format("%4d", entity.getC5()); // Total System Current mA c6 = String.format("%4d", entity.getC6()); // Boost Converter Temp 1 C c7 = String.format("%4d", twosComplement(entity.getC9())); // Boost Converter Temp 2 C c8 = String.format("%4d", twosComplement(entity.getC10())); // Boost Converter Temp 3 C c9 = String.format("%4d", twosComplement(entity.getC11())); // Battery Temp C c10 = String.format("%4d", twosComplement(entity.getC12())); // Sun Sensor X+ c11 = String.format("%4.2f", SOL_ILLUMINATION[entity.getC17().intValue()]); // Sun Sensor Y+ c12 = String.format("%4.2f", SOL_ILLUMINATION[entity.getC18().intValue()]); // Sun Sensor Z+ c13 = String.format("%4.2f", SOL_ILLUMINATION[entity.getC19().intValue()]); // Solar Panel Temp X+ C c14 = scale(entity.getC20(), -0.2073, 158.239); // Solar Panel Temp X- C c15 = scale(entity.getC21(), -0.2083, 159.227); // Solar Panel Temp Y+ C c16 = scale(entity.getC22(), -0.2076, 158.656); // Solar Panel Temp Y- C c17 = scale(entity.getC23(), -0.2087, 159.045); // 3.3 Bus Voltage mV c18 = scale(entity.getC24(), 4.0, 0.0); // 3.3 Bus Current mA c19 = scale(entity.getC25(), 1.0, 0.0); // 5.0 Bus Voltage mV c20 = scale(entity.getC26(), 6.0, 0.0); // RF Temperature C c21 = scale(entity.getC34(), -0.857, 193.672); // Receive Current mA c22 = String.format("%4d", entity.getC35()); // RF Current 3.3V Bus mA c23 = String.format("%4d", entity.getC36()); // RF Current 5.0V Bus mA c24 = String.format("%4d", entity.getC37()); // PA Device Temperature C c25 = String.format("%4.1f", getPaTemp(entity.getC40())); // PA Bus Current mA c26 = String.format("%4.1f", getPaCurrent(entity.getC41())); // Antenna Temp 0 C c27 = String.format("%5.1f", getAntsTemp(entity.getC42().intValue())); // Antenna Temp 1 C c28 = String.format("%5.1f", getAntsTemp(entity.getC43().intValue())); writeRecord(csvOutput, satelliteTime, c1, c2, c3, c4, c5, c6, c7, c8, c9, c10, c11, c12, c13, c14, c15, c16, c17, c18, c19, c20, c21, c22, c23, c24, c25, c26, c27, c28); } else { final long timeDiff = satelliteTime.getTime() - tsLong; if (timeDiff > 5000) { // fill in the gaps long gaps = (timeDiff / 5000); for (long i = 1; i < gaps; i++) { Timestamp intervalTime = new Timestamp(tsLong + (5000 * i)); writeRecord(csvOutput, intervalTime, c1, c2, c3, c4, c5, c6, c7, c8, c9, c10, c11, c12, c13, c14, c15, c16, c17, c18, c19, c20, c21, c22, c23, c24, c25, c26, c27, c28); } } // Solar Panel Voltage X mV c1 = String.format("%4d", entity.getC1()); // Solar Panel Voltage Y mV c2 = String.format("%4d", entity.getC2()); // Solar Panel Voltage Z mV c3 = String.format("%4d", entity.getC3()); // Total Photo Current mA c4 = String.format("%4d", entity.getC4()); // Battery Voltage mV c5 = String.format("%4d", entity.getC5()); // Total System Current mA c6 = String.format("%4d", entity.getC6()); // Boost Converter Temp 1 C c7 = String.format("%4d", twosComplement(entity.getC9())); // Boost Converter Temp 2 C c8 = String.format("%4d", twosComplement(entity.getC10())); // Boost Converter Temp 3 C c9 = String.format("%4d", twosComplement(entity.getC11())); // Battery Temp C c10 = String.format("%4d", twosComplement(entity.getC12())); // Sun Sensor X+ c11 = String.format("%4.2f", SOL_ILLUMINATION[entity.getC17().intValue()]); // Sun Sensor Y+ c12 = String.format("%4.2f", SOL_ILLUMINATION[entity.getC18().intValue()]); // Sun Sensor Z+ c13 = String.format("%4.2f", SOL_ILLUMINATION[entity.getC19().intValue()]); // Solar Panel Temp X+ C c14 = scale(entity.getC20(), -0.2073, 158.239); // Solar Panel Temp X- C c15 = scale(entity.getC21(), -0.2083, 159.227); // Solar Panel Temp Y+ C c16 = scale(entity.getC22(), -0.2076, 158.656); // Solar Panel Temp Y- C c17 = scale(entity.getC23(), -0.2087, 159.045); // 3.3 Bus Voltage mV c18 = scale(entity.getC24(), 4.0, 0.0); // 3.3 Bus Current mA c19 = scale(entity.getC25(), 1.0, 0.0); // 5.0 Bus Voltage mV c20 = scale(entity.getC26(), 6.0, 0.0); // RF Temperature C c21 = scale(entity.getC34(), -0.857, 193.672); // Receive Current mA c22 = String.format("%4d", entity.getC35()); // RF Current 3.3V Bus mA c23 = String.format("%4d", entity.getC36()); // RF Current 5.0V Bus mA c24 = String.format("%4d", entity.getC37()); // PA Device Temperature C c25 = String.format("%4.1f", getPaTemp(entity.getC40())); // PA Bus Current mA c26 = String.format("%4.1f", getPaCurrent(entity.getC41())); // Antenna Temp 0 C c27 = String.format("%5.1f", getAntsTemp(entity.getC42().intValue())); // Antenna Temp 1 C c28 = String.format("%5.1f", getAntsTemp(entity.getC43().intValue())); writeRecord(csvOutput, satelliteTime, c1, c2, c3, c4, c5, c6, c7, c8, c9, c10, c11, c12, c13, c14, c15, c16, c17, c18, c19, c20, c21, c22, c23, c24, c25, c26, c27, c28); tsLong = satelliteTime.getTime(); } } csvOutput.close(); } catch (IOException e) { e.printStackTrace(); } }
From source file:com.qtplaf.library.util.Calendar.java
/** * Constructor assigning a <code>Timestamp</code>. * * @param timestamp The <code>Timestamp</code>. *//*from w w w.j av a 2 s. c o m*/ public Calendar(java.sql.Timestamp timestamp) { setTimeInMillis(timestamp.getTime()); }
From source file:com.alibaba.wasp.jdbc.TestPreparedStatement.java
public void testDateTimeTimestampWithCalendar() throws SQLException { Statement stat = conn.createStatement(); stat.execute("create table ts(x timestamp primary key)"); stat.execute("create table t(x time primary key)"); stat.execute("create table d(x date)"); Calendar utcCalendar = new GregorianCalendar(new SimpleTimeZone(0, "Z")); TimeZone old = TimeZone.getDefault(); DateTimeUtils.resetCalendar();//from w w w . j a v a2 s .c o m TimeZone.setDefault(TimeZone.getTimeZone("PST")); try { Timestamp ts1 = Timestamp.valueOf("2010-03-13 18:15:00"); Time t1 = new Time(ts1.getTime()); Date d1 = new Date(ts1.getTime()); // when converted to UTC, this is 03:15, which doesn't actually exist // because of summer time change at that day Timestamp ts2 = Timestamp.valueOf("2010-03-13 19:15:00"); Time t2 = new Time(ts2.getTime()); Date d2 = new Date(ts2.getTime()); PreparedStatement prep; ResultSet rs; prep = conn.prepareStatement("insert into ts values(?)"); prep.setTimestamp(1, ts1, utcCalendar); prep.execute(); prep.setTimestamp(1, ts2, utcCalendar); prep.execute(); prep = conn.prepareStatement("insert into t values(?)"); prep.setTime(1, t1, utcCalendar); prep.execute(); prep.setTime(1, t2, utcCalendar); prep.execute(); prep = conn.prepareStatement("insert into d values(?)"); prep.setDate(1, d1, utcCalendar); prep.execute(); prep.setDate(1, d2, utcCalendar); prep.execute(); rs = stat.executeQuery("select * from ts order by x"); rs.next(); assertEquals("2010-03-14 02:15:00.0", rs.getString(1)); assertEquals("2010-03-13 18:15:00.0", rs.getTimestamp(1, utcCalendar).toString()); assertEquals("2010-03-14 03:15:00.0", rs.getTimestamp(1).toString()); assertEquals("2010-03-14 02:15:00.0", rs.getString("x")); assertEquals("2010-03-13 18:15:00.0", rs.getTimestamp("x", utcCalendar).toString()); assertEquals("2010-03-14 03:15:00.0", rs.getTimestamp("x").toString()); rs.next(); assertEquals("2010-03-14 03:15:00.0", rs.getString(1)); assertEquals("2010-03-13 19:15:00.0", rs.getTimestamp(1, utcCalendar).toString()); assertEquals("2010-03-14 03:15:00.0", rs.getTimestamp(1).toString()); assertEquals("2010-03-14 03:15:00.0", rs.getString("x")); assertEquals("2010-03-13 19:15:00.0", rs.getTimestamp("x", utcCalendar).toString()); assertEquals("2010-03-14 03:15:00.0", rs.getTimestamp("x").toString()); rs = stat.executeQuery("select * from t order by x"); rs.next(); assertEquals("02:15:00", rs.getString(1)); assertEquals("18:15:00", rs.getTime(1, utcCalendar).toString()); assertEquals("02:15:00", rs.getTime(1).toString()); assertEquals("02:15:00", rs.getString("x")); assertEquals("18:15:00", rs.getTime("x", utcCalendar).toString()); assertEquals("02:15:00", rs.getTime("x").toString()); rs.next(); assertEquals("03:15:00", rs.getString(1)); assertEquals("19:15:00", rs.getTime(1, utcCalendar).toString()); assertEquals("03:15:00", rs.getTime(1).toString()); assertEquals("03:15:00", rs.getString("x")); assertEquals("19:15:00", rs.getTime("x", utcCalendar).toString()); assertEquals("03:15:00", rs.getTime("x").toString()); rs = stat.executeQuery("select * from d order by x"); rs.next(); assertEquals("2010-03-14", rs.getString(1)); assertEquals("2010-03-13", rs.getDate(1, utcCalendar).toString()); assertEquals("2010-03-14", rs.getDate(1).toString()); assertEquals("2010-03-14", rs.getString("x")); assertEquals("2010-03-13", rs.getDate("x", utcCalendar).toString()); assertEquals("2010-03-14", rs.getDate("x").toString()); rs.next(); assertEquals("2010-03-14", rs.getString(1)); assertEquals("2010-03-13", rs.getDate(1, utcCalendar).toString()); assertEquals("2010-03-14", rs.getDate(1).toString()); assertEquals("2010-03-14", rs.getString("x")); assertEquals("2010-03-13", rs.getDate("x", utcCalendar).toString()); assertEquals("2010-03-14", rs.getDate("x").toString()); } finally { TimeZone.setDefault(old); DateTimeUtils.resetCalendar(); } stat.execute("drop table ts"); stat.execute("drop table t"); stat.execute("drop table d"); }
From source file:org.osaf.cosmo.migrate.ZeroPointFiveToZeroPointSixMigration.java
private void migrateUsers(Connection conn) throws Exception { PreparedStatement stmt = null; PreparedStatement updateStmt = null; PreparedStatement insertStmt = null; ResultSet rs = null;/*w w w. ja va 2 s. co m*/ long count = 0; log.debug("starting migrateUsers()"); try { stmt = conn.prepareStatement("select id, datecreated, datemodified, admin from users"); updateStmt = conn.prepareStatement("update users set createdate=?, modifydate=? where id=?"); insertStmt = conn.prepareStatement( "insert into user_preferences (userid, preferencename, preferencevalue) values (?, ?, ?)"); insertStmt.setString(2, "Login.Url"); rs = stmt.executeQuery(); while (rs.next()) { count++; long userId = rs.getLong(1); Timestamp createTs = rs.getTimestamp(2); Timestamp modifyTs = rs.getTimestamp(3); boolean isAdmin = rs.getBoolean(4); // update user timestamps updateStmt.setLong(1, createTs.getTime()); updateStmt.setLong(2, modifyTs.getTime()); updateStmt.setLong(3, userId); updateStmt.executeUpdate(); // insert account preference insertStmt.setLong(1, userId); insertStmt.setString(3, isAdmin ? "/account/view" : "/pim"); insertStmt.executeUpdate(); } } finally { if (rs != null) rs.close(); if (stmt != null) stmt.close(); if (updateStmt != null) updateStmt.close(); if (insertStmt != null) insertStmt.close(); } log.debug("processed " + count + " users"); }
From source file:com.antsdb.saltedfish.server.mysql.PacketEncoder.java
/** * /*from ww w . ja v a2 s.c o m*/ * From server to client. One packet for each row in the result set. * * <pre> * Bytes Name * ----- ---- * n (Length Coded String) (column value) * ... * * (column value): The data in the column, as a character string. * If a column is defined as non-character, the * server converts the value into a character * before sending it. Since the value is a Length * Coded String, a NULL can be represented with a * single byte containing 251(see the description * of Length Coded Strings in section "Elements" above). * * @see http://forge.mysql.com/wiki/MySQL_Internals_ClientServer_Protocol#Row_Data_Packet * </pre> * * @param buffer * @param nColumns * @param rowRec */ public void writeRowTextBody(ByteBuf buffer, long pRecord, int nColumns) { for (int i = 0; i < nColumns; i++) { Object fv = Record.getValue(pRecord, i); if (fv instanceof Boolean) { // mysql has no boolean it is actually tinyint fv = ((Boolean) fv) ? 1 : 0; } if (fv == null) { // null mark is 251 buffer.writeByte((byte) 251); } else if (fv instanceof Duration) { Duration t = (Duration) fv; String text = DurationFormatUtils.formatDuration(t.toMillis(), "HH:mm:ss"); BufferUtils.writeLenString(buffer, text, this.cs); } else if (fv instanceof Timestamp) { // @see ResultSetRow#getDateFast, mysql jdbc driver only take precision 19,21,29 if callers wants // to get a Date from a datetime column Timestamp ts = (Timestamp) fv; if (ts.getTime() == Long.MIN_VALUE) { // mysql '0000-00-00 00:00:00' is treated as null in jdbc buffer.writeByte((byte) 251); } else { String text; if (ts.getNanos() == 0) { text = TIMESTAMP19_FORMAT.format(ts); } else { text = TIMESTAMP29_FORMAT.format(ts); } BufferUtils.writeLenString(buffer, text, this.cs); } } else if (fv instanceof byte[]) { BufferUtils.writeWithLength(buffer, (byte[]) fv); } else if ((fv instanceof Date) && (((Date) fv).getTime() == Long.MIN_VALUE)) { // mysql '0000-00-00' is treated as null in jdbc buffer.writeByte((byte) 251); } else { String val = fv.toString(); if (val.length() == 0) { // empty mark is 0 buffer.writeByte((byte) 0); } else { BufferUtils.writeLenString(buffer, val, this.cs); } } } }
From source file:org.apache.hadoop.hive.ql.exec.vector.expressions.TestVectorTimestampExpressions.java
private void compareToUDFUnixTimeStampLong(Timestamp ts, long y) { long seconds = ts.getTime() / 1000; if (seconds != y) { System.out.printf("%d vs %d for %s\n", seconds, y, ts.toString()); Assert.assertTrue(false);//w w w . j a v a 2 s . co m } }