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/*
* The Apache Software License, Version 1.1
*
* Copyright (c) 2001 The Apache Software Foundation. All rights
* reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
*
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
*
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in
* the documentation and/or other materials provided with the
* distribution.
*
* 3. The end-user documentation included with the redistribution,
* if any, must include the following acknowledgment:
* "This product includes software developed by the
* Apache Software Foundation (http://www.apache.org/)."
* Alternately, this acknowledgment may appear in the software itself,
* if and wherever such third-party acknowledgments normally appear.
*
* 4. The names "Xerces" and "Apache Software Foundation" must
* not be used to endorse or promote products derived from this
* software without prior written permission. For written
* permission, please contact apache\@apache.org.
*
* 5. Products derived from this software may not be called "Apache",
* nor may "Apache" appear in their name, without prior written
* permission of the Apache Software Foundation.
*
* THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED
* WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES
* OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL THE APACHE SOFTWARE FOUNDATION OR
* ITS CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF
* USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
* ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
* OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT
* OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
* SUCH DAMAGE.
* ====================================================================
*
* This software consists of voluntary contributions made by many
* individuals on behalf of the Apache Software Foundation, and was
* originally based on software copyright (c) 2001, International
* Business Machines, Inc., http://www.ibm.com . For more information
* on the Apache Software Foundation, please see
* <http://www.apache.org/>.
*/
/*
* $Id$
* $Log$
* Revision 1.3 2002/11/06 22:22:21 peiyongz
* Schema-Errata: E2-12: gMonth
*
* Revision 1.2 2002/11/04 15:22:05 tng
* C++ Namespace Support.
*
* Revision 1.1.1.1 2002/02/01 22:22:14 peiyongz
* sane_include
*
* Revision 1.4 2001/11/14 22:04:03 peiyongz
* Patch to apply check on Year and more rigorous on other fields as well.
*
* Revision 1.3 2001/11/12 20:36:54 peiyongz
* SchemaDateTimeException defined
*
* Revision 1.2 2001/11/09 20:41:45 peiyongz
* Fix: compilation error on Solaris and AIX.
*
* Revision 1.1 2001/11/07 19:16:03 peiyongz
* DateTime Port
*
*
*/
// ---------------------------------------------------------------------------
// Includes
// ---------------------------------------------------------------------------
#include <stdlib.h>
#include <xercesc/util/XMLDateTime.hpp>
#include <xercesc/util/XMLString.hpp>
#include <xercesc/util/XMLUni.hpp>
#include <xercesc/util/Janitor.hpp>
//
// constants used to process raw data (fBuffer)
//
// [-]{CCYY-MM-DD}'T'{HH:MM:SS.MS}['Z']
// [{+|-}hh:mm']
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static const XMLCh DURATION_STARTER = chLatin_P; // 'P'
static const XMLCh DURATION_Y = chLatin_Y; // 'Y'
static const XMLCh DURATION_M = chLatin_M; // 'M'
static const XMLCh DURATION_D = chLatin_D; // 'D'
static const XMLCh DURATION_H = chLatin_H; // 'H'
static const XMLCh DURATION_S = chLatin_S; // 'S'
static const XMLCh DATE_SEPARATOR = chDash; // '-'
static const XMLCh TIME_SEPARATOR = chColon; // ':'
static const XMLCh TIMEZONE_SEPARATOR = chColon; // ':'
static const XMLCh DATETIME_SEPARATOR = chLatin_T; // 'T'
static const XMLCh MILISECOND_SEPARATOR = chPeriod; // '.'
static const XMLCh UTC_STD_CHAR = chLatin_Z; // 'Z'
static const XMLCh UTC_POS_CHAR = chPlus; // '+'
static const XMLCh UTC_NEG_CHAR = chDash; // '-'
static const XMLCh UTC_SET[] = {UTC_STD_CHAR //"Z+-"
, UTC_POS_CHAR
, UTC_NEG_CHAR
, chNull};
static const int YMD_MIN_SIZE = 10; // CCYY-MM-DD
static const int YMONTH_MIN_SIZE = 7; // CCYY_MM
static const int TIME_MIN_SIZE = 8; // hh:mm:ss
static const int TIMEZONE_SIZE = 5; // hh:mm
static const int DAY_SIZE = 5; // ---DD
//static const int MONTH_SIZE = 6; // --MM--
//define constants to be used in assigning default values for
//all date/time excluding duration
static const int YEAR_DEFAULT = 2000;
static const int MONTH_DEFAULT = 01;
static const int DAY_DEFAULT = 15;
// order-relation on duration is a partial order. The dates below are used to
// for comparison of 2 durations, based on the fact that
// duration x and y is x<=y iff s+x<=s+y
// see 3.2.6 duration W3C schema datatype specs
//
// the dates are in format: {CCYY,MM,DD, H, S, M, MS, timezone}
static const int DATETIMES[][XMLDateTime::TOTAL_SIZE] =
{1697, 2, 1, 0, 0, 0, 0, XMLDateTime::UTC_STD},
{1903, 3, 1, 0, 0, 0, 0, XMLDateTime::UTC_STD},
{1903, 7, 1, 0, 0, 0, 0, XMLDateTime::UTC_STD}
};
// ---------------------------------------------------------------------------
// local methods
// ---------------------------------------------------------------------------
static inline int fQuotient(int a, int b)
{
div_t div_result = div(a, b);
return div_result.quot;
}
static inline int fQuotient(int temp, int low, int high)
{
return fQuotient(temp - low, high - low);
}
static inline int modulo (int temp, int low, int high)
int a = temp - low;
int b = high - low;
return (mod (a, b, fQuotient(a, b)) + low) ;
}
static inline bool isLeapYear(int year)
{
return((year%4 == 0) && ((year%100 != 0) || (year%400 == 0)));
if ( month == 4 || month == 6 || month == 9 || month == 11 )
return 31;
}
}
// ---------------------------------------------------------------------------
// static methods : for duration
// ---------------------------------------------------------------------------
/**
* Compares 2 given durations. (refer to W3C Schema Datatypes "3.2.6 duration")
*
* 3.2.6.2 Order relation on duration
*
* In general, the order-relation on duration is a partial order since there is no
* determinate relationship between certain durations such as one month (P1M) and 30 days (P30D).
* The order-relation of two duration values x and y is x < y iff s+x < s+y for each qualified
* dateTime s in the list below.
*
* These values for s cause the greatest deviations in the addition of dateTimes and durations
**/
int XMLDateTime::compare(const XMLDateTime* const pDate1
, const XMLDateTime* const pDate2
, bool strict)
{
//REVISIT: this is unoptimazed vs of comparing 2 durations
// Algorithm is described in 3.2.6.2 W3C Schema Datatype specs
//
int resultA, resultB = INDETERMINATE;
//try and see if the objects are equal
if ( (resultA = compareOrder(pDate1, pDate2)) == EQUAL)
return EQUAL;
//long comparison algorithm is required
XMLDateTime tempA, *pTempA = &tempA;
XMLDateTime tempB, *pTempB = &tempB;
addDuration(pTempA, pDate1, 0);
addDuration(pTempB, pDate2, 0);
resultA = compareOrder(pTempA, pTempB);
return INDETERMINATE;
addDuration(pTempA, pDate1, 1);
addDuration(pTempB, pDate2, 1);
resultB = compareOrder(pTempA, pTempB);
resultA = compareResult(resultA, resultB, strict);
return INDETERMINATE;
addDuration(pTempA, pDate1, 2);
addDuration(pTempB, pDate2, 2);
resultB = compareOrder(pTempA, pTempB);
resultA = compareResult(resultA, resultB, strict);
if ( resultA == INDETERMINATE )
return INDETERMINATE;
addDuration(pTempA, pDate1, 3);
addDuration(pTempB, pDate2, 3);
resultB = compareOrder(pTempA, pTempB);
resultA = compareResult(resultA, resultB, strict);
return resultA;
}
//
// Form a new XMLDateTime with duration and baseDate array
// Note: C++ Java
// fNewDate duration
// fDuration date
//
, const XMLDateTime* const fDuration
, int index)
{
//REVISIT: some code could be shared between normalize() and this method,
// however is it worth moving it? The structures are different...
//
fNewDate->reset();
//add months (may be modified additionaly below)
int temp = DATETIMES[index][Month] + fDuration->fValue[Month];
fNewDate->fValue[Month] = modulo(temp, 1, 13);
int carry = fQuotient(temp, 1, 13);
//add years (may be modified additionaly below)
fNewDate->fValue[CentYear] = DATETIMES[index][CentYear] + fDuration->fValue[CentYear] + carry;
//add seconds
temp = DATETIMES[index][Second] + fDuration->fValue[Second];
carry = fQuotient (temp, 60);
fNewDate->fValue[Second] = mod(temp, 60, carry);
//add minutes
temp = DATETIMES[index][Minute] + fDuration->fValue[Minute] + carry;
carry = fQuotient(temp, 60);
fNewDate->fValue[Minute] = mod(temp, 60, carry);
//add hours
temp = DATETIMES[index][Hour] + fDuration->fValue[Hour] + carry;
carry = fQuotient(temp, 24);
fNewDate->fValue[Hour] = mod(temp, 24, carry);
fNewDate->fValue[Day] = DATETIMES[index][Day] + fDuration->fValue[Day] + carry;
{
temp = maxDayInMonthFor(fNewDate->fValue[CentYear], fNewDate->fValue[Month]);
{ //original fNewDate was negative
fNewDate->fValue[Day] += maxDayInMonthFor(fNewDate->fValue[CentYear], fNewDate->fValue[Month]-1);
carry = -1;
}
{
fNewDate->fValue[Day] -= temp;
carry = 1;
}
{
break;
}
temp = fNewDate->fValue[Month] + carry;
fNewDate->fValue[Month] = modulo(temp, 1, 13);
fNewDate->fValue[CentYear] += fQuotient(temp, 1, 13);
}
//fNewDate->fValue[utc] = UTC_STD_CHAR;
fNewDate->fValue[utc] = UTC_STD;
}
int XMLDateTime::compareResult(short resultA
, short resultB
, bool strict)
{
{
return (resultA != EQUAL)? resultA : resultB;
}
}
return resultA;
}
// ---------------------------------------------------------------------------
// static methods : for others
// ---------------------------------------------------------------------------
int XMLDateTime::compare(const XMLDateTime* const pDate1
, const XMLDateTime* const pDate2)
{
if (pDate1->fValue[utc] == pDate2->fValue[utc])
{
{
c1 = compareResult(pDate1, pDate2, false, UTC_POS);
c2 = compareResult(pDate1, pDate2, false, UTC_NEG);
return getRetVal(c1, c2);
}
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{
c1 = compareResult(pDate1, pDate2, true, UTC_POS);
c2 = compareResult(pDate1, pDate2, true, UTC_NEG);
return getRetVal(c1, c2);
}
return INDETERMINATE;
}
int XMLDateTime::compareResult(const XMLDateTime* const pDate1
, const XMLDateTime* const pDate2
, bool set2Left
, int utc_type)
{
XMLDateTime tmpDate = (set2Left ? *pDate1 : *pDate2);
tmpDate.fTimeZone[hh] = 14;
tmpDate.fTimeZone[mm] = 0;
tmpDate.fValue[utc] = utc_type;
tmpDate.normalize();
return (set2Left? XMLDateTime::compareOrder(&tmpDate, pDate2) :
XMLDateTime::compareOrder(pDate1, &tmpDate));
}
int XMLDateTime::compareOrder(const XMLDateTime* const lValue
, const XMLDateTime* const rValue)
// we need to do something here.
//
XMLDateTime lTemp = *lValue;
XMLDateTime rTemp = *rValue;
lTemp.normalize();
rTemp.normalize();
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{
return GREATER_THAN;
}
}
return EQUAL;
}
// ---------------------------------------------------------------------------
// ctor and dtor
// ---------------------------------------------------------------------------
XMLDateTime::~XMLDateTime()
{
if (fBuffer)
delete[] fBuffer;
}
XMLDateTime::XMLDateTime()
:fBuffer(0)
{
reset();
}
XMLDateTime::XMLDateTime(const XMLCh* const aString)
:fBuffer(0)
{
setBuffer(aString);
}
// -----------------------------------------------------------------------
// Copy ctor and Assignment operators
// -----------------------------------------------------------------------
XMLDateTime::XMLDateTime(const XMLDateTime &toCopy)
:fBuffer(0)
{
copy(toCopy);
}
XMLDateTime& XMLDateTime::operator=(const XMLDateTime& rhs)
{
if (this == &rhs)
return *this;
copy(rhs);
return *this;
}
// -----------------------------------------------------------------------
// Implementation of Abstract Interface
// -----------------------------------------------------------------------
//
// We may simply return the handle to fBuffer, but
// for the sake of consistency, we return a duplicated copy
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// and the caller is responsible for the release of the buffer
// just like any other things in the XMLNumber family.
//
XMLCh* XMLDateTime::toString() const
{
assertBuffer();
XMLCh* retBuf = XMLString::replicate(fBuffer);
return retBuf;
}
int XMLDateTime::getSign() const
{
return 0;
}
// ---------------------------------------------------------------------------
// Parsers
// ---------------------------------------------------------------------------
//
// [-]{CCYY-MM-DD}'T'{HH:MM:SS.MS}[TimeZone]
//
void XMLDateTime::parseDateTime()
{
initParser();
getDate();
//fStart is supposed to point to 'T'
if (fBuffer[fStart++] != DATETIME_SEPARATOR)
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_dt_missingT
, fBuffer);
getTime();
validateDateTime();
normalize();
}
//
// [-]{CCYY-MM-DD}[TimeZone]
//
void XMLDateTime::parseDate()
{
initParser();
getDate();
parseTimeZone();
validateDateTime();
normalize();
}
void XMLDateTime::parseTime()
{
initParser();
// time initialize to default values
fValue[CentYear]= YEAR_DEFAULT;
fValue[Month] = MONTH_DEFAULT;
fValue[Day] = DAY_DEFAULT;
getTime();
validateDateTime();
normalize();
}
//
// {---DD}[TimeZone]
// 01234
//
void XMLDateTime::parseDay()
{
initParser();
if (fBuffer[0] != DATE_SEPARATOR ||
fBuffer[1] != DATE_SEPARATOR ||
fBuffer[2] != DATE_SEPARATOR )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_gDay_invalid
, fBuffer);
}
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_gDay_invalid
, fBuffer);
}
{
getTimeZone(sign);
}
}
validateDateTime();
normalize();
}
//
// {--MM--}[TimeZone]
// 012345
//
void XMLDateTime::parseMonth()
{
initParser();
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_gMth_invalid
, fBuffer);
}
//set constants
fValue[CentYear] = YEAR_DEFAULT;
fValue[Day] = DAY_DEFAULT;
fValue[Month] = parseInt(2, 4);
// REVISIT: allow both --MM and --MM-- now.
// need to remove the following lines to disallow --MM--
// when the errata is officially in the rec.
fStart = 4;
if ( fEnd >= fStart+2 && fBuffer[fStart] == DATE_SEPARATOR && fBuffer[fStart+1] == DATE_SEPARATOR )
{
fStart += 2;
}
//
// parse TimeZone if any
//
if ( fStart < fEnd )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_gMth_invalid
, fBuffer);
}
{
getTimeZone(sign);
}
}
validateDateTime();
normalize();
}
//
//[-]{CCYY}[TimeZone]
// 0 1234
//
void XMLDateTime::parseYear()
{
initParser();
// skip the first '-' and search for timezone
//
int sign = findUTCSign((fBuffer[0] == chDash) ? 1 : 0);
{
fValue[CentYear] = parseIntYear(sign);
getTimeZone(sign);
}
fValue[Month] = MONTH_DEFAULT;
fValue[Day] = DAY_DEFAULT; //java is 1
validateDateTime();
normalize();
}
//
//{--MM-DD}[TimeZone]
// 0123456
//
void XMLDateTime::parseMonthDay()
{
initParser();
if (fBuffer[0] != DATE_SEPARATOR ||
fBuffer[1] != DATE_SEPARATOR ||
fBuffer[4] != DATE_SEPARATOR )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_gMthDay_invalid
, fBuffer);
}
fValue[CentYear] = YEAR_DEFAULT;
fValue[Month] = parseInt(2, 4);
fValue[Day] = parseInt(5, 7);
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_gMthDay_invalid
, fBuffer);
}
{
getTimeZone(sign);
}
}
validateDateTime();
normalize();
}
void XMLDateTime::parseYearMonth()
{
initParser();
// get date
getYearMonth();
fValue[Day] = DAY_DEFAULT;
parseTimeZone();
validateDateTime();
normalize();
}
//
//
// [-]{'P'{[n'Y'][n'M'][n'D']['T'][n'H'][n'M'][n'S']}}
//
// Note: the n above shall be >= 0
// if no time element found, 'T' shall be absent
//
void XMLDateTime::parseDuration()
{
initParser();
// must start with '-' or 'P'
//
XMLCh c = fBuffer[fStart++];
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_dur_Start_dashP
, fBuffer);
}
// 'P' must ALWAYS be present in either case
(fBuffer[fStart++]!= DURATION_STARTER ))
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_dur_noP
, fBuffer);
}
// java code
//date[utc]=(c=='-')?'-':0;
fValue[utc] = (fBuffer[0] == chDash? UTC_NEG : UTC_STD);
int negate = ( fBuffer[0] == chDash ? -1 : 1);
// No negative value is allowed after 'P'
//
// eg P-1234, invalid
//
if (indexOf(fStart, fEnd, chDash) != NOT_FOUND)
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_dur_DashNotFirst
, fBuffer);
}
//at least one number and designator must be seen after P
bool designator = false;
int endDate = indexOf(fStart, fEnd, DATETIME_SEPARATOR);
if ( endDate == NOT_FOUND )
{
//scan year
fValue[CentYear] = negate * parseInt(fStart, end);
fStart = end+1;
designator = true;
}
end = indexOf(fStart, endDate, DURATION_M);
{
//scan month
fValue[Month] = negate * parseInt(fStart, end);
fStart = end+1;
designator = true;
}
end = indexOf(fStart, endDate, DURATION_D);
{
//scan day
fValue[Day] = negate * parseInt(fStart,end);
fStart = end+1;
designator = true;
}
if ( (fEnd == endDate) && // 'T' absent
(fStart != fEnd) ) // something after Day
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_dur_inv_b4T
, fBuffer);
}
if ( fEnd != endDate ) // 'T' present
{
//scan hours, minutes, seconds
// skip 'T' first
end = indexOf(++fStart, fEnd, DURATION_H);
{
//scan hours
fValue[Hour] = negate * parseInt(fStart, end);
fStart = end+1;
designator = true;
}
end = indexOf(fStart, fEnd, DURATION_M);
{
//scan min
fValue[Minute] = negate * parseInt(fStart, end);
fStart = end+1;
designator = true;
}
end = indexOf(fStart, fEnd, DURATION_S);
{
//scan seconds
int mlsec = indexOf (fStart, end, MILISECOND_SEPARATOR);
{
fValue[Second] = negate * parseInt(fStart, mlsec);
fValue[MiliSecond] = negate * parseInt(mlsec+1, end);
}
{
fValue[Second] = negate * parseInt(fStart,end);
}
fStart = end+1;
designator = true;
}
// no additional data should appear after last item
// P1Y1M1DT is illigal value as well
if ( (fStart != fEnd) ||
fBuffer[--fStart] == DATETIME_SEPARATOR )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_dur_NoTimeAfterT
,fBuffer);
}
}
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{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_dur_NoElementAtAll
, fBuffer);
}
}
// ---------------------------------------------------------------------------
// Scanners
// ---------------------------------------------------------------------------
//
// [-]{CCYY-MM-DD}
//
// Note: CCYY could be more than 4 digits
// Assuming fStart point to the beginning of the Date Section
// fStart updated to point to the position right AFTER the second 'D'
// Since the lenght of CCYY might be variable, we can't check format upfront
//
void XMLDateTime::getDate()
{
// Ensure enough chars in buffer
if ( (fStart+YMD_MIN_SIZE) > fEnd)
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_date_incomplete
, fBuffer);
getYearMonth(); // Scan YearMonth and
// fStart point to the next '-'
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{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_date_invalid
, fBuffer);
//("CCYY-MM must be followed by '-' sign");
}
fValue[Day] = parseInt(fStart, fStart+2);
fStart += 2 ; //fStart points right after the Day
return;
}
//
// hh:mm:ss[.msssss]['Z']
// hh:mm:ss[.msssss][['+'|'-']hh:mm]
// 012345678
//
// Note: Assuming fStart point to the beginning of the Time Section
// fStart updated to point to the position right AFTER the second 's'
// or ms if any
//
void XMLDateTime::getTime()
{
// Ensure enough chars in buffer
if ( (fStart+TIME_MIN_SIZE) > fEnd)
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_time_incomplete
, fBuffer);
//"Imcomplete Time Format"
// check (fixed) format first
if ((fBuffer[fStart + 2] != TIME_SEPARATOR) ||
(fBuffer[fStart + 5] != TIME_SEPARATOR) )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_time_invalid
, fBuffer);
//("Error in parsing time" );
}
//
// get hours, minute and second
//
fValue[Hour] = parseInt(fStart + 0, fStart + 2);
fValue[Second] = parseInt(fStart + 6, fStart + 8);
fStart += 8;
// to see if any ms and/or utc part after that
if (fStart >= fEnd)
return;
//find UTC sign if any
int sign = findUTCSign(fStart);
int milisec = (fBuffer[fStart] == MILISECOND_SEPARATOR)? fStart : NOT_FOUND;
if ( milisec != NOT_FOUND )
{
fStart++; // skip the '.'
// make sure we have some thing between the '.' and fEnd
if (fStart >= fEnd)
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_ms_noDigit
, fBuffer);
//("ms shall be present once '.' is present" );
}
{
fValue[MiliSecond] = parseInt(fStart, fEnd); //get ms between '.' and fEnd
fStart = fEnd;
}
{
fValue[MiliSecond] = parseInt(fStart, sign); //get ms between UTC sign and fEnd
}
}
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if ( sign > 0 ) {
getTimeZone(sign);
}
}
//
// [-]{CCYY-MM}
//
// Note: CCYY could be more than 4 digits
// fStart updated to point AFTER the second 'M' (probably meet the fEnd)
//
void XMLDateTime::getYearMonth()
{
// Ensure enough chars in buffer
if ( (fStart+YMONTH_MIN_SIZE) > fEnd)
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_ym_incomplete
, fBuffer);
//"Imcomplete YearMonth Format";
// skip the first leading '-'
int start = ( fBuffer[0] == chDash ) ? fStart + 1 : fStart;
//
// search for year separator '-'
//
int yearSeparator = indexOf(start, fEnd, DATE_SEPARATOR);
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ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_ym_invalid
, fBuffer);
//("Year separator is missing or misplaced");
fValue[CentYear] = parseIntYear(yearSeparator);
fStart = yearSeparator + 1; //skip the '-' and point to the first M
//
//gonna check we have enough byte for month
//
if ((fStart + 2) > fEnd )
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_ym_noMonth
, fBuffer);
//"no month in buffer"
fValue[Month] = parseInt(fStart, yearSeparator + 3);
fStart += 2; //fStart points right after the MONTH
return;
}
void XMLDateTime::parseTimeZone()
{
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_tz_noUTCsign
, fBuffer);
//("Error in month parsing");
}
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{
getTimeZone(sign);
}
}
return;
}
//
// 'Z'
// ['+'|'-']hh:mm
//
// Note: Assuming fStart points to the beginning of TimeZone section
// fStart updated to meet fEnd
//
void XMLDateTime::getTimeZone(const int sign)
{
if ( fBuffer[sign] == UTC_STD_CHAR )
{
if ((sign + 1) != fEnd )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_tz_stuffAfterZ
, fBuffer);
//"Error in parsing time zone");
}
return;
}
//
// otherwise, it has to be this format
// '[+|-]'hh:mm
// 1 23456 7
// sign fEnd
//
if ( ( ( sign + TIMEZONE_SIZE + 1) != fEnd ) ||
( fBuffer[sign + 3] != TIMEZONE_SEPARATOR ) )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_tz_invalid
, fBuffer);
//("Error in parsing time zone");
}
fTimeZone[hh] = parseInt(sign+1, sign+3);
fTimeZone[mm] = parseInt(sign+4, fEnd);
return;
}
// ---------------------------------------------------------------------------
// Validator and normalizer
// ---------------------------------------------------------------------------
/**
* If timezone present - normalize dateTime [E Adding durations to dateTimes]
* @param date CCYY-MM-DDThh:mm:ss+03
* @return CCYY-MM-DDThh:mm:ssZ
*/
void XMLDateTime::normalize()
if ((fValue[utc] == UTC_UNKNOWN) ||
(fValue[utc] == UTC_STD) )
return;
int negate = (fValue[utc] == UTC_POS)? -1: 1;
// add mins
int temp = fValue[Minute] + negate * fTimeZone[mm];
int carry = fQuotient(temp, 60);
fValue[Minute] = mod(temp, 60, carry);
//add hours
temp = fValue[Hour] + negate * fTimeZone[hh] + carry;
carry = fQuotient(temp, 24);
fValue[Hour] = mod(temp, 24, carry);
fValue[Day] += carry;
while (1)
{
temp = maxDayInMonthFor(fValue[CentYear], fValue[Month]);
{
fValue[Day] += maxDayInMonthFor(fValue[CentYear], fValue[Month] - 1);
carry = -1;
}
{
break;
}
temp = fValue[Month] + carry;
fValue[Month] = modulo(temp, 1, 13);
fValue[CentYear] += fQuotient(temp, 1, 13);
}
// set to normalized
fValue[utc] = UTC_STD;
return;
}
void XMLDateTime::validateDateTime() const
{
//REVISIT: should we throw an exception for not valid dates
// or reporting an error message should be sufficient?
if ( fValue[CentYear] == 0 )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_year_zero
, fBuffer);
//"The year \"0000\" is an illegal year value");
}
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_mth_invalid
, fBuffer);
//"The month must have values 1 to 12");
}
//validate days
if ( fValue[Day] > maxDayInMonthFor( fValue[CentYear], fValue[Month]) ||
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_day_invalid
, fBuffer);
//"The day must have values 1 to 31");
}
//validate hours
if ((fValue[Hour] < 0) ||
(fValue[Hour] > 23) ||
((fValue[Hour] == 24) && ((fValue[Minute] !=0) ||
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{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_hour_invalid
, fBuffer);
//("Hour must have values 0-23");
}
//validate minutes
if ( fValue[Minute] < 0 ||
fValue[Minute] > 59 )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_min_invalid
, fBuffer);
//"Minute must have values 0-59");
}
//validate seconds
if ( fValue[Second] < 0 ||
fValue[Second] > 60 )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_second_invalid
, fBuffer);
//"Second must have values 0-60");
}
//validate time-zone hours
if ( (abs(fTimeZone[hh]) > 14) ||
((abs(fTimeZone[hh]) == 14) && (fTimeZone[mm] != 0)) )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_tz_hh_invalid
, fBuffer);
//"Time zone should have range -14..+14");
}
//validate time-zone minutes
if ( abs(fTimeZone[mm]) > 59 )
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_min_invalid
, fBuffer);
//("Minute must have values 0-59");
}
return;
}
// -----------------------------------------------------------------------
// locator and converter
// -----------------------------------------------------------------------
int XMLDateTime::indexOf(const int start, const int end, const XMLCh ch) const
{
for ( int i = start; i < end; i++ )
if ( fBuffer[i] == ch )
return i;
return NOT_FOUND;
}
int XMLDateTime::findUTCSign (const int start)
{
int pos;
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{
pos = XMLString::indexOf(UTC_SET, fBuffer[index]);
if ( pos != NOT_FOUND)
{
fValue[utc] = pos+1; // refer to utcType, there is 1 diff
return index;
}
}
return NOT_FOUND;
}
//
// Note:
// start: starting point in fBuffer
// end: ending point in fBuffer (exclusive)
// fStart NOT updated
//
int XMLDateTime::parseInt(const int start, const int end) const
{
XMLCh* strToScan = new XMLCh[end - start + 1];
ArrayJanitor<XMLCh> jname(strToScan);
XMLString::subString(strToScan, fBuffer, start, end);
unsigned int retVal;
XMLString::textToBin(strToScan, retVal);
return (int) retVal;
}
//
// [-]CCYY
// Note: start from fStart
// end (exclusive)
// fStart NOT updated
//
int XMLDateTime::parseIntYear(const int end) const
{
// skip the first leading '-'
int start = ( fBuffer[0] == chDash ) ? fStart + 1 : fStart;
int length = end - start;
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_year_tooShort
, fBuffer);
//"Year must have 'CCYY' format");
}
fBuffer[start] == chDigit_0)
{
ThrowXML1(SchemaDateTimeException
, XMLExcepts::DateTime_year_leadingZero
, fBuffer);
//"Leading zeros are required if the year value would otherwise have fewer than four digits;
// otherwise they are forbidden");
}
bool negative = (fBuffer[0] == chDash);
int yearVal = parseInt((negative ? 1 : 0), end);
return ( negative ? (-1) * yearVal : yearVal );
}