int main()
{
Year year;
int choice;
short month, day;
char s[80];
year.read();
choice = getChoice();
while(choice != 0)
{
if(choice == 1)
{
getDate(month, day);
year.searchDate(month, day);
}
else // choice == 2
{
getSubject(s);
year.searchSubject(s);
}
choice = getChoice();
} // while choice not Done
return 0;
} // main()
/**
* Insert a year into the year list
* @param the year to insert
* @return true if a year of that key wasn't already in the list
*/
bool Municipality::addYear(Year &year)
{
if(!_years->contains(year.name())){
_years->insert(year.name(),year);
return true;
}
return false;
}
int main()
{
Year year;
int choice;
short month, day;
char s[80];
year.read();
choice = getChoice();
while(choice != 0)
{
switch (choice)
{
case 1:
{
getDate(month, day);
year.searchDate(month, day);
break;
}
case 2:
{
getSubject(s);
year.searchSubject(s);
break;
}
case 3:
{
getDate(month, day);
addAppointment(year, month, day);
break;
}
}
choice = getChoice();
} // while choice not Done
return 0;
} // main()
void
MonthDayRuleTest::test_utilities()
{
int yearIndex;
SetDate date;
Year year ( DateUtil::year());
Date newYearDate (year, Month(1), DayOfMonth(1));
Date july4Date (year, Month(7), DayOfMonth(4));
Date christmasDate(year, Month(12), DayOfMonth(25));
//test: MontDayRule::virtual Date calcDate(const Year& year) const ;
MonthDayRule newYearRule ("Rule", Month(1), DayOfMonth(1));
date = newYearRule.calcDate(year);
CPPUNIT_ASSERT(newYearDate == *date.begin());
for (yearIndex = year.getValue(); yearIndex <= year.getValue() + 50; ++yearIndex){
date = newYearRule.calcDate(Year(yearIndex));
CPPUNIT_ASSERT(newYearDate == *date.begin());
newYearDate.addYear(1);
}
MonthDayRule july4Rule ("July4Rule", Month(7), DayOfMonth(4));
date = july4Rule.calcDate(year);
CPPUNIT_ASSERT(july4Date == *date.begin());
MonthDayRule christmasRule("ChristmasRule", Month(12), DayOfMonth(25));
date = christmasRule.calcDate(year);
CPPUNIT_ASSERT(christmasDate == *date.begin());
//Test for weekendAdjustment
WeekendRuleSharedPtr weekendRulePtr(new WeekendRule("WeekendRule"));
weekendRulePtr->addDay(WeekDay::Saturday);
weekendRulePtr->addDay(WeekDay::Sunday);
MonthDayRule adjustingNewYearRule ("AdjustingNewYear", Month(1), DayOfMonth(1));
adjustingNewYearRule.setStartEffectiveDate(20110101);
adjustingNewYearRule.setWeekendAdjustment(WeekendAdjustment::ClosestWeekDay);
adjustingNewYearRule.setWeekendRule(weekendRulePtr);
//First check for Saturday -> prior Friday
date = adjustingNewYearRule.calcDate(Year(2011));
CPPUNIT_ASSERT(Date(20101231) == *date.begin());
//First check for Sunday -> next Monday
date = adjustingNewYearRule.calcDate(Year(2012));
CPPUNIT_ASSERT(Date(20120102) == *date.begin());
//Check for no adjustment is required
date = adjustingNewYearRule.calcDate(Year(2013));
CPPUNIT_ASSERT(Date(20130101) == *date.begin());
//Rule is disabled
try{
newYearRule.setEnabledFlag(false);
newYearRule.calcDate(year);
}
catch (BaseException& ex){
CAUGHT_EXCEPTION(ex,"Calculation called on disabled rule");
}
newYearRule.setEnabledFlag(true);
//Rule start date year > calc year
try{
newYearRule.calcDate(Year(2010));
}
catch (BaseException& ex){
CAUGHT_EXCEPTION(ex,"Calculation called for year before rule is in effect");
}
//Rule calc year > rule end date year
try{
newYearRule.setEndEffectiveDate(20121231);
newYearRule.calcDate(Year(2030));
}
catch (BaseException& ex){
CAUGHT_EXCEPTION(ex,"Calculation called for year after rule is in effect");
}
}
