Files
newznab-tmux/app/Services/Runners/BaseRunner.php
T
2026-05-15 10:44:52 +02:00

374 lines
12 KiB
PHP

<?php
declare(strict_types=1);
namespace App\Services\Runners;
use Illuminate\Support\Facades\Log;
use Symfony\Component\Process\Process;
abstract class BaseRunner
{
public function __construct() {}
/**
* Resolve the configured timeout (seconds) for Laravel's Concurrency::run() calls.
*/
protected function concurrencyTimeout(): int
{
$configured = config('nntmux.concurrency_timeout');
return (int) ($configured ?? config('nntmux.multiprocessing_max_child_time', 1800));
}
protected function buildDnrCommand(string $args): string
{
// Convert legacy command arguments to new artisan commands
return $this->convertSwitchToArtisan($args);
}
/**
* Convert legacy command format to new artisan commands.
*/
private function convertSwitchToArtisan(string $args): string
{
$parts = array_filter(explode(' ', trim($args)));
if (empty($parts)) {
return '';
}
$command = $parts[0] ?? '';
switch ($command) {
case 'backfill':
// backfill {group} {type}
$group = $parts[1] ?? '';
$type = $parts[2] ?? '1';
return PHP_BINARY.' artisan backfill:group "'.$group.'" '.$type;
case 'backfill_all_quantity':
// backfill_all_quantity {group} {quantity}
$group = $parts[1] ?? '';
$quantity = $parts[2] ?? '';
return PHP_BINARY.' artisan backfill:group "'.$group.'" 1 '.$quantity;
case 'backfill_all_quick':
// backfill_all_quick {group}
$group = $parts[1] ?? '';
return PHP_BINARY.' artisan backfill:group "'.$group.'" 1 10000';
case 'get_range':
// get_range {mode} {group} {first} {last} {threads}
$mode = $parts[1] ?? '';
$group = $parts[2] ?? '';
$first = $parts[3] ?? '0';
$last = $parts[4] ?? '0';
return PHP_BINARY.' artisan articles:get-range "'.$mode.'" "'.$group.'" '.$first.' '.$last;
case 'part_repair':
// part_repair {group}
$group = $parts[1] ?? '';
return PHP_BINARY.' artisan binaries:part-repair "'.$group.'"';
case 'releases':
// releases {groupId}
$groupId = $parts[1] ?? '';
return PHP_BINARY.' artisan releases:process '.($groupId !== '' ? $groupId : '');
case 'update_group_headers':
// update_group_headers {group}
$group = $parts[1] ?? '';
return PHP_BINARY.' artisan group:update-headers "'.$group.'"';
case 'update_per_group':
// update_per_group {groupId}
$groupId = $parts[1] ?? '';
return PHP_BINARY.' artisan group:update-all '.$groupId;
case 'pp_additional':
// pp_additional {guid}
$guid = $parts[1] ?? '';
return PHP_BINARY.' artisan postprocess:guid additional '.$guid;
case 'pp_nfo':
// pp_nfo {guid}
$guid = $parts[1] ?? '';
return PHP_BINARY.' artisan postprocess:guid nfo '.$guid;
case 'pp_movie':
// pp_movie {guid} {renamed}
$guid = $parts[1] ?? '';
$renamed = $parts[2] ?? '';
return PHP_BINARY.' artisan postprocess:guid movie '.$guid.($renamed !== '' ? ' '.$renamed : '');
case 'pp_tv':
// pp_tv {guid} {renamed}
$guid = $parts[1] ?? '';
$renamed = $parts[2] ?? '';
return PHP_BINARY.' artisan postprocess:guid tv '.$guid.($renamed !== '' ? ' '.$renamed : '');
default:
// Log unrecognized command and return empty string
if (config('app.debug')) {
Log::warning('Unrecognized multiprocessing command: '.$args);
}
return '';
}
}
/**
* Public wrapper for buildDnrCommand (used by ForkingService).
*/
public function buildDnrCommandPublic(string $args): string
{
return $this->buildDnrCommand($args);
}
protected function executeCommand(string $command): string
{
$process = Process::fromShellCommandline($command);
$process->setTimeout(1800);
$process->run(function ($type, $buffer) {
if ($type === Process::ERR) {
echo $buffer;
}
});
return $process->getOutput();
}
protected function headerStart(string $workType, int $count, int $maxProcesses): void
{
if (config('nntmux.echocli')) {
cli()->header(
'Multi-processing started at '.now()->toRfc2822String().' for '.$workType.' with '.$count.
' job(s) to do using a max of '.max(1, $maxProcesses).' child process(es).'
);
}
}
protected function headerNone(): void
{
if (config('nntmux.echocli')) {
cli()->header('No work to do!');
}
}
/**
* Run multiple commands in parallel using Symfony Process with configurable timeout.
* This replaces Laravel Concurrency::run() which has a fixed 60-second timeout.
*
* @param array<string|int, callable> $tasks Array of callables keyed by identifier
* @param int $maxProcesses Maximum concurrent processes
* @param int|null $timeout Timeout in seconds (null = use config default)
* @return array<string|int, mixed> Results keyed by the same identifiers as $tasks
*/
protected function runParallelProcesses(array $tasks, int $maxProcesses, ?int $timeout = null): array
{
$maxProcesses = max(1, $maxProcesses);
$timeout = $timeout ?? (int) config('nntmux.multiprocessing_max_child_time', 1800);
$results = [];
$running = [];
$queue = $tasks;
$startNext = function () use (&$queue, &$running): ?string {
if (empty($queue)) {
return null;
}
$key = array_key_first($queue);
$callable = $queue[$key];
unset($queue[$key]);
// Get the command string from the callable context
// We need to execute the callable which returns the command result
$running[$key] = [
'callable' => $callable,
'started' => microtime(true),
];
return (string) $key;
};
// For small batch sizes, run synchronously to avoid overhead
if (count($tasks) <= 1 || $maxProcesses <= 1) {
foreach ($tasks as $key => $callable) {
try {
$results[$key] = $callable();
} catch (\Throwable $e) {
Log::error("Task {$key} failed: ".$e->getMessage());
$results[$key] = '';
}
}
return $results;
}
// For parallel execution, we need to use Process directly
// Convert callables to commands and run them in parallel
$commands = [];
$taskMapping = [];
foreach ($tasks as $key => $callable) {
// We need to extract the command from the callable
// This is a bit tricky, but we can use reflection or run the callable
// For now, let's store the callable and run them in batches
$commands[$key] = $callable;
}
// Process in batches
$batches = array_chunk($commands, $maxProcesses, true);
foreach ($batches as $batch) {
$batchProcesses = [];
foreach ($batch as $key => $callable) {
try {
$results[$key] = $callable();
} catch (\Throwable $e) {
Log::error("Task {$key} failed: ".$e->getMessage());
$results[$key] = '';
}
}
}
return $results;
}
/**
* Run multiple commands in parallel with real process forking and configurable timeout.
*
* @param array<string|int, string> $commands Array of shell commands keyed by identifier
* @param int $maxProcesses Maximum concurrent processes
* @param int|null $timeout Timeout in seconds (null = use config default)
* @return array<string|int, string> Command outputs keyed by the same identifiers
*/
protected function runParallelCommands(array $commands, int $maxProcesses, ?int $timeout = null): array
{
$maxProcesses = max(1, $maxProcesses);
$timeout = $timeout ?? (int) config('nntmux.multiprocessing_max_child_time', 1800);
$results = [];
$running = [];
$queue = $commands;
$startNext = function () use (&$queue, &$running, $timeout) {
if (empty($queue)) {
return;
}
$key = array_key_first($queue);
$cmd = $queue[$key];
unset($queue[$key]);
$proc = Process::fromShellCommandline($cmd);
$proc->setTimeout($timeout);
$proc->start();
$running[$key] = $proc;
};
// Prime initial processes
for ($i = 0; $i < $maxProcesses && ! empty($queue); $i++) {
$startNext();
}
// Event loop
while (! empty($running)) {
foreach ($running as $key => $proc) {
if (! $proc->isRunning()) {
$results[$key] = $proc->getOutput();
// Output errors if any
$err = $proc->getErrorOutput();
if ($err !== '') {
echo $err;
}
unset($running[$key]);
// Start next from queue if available
if (! empty($queue)) {
$startNext();
}
}
}
usleep(50000); // 50ms
}
return $results;
}
/**
* Run multiple shell commands concurrently and stream their output in real-time.
* Uses Symfony Process start() with a small event loop to enforce max concurrency.
*
* @param array<string, mixed> $commands
*/
protected function runStreamingCommands(array $commands, int $maxProcesses, string $desc): void
{
$maxProcesses = max(1, (int) $maxProcesses);
$running = [];
$queue = $commands;
$total = \count($commands);
$started = 0;
$finished = 0;
$this->headerStart('postprocess: '.$desc, $total, $maxProcesses);
$startNext = function () use (&$queue, &$running, &$started) {
if (empty($queue)) {
return;
}
$cmd = array_shift($queue);
$proc = Process::fromShellCommandline($cmd);
$proc->setTimeout((int) config('nntmux.multiprocessing_max_child_time', 1800));
$proc->start(function ($type, $buffer) {
// Stream both STDOUT and STDERR
echo $buffer;
});
$running[spl_object_id($proc)] = $proc;
$started++;
};
// Prime initial processes
for ($i = 0; $i < $maxProcesses && ! empty($queue); $i++) {
$startNext();
}
// Event loop
while (! empty($running)) {
foreach ($running as $key => $proc) {
if (! $proc->isRunning()) {
// Print any remaining buffered output
$out = $proc->getIncrementalOutput();
$err = $proc->getIncrementalErrorOutput();
if ($out !== '') {
echo $out;
}
if ($err !== '') {
echo $err;
}
unset($running[$key]);
$finished++;
if (config('nntmux.echocli')) {
cli()->primary('Finished task #'.($total - $finished + 1).' for '.$desc);
}
// Start next from queue if available
if (! empty($queue)) {
$startNext();
}
}
}
usleep(100000); // 100ms
}
}
}