/**
* @since 4.6.x
*/
public function test_create_new_blank_datetime()
{
//if timezone is empty string then the setUp didn't work correctly. For the purpose of this test
//we want a high positive timezone, so let's force that if necessary
if (get_option('timezone_string') != 'Australia/Sydney') {
update_option('timezone_string', 'Australia/Sydney');
EEM_Datetime::reset();
EEM_Datetime::instance();
}
EE_Registry::instance()->load_helper('DTT_Helper');
//make sure now is in the timezone we want to test with.
$now = new Datetime('@' . (time() + DAY_IN_SECONDS * 30));
$now->setTimeZone(new DateTimeZone(EEH_DTT_Helper::get_timezone()));
$now->setTime('8', '0', '0');
$now->setTimeZone(new DateTimeZone('America/Toronto'));
//get the default datetime
$default_date = EEM_Datetime::instance()->create_new_blank_datetime();
$default_date = reset($default_date);
//assert instance
$this->assertInstanceOf('EE_Datetime', $default_date);
//set its timezone to match our expected timezone
$default_date->set_timezone('America/Toronto');
$actual = $default_date->get_DateTime_object('DTT_EVT_start');
$this->assertInstanceOf('DateTime', $actual);
//assert timezones are the same
$this->assertEquals($now->getTimezone(), $actual->getTimeZone());
//assert that we have the correct values on the date... we'll do each part separately to verify.
$this->assertEquals($now->format('Y'), $actual->format('Y'));
$this->assertEquals($now->format('m'), $actual->format('m'));
$this->assertEquals($now->format('d'), $actual->format('d'));
$this->assertEquals($now->format('H'), $actual->format('H'));
$this->assertEquals($now->format('i'), $actual->format('i'));
}
/**
* @since 4.6.12+
*/
public function test_get_i18n_datetime()
{
//setup a datetime object with some known values for testing with.
$original_timezone = get_option('timezone_string');
update_option('timezone_string', 'America/Toronto');
$dateTimeZone = new DateTimeZone('America/Toronto');
$currentTime = new DateTime("now", $dateTimeZone);
$futureTime = clone $currentTime;
$futureTime->add(new DateInterval('P2D'));
/** @type EE_Datetime $datetime */
$datetime = $this->factory->datetime->create(array('DTT_EVT_start' => $currentTime->format('Y-m-d H:i:s'), 'DTT_EVT_end' => $futureTime->format('Y-m-d H:i:s'), 'formats' => array('Y-m-d', 'H:i:s')));
$this->assertInstanceOf('EE_Datetime', $datetime);
//test get_i18n_datetime
$this->assertEquals($currentTime->format('Y-m-d H:i:s'), $datetime->get_i18n_datetime('DTT_EVT_start'));
$this->assertEquals($futureTime->format('Y-m-d H:i:s'), $datetime->get_i18n_datetime('DTT_EVT_end'));
$id = $datetime->ID();
//test when retrieved from the database.
EEM_Datetime::reset();
$dbDatetime = EEM_Datetime::instance()->get_one_by_ID($id);
//set formats to match expected
$dbDatetime->set_date_format('Y-m-d');
$dbDatetime->set_time_format('H:i:s');
$this->assertEquals($currentTime->format('Y-m-d H:i:s'), $dbDatetime->get_i18n_datetime('DTT_EVT_start'));
$this->assertEquals($futureTime->format('Y-m-d H:i:s'), $dbDatetime->get_i18n_datetime('DTT_EVT_end'));
//restore timezone
update_option('timezone_string', $original_timezone);
}
