PHP raklib\Binary类代码示例

 public function decode()
 {
     parent::decode();
     $this->clientID = Binary::readLong($this->get(8));
     $this->session = Binary::readLong($this->get(8));
     $this->unknown = $this->get(1);
 }

 public function decode()
 {
     parent::decode();
     $this->clientID = Binary::readLong($this->get(8));
     $this->sendPing = Binary::readLong($this->get(8));
     $this->useSecurity = \ord($this->get(1)) > 0;
 }

 public function decode()
 {
     parent::decode();
     $this->pingID = Binary::readLong($this->get(8));
     $this->serverID = Binary::readLong($this->get(8));
     $this->offset += 16;
     //magic
     $this->serverName = $this->getString();
 }

 public function decode()
 {
     parent::decode();
     $this->offset += 16;
     //Magic
     $this->getAddress($this->serverAddress, $this->serverPort);
     $this->mtuSize = \unpack("n", $this->get(2))[1];
     $this->clientID = Binary::readLong($this->get(8));
 }

 public function decode()
 {
     parent::decode();
     $this->offset += 16;
     //Magic
     $this->serverID = Binary::readLong($this->get(8));
     $this->clientPort = unpack("n", $this->get(2))[1];
     $this->mtuSize = unpack("n", $this->get(2))[1];
     //server security
 }

 public function decode()
 {
     parent::decode();
     $this->offset += 16;
     //Magic
     $this->serverID = Binary::readLong($this->get(8));
     \ord($this->get(1));
     //security
     $this->mtuSize = \unpack("n", $this->get(2))[1];
 }

 public function encode()
 {
     parent::encode();
     $this->putAddress($this->address, $this->port, 4);
     $this->buffer .= pack("n", 0);
     for ($i = 0; $i < 10; ++$i) {
         $this->putAddress($this->systemAddresses[$i][0], $this->systemAddresses[$i][1], $this->systemAddresses[$i][2]);
     }
     $this->buffer .= Binary::writeLong($this->sendPing);
     $this->buffer .= Binary::writeLong($this->sendPong);
 }

 public function decode()
 {
     parent::decode();
     $this->getAddress($this->address, $this->port);
     for ($i = 0; $i < 10; ++$i) {
         $this->getAddress($addr, $port, $version);
         $this->systemAddresses[$i] = [$addr, $port, $version];
     }
     $this->sendPing = Binary::readLong($this->get(8));
     $this->sendPong = Binary::readLong($this->get(8));
 }

 public function decode()
 {
     parent::decode();
     $this->cookie = $this->get(4);
     $this->security = $this->get(1);
     $this->port = unpack("n", $this->get(2))[1];
     $this->dataArray0 = $this->get(ord($this->get(1)));
     $this->dataArray = $this->getDataArray(9);
     $this->timestamp = $this->get(2);
     $this->session2 = Binary::readLong($this->get(8));
     $this->session = Binary::readLong($this->get(8));
 }

 public function encode()
 {
     parent::encode();
     $this->buffer .= "?Wþ";
     //cookie
     $this->buffer .= "Í";
     //security flags
     $this->buffer .= pack("n", $this->port);
     $this->putDataArray(["õÿÿõ", "ÿÿÿÿ", "ÿÿÿÿ", "ÿÿÿÿ", "ÿÿÿÿ", "ÿÿÿÿ", "ÿÿÿÿ", "ÿÿÿÿ", "ÿÿÿÿ", "ÿÿÿÿ"]);
     $this->buffer .= "";
     $this->buffer .= Binary::writeLong($this->session);
     $this->buffer .= Binary::writeLong($this->session2);
 }

 public function encode()
 {
     parent::encode();
     $payload = "";
     sort($this->packets, SORT_NUMERIC);
     $count = count($this->packets);
     $records = 0;
     if ($count > 0) {
         $pointer = 1;
         $start = $this->packets[0];
         $last = $this->packets[0];
         while ($pointer < $count) {
             $current = $this->packets[$pointer++];
             $diff = $current - $last;
             if ($diff === 1) {
                 $last = $current;
             } elseif ($diff > 1) {
                 //Forget about duplicated packets (bad queues?)
                 if ($start === $last) {
                     $payload .= "";
                     $payload .= Binary::writeLTriad($start);
                     $start = $last = $current;
                 } else {
                     $payload .= "";
                     $payload .= Binary::writeLTriad($start);
                     $payload .= Binary::writeLTriad($last);
                     $start = $last = $current;
                 }
                 ++$records;
             }
         }
         if ($start === $last) {
             $payload .= "";
             $payload .= Binary::writeLTriad($start);
         } else {
             $payload .= "";
             $payload .= Binary::writeLTriad($start);
             $payload .= Binary::writeLTriad($last);
         }
         ++$records;
     }
     $this->putShort($records);
     $this->buffer .= $payload;
 }

 /**
  * @param $chunkX
  * @param $chunkZ
  * @param $payload
  *
  * @return DataPacket
  */
 public static function getChunkCacheFromData($chunkX, $chunkZ, $payload, $ordering = FullChunkDataPacket::ORDER_COLUMNS)
 {
     $pk = new FullChunkDataPacket();
     $pk->chunkX = $chunkX;
     $pk->chunkZ = $chunkZ;
     $pk->order = $ordering;
     $pk->data = $payload;
     $pk->encode();
     $batch = new BatchPacket();
     $batch->payload = zlib_encode(Binary::writeInt(strlen($pk->getBuffer())) . $pk->getBuffer(), ZLIB_ENCODING_DEFLATE, Server::getInstance()->networkCompressionLevel);
     $batch->encode();
     $batch->isEncoded = true;
     return $batch;
 }

 /**
  * @param bool $internal
  *
  * @return string
  */
 public function toBinary($internal = false)
 {
     $binary = chr($this->reliability << 5 | ($this->hasSplit ? 0b10000 : 0));
     if ($internal) {
         $binary .= Binary::writeInt(strlen($this->buffer));
         $binary .= Binary::writeInt($this->identifierACK);
     } else {
         $binary .= Binary::writeShort(strlen($this->buffer) << 3);
     }
     if ($this->reliability === 2 or $this->reliability === 3 or $this->reliability === 4 or $this->reliability === 6 or $this->reliability === 7) {
         $binary .= Binary::writeLTriad($this->messageIndex);
     }
     if ($this->reliability === 1 or $this->reliability === 3 or $this->reliability === 4 or $this->reliability === 7) {
         $binary .= Binary::writeLTriad($this->orderIndex) . chr($this->orderChannel);
     }
     if ($this->hasSplit) {
         $binary .= Binary::writeInt($this->splitCount) . Binary::writeShort($this->splitID) . Binary::writeInt($this->splitIndex);
     }
     return $binary . $this->buffer;
 }

 protected function streamOpen(Session $session)
 {
     $identifier = $session->getAddress() . ":" . $session->getPort();
     $buffer = \chr(RakLib::PACKET_OPEN_SESSION) . \chr(\strlen($identifier)) . $identifier . \chr(\strlen($session->getAddress())) . $session->getAddress() . \pack("n", $session->getPort()) . Binary::writeLong($session->getID());
     $this->server->pushThreadToMainPacket($buffer);
 }

 public function saveChunkToDisk($x, $z, $payload, $ordering = FullChunkDataPacket::ORDER_COLUMNS)
 {
     /** @var Player $player */
     if (file_exists("chunk_cache/" . $this->getName() . "/" . $x . "_" . $z . ".dat")) {
         $this->loadChunkFromDisk($x, $z);
         return true;
     }
     $pk = new FullChunkDataPacket();
     $pk->chunkX = $x;
     $pk->chunkZ = $z;
     $pk->order = $ordering;
     $pk->data = $payload;
     $pk->encode();
     $data = zlib_encode(Binary::writeInt(strlen($pk->buffer)) . $pk->buffer, ZLIB_ENCODING_DEFLATE, 6);
     $this->chunkCache[$x . ":" . $z] = $data;
     if (!$this->server->getKatana()->getProperty("cache.save-to-disk", true)) {
         return true;
     }
     file_put_contents("chunk_cache/" . $this->getName() . "/" . $x . "_" . $z . ".dat", $data);
     return true;
 }