getExtraProperty('type') !== ActivityTypes::REMOTE_PROCESS->value && $activity->getExtraProperty('type') !== ActivityTypes::DEPLOYMENT->value) { throw new \RuntimeException('Incompatible Activity to run a remote command.'); } $this->activity = $activity; $this->hideFromOutput = $hideFromOutput; $this->isFinished = $isFinished; $this->ignoreErrors = $ignoreErrors; } public function __invoke(): ProcessResult { $this->timeStart = hrtime(true); $status = ProcessStatus::IN_PROGRESS; $processResult = Process::run($this->getCommand(), $this->handleOutput(...)); if ($this->activity->properties->get('status') === ProcessStatus::ERROR->value) { $status = ProcessStatus::ERROR; } else { if (($processResult->exitCode() == 0 && $this->isFinished) || $this->activity->properties->get('status') === ProcessStatus::FINISHED->value) { $status = ProcessStatus::FINISHED; } if ($processResult->exitCode() != 0 && !$this->ignoreErrors) { $status = ProcessStatus::ERROR; } } $this->activity->properties = $this->activity->properties->merge([ 'exitCode' => $processResult->exitCode(), 'stdout' => $processResult->output(), 'stderr' => $processResult->errorOutput(), 'status' => $status->value, ]); $this->activity->save(); if ($processResult->exitCode() != 0 && !$this->ignoreErrors) { throw new \RuntimeException($processResult->errorOutput()); } return $processResult; } protected function getLatestCounter(): int { $description = json_decode($this->activity->description, associative: true, flags: JSON_THROW_ON_ERROR); if ($description === null || count($description) === 0) { return 1; } return end($description)['order'] + 1; } protected function getCommand(): string { $user = $this->activity->getExtraProperty('user'); $server_ip = $this->activity->getExtraProperty('server_ip'); $private_key_location = $this->activity->getExtraProperty('private_key_location'); $port = $this->activity->getExtraProperty('port'); $command = $this->activity->getExtraProperty('command'); return generateSshCommand($private_key_location, $server_ip, $user, $port, $command); } protected function handleOutput(string $type, string $output) { if ($this->hideFromOutput) { return; } $this->currentTime = $this->elapsedTime(); $this->activity->description = $this->encodeOutput($type, $output); if ($this->isAfterLastThrottle()) { // Let's write to database. DB::transaction(function () { $this->activity->save(); $this->lastWriteAt = $this->currentTime; }); } } public function encodeOutput($type, $output) { $outputStack = json_decode($this->activity->description, associative: true, flags: JSON_THROW_ON_ERROR); $outputStack[] = [ 'type' => $type, 'output' => $output, 'timestamp' => hrtime(true), 'batch' => DeployApplicationJob::$batch_counter, 'order' => $this->getLatestCounter(), ]; return json_encode($outputStack, flags: JSON_THROW_ON_ERROR); } public static function decodeOutput(?Activity $activity = null): string { if (is_null($activity)) { return ''; } try { $decoded = json_decode( data_get($activity, 'description'), associative: true, flags: JSON_THROW_ON_ERROR ); } catch (\JsonException $exception) { return ''; } return collect($decoded) ->sortBy(fn ($i) => $i['order']) ->map(fn ($i) => $i['output']) ->implode(""); } /** * Determines if it's time to write again to database. * * @return bool */ protected function isAfterLastThrottle() { // If DB was never written, then we immediately decide we have to write. if ($this->lastWriteAt === 0) { return true; } return ($this->currentTime - $this->throttleIntervalMS) > $this->lastWriteAt; } protected function elapsedTime(): int { $timeMs = (hrtime(true) - $this->timeStart) / 1_000_000; return intval($timeMs); } }