parseDateInterval($delay); return $delay instanceof DateTimeInterface ? max(0, $delay->getTimestamp() - $this->currentTime()) : (int) $delay; } /** * Get the "available at" UNIX timestamp. * * @param \DateTimeInterface|\DateInterval|int $delay * @return int */ protected function availableAt($delay = 0) { $delay = $this->parseDateInterval($delay); return $delay instanceof DateTimeInterface ? $delay->getTimestamp() : Carbon::now()->addRealSeconds($delay)->getTimestamp(); } /** * If the given value is an interval, convert it to a DateTime instance. * * @param \DateTimeInterface|\DateInterval|int $delay * @return \DateTimeInterface|int */ protected function parseDateInterval($delay) { if ($delay instanceof DateInterval) { $delay = Carbon::now()->add($delay); } return $delay; } /** * Get the current system time as a UNIX timestamp. * * @return int */ protected function currentTime() { return Carbon::now()->getTimestamp(); } /** * Given a start time, format the total run time for human readability. * * @param float $startTime * @param float $endTime * @return string */ protected function runTimeForHumans($startTime, $endTime = null) { $endTime ??= microtime(true); $runTime = ($endTime - $startTime) * 1000; return $runTime > 1000 ? CarbonInterval::milliseconds($runTime)->cascade()->forHumans(short: true) : number_format($runTime, 2).'ms'; } }