Elf_calendar::tm Elf_calendar::time_split()const
{
tm time;
if ( tf2.count() < 0 ) { return time; }
std::chrono::minutes temp = tf2;
// Minutes
time.minute = (temp % std::chrono::hours{1}).count();
temp -= std::chrono::minutes{1} * time.minute;
// Hours
time.hour = (std::chrono::duration_cast<std::chrono::hours>(temp % one_day)).count();
temp -= std::chrono::hours{1} * time.hour;
// Now days etc.
int numdays = temp.count() / std::chrono::duration_cast<std::chrono::minutes>(one_day).count();
time.year = 2014 + numdays / 365;
while ( day_count(2014, time.year) > numdays ) { // Correct if problem due to leap years
--time.year;
}
numdays -= day_count(2014, time.year);
// Now month
for (time.month = 1; numdays >= days_a_month(time.year, time.month); ++time.month) {
numdays -= days_a_month(time.year, time.month);
}
time.day = numdays + 1;
return time;
}
int recent_manager::how_old_hours(const CString& article_date){
if (!(article_date.StrLength())) return(0);
struct tm *newtime; time_t aclock; time( &aclock ); newtime = localtime( &aclock );
struct tm thisdate = encode_date_article(article_date);
int day_diff = abs(- day_count(thisdate.tm_mon, thisdate.tm_mday, thisdate.tm_year) +
day_count(newtime->tm_mon + 1, newtime->tm_mday, newtime->tm_year));
int hour_diff = newtime->tm_hour - thisdate.tm_hour;
if (hour_diff < 0) {day_diff--; hour_diff+=24;}
return(day_diff * 24 + hour_diff);
}
int recent_manager::how_old(const CString& article_date, int TimeShift){
if (!(article_date.StrLength())) return(0);
struct tm ArticleTime = encode_date_article(article_date);
ArticleTime.tm_mon--;
time_t tclock = mktime(&ArticleTime);
if (TimeShift != 0) tclock += (TimeShift * 3600);
memcpy(&ArticleTime, localtime(&tclock), sizeof(ArticleTime));
time_t aclock; time( &aclock ); if (TimeShift != 0) aclock += (TimeShift * 3600);
struct tm * MachineTime = localtime( &aclock );
return (abs(- day_count(ArticleTime.tm_mon + 1, ArticleTime.tm_mday, ArticleTime.tm_year) +
day_count(MachineTime->tm_mon + 1, MachineTime->tm_mday, MachineTime->tm_year)));
}
int Chain::Chain_Data::week_count() const
{
// The number of days the chain spans
int days = day_count();
// Add days to make this into a factor of 7
days += weekdays_before_start();
days += weekdays_after_end();
return days / 7;
//return start_date().weekNumber() - end_date().weekNumber() + 1;
}
long recent_manager::how_old_seconds(const CString& article_date){
if (!(article_date.StrLength())) return(0);
struct tm *newtime; time_t aclock; time( &aclock ); newtime = localtime( &aclock );
struct tm thisdate = encode_date_article(article_date);
int day_diff = abs(- day_count(thisdate.tm_mon, thisdate.tm_mday, thisdate.tm_year) +
day_count(newtime->tm_mon + 1, newtime->tm_mday, newtime->tm_year));
int hour_diff = newtime->tm_hour - thisdate.tm_hour;
if (hour_diff < 0) {day_diff--; hour_diff+=24;}
hour_diff = day_diff * 24 + hour_diff;
long min_diff = newtime->tm_min - thisdate.tm_min;
if (min_diff < 0) {hour_diff--; min_diff+=60;}
min_diff = hour_diff * 60 + min_diff;
long sec_diff = newtime->tm_sec - thisdate.tm_sec;
if (sec_diff < 0) {min_diff--; sec_diff+=60;}
sec_diff = min_diff * 60 + sec_diff;
return(sec_diff);
}
date_type date() const
{
if(time_count_.is_special()) {
return date_type(time_count_.as_special());
}
else {
typename calendar_type::date_int_type dc = day_count();
//std::cout << "time_rep here:" << dc << std::endl;
ymd_type ymd = calendar_type::from_day_number(dc);
return date_type(ymd);
}
}
Elf_calendar::Elf_calendar(tm t)
{
tf2 = std::chrono::minutes{0};
// Minimal validation
if ( t.year < 2014 or t.month < 1 or t.month > 12 ) { return; }
// Move to correct year counting leap years
tf2 += one_day * day_count(2014, t.year);
// Move to current month
for (int current_month = 1; current_month < t.month; ++current_month) {
tf2 += one_day * days_a_month(t.year,current_month);
}
// Now the rest
tf2 += one_day * (t.day - 1);
tf2 += std::chrono::hours{1} * t.hour;
tf2 += std::chrono::minutes{1} * t.minute;
}
void main()
{
// clrscr();
printf("\n enter the year");
scanf("%d",&yer);
printf("\n enter the month");
scanf("%d",&mnt);
printf("\n enter the date");
scanf("%d",&dt);
yc=yer-1;
day_count();
leap_count();
if(yer>=1800)
leap_count2();
unknown();
calc();
fake_engine();
print();
getch();
}