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/*
 *  Copyright 2001-2005 Stephen Colebourne
 *
 *  Licensed under the Apache License, Version 2.0 (the "License");
 *  you may not use this file except in compliance with the License.
 *  You may obtain a copy of the License at
 *
 *      http://www.apache.org/licenses/LICENSE-2.0
 *
 *  Unless required by applicable law or agreed to in writing, software
 *  distributed under the License is distributed on an "AS IS" BASIS,
 *  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 *  See the License for the specific language governing permissions and
 *  limitations under the License.
 */
package com.facebook.presto.jdbc.internal.joda.time.chrono;

import java.io.IOException;
import java.io.ObjectInputStream;

import com.facebook.presto.jdbc.internal.joda.time.Chronology;
import com.facebook.presto.jdbc.internal.joda.time.DateTimeField;
import com.facebook.presto.jdbc.internal.joda.time.DateTimeZone;
import com.facebook.presto.jdbc.internal.joda.time.DurationField;

/**
 * Abstract Chronology that enables chronologies to be assembled from
 * a container of fields.
 * 

* AssembledChronology is thread-safe and immutable. * * @author Brian S O'Neill * @since 1.0 */ public abstract class AssembledChronology extends BaseChronology { private static final long serialVersionUID = -6728465968995518215L; private final Chronology iBase; private final Object iParam; private transient DurationField iMillis; private transient DurationField iSeconds; private transient DurationField iMinutes; private transient DurationField iHours; private transient DurationField iHalfdays; private transient DurationField iDays; private transient DurationField iWeeks; private transient DurationField iWeekyears; private transient DurationField iMonths; private transient DurationField iYears; private transient DurationField iCenturies; private transient DurationField iEras; private transient DateTimeField iMillisOfSecond; private transient DateTimeField iMillisOfDay; private transient DateTimeField iSecondOfMinute; private transient DateTimeField iSecondOfDay; private transient DateTimeField iMinuteOfHour; private transient DateTimeField iMinuteOfDay; private transient DateTimeField iHourOfDay; private transient DateTimeField iClockhourOfDay; private transient DateTimeField iHourOfHalfday; private transient DateTimeField iClockhourOfHalfday; private transient DateTimeField iHalfdayOfDay; private transient DateTimeField iDayOfWeek; private transient DateTimeField iDayOfMonth; private transient DateTimeField iDayOfYear; private transient DateTimeField iWeekOfWeekyear; private transient DateTimeField iWeekyear; private transient DateTimeField iWeekyearOfCentury; private transient DateTimeField iMonthOfYear; private transient DateTimeField iYear; private transient DateTimeField iYearOfEra; private transient DateTimeField iYearOfCentury; private transient DateTimeField iCenturyOfEra; private transient DateTimeField iEra; // Bit set determines which base fields are used // bit 1 set: hourOfDay, minuteOfHour, secondOfMinute, and millisOfSecond fields // bit 2 set: millisOfDayField // bit 3 set: year, monthOfYear, and dayOfMonth fields private transient int iBaseFlags; /** * Constructor calls the assemble method, enabling subclasses to define its * supported fields. If a base chronology is supplied, the field set * initially contains references to each base chronology field. *

* Other methods in this class will delegate to the base chronology, if it * can be determined that the base chronology will produce the same results * as AbstractChronology. * * @param base optional base chronology to copy initial fields from * @param param optional param object available for assemble method */ protected AssembledChronology(Chronology base, Object param) { iBase = base; iParam = param; setFields(); } public DateTimeZone getZone() { Chronology base; if ((base = iBase) != null) { return base.getZone(); } return null; } public long getDateTimeMillis(int year, int monthOfYear, int dayOfMonth, int millisOfDay) throws IllegalArgumentException { Chronology base; if ((base = iBase) != null && (iBaseFlags & 6) == 6) { // Only call specialized implementation if applicable fields are the same. return base.getDateTimeMillis(year, monthOfYear, dayOfMonth, millisOfDay); } return super.getDateTimeMillis(year, monthOfYear, dayOfMonth, millisOfDay); } public long getDateTimeMillis(int year, int monthOfYear, int dayOfMonth, int hourOfDay, int minuteOfHour, int secondOfMinute, int millisOfSecond) throws IllegalArgumentException { Chronology base; if ((base = iBase) != null && (iBaseFlags & 5) == 5) { // Only call specialized implementation if applicable fields are the same. return base.getDateTimeMillis(year, monthOfYear, dayOfMonth, hourOfDay, minuteOfHour, secondOfMinute, millisOfSecond); } return super.getDateTimeMillis(year, monthOfYear, dayOfMonth, hourOfDay, minuteOfHour, secondOfMinute, millisOfSecond); } public long getDateTimeMillis(long instant, int hourOfDay, int minuteOfHour, int secondOfMinute, int millisOfSecond) throws IllegalArgumentException { Chronology base; if ((base = iBase) != null && (iBaseFlags & 1) == 1) { // Only call specialized implementation if applicable fields are the same. return base.getDateTimeMillis (instant, hourOfDay, minuteOfHour, secondOfMinute, millisOfSecond); } return super.getDateTimeMillis (instant, hourOfDay, minuteOfHour, secondOfMinute, millisOfSecond); } public final DurationField millis() { return iMillis; } public final DateTimeField millisOfSecond() { return iMillisOfSecond; } public final DateTimeField millisOfDay() { return iMillisOfDay; } public final DurationField seconds() { return iSeconds; } public final DateTimeField secondOfMinute() { return iSecondOfMinute; } public final DateTimeField secondOfDay() { return iSecondOfDay; } public final DurationField minutes() { return iMinutes; } public final DateTimeField minuteOfHour() { return iMinuteOfHour; } public final DateTimeField minuteOfDay() { return iMinuteOfDay; } public final DurationField hours() { return iHours; } public final DateTimeField hourOfDay() { return iHourOfDay; } public final DateTimeField clockhourOfDay() { return iClockhourOfDay; } public final DurationField halfdays() { return iHalfdays; } public final DateTimeField hourOfHalfday() { return iHourOfHalfday; } public final DateTimeField clockhourOfHalfday() { return iClockhourOfHalfday; } public final DateTimeField halfdayOfDay() { return iHalfdayOfDay; } public final DurationField days() { return iDays; } public final DateTimeField dayOfWeek() { return iDayOfWeek; } public final DateTimeField dayOfMonth() { return iDayOfMonth; } public final DateTimeField dayOfYear() { return iDayOfYear; } public final DurationField weeks() { return iWeeks; } public final DateTimeField weekOfWeekyear() { return iWeekOfWeekyear; } public final DurationField weekyears() { return iWeekyears; } public final DateTimeField weekyear() { return iWeekyear; } public final DateTimeField weekyearOfCentury() { return iWeekyearOfCentury; } public final DurationField months() { return iMonths; } public final DateTimeField monthOfYear() { return iMonthOfYear; } public final DurationField years() { return iYears; } public final DateTimeField year() { return iYear; } public final DateTimeField yearOfEra() { return iYearOfEra; } public final DateTimeField yearOfCentury() { return iYearOfCentury; } public final DurationField centuries() { return iCenturies; } public final DateTimeField centuryOfEra() { return iCenturyOfEra; } public final DurationField eras() { return iEras; } public final DateTimeField era() { return iEra; } /** * Invoked by the constructor and after deserialization to allow subclasses * to define all of its supported fields. All unset fields default to * unsupported instances. * * @param fields container of fields */ protected abstract void assemble(Fields fields); /** * Returns the same base chronology as passed into the constructor. */ protected final Chronology getBase() { return iBase; } /** * Returns the same param object as passed into the constructor. */ protected final Object getParam() { return iParam; } private void setFields() { Fields fields = new Fields(); if (iBase != null) { fields.copyFieldsFrom(iBase); } assemble(fields); { DurationField f; iMillis = (f = fields.millis) != null ? f : super.millis(); iSeconds = (f = fields.seconds) != null ? f : super.seconds(); iMinutes = (f = fields.minutes) != null ? f : super.minutes(); iHours = (f = fields.hours) != null ? f : super.hours(); iHalfdays = (f = fields.halfdays) != null ? f : super.halfdays(); iDays = (f = fields.days) != null ? f : super.days(); iWeeks = (f = fields.weeks) != null ? f : super.weeks(); iWeekyears = (f = fields.weekyears) != null ? f : super.weekyears(); iMonths = (f = fields.months) != null ? f : super.months(); iYears = (f = fields.years) != null ? f : super.years(); iCenturies = (f = fields.centuries) != null ? f : super.centuries(); iEras = (f = fields.eras) != null ? f : super.eras(); } { DateTimeField f; iMillisOfSecond = (f = fields.millisOfSecond) != null ? f : super.millisOfSecond(); iMillisOfDay = (f = fields.millisOfDay) != null ? f : super.millisOfDay(); iSecondOfMinute = (f = fields.secondOfMinute) != null ? f : super.secondOfMinute(); iSecondOfDay = (f = fields.secondOfDay) != null ? f : super.secondOfDay(); iMinuteOfHour = (f = fields.minuteOfHour) != null ? f : super.minuteOfHour(); iMinuteOfDay = (f = fields.minuteOfDay) != null ? f : super.minuteOfDay(); iHourOfDay = (f = fields.hourOfDay) != null ? f : super.hourOfDay(); iClockhourOfDay = (f = fields.clockhourOfDay) != null ? f : super.clockhourOfDay(); iHourOfHalfday = (f = fields.hourOfHalfday) != null ? f : super.hourOfHalfday(); iClockhourOfHalfday = (f = fields.clockhourOfHalfday) != null ? f : super.clockhourOfHalfday(); iHalfdayOfDay = (f = fields.halfdayOfDay) != null ? f : super.halfdayOfDay(); iDayOfWeek = (f = fields.dayOfWeek) != null ? f : super.dayOfWeek(); iDayOfMonth = (f = fields.dayOfMonth) != null ? f : super.dayOfMonth(); iDayOfYear = (f = fields.dayOfYear) != null ? f : super.dayOfYear(); iWeekOfWeekyear = (f = fields.weekOfWeekyear) != null ? f : super.weekOfWeekyear(); iWeekyear = (f = fields.weekyear) != null ? f : super.weekyear(); iWeekyearOfCentury = (f = fields.weekyearOfCentury) != null ? f : super.weekyearOfCentury(); iMonthOfYear = (f = fields.monthOfYear) != null ? f : super.monthOfYear(); iYear = (f = fields.year) != null ? f : super.year(); iYearOfEra = (f = fields.yearOfEra) != null ? f : super.yearOfEra(); iYearOfCentury = (f = fields.yearOfCentury) != null ? f : super.yearOfCentury(); iCenturyOfEra = (f = fields.centuryOfEra) != null ? f : super.centuryOfEra(); iEra = (f = fields.era) != null ? f : super.era(); } int flags; if (iBase == null) { flags = 0; } else { flags = ((iHourOfDay == iBase.hourOfDay() && iMinuteOfHour == iBase.minuteOfHour() && iSecondOfMinute == iBase.secondOfMinute() && iMillisOfSecond == iBase.millisOfSecond() ) ? 1 : 0) | ((iMillisOfDay == iBase.millisOfDay()) ? 2 : 0) | ((iYear == iBase.year() && iMonthOfYear == iBase.monthOfYear() && iDayOfMonth == iBase.dayOfMonth() ) ? 4 : 0); } iBaseFlags = flags; } private void readObject(ObjectInputStream in) throws IOException, ClassNotFoundException { in.defaultReadObject(); setFields(); } /** * A container of fields used for assembling a chronology. */ public static final class Fields { public DurationField millis; public DurationField seconds; public DurationField minutes; public DurationField hours; public DurationField halfdays; public DurationField days; public DurationField weeks; public DurationField weekyears; public DurationField months; public DurationField years; public DurationField centuries; public DurationField eras; public DateTimeField millisOfSecond; public DateTimeField millisOfDay; public DateTimeField secondOfMinute; public DateTimeField secondOfDay; public DateTimeField minuteOfHour; public DateTimeField minuteOfDay; public DateTimeField hourOfDay; public DateTimeField clockhourOfDay; public DateTimeField hourOfHalfday; public DateTimeField clockhourOfHalfday; public DateTimeField halfdayOfDay; public DateTimeField dayOfWeek; public DateTimeField dayOfMonth; public DateTimeField dayOfYear; public DateTimeField weekOfWeekyear; public DateTimeField weekyear; public DateTimeField weekyearOfCentury; public DateTimeField monthOfYear; public DateTimeField year; public DateTimeField yearOfEra; public DateTimeField yearOfCentury; public DateTimeField centuryOfEra; public DateTimeField era; Fields() { } /** * Copy the supported fields from a chronology into this container. */ public void copyFieldsFrom(Chronology chrono) { { DurationField f; if (isSupported(f = chrono.millis())) { millis = f; } if (isSupported(f = chrono.seconds())) { seconds = f; } if (isSupported(f = chrono.minutes())) { minutes = f; } if (isSupported(f = chrono.hours())) { hours = f; } if (isSupported(f = chrono.halfdays())) { halfdays = f; } if (isSupported(f = chrono.days())) { days = f; } if (isSupported(f = chrono.weeks())) { weeks = f; } if (isSupported(f = chrono.weekyears())) { weekyears = f; } if (isSupported(f = chrono.months())) { months = f; } if (isSupported(f = chrono.years())) { years = f; } if (isSupported(f = chrono.centuries())) { centuries = f; } if (isSupported(f = chrono.eras())) { eras = f; } } { DateTimeField f; if (isSupported(f = chrono.millisOfSecond())) { millisOfSecond = f; } if (isSupported(f = chrono.millisOfDay())) { millisOfDay = f; } if (isSupported(f = chrono.secondOfMinute())) { secondOfMinute = f; } if (isSupported(f = chrono.secondOfDay())) { secondOfDay = f; } if (isSupported(f = chrono.minuteOfHour())) { minuteOfHour = f; } if (isSupported(f = chrono.minuteOfDay())) { minuteOfDay = f; } if (isSupported(f = chrono.hourOfDay())) { hourOfDay = f; } if (isSupported(f = chrono.clockhourOfDay())) { clockhourOfDay = f; } if (isSupported(f = chrono.hourOfHalfday())) { hourOfHalfday = f; } if (isSupported(f = chrono.clockhourOfHalfday())) { clockhourOfHalfday = f; } if (isSupported(f = chrono.halfdayOfDay())) { halfdayOfDay = f; } if (isSupported(f = chrono.dayOfWeek())) { dayOfWeek = f; } if (isSupported(f = chrono.dayOfMonth())) { dayOfMonth = f; } if (isSupported(f = chrono.dayOfYear())) { dayOfYear = f; } if (isSupported(f = chrono.weekOfWeekyear())) { weekOfWeekyear = f; } if (isSupported(f = chrono.weekyear())) { weekyear = f; } if (isSupported(f = chrono.weekyearOfCentury())) { weekyearOfCentury = f; } if (isSupported(f = chrono.monthOfYear())) { monthOfYear = f; } if (isSupported(f = chrono.year())) { year = f; } if (isSupported(f = chrono.yearOfEra())) { yearOfEra = f; } if (isSupported(f = chrono.yearOfCentury())) { yearOfCentury = f; } if (isSupported(f = chrono.centuryOfEra())) { centuryOfEra = f; } if (isSupported(f = chrono.era())) { era = f; } } } private static boolean isSupported(DurationField field) { return field == null ? false : field.isSupported(); } private static boolean isSupported(DateTimeField field) { return field == null ? false : field.isSupported(); } } }





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