void Taskmanager::setDay(Day &day, Day &dDay, string inputData)
{
int size = inputData.size();
string inputYear = inputData.substr(0, size - 4);
string inputMonth = inputData.substr(size - 4, 2);
string inputDate = inputData.substr(size - 2, 2);
int year = atoi(inputYear.c_str());
int month = atoi(inputMonth.c_str());
int date = atoi(inputDate.c_str());
if (date > day.getLastDay(month) || month > 12)
{
string error = "잘못된 날짜 입력";
throw error;
}
day.setDay(year, month, date);
if (isExistDDay)
{
setDDay(day, dDay);
}
}
void Taskmanager::setDDay(Day &day, Day &dDay)
{
isExistDDay = true;
dDay.setDay(day.getYear(), day.getMonth(), day.getDate());
if (oper == '+')
{
dDay += difference;
}
else
{
dDay -= difference;
}
}
void Taskmanager::initializeDay(Day &day)
{
time_t timeInfo;
//struct tm *t;
struct tm t;
time(&timeInfo);
//t = localtime(&timeInfo);
localtime_s(&t, &timeInfo);
int year = t.tm_year + 1900; //1900기준이므로
int month = t.tm_mon + 1; //0월부터시작이므로
int date = t.tm_mday;
day.setDay(year, month, date);
}
Day HUEFile::read (bool saveData) {
Options * opt = Options::Instance();
Day d;
fstream stored;
int col = opt->getColumnNumber();
if (col > 4)
column = col; ////////////GUARDO LA COLUMNA QUE COGERE Y LUEGO USARÉ
switch (column){ /////////////PONGO EL LIMITE PARA SUNRISE Y SUNSET
case 4: sslimit = 9;
break;
case 5: sslimit = 0.9;
break;
case 6: sslimit = 0.3;
break;
case 7: sslimit = 0.1; ////NO TIENE UN LIMITE POR ABAJO
break;
case 8: sslimit = 0.1;
break;
case 9: sslimit = 10;
break;
case 10: sslimit = 20;
break;
case 11: sslimit = 30;
break;
case 12: sslimit = 15;
break;
case 13: sslimit = 0.1;
break;
case 14: sslimit = 0.1;
break;
}
stored.open(ppath.c_str(), fstream::in);
if (stored.good()) {
//TODO: Improve these lines with "getline" command. Much easier to understand.
float latitude, longitude;
stored >> longitude >> latitude;
Coordinates c;
c.latitude = latitude;
c.longitude = longitude;
d.setRealCoordinates(c);
string s;
stored >> s;
d.setStation (s);
//The file pointer is moved to the day position.
int day, moth;
stored>>day>>moth;
if (moth==3){//Si el mes es 3(marzo), cuento los 28 dias de febrero, y los 31 de enero
day = day +28+31;
}
else if (moth<=7 && moth%2==0 && moth !=2){
day = day + (moth/2)*31 + (moth/2-1)*30 + 28;//Si el mes es par antes de julio, cuento la mitad de meses 31, febrero con 28, y los demas con 30
}
else if (moth>7 && moth%2==0){
day = day + (moth/2+1)*31 + (moth/2-2)*30 + 28;//Si el mes es par despues de julio, cuento la mitad mas 1 de meses 31(por agosto), febrero con 28, y los demas con 30
}
else if (moth<=7 && moth%2!=0 && moth !=1 && moth !=3){
day = day + (moth/2-1)*30 + (moth/2+1)*31 + 28;
}
else if (moth>7 && moth%2!=0){
day = day + (moth/2-1)*30 + (moth/2+1)*31 + 28;
}
else if (moth == 1){
day = day;
}
else if (moth == 2){
day = day + 31;
}
d.setDay(day);
//The file pointer is moved to the year position.
int year;
stored >> year;
d.setYear(year);
stored >> elevation;
float hour, min, seconds, auxvalues, transitions=0;
float a;
while(!stored.eof())
{
stored >> hour >> min >> seconds;
hour = hour + min/60;
hour = hour + seconds/3600;//pass seconds to hours
times.push_back(hour);
for (int i=4; i<column; i++){
stored >> a;
}
stored >> auxvalues;
values.push_back(auxvalues);
for(int z=column; z<14; z++){
stored >> a;
}
}
File::setSkipFile(0);
d.setTransitions(0);
float sunrise = File::findSunrise(times, values);
float sunset = File::findSunset(times, values);
d.setSunrise(sunrise);
d.setSunset(sunset);
// Not saved by default (consumes time and a lot of memory).
if (saveData) {
d.setTimes (times);
d.setValues (values);
}
if (opt->getConsoleOp() == true || opt->getFileReadedOp() == true){
Console::validFiles (name, ppath, File::getSkipFile());
}
if (opt->getConsoleOp() == true){
Console::placeInfo(d, values.size());
}
if (opt->getLoggerOp() == true){
Logger::placeInfo(d, values.size());
Logger::validFiles(name, ppath, File::getSkipFile(), d);//save in a file the number of valid files
}
return d;
}