Based on Mark Baker's answer, I wrote this function:
/**
* Compute a range between two dates, and generate
* a plain array of Carbon objects of each day in it.
*
* @param \Carbon\Carbon $from
* @param \Carbon\Carbon $to
* @param bool $inclusive
* @return array|null
*
* @author Tristan Jahier
*/
function date_range(Carbon\Carbon $from, Carbon\Carbon $to, $inclusive = true)
{
if ($from->gt($to)) {
return null;
}
// Clone the date objects to avoid issues, then reset their time
$from = $from->copy()->startOfDay();
$to = $to->copy()->startOfDay();
// Include the end date in the range
if ($inclusive) {
$to->addDay();
}
$step = Carbon\CarbonInterval::day();
$period = new DatePeriod($from, $step, $to);
// Convert the DatePeriod into a plain array of Carbon objects
$range = [];
foreach ($period as $day) {
$range[] = new Carbon\Carbon($day);
}
return ! empty($range) ? $range : null;
}
Usage:
>>> date_range(Carbon::parse('2016-07-21'), Carbon::parse('2016-07-23'));
=> [
Carbon\Carbon {#760
+"date": "2016-07-21 00:00:00.000000",
+"timezone_type": 3,
+"timezone": "UTC",
},
Carbon\Carbon {#759
+"date": "2016-07-22 00:00:00.000000",
+"timezone_type": 3,
+"timezone": "UTC",
},
Carbon\Carbon {#761
+"date": "2016-07-23 00:00:00.000000",
+"timezone_type": 3,
+"timezone": "UTC",
},
]
You can also pass a boolean (false
) as third argument to exclude the end date.
$date->toDateString()
to get date as formatY-m-d
. Docs. – Guatemala