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Commit cb6e97de authored by Dominik Hebeler's avatar Dominik Hebeler
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Die Suche wird nun mit Hilfe der Laravel Queue in den entsprechenden... 

Die Suche wird nun mit Hilfe der Laravel Queue in den entsprechenden Einstellungen parallel durchgeführt.
Hier für muss in der .env Datei der Queue-Driver auf redis gesetzt werden und entsprechende Worker am laufen sein:
z.B. php artisan queue:listen, oder php artisan queue:work Prozesse im Supervisor
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1 merge request!84Resolve "Suche beschleunigen"
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app/Jobs/Search.php 0 → 100644
+ 341
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View file @ cb6e97de
<?php
namespace App\Jobs;
use App\Jobs\Job;
use Illuminate\Queue\SerializesModels;
use Illuminate\Queue\InteractsWithQueue;
use Illuminate\Contracts\Queue\ShouldQueue;
use Illuminate\Http\Request;
use Redis;
use Log;
class Search extends Job implements ShouldQueue
{
use InteractsWithQueue, SerializesModels;
protected $hash, $host, $port, $name, $getString, $useragent, $fp, $sumaFile;
protected $buffer_length = 8192;
/**
* Create a new job instance.
*
* @return void
*/
public function __construct($hash, $host, $port, $name, $getString, $useragent, $sumaFile)
{
$this->hash = $hash;
$this->host = $host;
$this->port = $port;
$this->name = $name;
$this->getString = $getString;
$this->useragent = $useragent;
$this->sumaFile = $sumaFile;
}
/**
* Execute the job.
*
* @return void
*/
public function handle(Request $request)
{
$this->fp = $this->getFreeSocket();
if(!$this->fp)
{
$this->disable($this->sumaFile, "Die Suchmaschine " . $this->name . " wurde für 1h deaktiviert, weil keine Verbindung aufgebaut werden konnte");
}else
{
if($this->writeRequest())
{
$this->readAnswer();
}
}
}
public function disable($sumaFile, $message)
{
$xml = simplexml_load_file($sumaFile);
$xml->xpath("//sumas/suma[@name='" . $this->name . "']")['0']['disabled'] = date(DATE_RFC822, mktime(date("H")+1,date("i"), date("s"), date("m"), date("d"), date("Y")));
$xml->saveXML($sumaFile);
}
private function readAnswer ()
{
$time = microtime(true);
$headers = '';
$body = '';
$length = 0;
if(!$this->fp)
{
return;
}
// get headers FIRST
$c = 0;
stream_set_blocking($this->fp, 1);
do
{
// use fgets() not fread(), fgets stops reading at first newline
// or buffer which ever one is reached first
$data = fgets($this->fp, 8192);
// a sincle CRLF indicates end of headers
if ($data === false || $data == "\r\n" || feof($this->fp) ) {
// break BEFORE OUTPUT
break;
}
if( sizeof(($tmp = explode(": ", $data))) === 2 )
$headers[trim($tmp[0])] = trim($tmp[1]);
$c++;
}
while (true);
// end of headers
if(sizeof($headers) > 1){
$bodySize = 0;
if( isset($headers["Transfer-Encoding"]) && $headers["Transfer-Encoding"] === "chunked" )
{
$body = $this->readChunked();
}elseif( isset($headers['Content-Length']) )
{
$length = trim($headers['Content-Length']);
if(is_numeric($length) && $length >= 1)
$body = $this->readBody($length);
$bodySize = strlen($body);
}else
{
Log::error("Konnte nicht herausfinden, wie ich die Serverantwort von: " . $this->name . " auslesen soll. Header war: " . print_r($headers));
exit;
}
}else
{
return;
}
Redis::del($this->host . "." . $this->socketNumber);
if( isset($headers["Content-Encoding"]) && $headers['Content-Encoding'] === "gzip")
{
$body = $this->gunzip($body);
}
Redis::hset('search.' . $this->hash, $this->name, $body);
Redis::expire('search.' . $this->hash, 5);
}
private function readBody($length)
{
$theData = '';
$done = false;
stream_set_blocking($this->fp, 0);
$startTime = time();
$lastTime = $startTime;
while (!feof($this->fp) && !$done && (($startTime + 1) > time()) && $length !== 0)
{
usleep(100);
$theNewData = fgets($this->fp, 8192);
$theData .= $theNewData;
$length -= strlen($theNewData);
$done = (trim($theNewData) === '0');
}
return $theData;
}
private function readChunked()
{
$body = '';
// read from chunked stream
// loop though the stream
do
{
// NOTE: for chunked encoding to work properly make sure
// there is NOTHING (besides newlines) before the first hexlength
// get the line which has the length of this chunk (use fgets here)
$line = fgets($this->fp, 8192);
// if it's only a newline this normally means it's read
// the total amount of data requested minus the newline
// continue to next loop to make sure we're done
if ($line == "\r\n") {
continue;
}
// the length of the block is sent in hex decode it then loop through
// that much data get the length
// NOTE: hexdec() ignores all non hexadecimal chars it finds
$length = hexdec($line);
if (!is_int($length)) {
trigger_error('Most likely not chunked encoding', E_USER_ERROR);
}
// zero is sent when at the end of the chunks
// or the end of the stream or error
if ($line === false || $length < 1 || feof($this->fp)) {
if($length <= 0)
fgets($this->fp, 8192);
// break out of the streams loop
break;
}
// loop though the chunk
do
{
// read $length amount of data
// (use fread here)
$data = fread($this->fp, $length);
// remove the amount received from the total length on the next loop
// it'll attempt to read that much less data
$length -= strlen($data);
// PRINT out directly
// you could also save it directly to a file here
// store in string for later use
$body .= $data;
// zero or less or end of connection break
if ($length <= 0 || feof($this->fp))
{
// break out of the chunk loop
if($length <= 0)
fgets($this->fp, 8192);
break;
}
}
while (true);
// end of chunk loop
}
while (true);
// end of stream loop
return $body;
}
private function gunzip($zipped) {
$offset = 0;
if (substr($zipped,0,2) == "\x1f\x8b")
$offset = 2;
if (substr($zipped,$offset,1) == "\x08")
{
try
{
return gzinflate(substr($zipped, $offset + 8));
} catch (\Exception $e)
{
abort(500, "Fehler beim unzip des Ergebnisses von folgendem Anbieter: " . $this->name);
}
}
return "Unknown Format";
}
private function writeRequest ()
{
$out = "GET " . $this->getString . " HTTP/1.1\r\n";
$out .= "Host: " . $this->host . "\r\n";
$out .= "User-Agent: " . $this->useragent . "\r\n";
$out .= "Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8\r\n";
$out .= "Accept-Language: de,en-US;q=0.7,en;q=0.3\r\n";
$out .= "Accept-Encoding: gzip, deflate, br\r\n";
$out .= "Connection: keep-alive\r\n\r\n";
# Anfrage senden:
$sent = 0; $string = $out; $time = microtime(true);
while(true)
{
try{
$tmp = fwrite($this->fp, $string);
}catch(\ErrorException $e)
{
# Irgendwas ist mit unserem Socket passiert. Wir brauchen einen neuen:
fclose($this->fp);
Redis::del($this->name . "." . $this->socketNumber);
$this->fp = $this->getFreeSocket();
$sent = 0;
$string = $out;
continue;
}
if($tmp){
$sent += $tmp;
$string = substr($string, $tmp);
}else
Log::error("Fehler beim schreiben.");
if(((microtime(true) - $time) / 1000000) >= 500)
{
Log::error("Konnte die Request Daten nicht an: " . $this->name . " senden");
}
if($sent >= strlen($out))
break;
}
if( $sent === strlen($out) )
{
return true;
}
return false;
}
private function getFreeSocket()
{
# Je nach Auslastung des Servers ( gleichzeitige Abfragen ), kann es sein, dass wir mehrere Sockets benötigen um die Abfragen ohne Wartezeit beantworten zu können.
# pfsockopen öffnet dabei einen persistenten Socket, der also auch zwischen den verschiedenen php Prozessen geteilt werden kann.
# Wenn der Hostname mit einem bereits erstellten Socket übereinstimmt, wird die Verbindung also aufgegriffen und fortgeführt.
# Allerdings dürfen wir diesen nur verwenden, wenn er nicht bereits von einem anderen Prozess zur Kommunikation verwendet wird.
# Wenn dem so ist, probieren wir den nächsten Socket zu verwenden.
# Dies festzustellen ist komplizierter, als man sich das vorstellt. Folgendes System sollte funktionieren:
# 1. Stelle fest, ob dieser Socket neu erstellt wurde, oder ob ein existierender geöffnet wurde.
$counter = 0; $fp = null;
do
{
if( intval(Redis::exists($this->host . ".$counter")) === 0 )
{
Redis::set($this->host . ".$counter", 1);
Redis::expire($this->host . ".$counter", 5);
$this->socketNumber = $counter;
try
{
$fp = pfsockopen($this->getHost() . ":" . $this->port . "/$counter", $this->port, $errstr, $errno, 1);
if(!$fp)
Log::error("lkajng");
}catch(\ErrorException $e)
{
Log::error('Fehler beim erstellen des Sockets zu: ' . $this->getHost());
break;
}
# Wir gucken, ob der Lesepuffer leer ist:
stream_set_blocking($fp, 0);
$string = fgets($fp, 8192);
if( $string !== false || feof($fp) )
{
Log::error("Der Lesepuffer von: " . $this->name . " war nach dem Erstellen nicht leer. Musste den Socket neu starten.");
fclose($fp);
continue;
}
Log::info($this->getHost() . ":" . $this->port . "/$counter");
break;
}
$counter++;
}while(true);
return $fp;
}
private function getHost()
{
$return = "";
if( $this->port === "443" )
{
$return .= "tls://";
}else
{
$return .= "tcp://";
}
$return .= $this->host;
return $return;
}
}
app/MetaGer.php
+ 33
− 20
View file @ cb6e97de
......@@ -52,8 +52,6 @@ class MetaGer
function __construct()
{
$this->starttime = microtime(true);
define('CRLF', "\r\n");
define('BUFFER_LENGTH', 8192);
if( file_exists(config_path() . "/blacklistDomains.txt") && file_exists(config_path() . "/blacklistUrl.txt") )
{
# Blacklists einlesen:
......@@ -70,6 +68,12 @@ class MetaGer
$this->languageDetect->setNameMode("2");
}
public function getHashCode ()
{
$string = url()->full();
return md5($string);
}
public function rankAll ()
{
foreach( $this->engines as $engine )
......@@ -278,7 +282,6 @@ class MetaGer
public function createSearchEngines (Request $request)
{
#die(SocketRocket::get("tls", "dominik-pfennig.de", "", 443));
# Überprüfe, welche Sumas eingeschaltet sind
......@@ -312,7 +315,7 @@ class MetaGer
if(!(isset($suma['disabled']) && $suma['disabled']->__toString() === "1"))
{
if($suma["name"]->__toString() === "overture")
if($suma["name"]->__toString() === "overture" || $suma["name"]->__toString() === "overtureAds")
{
$overtureEnabled = TRUE;
}
......@@ -336,7 +339,7 @@ class MetaGer
){
if(!(isset($suma['disabled']) && $suma['disabled']->__toString() === "1"))
{
if($suma["name"]->__toString() === "overture")
if($suma["name"]->__toString() === "overture" || $suma["name"]->__toString() === "overtureAds")
{
$overtureEnabled = TRUE;
}
......@@ -353,6 +356,8 @@ class MetaGer
$this->errors[] = "Achtung: Sie haben in ihren Einstellungen keine Suchmaschine ausgewählt.";
}
$engines = [];
foreach($enabledSearchengines as $engine){
......@@ -360,8 +365,8 @@ class MetaGer
{
continue;
}
# Wenn diese Suchmaschine gar nicht eingeschaltet sein soll
# Wenn diese Suchmaschine gar nicht eingeschaltet sein soll
$path = "App\Models\parserSkripte\\" . ucfirst($engine["package"]->__toString());
$time = microtime();
......@@ -378,43 +383,51 @@ class MetaGer
$this->sockets[$tmp->name] = $tmp->fp;
}
}
# Nun passiert ein elementarer Schritt.
# Wir warten auf die Antwort der Suchmaschinen, da wir vorher nicht weiter machen können.
# aber natürlich nicht ewig.
# Die Verbindung steht zu diesem Zeitpunkt und auch unsere Request wurde schon gesendet.
# Wir geben der Suchmaschine nun bis zu 500ms Zeit zu antworten.
# Jetzt lesen wir alles aus, was da ist und verwerfen den Rest:
$enginesToLoad = count($engines);
$loadedEngines = 0;
$time = 0;
$timeStart = microtime(true);
while( true )
{
$time = (microtime(true) - $timeStart) * 1000;
$loadedEngines = intval(Redis::hlen('search.' . $this->getHashCode()));
$canBreak = true;
if( $overtureEnabled && !Redis::hexists('search.' . $this->getHashCode(), 'overture') && !Redis::hexists('search.' . $this->getHashCode(), 'overtureAds'))
$canBreak = false;
# Abbruchbedingung
if($time < 500)
{
if($loadedEngines >= $enginesToLoad)
if($loadedEngines >= $enginesToLoad && $canBreak)
break;
}elseif( $time >= 500 && $time < $this->time)
{
if( ($loadedEngines / ($enginesToLoad * 1.0)) >= 0.8 )
if( ($loadedEngines / ($enginesToLoad * 1.0)) >= 0.8 && $canBreak )
break;
}else
{
break;
}
foreach($engines as $engine)
usleep(50000);
}
foreach($engines as $engine)
{
if(!$engine->loaded)
{
if(!$engine->loaded)
{
$success = $engine->retrieveResults();
if($engine->loaded)
$loadedEngines += 1;
}
$engine->retrieveResults();
}
usleep(50000);
$time += 50;
}
# und verwerfen den Rest:
foreach( $engines as $engine )
{
if( !$engine->loaded )
......
app/Models/Searchengine.php
+ 33
− 276
View file @ cb6e97de
......@@ -4,9 +4,13 @@ namespace App\Models;
use App\MetaGer;
use Log;
use Redis;
use App\Jobs\Search;
use Illuminate\Foundation\Bus\DispatchesJobs;
abstract class Searchengine
abstract class Searchengine
{
use DispatchesJobs;
protected $ch; # Curl Handle zum erhalten der Ergebnisse
public $fp;
......@@ -58,67 +62,20 @@ abstract class Searchengine
$this->startTime = microtime();
$this->getString = $this->generateGetString($metager->getQ(), $metager->getUrl(), $metager->getLanguage(), $metager->getCategory());
$counter = 0;
# Wir benötigen einen verfügbaren Socket, über den wir kommunizieren können:
$time = microtime(true);
$this->fp = $this->getFreeSocket();
$this->setStatistic("connection_time", ((microtime(true)-$time) / 1000000));
if(!$this->fp)
{
$this->disable($metager->getSumaFile(), "Die Suchmaschine " . $this->name . " wurde für 1h deaktiviert, weil keine Verbindung aufgebaut werden konnte");
}else
{
$time = microtime(true);
$this->writeRequest();
$this->setStatistic("write_time", ((microtime(true)-$time) / 1000000));
}
$this->hash = $metager->getHashCode();
# Die Anfragen an die Suchmaschinen werden nun von der Laravel-Queue bearbeitet:
# Hinweis: solange in der .env der QUEUE_DRIVER auf "sync" gestellt ist, werden die Abfragen
# nacheinander abgeschickt.
# Sollen diese Parallel verarbeitet werden, muss ein anderer QUEUE_DRIVER verwendet werden.
# siehe auch: https://laravel.com/docs/5.2/queues
$this->dispatch(new Search($this->hash, $this->host, $this->port, $this->name, $this->getString, $this->useragent, $metager->getSumaFile()));
}
public abstract function loadResults($result);
private function writeRequest ()
{
$out = "GET " . $this->getString . " HTTP/1.1\r\n";
$out .= "Host: " . $this->host . "\r\n";
$out .= "User-Agent: " . $this->useragent . "\r\n";
$out .= "Accept: text/html,application/xhtml+xml,application/xml;q=0.9,*/*;q=0.8\r\n";
$out .= "Accept-Language: de,en-US;q=0.7,en;q=0.3\r\n";
$out .= "Accept-Encoding: gzip, deflate, br\r\n";
$out .= "Connection: keep-alive\r\n\r\n";
# Anfrage senden:
$sent = 0; $string = $out; $time = microtime(true);
while(true)
{
try{
$tmp = fwrite($this->fp, $string);
}catch(\ErrorException $e)
{
# Irgendwas ist mit unserem Socket passiert. Wir brauchen einen neuen:
fclose($this->fp);
Redis::del($this->name . "." . $this->socketNumber);
$this->fp = $this->getFreeSocket();
$sent = 0;
$string = $out;
continue;
}
if($tmp){
$sent += $tmp;
$string = substr($string, $tmp);
}else
abort(500, "Fehler beim schreiben.");
if(((microtime(true) - $time) / 1000000) >= 500)
{
abort(500, "Konnte die Request Daten nicht an: " . $this->name . " senden");
}
if($sent >= strlen($out))
break;
}
}
public function rank (\App\MetaGer $metager)
{
......@@ -128,47 +85,7 @@ abstract class Searchengine
}
}
private function getFreeSocket()
{
# Je nach Auslastung des Servers ( gleichzeitige Abfragen ), kann es sein, dass wir mehrere Sockets benötigen um die Abfragen ohne Wartezeit beantworten zu können.
# pfsockopen öffnet dabei einen persistenten Socket, der also auch zwischen den verschiedenen php Prozessen geteilt werden kann.
# Wenn der Hostname mit einem bereits erstellten Socket übereinstimmt, wird die Verbindung also aufgegriffen und fortgeführt.
# Allerdings dürfen wir diesen nur verwenden, wenn er nicht bereits von einem anderen Prozess zur Kommunikation verwendet wird.
# Wenn dem so ist, probieren wir den nächsten Socket zu verwenden.
# Dies festzustellen ist komplizierter, als man sich das vorstellt. Folgendes System sollte funktionieren:
# 1. Stelle fest, ob dieser Socket neu erstellt wurde, oder ob ein existierender geöffnet wurde.
$counter = 0; $fp = null;
do
{
if( intval(Redis::exists($this->host . ".$counter")) === 0 )
{
Redis::set($this->host . ".$counter", 1);
Redis::expire($this->host . ".$counter", 5);
$this->socketNumber = $counter;
try
{
$fp = pfsockopen($this->getHost() . ":" . $this->port . "/$counter", $this->port, $errstr, $errno, 1);
}catch(\ErrorException $e)
{
break;
}
# Wir gucken, ob der Lesepuffer leer ist:
stream_set_blocking($fp, 0);
if(fgets($fp, BUFFER_LENGTH) !== false)
{
Log::error("Der Lesepuffer von: " . $this->name . " war nach dem Erstellen nicht leer. Musste den Socket neu starten.");
fclose($fp);
$fp = pfsockopen($this->getHost() . ":" . $this->port . "/$counter", $this->port, $errstr, $errno, 1);
}
break;
}
$counter++;
}while(true);
return $fp;
}
private function setStatistic($key, $val)
{
......@@ -179,13 +96,7 @@ abstract class Searchengine
$this->$key = $newVal;
}
public function disable($sumaFile, $message)
{
Log::info($message);
$xml = simplexml_load_file($sumaFile);
$xml->xpath("//sumas/suma[@name='" . $this->name . "']")['0']['disabled'] = date(DATE_RFC822, mktime(date("H")+1,date("i"), date("s"), date("m"), date("d"), date("Y")));
$xml->saveXML($sumaFile);
}
public function enable($sumaFile, $message)
{
......@@ -200,192 +111,38 @@ abstract class Searchengine
fclose($this->fp);
}
public function retrieveResults()
public function getSocket()
{
$time = microtime(true);
$headers = '';
$body = '';
$length = 0;
if(!$this->fp)
{
return;
}
// get headers FIRST
$c = 0;
stream_set_blocking($this->fp, 0);
do
$number = Redis::hget('search.' . $this->hash, $this->name);
if( $number === null )
{
// use fgets() not fread(), fgets stops reading at first newline
// or buffer which ever one is reached first
$data = fgets($this->fp, BUFFER_LENGTH);
// a sincle CRLF indicates end of headers
if ($data === false || $data == CRLF || feof($this->fp) || ((microtime()-$time)/1000000) > 100 ) {
// break BEFORE OUTPUT
break;
}
if( sizeof(($tmp = explode(": ", $data))) === 2 )
$headers[trim($tmp[0])] = trim($tmp[1]);
$c++;
}
while (true);
// end of headers
if(sizeof($headers) > 1){
$bodySize = 0;
stream_set_blocking($this->fp, 1);
if( isset($headers["Transfer-Encoding"]) && $headers["Transfer-Encoding"] === "chunked" )
{
$body = $this->readChunked();
}elseif( isset($headers['Content-Length']) )
{
$length = trim($headers['Content-Length']);
if(is_numeric($length) && $length >= 1)
$body = $this->readBody($length);
$bodySize = strlen($body);
}else
{
die("Konnte nicht herausfinden, wie ich die Serverantwort von: " . $this->name . " auslesen soll. Header war: " . print_r($headers));
}
$this->loaded = true;
die("test");
return null;
}else
{
return;
return pfsockopen($this->getHost() . ":" . $this->port . "/$number", $this->port, $errstr, $errno, 1);
}
}
Redis::del($this->host . "." . $this->socketNumber);
$this->setStatistic("read_time", ((microtime(true)-$time) / 1000000));
if( isset($headers["Content-Encoding"]) && $headers['Content-Encoding'] === "gzip")
public function retrieveResults()
{
if( Redis::hexists('search.' . $this->hash, $this->name))
{
$body = $this->gunzip($body);
$body = Redis::hget('search.' . $this->hash, $this->name);
$this->loadResults($body);
$this->loaded = true;
Redis::hdel('search.' . $this->hash, $this->name);
return true;
}
#print_r($headers);
#print($body);
#print("\r\n". $bodySize);
#exit;
#die(print_r($headers));
// $body and $headers should contain your stream data
$this->loadResults($body);
#print(print_r($headers, TRUE) . $body);
#exit;
return false;
}
public function shutdown()
{
if( $this->fp )
fclose($this->fp);
Redis::del($this->host . "." . $this->socketNumber);
}
private function readBody($length)
{
$theData = '';
$done = false;
stream_set_blocking($this->fp, 0);
$startTime = time();
$lastTime = $startTime;
while (!feof($this->fp) && !$done && (($startTime + 1) > time()) && $length !== 0)
{
usleep(100);
$theNewData = fgets($this->fp, BUFFER_LENGTH);
$theData .= $theNewData;
$length -= strlen($theNewData);
$done = (trim($theNewData) === '0');
}
return $theData;
}
private function readChunked()
{
$body = '';
// read from chunked stream
// loop though the stream
do
{
// NOTE: for chunked encoding to work properly make sure
// there is NOTHING (besides newlines) before the first hexlength
// get the line which has the length of this chunk (use fgets here)
$line = fgets($this->fp, BUFFER_LENGTH);
// if it's only a newline this normally means it's read
// the total amount of data requested minus the newline
// continue to next loop to make sure we're done
if ($line == CRLF) {
continue;
}
// the length of the block is sent in hex decode it then loop through
// that much data get the length
// NOTE: hexdec() ignores all non hexadecimal chars it finds
$length = hexdec($line);
if (!is_int($length)) {
trigger_error('Most likely not chunked encoding', E_USER_ERROR);
}
// zero is sent when at the end of the chunks
// or the end of the stream or error
if ($line === false || $length < 1 || feof($this->fp)) {
if($length <= 0)
fgets($this->fp, BUFFER_LENGTH);
// break out of the streams loop
break;
}
// loop though the chunk
do
{
// read $length amount of data
// (use fread here)
$data = fread($this->fp, $length);
// remove the amount received from the total length on the next loop
// it'll attempt to read that much less data
$length -= strlen($data);
// PRINT out directly
#print $data;
#flush();
// you could also save it directly to a file here
// store in string for later use
$body .= $data;
// zero or less or end of connection break
if ($length <= 0 || feof($this->fp))
{
// break out of the chunk loop
if($length <= 0)
fgets($this->fp, BUFFER_LENGTH);
break;
}
}
while (true);
// end of chunk loop
}
while (true);
// end of stream loop
return $body;
}
private function gunzip($zipped) {
$offset = 0;
if (substr($zipped,0,2) == "\x1f\x8b")
$offset = 2;
if (substr($zipped,$offset,1) == "\x08")
{
try
{
return gzinflate(substr($zipped, $offset + 8));
} catch (\Exception $e)
{
abort(500, "Fehler beim unzip des Ergebnisses von folgendem Anbieter: " . $this->name);
}
}
return "Unknown Format";
}
protected function getHost()
{
$return = "";
......
config/database.php
+ 1
− 1
View file @ cb6e97de
......@@ -48,7 +48,7 @@ return [
'sqlite' => [
'driver' => 'sqlite',
'database' => env('DB_DATABASE', database_path('database.sqlite')),
'database' => database_path(env('DB_DATABASE', 'database.sqlite')),
'prefix' => '',
],
......
database/migrations/2016_06_14_132524_create_jobs_table.php 0 → 100644
+ 37
− 0
View file @ cb6e97de
<?php
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Database\Migrations\Migration;
class CreateJobsTable extends Migration
{
/**
* Run the migrations.
*
* @return void
*/
public function up()
{
Schema::create('jobs', function (Blueprint $table) {
$table->bigIncrements('id');
$table->string('queue');
$table->longText('payload');
$table->tinyInteger('attempts')->unsigned();
$table->tinyInteger('reserved')->unsigned();
$table->unsignedInteger('reserved_at')->nullable();
$table->unsignedInteger('available_at');
$table->unsignedInteger('created_at');
$table->index(['queue', 'reserved', 'reserved_at']);
});
}
/**
* Reverse the migrations.
*
* @return void
*/
public function down()
{
Schema::drop('jobs');
}
}
database/migrations/2016_06_14_132551_create_failed_jobs_table.php 0 → 100644
+ 33
− 0
View file @ cb6e97de
<?php
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Database\Migrations\Migration;
class CreateFailedJobsTable extends Migration
{
/**
* Run the migrations.
*
* @return void
*/
public function up()
{
Schema::create('failed_jobs', function (Blueprint $table) {
$table->increments('id');
$table->text('connection');
$table->text('queue');
$table->longText('payload');
$table->timestamp('failed_at')->useCurrent();
});
}
/**
* Reverse the migrations.
*
* @return void
*/
public function down()
{
Schema::drop('failed_jobs');
}
}
database/migrations/2016_06_14_132601_create_failed_jobs_table.php 0 → 100644
+ 33
− 0
View file @ cb6e97de
<?php
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Database\Migrations\Migration;
class CreateFailedJobsTable extends Migration
{
/**
* Run the migrations.
*
* @return void
*/
public function up()
{
Schema::create('failed_jobs', function (Blueprint $table) {
$table->increments('id');
$table->text('connection');
$table->text('queue');
$table->longText('payload');
$table->timestamp('failed_at')->useCurrent();
});
}
/**
* Reverse the migrations.
*
* @return void
*/
public function down()
{
Schema::drop('failed_jobs');
}
}
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