include/poller.php

   1 <?php
   2 if (!file_exists("boot.php") AND (sizeof($_SERVER["argv"]) != 0)) {
   3         $directory = dirname($_SERVER["argv"][0]);
   4
   5         if (substr($directory, 0, 1) != "/")
   6                 $directory = $_SERVER["PWD"]."/".$directory;
   7
   8         $directory = realpath($directory."/..");
   9
  10         chdir($directory);
  11 }
  12
  13 use \Friendica\Core\Config;
  14
  15 require_once("boot.php");
  16
  17 function poller_run($argv, $argc){
  18         global $a, $db;
  19
  20         if(is_null($a)) {
  21                 $a = new App;
  22         }
  23
  24         if(is_null($db)) {
  25                 @include(".htconfig.php");
  26                 require_once("include/dba.php");
  27                 $db = new dba($db_host, $db_user, $db_pass, $db_data);
  28                 unset($db_host, $db_user, $db_pass, $db_data);
  29         };
  30
  31         Config::load();
  32
  33         // Quit when in maintenance
  34         if (Config::get('system', 'maintenance', true)) {
  35                 return;
  36         }
  37
  38         $a->start_process();
  39
  40         if (poller_max_connections_reached()) {
  41                 return;
  42         }
  43
  44         if ($a->maxload_reached()) {
  45                 return;
  46         }
  47
  48         if(($argc <= 1) OR ($argv[1] != "no_cron")) {
  49                 poller_run_cron();
  50         }
  51
  52         if ($a->max_processes_reached()) {
  53                 return;
  54         }
  55
  56         // Checking the number of workers
  57         if (poller_too_much_workers()) {
  58                 poller_kill_stale_workers();
  59                 return;
  60         }
  61
  62         $starttime = time();
  63
  64         while ($r = poller_worker_process()) {
  65
  66                 // Count active workers and compare them with a maximum value that depends on the load
  67                 if (poller_too_much_workers()) {
  68                         return;
  69                 }
  70
  71                 if (!poller_execute($r[0])) {
  72                         return;
  73                 }
  74
  75                 // Quit the poller once every hour
  76                 if (time() > ($starttime + 3600))
  77                         return;
  78         }
  79
  80 }
  81
  82 /**
  83  * @brief Execute a worker entry
  84  *
  85  * @param array $queue Workerqueue entry
  86  *
  87  * @return boolean "true" if further processing should be stopped
  88  */
  89 function poller_execute($queue) {
  90
  91         $a = get_app();
  92
  93         $mypid = getmypid();
  94
  95         // Quit when in maintenance
  96         if (Config::get('system', 'maintenance', true)) {
  97                 return false;
  98         }
  99
 100         // Constantly check the number of parallel database processes
 101         if ($a->max_processes_reached()) {
 102                 return false;
 103         }
 104
 105         // Constantly check the number of available database connections to let the frontend be accessible at any time
 106         if (poller_max_connections_reached()) {
 107                 return false;
 108         }
 109
 110         $upd = q("UPDATE `workerqueue` SET `executed` = '%s', `pid` = %d WHERE `id` = %d AND `pid` = 0",
 111                 dbesc(datetime_convert()),
 112                 intval($mypid),
 113                 intval($queue["id"]));
 114
 115         if (!$upd) {
 116                 logger("Couldn't update queue entry ".$queue["id"]." - skip this execution", LOGGER_DEBUG);
 117                 q("COMMIT");
 118                 return true;
 119         }
 120
 121         // Assure that there are no tasks executed twice
 122         $id = q("SELECT `pid`, `executed` FROM `workerqueue` WHERE `id` = %d", intval($queue["id"]));
 123         if (!$id) {
 124                 logger("Queue item ".$queue["id"]." vanished - skip this execution", LOGGER_DEBUG);
 125                 q("COMMIT");
 126                 return true;
 127         } elseif ((strtotime($id[0]["executed"]) <= 0) OR ($id[0]["pid"] == 0)) {
 128                 logger("Entry for queue item ".$queue["id"]." wasn't stored - skip this execution", LOGGER_DEBUG);
 129                 q("COMMIT");
 130                 return true;
 131         } elseif ($id[0]["pid"] != $mypid) {
 132                 logger("Queue item ".$queue["id"]." is to be executed by process ".$id[0]["pid"]." and not by me (".$mypid.") - skip this execution", LOGGER_DEBUG);
 133                 q("COMMIT");
 134                 return true;
 135         }
 136         q("COMMIT");
 137
 138         $argv = json_decode($queue["parameter"]);
 139
 140         // Check for existance and validity of the include file
 141         $include = $argv[0];
 142
 143         if (!validate_include($include)) {
 144                 logger("Include file ".$argv[0]." is not valid!");
 145                 q("DELETE FROM `workerqueue` WHERE `id` = %d", intval($queue["id"]));
 146                 return true;
 147         }
 148
 149         require_once($include);
 150
 151         $funcname = str_replace(".php", "", basename($argv[0]))."_run";
 152
 153         if (function_exists($funcname)) {
 154
 155                 poller_exec_function($queue, $funcname, $argv);
 156
 157                 q("DELETE FROM `workerqueue` WHERE `id` = %d", intval($queue["id"]));
 158         } else {
 159                 logger("Function ".$funcname." does not exist");
 160         }
 161
 162         return true;
 163 }
 164
 165 /**
 166  * @brief Execute a function from the queue
 167  *
 168  * @param array $queue Workerqueue entry
 169  * @param string $funcname name of the function
 170  * @param array $argv Array of values to be passed to the function
 171  */
 172 function poller_exec_function($queue, $funcname, $argv) {
 173
 174         $a = get_app();
 175
 176         $mypid = getmypid();
 177
 178         $argc = count($argv);
 179
 180         logger("Process ".$mypid." - Prio ".$queue["priority"]." - ID ".$queue["id"].": ".$funcname." ".$queue["parameter"]);
 181
 182         $stamp = (float)microtime(true);
 183
 184         // We use the callstack here to analyze the performance of executed worker entries.
 185         // For this reason the variables have to be initialized.
 186         if (Config::get("system", "profiler")) {
 187                 $a->performance["start"] = microtime(true);
 188                 $a->performance["database"] = 0;
 189                 $a->performance["database_write"] = 0;
 190                 $a->performance["network"] = 0;
 191                 $a->performance["file"] = 0;
 192                 $a->performance["rendering"] = 0;
 193                 $a->performance["parser"] = 0;
 194                 $a->performance["marktime"] = 0;
 195                 $a->performance["markstart"] = microtime(true);
 196                 $a->callstack = array();
 197         }
 198
 199         // For better logging create a new process id for every worker call
 200         // But preserve the old one for the worker
 201         $old_process_id = $a->process_id;
 202         $a->process_id = uniqid("wrk", true);
 203
 204         $funcname($argv, $argc);
 205
 206         $a->process_id = $old_process_id;
 207
 208         $duration = number_format(microtime(true) - $stamp, 3);
 209
 210         logger("Process ".$mypid." - Prio ".$queue["priority"]." - ID ".$queue["id"].": ".$funcname." - done in ".$duration." seconds.");
 211
 212         // Write down the performance values into the log
 213         if (Config::get("system", "profiler")) {
 214                 $duration = microtime(true)-$a->performance["start"];
 215
 216                 if (Config::get("rendertime", "callstack")) {
 217                         if (isset($a->callstack["database"])) {
 218                                 $o = "\nDatabase Read:\n";
 219                                 foreach ($a->callstack["database"] AS $func => $time) {
 220                                         $time = round($time, 3);
 221                                         if ($time > 0)
 222                                                 $o .= $func.": ".$time."\n";
 223                                 }
 224                         }
 225                         if (isset($a->callstack["database_write"])) {
 226                                 $o .= "\nDatabase Write:\n";
 227                                 foreach ($a->callstack["database_write"] AS $func => $time) {
 228                                         $time = round($time, 3);
 229                                         if ($time > 0)
 230                                                 $o .= $func.": ".$time."\n";
 231                                 }
 232                         }
 233                         if (isset($a->callstack["network"])) {
 234                                 $o .= "\nNetwork:\n";
 235                                 foreach ($a->callstack["network"] AS $func => $time) {
 236                                         $time = round($time, 3);
 237                                         if ($time > 0)
 238                                                 $o .= $func.": ".$time."\n";
 239                                 }
 240                         }
 241                 } else {
 242                         $o = '';
 243                 }
 244
 245                 logger("ID ".$queue["id"].": ".$funcname.": ".sprintf("DB: %s/%s, Net: %s, I/O: %s, Other: %s, Total: %s".$o,
 246                         number_format($a->performance["database"] - $a->performance["database_write"], 2),
 247                         number_format($a->performance["database_write"], 2),
 248                         number_format($a->performance["network"], 2),
 249                         number_format($a->performance["file"], 2),
 250                         number_format($duration - ($a->performance["database"] + $a->performance["network"] + $a->performance["file"]), 2),
 251                         number_format($duration, 2)),
 252                         LOGGER_DEBUG);
 253         }
 254
 255         $cooldown = Config::get("system", "worker_cooldown", 0);
 256
 257         if ($cooldown > 0) {
 258                 logger("Process ".$mypid." - Prio ".$queue["priority"]." - ID ".$queue["id"].": ".$funcname." - in cooldown for ".$cooldown." seconds");
 259                 sleep($cooldown);
 260         }
 261 }
 262
 263 /**
 264  * @brief Checks if the number of database connections has reached a critical limit.
 265  *
 266  * @return bool Are more than 3/4 of the maximum connections used?
 267  */
 268 function poller_max_connections_reached() {
 269
 270         // Fetch the max value from the config. This is needed when the system cannot detect the correct value by itself.
 271         $max = Config::get("system", "max_connections");
 272
 273         // Fetch the percentage level where the poller will get active
 274         $maxlevel = Config::get("system", "max_connections_level", 75);
 275
 276         if ($max == 0) {
 277                 // the maximum number of possible user connections can be a system variable
 278                 $r = q("SHOW VARIABLES WHERE `variable_name` = 'max_user_connections'");
 279                 if ($r)
 280                         $max = $r[0]["Value"];
 281
 282                 // Or it can be granted. This overrides the system variable
 283                 $r = q("SHOW GRANTS");
 284                 if ($r)
 285                         foreach ($r AS $grants) {
 286                                 $grant = array_pop($grants);
 287                                 if (stristr($grant, "GRANT USAGE ON"))
 288                                         if (preg_match("/WITH MAX_USER_CONNECTIONS (\d*)/", $grant, $match))
 289                                                 $max = $match[1];
 290                         }
 291         }
 292
 293         // If $max is set we will use the processlist to determine the current number of connections
 294         // The processlist only shows entries of the current user
 295         if ($max != 0) {
 296                 $r = q("SHOW PROCESSLIST");
 297                 if (!dbm::is_result($r))
 298                         return false;
 299
 300                 $used = count($r);
 301
 302                 logger("Connection usage (user values): ".$used."/".$max, LOGGER_DEBUG);
 303
 304                 $level = ($used / $max) * 100;
 305
 306                 if ($level >= $maxlevel) {
 307                         logger("Maximum level (".$maxlevel."%) of user connections reached: ".$used."/".$max);
 308                         return true;
 309                 }
 310         }
 311
 312         // We will now check for the system values.
 313         // This limit could be reached although the user limits are fine.
 314         $r = q("SHOW VARIABLES WHERE `variable_name` = 'max_connections'");
 315         if (!$r)
 316                 return false;
 317
 318         $max = intval($r[0]["Value"]);
 319         if ($max == 0)
 320                 return false;
 321
 322         $r = q("SHOW STATUS WHERE `variable_name` = 'Threads_connected'");
 323         if (!$r)
 324                 return false;
 325
 326         $used = intval($r[0]["Value"]);
 327         if ($used == 0)
 328                 return false;
 329
 330         logger("Connection usage (system values): ".$used."/".$max, LOGGER_DEBUG);
 331
 332         $level = $used / $max * 100;
 333
 334         if ($level < $maxlevel)
 335                 return false;
 336
 337         logger("Maximum level (".$level."%) of system connections reached: ".$used."/".$max);
 338         return true;
 339 }
 340
 341 /**
 342  * @brief fix the queue entry if the worker process died
 343  *
 344  */
 345 function poller_kill_stale_workers() {
 346         $r = q("SELECT `pid`, `executed`, `priority`, `parameter` FROM `workerqueue` WHERE `executed` > '%s'", dbesc(NULL_DATE));
 347
 348         if (!dbm::is_result($r)) {
 349                 // No processing here needed
 350                 return;
 351         }
 352
 353         foreach($r AS $pid)
 354                 if (!posix_kill($pid["pid"], 0))
 355                         q("UPDATE `workerqueue` SET `executed` = '%s', `pid` = 0 WHERE `pid` = %d",
 356                                 dbesc(NULL_DATE), intval($pid["pid"]));
 357                 else {
 358                         // Kill long running processes
 359
 360                         // Check if the priority is in a valid range
 361                         if (!in_array($pid["priority"], array(PRIORITY_CRITICAL, PRIORITY_HIGH, PRIORITY_MEDIUM, PRIORITY_LOW, PRIORITY_NEGLIGIBLE)))
 362                                 $pid["priority"] = PRIORITY_MEDIUM;
 363
 364                         // Define the maximum durations
 365                         $max_duration_defaults = array(PRIORITY_CRITICAL => 360, PRIORITY_HIGH => 10, PRIORITY_MEDIUM => 60, PRIORITY_LOW => 180, PRIORITY_NEGLIGIBLE => 360);
 366                         $max_duration = $max_duration_defaults[$pid["priority"]];
 367
 368                         $argv = json_decode($pid["parameter"]);
 369                         $argv[0] = basename($argv[0]);
 370
 371                         // How long is the process already running?
 372                         $duration = (time() - strtotime($pid["executed"])) / 60;
 373                         if ($duration > $max_duration) {
 374                                 logger("Worker process ".$pid["pid"]." (".implode(" ", $argv).") took more than ".$max_duration." minutes. It will be killed now.");
 375                                 posix_kill($pid["pid"], SIGTERM);
 376
 377                                 // We killed the stale process.
 378                                 // To avoid a blocking situation we reschedule the process at the beginning of the queue.
 379                                 // Additionally we are lowering the priority.
 380                                 q("UPDATE `workerqueue` SET `executed` = '%s', `created` = '%s',
 381                                                         `priority` = %d, `pid` = 0 WHERE `pid` = %d",
 382                                         dbesc(NULL_DATE),
 383                                         dbesc(datetime_convert()),
 384                                         intval(PRIORITY_NEGLIGIBLE),
 385                                         intval($pid["pid"]));
 386                         } else
 387                                 logger("Worker process ".$pid["pid"]." (".implode(" ", $argv).") now runs for ".round($duration)." of ".$max_duration." allowed minutes. That's okay.", LOGGER_DEBUG);
 388                 }
 389 }
 390
 391 /**
 392  * @brief Checks if the number of active workers exceeds the given limits
 393  *
 394  * @return bool Are there too much workers running?
 395  */
 396 function poller_too_much_workers() {
 397         $queues = Config::get("system", "worker_queues", 4);
 398
 399         $maxqueues = $queues;
 400
 401         $active = poller_active_workers();
 402
 403         // Decrease the number of workers at higher load
 404         $load = current_load();
 405         if($load) {
 406                 $maxsysload = intval(Config::get("system", "maxloadavg", 50));
 407
 408                 $maxworkers = $queues;
 409
 410                 // Some magical mathemathics to reduce the workers
 411                 $exponent = 3;
 412                 $slope = $maxworkers / pow($maxsysload, $exponent);
 413                 $queues = ceil($slope * pow(max(0, $maxsysload - $load), $exponent));
 414
 415                 $s = q("SELECT COUNT(*) AS `total` FROM `workerqueue` WHERE `executed` <= '%s'", dbesc(NULL_DATE));
 416                 $entries = $s[0]["total"];
 417
 418                 if (Config::get("system", "worker_fastlane", false) AND ($queues > 0) AND ($entries > 0) AND ($active >= $queues)) {
 419                         $s = q("SELECT `priority` FROM `workerqueue` WHERE `executed` <= '%s' ORDER BY `priority` LIMIT 1", dbesc(NULL_DATE));
 420                         $top_priority = $s[0]["priority"];
 421
 422                         $s = q("SELECT `id` FROM `workerqueue` WHERE `priority` <= %d AND `executed` > '%s' LIMIT 1",
 423                                 intval($top_priority), dbesc(NULL_DATE));
 424                         $high_running = dbm::is_result($s);
 425
 426                         if (!$high_running AND ($top_priority > PRIORITY_UNDEFINED) AND ($top_priority < PRIORITY_NEGLIGIBLE)) {
 427                                 logger("There are jobs with priority ".$top_priority." waiting but none is executed. Open a fastlane.", LOGGER_DEBUG);
 428                                 $queues = $active + 1;
 429                         }
 430                 }
 431
 432                 // Create a list of queue entries grouped by their priority
 433                 $running = array(PRIORITY_CRITICAL => 0,
 434                                 PRIORITY_HIGH => 0,
 435                                 PRIORITY_MEDIUM => 0,
 436                                 PRIORITY_LOW => 0,
 437                                 PRIORITY_NEGLIGIBLE => 0);
 438
 439                 $r = q("SELECT COUNT(*) AS `running`, `priority` FROM `process` INNER JOIN `workerqueue` ON `workerqueue`.`pid` = `process`.`pid` GROUP BY `priority`");
 440                 if (dbm::is_result($r))
 441                         foreach ($r AS $process)
 442                                 $running[$process["priority"]] = $process["running"];
 443
 444                 $processlist = "";
 445                 $r = q("SELECT COUNT(*) AS `entries`, `priority` FROM `workerqueue` GROUP BY `priority`");
 446                 if (dbm::is_result($r))
 447                         foreach ($r as $entry) {
 448                                 if ($processlist != "")
 449                                         $processlist .= ", ";
 450                                 $processlist .= $entry["priority"].":".$running[$entry["priority"]]."/".$entry["entries"];
 451                         }
 452
 453                 logger("Load: ".$load."/".$maxsysload." - processes: ".$active."/".$entries." (".$processlist.") - maximum: ".$queues."/".$maxqueues, LOGGER_DEBUG);
 454
 455                 // Are there fewer workers running as possible? Then fork a new one.
 456                 if (!Config::get("system", "worker_dont_fork") AND ($queues > ($active + 1)) AND ($entries > 1)) {
 457                         logger("Active workers: ".$active."/".$queues." Fork a new worker.", LOGGER_DEBUG);
 458                         $args = array("php", "include/poller.php", "no_cron");
 459                         $a = get_app();
 460                         $a->proc_run($args);
 461                 }
 462         }
 463
 464         return($active >= $queues);
 465 }
 466
 467 /**
 468  * @brief Returns the number of active poller processes
 469  *
 470  * @return integer Number of active poller processes
 471  */
 472 function poller_active_workers() {
 473         $workers = q("SELECT COUNT(*) AS `processes` FROM `process` WHERE `command` = 'poller.php'");
 474
 475         return($workers[0]["processes"]);
 476 }
 477
 478 /**
 479  * @brief Check if we should pass some slow processes
 480  *
 481  * When the active processes of the highest priority are using more than 2/3
 482  * of all processes, we let pass slower processes.
 483  *
 484  * @param string $highest_priority Returns the currently highest priority
 485  * @return bool We let pass a slower process than $highest_priority
 486  */
 487 function poller_passing_slow(&$highest_priority) {
 488
 489         $highest_priority = 0;
 490
 491         $r = q("SELECT `priority`
 492                 FROM `process`
 493                 INNER JOIN `workerqueue` ON `workerqueue`.`pid` = `process`.`pid`");
 494
 495         // No active processes at all? Fine
 496         if (!dbm::is_result($r))
 497                 return(false);
 498
 499         $priorities = array();
 500         foreach ($r AS $line)
 501                 $priorities[] = $line["priority"];
 502
 503         // Should not happen
 504         if (count($priorities) == 0)
 505                 return(false);
 506
 507         $highest_priority = min($priorities);
 508
 509         // The highest process is already the slowest one?
 510         // Then we quit
 511         if ($highest_priority == PRIORITY_NEGLIGIBLE)
 512                 return(false);
 513
 514         $high = 0;
 515         foreach ($priorities AS $priority)
 516                 if ($priority == $highest_priority)
 517                         ++$high;
 518
 519         logger("Highest priority: ".$highest_priority." Total processes: ".count($priorities)." Count high priority processes: ".$high, LOGGER_DEBUG);
 520         $passing_slow = (($high/count($priorities)) > (2/3));
 521
 522         if ($passing_slow)
 523                 logger("Passing slower processes than priority ".$highest_priority, LOGGER_DEBUG);
 524
 525         return($passing_slow);
 526 }
 527
 528 /**
 529  * @brief Returns the next worker process
 530  *
 531  * @return string SQL statement
 532  */
 533 function poller_worker_process() {
 534
 535         q("START TRANSACTION;");
 536
 537         // Check if we should pass some low priority process
 538         $highest_priority = 0;
 539
 540         if (poller_passing_slow($highest_priority)) {
 541                 // Are there waiting processes with a higher priority than the currently highest?
 542                 $r = q("SELECT * FROM `workerqueue`
 543                                 WHERE `executed` <= '%s' AND `priority` < %d
 544                                 ORDER BY `priority`, `created` LIMIT 1",
 545                                 dbesc(NULL_DATE),
 546                                 intval($highest_priority));
 547                 if (dbm::is_result($r))
 548                         return $r;
 549
 550                 // Give slower processes some processing time
 551                 $r = q("SELECT * FROM `workerqueue`
 552                                 WHERE `executed` <= '%s' AND `priority` > %d
 553                                 ORDER BY `priority`, `created` LIMIT 1",
 554                                 dbesc(NULL_DATE),
 555                                 intval($highest_priority));
 556         }
 557
 558         // If there is no result (or we shouldn't pass lower processes) we check without priority limit
 559         if (($highest_priority == 0) OR !dbm::is_result($r))
 560                 $r = q("SELECT * FROM `workerqueue` WHERE `executed` <= '%s' ORDER BY `priority`, `created` LIMIT 1", dbesc(NULL_DATE));
 561
 562         return $r;
 563 }
 564
 565 /**
 566  * @brief Call the front end worker
 567  */
 568 function call_worker() {
 569         if (!Config::get("system", "frontend_worker") OR !Config::get("system", "worker")) {
 570                 return;
 571         }
 572
 573         $url = App::get_baseurl()."/worker";
 574         fetch_url($url, false, $redirects, 1);
 575 }
 576
 577 /**
 578  * @brief Call the front end worker if there aren't any active
 579  */
 580 function call_worker_if_idle() {
 581         if (!Config::get("system", "frontend_worker") OR !Config::get("system", "worker")) {
 582                 return;
 583         }
 584
 585         // Do we have "proc_open"? Then we can fork the poller
 586         if (function_exists("proc_open")) {
 587                 // When was the last time that we called the worker?
 588                 // Less than one minute? Then we quit
 589                 if ((time() - Config::get("system", "worker_started")) < 60) {
 590                         return;
 591                 }
 592
 593                 set_config("system", "worker_started", time());
 594
 595                 // Do we have enough running workers? Then we quit here.
 596                 if (poller_too_much_workers()) {
 597                         // Cleaning dead processes
 598                         poller_kill_stale_workers();
 599                         get_app()->remove_inactive_processes();
 600
 601                         return;
 602                 }
 603
 604                 poller_run_cron();
 605
 606                 logger('Call poller', LOGGER_DEBUG);
 607
 608                 $args = array("php", "include/poller.php", "no_cron");
 609                 $a = get_app();
 610                 $a->proc_run($args);
 611                 return;
 612         }
 613
 614         // We cannot execute background processes.
 615         // We now run the processes from the frontend.
 616         // This won't work with long running processes.
 617         poller_run_cron();
 618
 619         clear_worker_processes();
 620
 621         $workers = q("SELECT COUNT(*) AS `processes` FROM `process` WHERE `command` = 'worker.php'");
 622
 623         if ($workers[0]["processes"] == 0) {
 624                 call_worker();
 625         }
 626 }
 627
 628 /**
 629  * @brief Removes long running worker processes
 630  */
 631 function clear_worker_processes() {
 632         $timeout = Config::get("system", "frontend_worker_timeout", 10);
 633
 634         /// @todo We should clean up the corresponding workerqueue entries as well
 635         q("DELETE FROM `process` WHERE `created` < '%s' AND `command` = 'worker.php'",
 636                 dbesc(datetime_convert('UTC','UTC',"now - ".$timeout." minutes")));
 637 }
 638
 639 /**
 640  * @brief Runs the cron processes
 641  */
 642 function poller_run_cron() {
 643         logger('Add cron entries', LOGGER_DEBUG);
 644
 645         // Check for spooled items
 646         proc_run(PRIORITY_HIGH, "include/spool_post.php");
 647
 648         // Run the cron job that calls all other jobs
 649         proc_run(PRIORITY_MEDIUM, "include/cron.php");
 650
 651         // Run the cronhooks job separately from cron for being able to use a different timing
 652         proc_run(PRIORITY_MEDIUM, "include/cronhooks.php");
 653
 654         // Cleaning dead processes
 655         poller_kill_stale_workers();
 656 }
 657
 658 if (array_search(__file__,get_included_files())===0){
 659         poller_run($_SERVER["argv"],$_SERVER["argc"]);
 660
 661         get_app()->end_process();
 662
 663         killme();
 664 }
 665 ?>