Date DateParser::parse(const std::string& str, const std::string& fmt) {
std::vector<std::string> slist;
std::vector<std::string> flist;
Integer d=0, m=0, y=0;
slist = split(str,'/');
flist = split(fmt,'/');
if (slist.size() != flist.size())
return Null<Date>();
Size i;
for (i=0;i<flist.size();i++) {
std::string sub = flist[i];
if (boost::algorithm::to_lower_copy(sub) == "dd")
// d = boost::lexical_cast<Integer>(slist[i]);
d = io::to_integer(slist[i]);
else if (boost::algorithm::to_lower_copy(sub) == "mm")
// m = boost::lexical_cast<Integer>(slist[i]);
m = io::to_integer( slist[i]);
else if (boost::algorithm::to_lower_copy(sub) == "yyyy") {
// y = boost::lexical_cast<Integer>(slist[i]);
y = io::to_integer(slist[i]);
if (y < 100)
y += 2000;
}
}
return Date(d,Month(m),y);
}
DBFloat DBDate::DecimalMonth () const
{
DBFloat decDate;
DBInt month, nDays;
decDate = (FlagsVAR & DBTimeStepYear) == DBTimeStepYear ? Year () * 12 : 0.0;
if ((FlagsVAR & DBTimeStepMonth) != DBTimeStepMonth) return (decDate + 6.0);
if ((FlagsVAR & DBTimeStepDay) != DBTimeStepDay) return (decDate + ((DBFloat) Month () + 0.5) / 12.0);
month = Month ();
nDays = _DBNumberOfDays [month] + ((month == 1) && DBDateIsLeapYear (Year ()) ? 1 : 0);
if ((FlagsVAR & DBTimeStepHour) != DBTimeStepHour)
return (decDate + Month () + ((DBFloat) Day () / (DBFloat) nDays));
if ((FlagsVAR & DBTimeStepMinute) != DBTimeStepMinute)
return (decDate + ((DBFloat) Day () + Hour () / 24) / (DBDateIsLeapYear (Year ()) ? 365.0 : 366.0));
return (decDate + ((DBFloat) Day () + (Hour () + Minute () / 60.0) / 24) / (DBDateIsLeapYear (Year ()) ? 365.0 : 366.0));
}
Date::Date(int y, int m, int d)
{
year = Year(((y > 0) ? y : 1));
month = Month(m >= 1 && m <= 12 ? m : 1);
month.setNumberOfDays(getDaysOfMonth(year.getYear(), month.getMonth()));
day = Day(validDay(year.getYear(), month.getMonth(), d) ? d : 1);
}
// operator overloads ---------------------------
Date & Date::operator=(const Date &d)
{
year = Year(d.year);
month = Month(d.month);
day = Day(d.day);
return *this;
}
DBFloat DBDate::DecimalYear () const
{
DBFloat decDate;
DBInt month, day;
decDate = (FlagsVAR & DBTimeStepYear) == DBTimeStepYear ? Year () : 0.0;
if ((FlagsVAR & DBTimeStepMonth) != DBTimeStepMonth) return (decDate + 0.5);
if ((FlagsVAR & DBTimeStepDay) != DBTimeStepDay) return (decDate + ((DBFloat) Month () + 0.5) / 12.0);
day = (DBDateIsLeapYear (Year ()) && (Month () > 1)) ? 1 : 0;
for (month = 0;month < Month ();++month) day += _DBNumberOfDays [month];
if ((FlagsVAR & DBTimeStepHour) != DBTimeStepHour)
return (decDate + (DBFloat) day / (DBDateIsLeapYear (Year ()) ? 365.0 : 366.0));
if ((FlagsVAR & DBTimeStepMinute) != DBTimeStepMinute)
return (decDate + ((DBFloat) day + Hour () / 24) / (DBDateIsLeapYear (Year ()) ? 365.0 : 366.0));
return (decDate + ((DBFloat) day + (Hour () + Minute () / 60.0) / 24) / (DBDateIsLeapYear (Year ()) ? 365.0 : 366.0));
}
Date ComponentMust::eff_convert_date(std::string dateString) const
{
// convert string type to date type
int my_year;
int my_month;
int my_day;
if (dateString.length() == 10)
{
my_year = boost::lexical_cast<int>(dateString.substr(1, 4));
my_month = boost::lexical_cast<int>(dateString.substr(5, 2));
my_day = boost::lexical_cast<int>(dateString.substr(7, 2));
}
if (dateString.length() == 8)
{
my_year = boost::lexical_cast<int>(dateString.substr(0, 4));
my_month = boost::lexical_cast<int>(dateString.substr(4, 2));
my_day = boost::lexical_cast<int>(dateString.substr(6, 2));
}
Month m = Month(my_month);
Date date(my_day, m, my_year);
return date; // retourne la date du format QuantLib
}
int main()
{
/*Part 1*/
int StartingDay, NumofDay;
printf("enter the starting day of week(0 = Sunday, 1 = Monday, etc): ");
scanf("%d", &StartingDay);/*assign StartingDay*/
printf("\nenter the number of days in the month:");
scanf("%d", &NumofDay);/*assign Number of Day this month*/
PrintCalender(StartingDay, NumofDay);
/*Part 2*/
int year, month;
printf("\nenter the year (1753-2099): ");
scanf("%d", &year);/*input year*/
printf("\nenter the month (1-12):");
scanf("%d", &month);/*input month*/
printf("\nThe month has %d days", NumofDay=DaysofMon(year, month));/*prints the number of days in that month*/
StartingDay=(CountDaysBefore(year)+CountDaysThisYear(year, month)+1)%7;/*(count days till this month)/7,=0:Sun*/
printf("\nThe first day of this month is a ");/*prints the day of the week that starts that month.*/
date(StartingDay);/*prints starting day of this month */
printf("\n ");
Month(month);/*prints this month*/
printf(" %d\n", year);/*prints this year*/
PrintCalender(StartingDay, NumofDay);/*prints calender*/
return 0;
}
Date::Date(int d, int m, int y)
{
fillDate(d, Month(m), y);
#ifndef NDEBUG
cout<<"*Constructing Date without default"<<endl;
#endif
}
void XTime::GetTime(XString8 &strTime)
{
int v=GetDayOfWeek();
strTime=WeekDay(v);
v=GetDay();
if(v<10)
strTime+=",0";
else
strTime+=",";
strTime+=v;
strTime+=' ';
strTime+=Month(GetMonth());
strTime+=' ';
strTime+=GetYear();
strTime+=' ';
if(this->GetHour()<10)
strTime+='0';
strTime+=GetHour();
strTime+=':';
if(this->GetMinute()<10)
strTime+='0';
strTime+=GetMinute();
strTime+=':';
if(this->GetSecond()<10)
strTime+='0';
strTime+=GetSecond();
strTime+=" GMT";
}
/**
* name: Set
* class: MAnnivDate
* desc: set new date
* param: none
* return: nothing
**/
void MAnnivDate::SetDate(const SYSTEMTIME &st)
{
ZeroDate();
Year(st.wYear);
Month(st.wMonth);
Day(st.wDay);
}
/*
* add @n months to date
*/
Date& Date::add_month(int n)
{
if (n) {
int mm;
int yy;
yy = n / 12;
mm = m + n % 12;
// left n add m great than 12
if (mm > 12) {
yy++;
mm -= 12;
}
// month first
m = Month(mm);
if (d > month_days(m, y))
d = month_days(m, y);
add_year(yy);
cache->valid = false;
}
return *this;
}
Date Date::advance(const Date& date, Integer n, TimeUnit units) {
switch (units) {
case Days:
return date + n;
case Weeks:
return date + 7*n;
case Months: {
Day d = date.dayOfMonth();
Integer m = Integer(date.month())+n;
Year y = date.year();
while (m > 12) {
m -= 12;
y += 1;
}
while (m < 1) {
m += 12;
y -= 1;
}
QL_ENSURE(y >= 1900 && y <= 2199,
"year " << y << " out of bounds. "
<< "It must be in [1901,2199]");
Integer length = monthLength(Month(m), isLeap(y));
if (d > length)
d = length;
return Date(d, Month(m), y);
}
case Years: {
Day d = date.dayOfMonth();
Month m = date.month();
Year y = date.year()+n;
QL_ENSURE(y >= 1900 && y <= 2199,
"year " << y << " out of bounds. "
<< "It must be in [1901,2199]");
if (d == 29 && m == February && !isLeap(y))
d = 28;
return Date(d,m,y);
}
default:
QL_FAIL("undefined time units");
}
}
/**
*\en
* \brief Returns a aDateService object containing a date nyears later than the date of
* this object (or earlier if nyears is negative).
*\_en
*\ru
* \brief Возвращает объект класса aDateService содержащий дату на nyears лет позднее хранимой
* в объекте даты (или ранее, если nyears меньше нуля).
*\_ru
*/
aDateService*
aDateService::AddYears ( int nyears ) const
{
QDate currentDate( Year(), Month(), Day() );
aDateService* result = new aDateService( currentDate.addYears( nyears ) );
return result;
}
/**
* name: Compare
* class: MAnnivDate
* desc: compare the current date with the given one in st
* param: st - SYSTEMTIME to compare with
* return: number of days the st differs from the class value
**/
BOOLEAN MAnnivDate::IsEqual(const SYSTEMTIME &st) const
{
return (
Day() == st.wDay &&
Month() == st.wMonth &&
Year() == st.wYear
);
}
void Date::printOn( ostream& outputStream ) const
{
char temp[BufSize];
ostrstream os( temp, BufSize );
os << MonthNames[ Month() ] << " "
<< Day() << ", " << Year() << ends;
outputStream << temp;
}
void outDate(int x)
{
printf("%d\n",x);
int year = 2000, month = 1, day = 1, hour = 0, minute = 0, second = 0;
while (x >= Year(year)) x -= Year(year++);
while (x >= Month(year, month)) x -= Month(year, month++);
while (x >= Day(year, month, day)) x -= Day(year, month, day++);
while (x >= 60*60) x -= 60*60, ++hour;
while (x >= 60) x -= 60, ++minute;
second = x;
if (hour == 24){
hour = 23;
minute = 59;
second = 60;
}
printf("%d.%02d.%02d %02d:%02d:%02d\n", year, month, day, hour, minute, second);
}
Simulation::Simulation()
: m_monthSimulated(0)
{
// Initialise les 12 mois de l'année
for (unsigned int i = 0 ; i < 12 ; i++)
m_months.push_back(Month(i));
// Population de depart (cf. Australie)
m_youngRabbits.addYoungRabbit(24);
}
void Insert() {
TimePass::ShmHashlist<Month> months(SHM_FILE);
if (false == months.Open()) {
printf("errmsg = %s\n", TimePass::Error::GetLastErrmsg().c_str());
return;
}
for (int i = 0; i < 12; ++i) {
months.Insert(Month(t_month[i], n_month[i]));
}
}
Date Date::todaysDate() {
std::time_t t;
if (std::time(&t) == std::time_t(-1)) // -1 means time() didn't work
return Date();
std::tm *lt = std::localtime(&t);
return Date(Day(lt->tm_mday),
Month(lt->tm_mon+1),
Year(lt->tm_year+1900));
}
bool Date::operator< (const Date & other) const
{
if (Year() < other.Year())
{
return true;
}
else if (Year() == other.Year())
{
if (Month() < other.Month())
{
return true;
}
else if (Month() == other.Month())
{
return Day() < other.Day();
}
}
return false;
}
/**
* name: DateStamp
* class: MAnnivDate
* desc: return the current date encoded as an DWORD
* param: nothing
* return: DWORD encoded date
**/
DWORD MAnnivDate::DateStamp() const
{
DWORD dwStamp;
if (!IsValid()) return 0;
dwStamp = (Day() << 24) & 0xFF000000;
dwStamp |= (Month() << 16) & 0x00FF0000;
dwStamp |= Year() & 0x0000FFFF;
return dwStamp;
}
void setLastModifDate(directory_entry* e, TANGGAL T){
//asumsi disimpan dalam big endian
//TODO tanyakan lagi
uint16_t word = ((Year(T)-2000)<<9) | Month(T)<<5 | Day(T);
e->bytearr[0x18] = (word&0xff00) >> 8;
e->bytearr[0x19] = (word&0x00ff);
return;
}
void
MonthDayRuleTest::test_lifecycle_invalid()
{
//test: MontDayRule::MonthDayRule(const Month& month, const DayOfMonth& dayOfMonth);
try{
MonthDayRule rule("Rule", Month(4), DayOfMonth(31));
}
catch (BaseException& ex)
{
std::cout << "Caught expected exception (invalid month, day in month combination); details: " << ex.what() << std::endl;
}
}
void Remove() {
TimePass::ShmHashlist<Month> months(SHM_FILE);
if (false == months.Open()) {
printf("errmsg = %s\n", TimePass::Error::GetLastErrmsg().c_str());
return;
}
char name[10];
for (int i = 0; i < len; ++i) {
months.Remove(Month(t_month[i], n_month[i]));
snprintf(name, sizeof(name) - 1, "%02d", i);
ToDotPs(name, &months);
}
}
DBInt DBDate::DaysAD () const
{
DBInt month, days = 0, i;
DBInt year = YearsAD ();
_DBSetFebruary (DBDateIsLeapYear (year));
days += year * 365 + year / 4 - year / 100 + year / 400;
if ((FlagsVAR & DBTimeStepMonth) == DBTimeStepMonth) month = Month () ; else month = 5;
for (i = 0;i < month;++i) days += _DBNumberOfDays [month];
if ((FlagsVAR & DBTimeStepDay) == DBTimeStepDay) days += Day () ; else days += 15;
return (days);
}
void Find(const char* t_month) {
TimePass::ShmHashlist<Month> months(SHM_FILE);
if (false == months.Open()) {
printf("errmsg = %s\n", TimePass::Error::GetLastErrmsg().c_str());
return;
}
TimePass::ListNode<Month>* p_node = months.Find(Month(t_month, 0));
if (NULL == p_node) {
printf("errmsg = %s\n", TimePass::Error::GetLastErrmsg().c_str());
return;
} else {
printf("%s-%d\n", p_node->data.t_month, p_node->data.n_month);
}
}
XBOOL XTime::SetTime(XString8 &strTime)
{
//int id=strTime.Find(',');
//if(id<3) return XFALSE;
XU32 is=0,id=0;
XU16 nYear=0,nMon=0,nDay=0,nHour=0,nMin=0,nSec=0;
while(id<=strTime.GetLength())
{
if(strTime[id]==' '||strTime[id]==','||strTime[id]=='-'||strTime[id]==0)
{
if(id>is+1)
{
XString8 str;
strTime.Mid(str,is,id-is);
XString8Array list;
list.SplitString(str,':');
if(list.GetSize()>1)
{
nHour=list[0].ToInt();
nMin=list[1].ToInt();
if(list.GetSize()>2)
nSec=list[2].ToInt();
}
else
{
int id=Month(str);
if(id>0&&id<=12&&nMin<1) nMon=id;
else
{
id=str.ToInt();
if(id>0&&id<32&&nDay<1) nDay=id;
else if(id>=1900) nYear=id;
else nHour=id;
}
}
}
id++;
is=id;
}
id++;
}
if(nYear<1900||nMon<1||nDay<1) return XFALSE;
SetTime(nYear,nMon,nDay,nHour,nMin,nSec);
return XTRUE;
}
char *DBDate::Get () const
{
static char dateStr [DBStringLength];
if ((FlagsVAR & DBTimeStepYear) == DBTimeStepYear)
sprintf (dateStr,"%04d",Year ());
else sprintf (dateStr,"XXXX");
if ((FlagsVAR & DBTimeStepMonth) == DBTimeStepMonth)
sprintf (dateStr + strlen (dateStr),"-%02d",Month () + 1);
if ((FlagsVAR & DBTimeStepDay) == DBTimeStepDay)
sprintf (dateStr + strlen (dateStr),"-%02d",Day () + 1);
if ((FlagsVAR & DBTimeStepHour) == DBTimeStepHour)
sprintf (dateStr + strlen (dateStr)," %02d",Hour ());
if ((FlagsVAR & DBTimeStepMinute) == DBTimeStepMinute)
sprintf (dateStr + strlen (dateStr),":%02d",Minute ());
return (dateStr);
}
void Date::read(std::istream& in) {
int in_day { }, in_month { }, in_year { };
char sep1 { }, sep2 { };
in >> in_day >> sep1 >> in_month >> sep2 >> in_year;
if (isValidYear(in_day))
std::swap(in_day, in_year);
if (in_year >= 0 && in_year < 100)
in_year += 2000;
if (!in.fail() && sep1 == sep2
&& (sep1 == '.' || sep1 == '/' || sep1 == '-')
&& isValidDate(in_year, in_month, in_day)) {
year = in_year;
month = Month(in_month);
day = in_day;
} else {
in.setstate(std::ios::failbit | in.rdstate());
}
}
/**
* Returns the internally stored time, formatted as a UTC time
*
* @return string The internalized time, in UTC format
*/
QString iTime::UTC() const {
QString utc = YearString() + "-" ;
if(Month() < 10) utc += "0" + MonthString() + "-";
else utc += MonthString() + "-";
if(Day() < 10) utc += "0" + DayString() + "T";
else utc += DayString() + "T";
if(Hour() < 10) utc += "0" + HourString() + ":";
else utc += HourString() + ":";
if(Minute() < 10) utc += "0" + MinuteString() + ":";
else utc += MinuteString() + ":";
if(Second() < 10) utc += "0" + SecondString();
else utc += SecondString();
return utc;
}
