/*
* Returns true if the order is correct
*/
int
correctLocalOrder (const System sys)
{
int flag;
int checkRun (int r1)
{
int checkTerm (Term t)
{
if (!isTermVariable (t))
{
int r2;
int e1, e2;
// t is a term from r2 that occurs in r1
r2 = TermRunid (t);
e1 = firstOccurrence (sys, r1, t, ANYEVENT);
if (e1 >= 0)
{
if (roledef_shift (sys->runs[r1].start, e1)->type == RECV)
{
e2 = firstOccurrence (sys, r2, t, SEND);
if (e2 >= 0)
{
// thus, it should not be the case that e1 occurs before e2
if (isDependEvent (r1, e1, r2, e2))
{
// That's not good!
if (switches.output == PROOF)
{
indentPrint ();
eprintf ("Pruned because ordering for term ");
termSubstPrint (t);
eprintf
(" cannot be correct: the first send r%ii%i occurs after the receive r%ii%i.\n",
r2, e2, r1, e1);
}
flag = false;
return false;
}
}
}
}
else
{
globalError++;
eprintf ("error: term ");
termSubstPrint (t);
eprintf
(" from run %i should occur in run %i, but it doesn't.\n", r2,
r1);
globalError--;
error ("Abort");
}
}
return true;
}
return iterateLocalToOther (sys, r1, checkTerm);
}
QDate WeeklyRecurrence::nextOccurrence(const QDate &date, bool include_equals) const {
const KCalendarSystem *calSys = KGlobal::locale()->calendar();
if(!include_equals) {
if(date < startDate()) return firstOccurrence();
} else {
if(date <= startDate()) return firstOccurrence();
}
QDate nextdate = date;
if(!include_equals) nextdate = calSys->addDays(nextdate, 1);
if(!endDate().isNull() && nextdate > endDate()) return QDate();
if(i_frequency != 1 && calSys->weekNumber(nextdate) != calSys->weekNumber(startDate())) {
int i = weeks_between_dates(startDate(), nextdate) % i_frequency;
if(i != 0) {
nextdate = calSys->addDays(nextdate, (i_frequency - i) * 7 - (calSys->dayOfWeek(nextdate) - 1));
}
}
int dow = calSys->dayOfWeek(nextdate);
int i = dow;
for(; i <= 7; i++) {
if(b_daysofweek[i - 1]) {
break;
}
}
if(i > 7) {
for(i = 1; i <= 7; i++) {
if(b_daysofweek[i - 1]) {
break;
}
}
if(i > 7) return QDate();
}
if(i < dow) {
nextdate = calSys->addDays(nextdate, (i_frequency * 7) + i - dow);
} else if(i > dow) {
nextdate = calSys->addDays(nextdate, i - dow);
}
if(!endDate().isNull() && nextdate > endDate()) return QDate();
if(hasException(nextdate)) return nextOccurrence(nextdate);
return nextdate;
}
QDate DailyRecurrence::nextOccurrence(const QDate &date, bool include_equals) const {
const KCalendarSystem *calSys = KGlobal::locale()->calendar();
if(include_equals) {
if(date == startDate()) return date;
}
QDate nextdate = date;
if(!include_equals) nextdate = calSys->addDays(nextdate, 1);
if(!endDate().isNull() && nextdate > endDate()) return QDate();
if(nextdate <= startDate()) return firstOccurrence();
if(i_frequency != 1) {
int days = startDate().daysTo(nextdate);
if(days % i_frequency != 0) {
nextdate = calSys->addDays(nextdate, i_frequency - (days % i_frequency));
}
}
if(!endDate().isNull() && nextdate > endDate()) return QDate();
if(hasException(nextdate)) return nextOccurrence(nextdate);
return nextdate;
}
QDate YearlyRecurrence::nextOccurrence(const QDate &date, bool include_equals) const {
const KCalendarSystem *calSys = KGlobal::locale()->calendar();
if(!include_equals) {
if(date < startDate()) return firstOccurrence();
} else {
if(date <= startDate()) return firstOccurrence();
}
QDate nextdate = date;
if(!include_equals) nextdate = calSys->addDays(nextdate, 1);
if(!endDate().isNull() && nextdate > endDate()) return QDate();
if(calSys->year(nextdate) == calSys->year(startDate())) {
nextdate = calSys->addYears(nextdate, i_frequency);
calSys->setYMD(nextdate, calSys->year(nextdate), 1, 1);
} else if(i_frequency != 1) {
int i = (calSys->year(nextdate) - calSys->year(startDate())) % i_frequency;
if(i != 0) {
nextdate = calSys->addYears(nextdate, i_frequency - i);
calSys->setYMD(nextdate, calSys->year(nextdate), 1, 1);
}
}
if(i_dayofyear > 0) {
if(calSys->dayOfYear(nextdate) > i_dayofyear) {
nextdate = calSys->addYears(nextdate, i_frequency);
}
if(i_dayofyear > calSys->daysInYear(nextdate)) {
int i = 10;
do {
if(i == 0) return QDate();
nextdate = calSys->addYears(nextdate, i_frequency);
i--;
} while(i_dayofyear > calSys->daysInYear(nextdate));
}
nextdate = calSys->addDays(nextdate, i_dayofyear - calSys->dayOfYear(nextdate));
} else {
int day = i_dayofmonth;
if(i_dayofweek > 0) day = get_day_in_month(calSys->year(nextdate), i_month, i_week, i_dayofweek);
if(day == 0 || calSys->month(nextdate) > i_month || (calSys->month(nextdate) == i_month && calSys->day(nextdate) > day)) {
do {
nextdate = calSys->addYears(nextdate, i_frequency);
day = get_day_in_month(calSys->year(nextdate), i_month, i_week, i_dayofweek);
if(!endDate().isNull() && calSys->year(nextdate) > calSys->year(endDate())) return QDate();
} while(day == 0);
}
if(i_dayofweek <= 0) {
calSys->setYMD(nextdate, calSys->year(nextdate), i_month, 1);
if(day > calSys->daysInMonth(nextdate)) {
int i = 10;
do {
if(i == 0) return QDate();
nextdate = calSys->addYears(nextdate, i_frequency);
calSys->setYMD(nextdate, calSys->year(nextdate), i_month, 1);
i--;
} while(day > calSys->daysInMonth(nextdate));
}
}
calSys->setYMD(nextdate, calSys->year(nextdate), i_month, day);
}
if(!endDate().isNull() && nextdate > endDate()) return QDate();
if(hasException(nextdate)) return nextOccurrence(nextdate);
return nextdate;
}
QDate MonthlyRecurrence::nextOccurrence(const QDate &date, bool include_equals) const {
const KCalendarSystem *calSys = KGlobal::locale()->calendar();
if(!include_equals) {
if(date < startDate()) return firstOccurrence();
} else {
if(date <= startDate()) return firstOccurrence();
}
QDate nextdate = date;
if(!include_equals) nextdate = calSys->addDays(nextdate, 1);
if(!endDate().isNull() && nextdate > endDate()) return QDate();
int prevday = -1;
if(calSys->month(nextdate) == calSys->month(startDate())) {
if(i_frequency > 1) prevday = 1;
else prevday = calSys->day(nextdate);
nextdate = calSys->addMonths(nextdate, i_frequency);
calSys->setYMD(nextdate, calSys->year(nextdate), calSys->month(nextdate), 1);
} else if(i_frequency != 1) {
int i = months_between_dates(startDate(), nextdate) % i_frequency;
if(i != 0) {
if(i_frequency - i > 1) prevday = 1;
else prevday = calSys->day(nextdate);
nextdate = calSys->addMonths(nextdate, i_frequency - i);
calSys->setYMD(nextdate, calSys->year(nextdate), calSys->month(nextdate), 1);
}
}
int day = i_day;
if(i_dayofweek > 0) day = get_day_in_month(nextdate, i_week, i_dayofweek);
else if(i_day < 1) day = calSys->daysInMonth(nextdate) + i_day;
if(wh_weekendhandling == WEEKEND_HANDLING_BEFORE) {
QDate date;
calSys->setYMD(date, calSys->year(nextdate), calSys->month(nextdate), day);
int wday = calSys->dayOfWeek(date);
if(wday == 6) day -= 1;
else if(wday == 7) day -= 2;
if(day <= 0 && prevday > 0 && prevday <= calSys->daysInMonth(calSys->addMonths(nextdate, -1)) + day) {
nextdate = calSys->addMonths(nextdate, -1);
day = calSys->daysInMonth(nextdate) + day;
}
} else if(wh_weekendhandling == WEEKEND_HANDLING_AFTER) {
QDate date;
calSys->setYMD(date, calSys->year(nextdate), calSys->month(nextdate), day);
int wday = calSys->dayOfWeek(date);
if(wday == 6) day += 2;
else if(wday == 7) day += 1;
if(day > calSys->daysInMonth(nextdate)) {
day -= calSys->daysInMonth(nextdate);
nextdate = calSys->addMonths(nextdate, 1);
calSys->setYMD(nextdate, calSys->year(nextdate), calSys->month(nextdate), day);
}
}
if(day <= 0 || calSys->day(nextdate) > day || day > calSys->daysInMonth(nextdate)) {
do {
if(i_frequency > 1) prevday = 1;
else prevday = calSys->day(nextdate);
nextdate = calSys->addMonths(nextdate, i_frequency);
if(!endDate().isNull() && calSys->month(nextdate) > calSys->month(endDate())) return QDate();
day = i_day;
if(i_dayofweek > 0) day = get_day_in_month(nextdate, i_week, i_dayofweek);
else if(i_day < 1) day = calSys->daysInMonth(nextdate) + i_day;
if(wh_weekendhandling == WEEKEND_HANDLING_BEFORE) {
QDate date;
calSys->setYMD(date, calSys->year(nextdate), calSys->month(nextdate), day);
int wday = calSys->dayOfWeek(date);
if(wday == 6) day -= 1;
else if(wday == 7) day -= 2;
if(day <= 0 && prevday > 0 && prevday <= calSys->daysInMonth(calSys->addMonths(nextdate, -1)) + day) {
nextdate = calSys->addMonths(nextdate, -1);
day = calSys->daysInMonth(nextdate) + day;
} else {
calSys->setYMD(nextdate, calSys->year(nextdate), calSys->month(nextdate), 1);
}
} else if(wh_weekendhandling == WEEKEND_HANDLING_AFTER) {
QDate date;
calSys->setYMD(date, calSys->year(nextdate), calSys->month(nextdate), day);
int wday = calSys->dayOfWeek(date);
if(wday == 6) day += 2;
else if(wday == 7) day += 1;
if(day > calSys->daysInMonth(nextdate)) {
day -= calSys->daysInMonth(nextdate);
nextdate = calSys->addMonths(nextdate, 1);
calSys->setYMD(nextdate, calSys->year(nextdate), calSys->month(nextdate), day);
}
}
} while(day <= 0 || day > calSys->daysInMonth(nextdate));
}
calSys->setYMD(nextdate, calSys->year(nextdate), calSys->month(nextdate), day);
if(!endDate().isNull() && nextdate > endDate()) return QDate();
if(hasException(nextdate)) return nextOccurrence(nextdate);
return nextdate;
}
