#include "Date.hpp"
#include <string>

Date::Date() : time(0), _isAny(true){};

Date::Date(const time_t &_time) : time(_time), _isAny(false){};

Date::Date(const tm &_time) : _isAny(false) {
    tm temp = _time;
    this->time = mktime(&temp);
}

void Date::setNewDate(const time_t &newTime) {
    this->_isAny = false;
    this->time = newTime;
}

void Date::setNewDate(const tm &newTime) {
    this->_isAny = false;
    tm temp = newTime;
    this->time = mktime(&temp);
}

void Date::setAny() {
    this->time = 0;
    this->_isAny = true;
}

bool Date::isAny() const {
    return this->_isAny;
}

time_t Date::getTime() const {
    return this->time;
}

std::string Date::toString() const {
    if (this->_isAny) {
        return "[Any]";
    }
    char buffer[20];
    tm curTime;

#if defined __APPLE__ || defined __linux__
    curTime = *(localtime(&this->time));
#endif

#if defined _WIN64 || defined _WIN32
    localtime_s(&curTime, &this->time);
#endif
    strftime(buffer, 20, "%F", &curTime);
    return std::string(buffer);
}

bool Date::operator<(const Date &otherDate) const {
    return (this->_isAny || otherDate._isAny) || this->time < otherDate.time;
}

bool Date::operator>(const Date &otherDate) const {
    return (this->_isAny || otherDate._isAny) || this->time > otherDate.time;
}

bool Date::operator<=(const Date &otherDate) const {
    return (this->_isAny || otherDate._isAny) || this->time <= otherDate.time;
}

bool Date::operator>=(const Date &otherDate) const {
    return (this->_isAny || otherDate._isAny) || this->time >= otherDate.time;
}

bool Date::operator==(const Date &otherDate) const {
    return (this->_isAny || otherDate._isAny) || this->time == otherDate.time;
}