void Store::markTasksOverdue() {
string todayDay = currentDay();
string todayMonth = currentMonth();
string todayYear = currentYear();
string taskDate;
for(int i = 0; i < taskList.size(); i++) {
string conjoint = todayYear + todayMonth + todayDay;
if(!taskList[i].endDate.empty()) {
taskDate = taskList[i].endDate;
} else {
taskDate = taskList[i].startDate;
}
if(taskDate.size() == 8 && taskDate < conjoint && taskList[i].isDone == false) {
taskList[i].isRed = true;
}
else
taskList[i].isRed = false;
}
}
int main() {
struct date d;
int N;
printf("Enter a date: ");
scanf("%d-%d-%d", &d.year, &d.month, &d.day);
if (!validate(d)) {
printf("\nInvalid date");
return 0;
}
printf("\n\nYear: %d", currentYear(d));
printf("\n\nPrevious year: %d", previousYear(d));
printf("\n\nMonth: %d", currentMonth(d));
printf("\n\nMonth name: %s", monthName(d));
printf("\n\nPrevious month name: %s", prevMonthName(d));
printf("\n\nDay: %d", currentDay(d));
printf("\n\nDay name: %s", dayOfWeek(d));
printf("\n\nDay index: %d", dayIndex(d));
printf("\n\nDATE BEFORE N DAYS: ");
printf("\nEnter value for N: ");
scanf("%d", &N);
if (N < 0) {
return 0;
}
struct date before = dateBeforeNDays(d, N);
printf("\nDate before N days: %04d-%02d-%02d", before.year, before.month, before.day);
printf("\n\nDAYS BETWEEN DATES: ");
printf("\nEnter another date: ");
struct date d1;
scanf("%d-%d-%d", &d1.year, &d1.month, &d1.day);
if (!validate(d1)) {
printf("\nInvalid date");
return 0;
}
printf("\nDays between dates: %d days", daysBetweenDates(d, d1));
printf("\n");
return 0;
}
void Store::markTasksDueToday() {
log.log("Store: changing due status");
string todayDay = currentDay();
string todayMonth = currentMonth();
string todayYear = currentYear();
for(int i = 0; i < taskList.size(); i++) {
if(getDay(i) == todayDay && getMonth(i) == todayMonth && getYear(i) == todayYear) {
taskList[i].isBold = true;
}
else {
taskList[i].isBold = false;
}
}
markTasksOverdue();
}
vector<string> Store::getDateTomorrow() {
string todayDay = currentDay();
string todayMonth = currentMonth();
string todayYear = currentYear();
if (todayDay[0] == 0)
todayDay = todayDay[1];
if (todayMonth[0] == 0)
todayMonth = todayMonth[1];
int days[] = {31,28,31,30,31,30,31,31,30,31,30,31};
int valueDay = atoi(todayDay.c_str());
int valueMonth = atoi(todayMonth.c_str());
int valueYear = atoi(todayYear.c_str());
valueDay++;
if ( valueDay > days[valueMonth-1]){
valueDay = 1;
valueMonth++;
if ( valueMonth > 12 ) {
valueYear++;
valueMonth=1;
}
}
// stream used for the conversion
ostringstream convert1;
convert1 << valueDay;
string tomorrowDay = convert1.str();
if(tomorrowDay.length() == 1)
tomorrowDay.insert(0, "0");
ostringstream convert2;
convert2 << valueMonth;
string tomorrowMonth = convert2.str();
if (tomorrowMonth.length() == 1)
tomorrowMonth.insert(0, "0");
ostringstream convert3;
convert3 << valueYear;
string tomorrowYear = convert3.str();
vector<string> returnedVector;
returnedVector.push_back(tomorrowDay);
returnedVector.push_back(tomorrowMonth);
returnedVector.push_back(tomorrowYear);
return returnedVector;
}