gvsig-raster / org.gvsig.raster.wms / branches / org.gvsig.raster.wms_dataaccess_refactoring / org.gvsig.raster.wms.io / src / main / java / org / gvsig / raster / wms / io / time / TimeDimension.java @ 2378
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/* gvSIG. Geographic Information System of the Valencian Government
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*
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* Copyright (C) 2007-2008 Infrastructures and Transports Department
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* of the Valencian Government (CIT)
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*
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* This program is free software; you can redistribute it and/or
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* modify it under the terms of the GNU General Public License
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* as published by the Free Software Foundation; either version 2
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* of the License, or (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with this program; if not, write to the Free Software
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* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
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* MA 02110-1301, USA.
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*
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*/
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package org.gvsig.raster.wms.io.time; |
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import java.util.ArrayList; |
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import java.util.Calendar; |
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import java.util.GregorianCalendar; |
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import java.util.List; |
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import org.gvsig.tools.ToolsLocator; |
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import org.gvsig.tools.dynobject.DynStruct; |
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import org.gvsig.tools.persistence.PersistenceManager; |
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import org.gvsig.tools.persistence.PersistentState; |
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import org.gvsig.tools.persistence.exception.PersistenceException; |
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/**
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* Class for WMS TIME dimension from a WMS. It allows you to handle the correct
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* values for this kind of dimension.
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* <br>
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* <p>
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* At the moment this class was written the WMS TIME dimension is defined as the
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* ISO8601 standard for expressing times.
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* </p>
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* <br>
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* <p>
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* As far as this class implements IFMapWMSDimension it uses the same interface
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* and documentation.
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* </p>
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*
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* @author jaume dominguez faus - jaume.dominguez@iver.es
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*/
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public class TimeDimension implements RemoteTimeDimension { |
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static private final byte YEAR_FORMAT = 1; |
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static private final byte YEAR_TO_MONTH_FORMAT = 2; |
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static private final byte YEAR_TO_DAY_FORMAT = 3; |
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static private final byte FULL_FORMAT = 4; |
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|
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static private final long millisXsec = 1000; |
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static private final long millisXminute = 60 * millisXsec; |
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static private final long millisXhour = 60 * millisXminute; |
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static private final long millisXday = 24 * millisXhour; |
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static private final long millisXmonth = 30 * millisXday; |
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//(1 year = 365 days 6 hours 9 minutes 9,7 seconds)
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static private final long millisXyear = (365*millisXday) + (6*millisXhour) + (9*millisXminute) + 9700; |
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static private final String digit = "[0-9]"; |
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static private final String nonZeroDigit = "[1-9]"; |
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static private final String seconds = "([0-5]" + digit + "((\\.|,)" + digit + digit+ "?" + digit + "?" + ")?)"; |
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static private final String minutes = "([0-5]" + digit + ")"; |
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static private final String hours = "(0" + digit + "|1" + digit + "|2[0-3])"; |
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static private final String time = hours + ":" + minutes + "(:" + seconds + ")?"; |
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static private final String days = "(0?" + nonZeroDigit + "|1" + digit + "|2" + digit + "|30|31)"; |
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static private final String months = "(0?" + nonZeroDigit + "|10|11|12)"; |
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static private final String year = "(" + digit + digit + ")"; |
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static private final String century = "(" + digit + digit + ")"; |
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static private final String floatingPointNumber = "(" + digit + "+(\\." + digit + "+)?)"; |
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private String unit; |
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private String unitSymbol; |
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private List<GregorianCalendar> |
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valueList; |
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private boolean compiled; |
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private boolean isGeologic; |
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private String expression; |
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private int type; |
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private byte format = 0; |
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static private final String regexDateExtendedForBCE1 = "B?"+century+year; |
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static private final String regexDateExtendedForBCE2 = "B?"+century+year+"-"+months; |
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static private final String regexDateExtendedForBCE3 = "B?"+century+year+"-"+months+"-"+days; |
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static private final String regexDateExtendedForBCE4 = "B?"+century+year+"-"+months+"-"+days+"(T| )"+time+"Z"; |
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// Note: in WMS 1.1.0 the suffix Z is optional
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static private final String regexDateExtendedForBCE = |
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"(" + regexDateExtendedForBCE1 + "|" |
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+ regexDateExtendedForBCE2 + "|"
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+ regexDateExtendedForBCE3 + "|"
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+ regexDateExtendedForBCE4 + ")";
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static private final String periodMagnitude = "(Y|M|D)"; |
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static private final String p1 = "(("+digit+")+"+periodMagnitude+")"; |
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static private final String timeMagnitude = "(H|M|S)"; |
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static private final String p2 = "("+floatingPointNumber+timeMagnitude+")"; |
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static private final String regexPeriod = "P(("+p1+"+"+"(T"+p2+")*)|("+p1+"*"+"(T"+p2+")+))"; |
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static private final String regexIntervalTimeDimension = |
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"("+regexDateExtendedForBCE+")/("+regexDateExtendedForBCE+")/("+regexPeriod+")"; |
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static private final String geologicDatasets = "(K|M|G)"; |
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static private final String regexDateForGeologicDatasets = geologicDatasets+floatingPointNumber; |
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@SuppressWarnings("unchecked") |
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public void loadFromState(PersistentState state) throws PersistenceException { |
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this.unit = state.getString("unit"); |
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this.unitSymbol = state.getString("unitSymbol"); |
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List<String> list = (List<String>)state.getList("valueList"); |
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valueList = convertStringListToGregorianCalendarList(list); |
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this.compiled = state.getBoolean("compiled"); |
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this.isGeologic = state.getBoolean("isGeologic"); |
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this.expression = state.getString("expression"); |
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this.type = state.getInt("type"); |
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this.format = (byte)state.getInt("format"); |
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} |
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public void saveToState(PersistentState state) throws PersistenceException { |
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state.set("unit", unit);
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state.set("unitSymbol", unitSymbol);
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state.set("valueList", convertGregorianCalendarListToStringList(valueList));
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state.set("compiled", compiled);
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state.set("isGeologic", isGeologic);
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state.set("expression", expression);
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state.set("type", type);
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state.set("format", format);
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} |
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private List<String> convertGregorianCalendarListToStringList(List<GregorianCalendar> gList) { |
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List<String> l = new ArrayList<String>(); |
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for (int i = 0; i < gList.size(); i++) { |
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l.add(toString(gList.get(i))); |
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} |
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return l;
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} |
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private List<GregorianCalendar> convertStringListToGregorianCalendarList(List<String> sList) { |
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List<GregorianCalendar> l = new ArrayList<GregorianCalendar>(); |
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for (int i = 0; i < sList.size(); i++) { |
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l.add(valueOf(sList.get(i))); |
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} |
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return l;
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} |
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public static void registerPersistent() { |
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PersistenceManager manager = ToolsLocator.getPersistenceManager(); |
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DynStruct definition = manager.getDefinition("TimeDimension_Persistent");
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if( definition == null ) { |
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definition = manager.addDefinition( |
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TimeDimension.class, |
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"TimeDimension_Persistent",
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"TimeDimension Persistence",
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null,
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null
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); |
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} |
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definition.addDynFieldString("unit").setMandatory(false); |
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definition.addDynFieldString("unitSymbol").setMandatory(false); |
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definition.addDynFieldList("valueList").setClassOfItems(String.class).setMandatory(false); |
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definition.addDynFieldBoolean("compiled").setMandatory(false); |
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definition.addDynFieldBoolean("isGeologic").setMandatory(false); |
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definition.addDynFieldString("expression").setMandatory(false); |
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definition.addDynFieldInt("type").setMandatory(false); |
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definition.addDynFieldInt("format").setMandatory(false); |
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} |
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public TimeDimension() {}
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/**
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* Creates a new instance of TimeDimension.
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* @param units
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* @param unitSymbol
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* @param expression
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*/
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public TimeDimension(String _units, String _unitSymbol, String _dimensionExpression) { |
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this.unit = _units;
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this.unitSymbol = _unitSymbol;
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setExpression(_dimensionExpression); |
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} |
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public String getName() { |
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return "TIME"; |
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} |
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public String getUnit() { |
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return unit;
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} |
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public String getUnitSymbol() { |
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return unitSymbol;
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} |
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public String getLowLimit() { |
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return valueAt(0); |
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} |
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public String getHighLimit() { |
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return valueAt(valueList.size() - 1); |
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} |
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public String getResolution() { |
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return null; |
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} |
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public boolean isValidValue(String value) { |
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return (value.matches(regexDateForGeologicDatasets) || value.matches(regexDateExtendedForBCE));
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} |
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public GregorianCalendar valueOf(String value) throws IllegalArgumentException { |
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if (compiled) {
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String myValue = value.toUpperCase();
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if (isValidValue(myValue)) {
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GregorianCalendar val = null; |
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if (!isGeologic){
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// This is a normal date
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int myYear;
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int myMonth;
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int myDay;
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int myHour;
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int myMinute;
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float mySecond;
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String[] s = myValue.split("-"); |
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myYear = (s[0].charAt(0)=='B') ? -Integer.parseInt(s[0].substring(1, 5)) : Integer.parseInt(s[0].substring(0, 4)); |
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myMonth = (s.length>1) ? Integer.parseInt(s[1])-1 : 0; |
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if (myValue.matches(regexDateExtendedForBCE4)){
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if (s[2].endsWith("Z")) |
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s[2] = s[2].substring(0,s[2].length()-1); |
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s = (s[2].indexOf('T')!=-1) ? s[2].split("T") : s[2].split(" "); |
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myDay = Integer.parseInt(s[0]); |
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// Go with the time
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s = s[1].split(":"); |
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myHour = Integer.parseInt(s[0]); |
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myMinute = (s.length>1) ? Integer.parseInt(s[1]) : 0; |
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mySecond = (s.length>2) ? Float.parseFloat(s[2]) : 0; |
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} else {
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myDay = (s.length>2) ? Integer.parseInt(s[2]) : 1; |
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myHour = 0;
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myMinute = 0;
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mySecond = 0;
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} |
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GregorianCalendar cal = new GregorianCalendar(myYear, myMonth, myDay, myHour, myMinute, (int)mySecond); |
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val = cal; |
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} else{
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// this is a geological date >:-(
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} |
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return val;
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} else throw new IllegalArgumentException(myValue); |
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} |
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return null; |
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} |
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public String valueAt(int pos) throws ArrayIndexOutOfBoundsException { |
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return toString((GregorianCalendar) valueList.get(pos)); |
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} |
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public int valueCount() { |
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return valueList.size();
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} |
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public String getExpression() { |
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return expression;
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} |
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public void setExpression(String expr) { |
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this.expression = expr;
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} |
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public int getType() { |
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return type;
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} |
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public void compile() throws IllegalArgumentException { |
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compiled = true;
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valueList = new ArrayList<GregorianCalendar>(); |
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String[] items = expression.split(","); |
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for (int i = 0; i < items.length; i++) { |
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// Each iteration is a value of a comma-separated list
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// which can be a single date or even an expression defining
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// an interval.
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items[i] = items[i].trim(); |
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if (items[i].matches(regexDateExtendedForBCE1)) {
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upgradeFormat(YEAR_FORMAT); |
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valueList.add(valueOf(items[i])); |
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} else if (items[i].matches(regexDateExtendedForBCE2)) { |
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upgradeFormat(YEAR_TO_MONTH_FORMAT); |
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valueList.add(valueOf(items[i])); |
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} else if (items[i].matches(regexDateExtendedForBCE3)) { |
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upgradeFormat(YEAR_TO_DAY_FORMAT); |
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valueList.add(valueOf(items[i])); |
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} else if (items[i].matches(regexDateExtendedForBCE4)) { |
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upgradeFormat(FULL_FORMAT); |
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valueList.add(valueOf(items[i])); |
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} else if (items[i].matches(regexIntervalTimeDimension)) { |
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// Analyze and transform this interval expression to a list
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// of values.
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// min value
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String[] s = items[i].split("/"); |
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if (s[0].matches(regexDateExtendedForBCE1)) { |
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upgradeFormat(YEAR_FORMAT); |
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} else if (s[0].matches(regexDateExtendedForBCE2)) { |
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upgradeFormat(YEAR_TO_MONTH_FORMAT); |
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} else if (s[0].matches(regexDateExtendedForBCE3)) { |
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upgradeFormat(YEAR_TO_DAY_FORMAT); |
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} else if (s[0].matches(regexDateExtendedForBCE4)) { |
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upgradeFormat(FULL_FORMAT); |
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} |
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GregorianCalendar minValue = valueOf(s[0]); |
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// max value
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if (s[0].matches(regexDateExtendedForBCE1)) { |
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upgradeFormat(YEAR_FORMAT); |
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} else if (s[1].matches(regexDateExtendedForBCE2)) { |
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upgradeFormat(YEAR_TO_MONTH_FORMAT); |
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} else if (s[1].matches(regexDateExtendedForBCE3)) { |
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upgradeFormat(YEAR_TO_DAY_FORMAT); |
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} else if (s[1].matches(regexDateExtendedForBCE4)) { |
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upgradeFormat(FULL_FORMAT); |
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} |
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GregorianCalendar maxValue = valueOf(s[1]); |
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String period = s[2]; |
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if (period == null) { |
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valueList.add(minValue); |
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valueList.add(maxValue); |
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continue;
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} |
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long x1 = ((GregorianCalendar) maxValue).getTimeInMillis(); |
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long x0 = ((GregorianCalendar) minValue).getTimeInMillis(); |
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long distance = x1-x0;
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long step = 0; |
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boolean isTimeField = false; |
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String val = ""; |
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for (int j = 0; j < period.length(); j++) { |
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if (period.charAt(j) == 'P') |
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continue;
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if (period.charAt(j) == 'T') { |
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isTimeField = true;
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continue;
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} |
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switch (period.charAt(j)) {
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case 'Y': |
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step += Integer.parseInt(val) * millisXyear;
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val = "";
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break;
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case 'M': |
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if (isTimeField)
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step += Integer.parseInt(val) * millisXminute;
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else
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step += Integer.parseInt(val) * millisXmonth;
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val = "";
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break;
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case 'D': |
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step += Integer.parseInt(val) * millisXday;
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val = "";
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break;
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case 'H': |
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step += Integer.parseInt(val) * millisXhour;
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val = "";
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break;
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case 'S': |
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step += Integer.parseInt(val) * 1000; |
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val = "";
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break;
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default:
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val += period.charAt(j); |
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break;
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} |
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} |
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// Now that we know the earliest and the latest date and the period
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// between two dates, I'm going to populate the list of values
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// considering these values.
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int valueCount = (int)(distance/step) + 1; // + 1 for the initial point |
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valueList.add(minValue); |
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for (int pos = 1; pos < valueCount; pos++) { |
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long newTime = ((GregorianCalendar) minValue).getTimeInMillis(); |
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newTime += (step*pos); |
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GregorianCalendar cal = new GregorianCalendar(); |
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cal.setTimeInMillis(newTime); |
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if (cal.after(maxValue) || cal.before(minValue))
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continue;
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valueList.add(cal); |
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} |
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valueList.add(maxValue); |
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} else {
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compiled = false;
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throw new IllegalArgumentException(); |
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} |
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} |
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} |
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/**
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* Prints a GregorianCalendar value in WMS1.1.1 format.
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* @param cal
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* @return
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*/
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private String toString(GregorianCalendar cal) { |
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int iYear = cal.get(Calendar.YEAR); |
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int iMonth = cal.get(Calendar.MONTH) + 1; |
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int iDay = cal.get(Calendar.DAY_OF_MONTH); |
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int iHour = cal.get(Calendar.HOUR_OF_DAY); |
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int iMinute = cal.get(Calendar.MINUTE); |
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int iSecond = cal.get(Calendar.SECOND); |
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String myYear;
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if (iYear<10) |
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myYear = "200"+iYear;
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else if (iYear<100) |
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myYear = "20"+iYear;
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else if (iYear<1000) |
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myYear = "2"+iYear;
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else
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myYear = ""+iYear;
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String myMonth = (iMonth<10) ? "0"+iMonth : ""+iMonth; |
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String myDay = (iDay<10) ? "0"+iDay : ""+iDay; |
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String myHour = (iHour<10) ? "0"+iHour : ""+iHour; |
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String myMinute = (iMinute<10)? "0"+iMinute : ""+iMinute; |
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String mySecond = (iSecond<10)? "0"+iSecond : ""+iSecond; |
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int myMilliSecond = cal.get(Calendar.MILLISECOND); |
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String s = null; |
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if (format == YEAR_FORMAT)
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s = myYear+"";
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else if (format == YEAR_TO_MONTH_FORMAT) |
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s = myYear+"-"+myMonth;
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else if (format == YEAR_TO_DAY_FORMAT) |
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s = myYear+"-"+myMonth+"-"+myDay; |
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else if (format == FULL_FORMAT) |
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s = myYear+"-"+myMonth+"-"+myDay+"T"+myHour+":"+myMinute+":"+mySecond+"."+(myMilliSecond/10)+"Z"; |
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if (iYear<0) |
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s = "B"+s;
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return s;
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} |
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|
| 453 |
private void upgradeFormat(byte sFormat) { |
| 454 |
switch (sFormat) {
|
| 455 |
case YEAR_FORMAT:
|
| 456 |
if (format < YEAR_FORMAT)
|
| 457 |
format = YEAR_FORMAT; |
| 458 |
break;
|
| 459 |
case YEAR_TO_MONTH_FORMAT:
|
| 460 |
if (format < YEAR_TO_MONTH_FORMAT)
|
| 461 |
format = YEAR_TO_MONTH_FORMAT; |
| 462 |
break;
|
| 463 |
case YEAR_TO_DAY_FORMAT:
|
| 464 |
if (format < YEAR_TO_DAY_FORMAT)
|
| 465 |
format = YEAR_TO_DAY_FORMAT; |
| 466 |
break;
|
| 467 |
case FULL_FORMAT:
|
| 468 |
if (format < FULL_FORMAT)
|
| 469 |
format = FULL_FORMAT; |
| 470 |
break;
|
| 471 |
} |
| 472 |
} |
| 473 |
} |
| 474 |
|
| 475 |
|