public function readInt64()
    {

        // We have the pack 64-bit codes available. See: http://php.net/manual/en/function.pack.php
        if (version_compare(PHP_VERSION, '5.6.3') >= 0 && PHP_INT_SIZE == 8) {
            // Change the integer type we are looking up
            switch ($this->number_type) {
                case self::NUMBER_TYPE_BIGENDIAN:
                    $type = 'Jint';
                    break;

                case self::NUMBER_TYPE_LITTLEENDIAN:
                    $type = 'Pint';
                    break;

                default:
                    $type = 'Qint';
            }

            $int64 = unpack($type, $this->read(8));

            $int = $int64['int'];

            unset($int64);
        } else {
            if ($this->number_type == self::NUMBER_TYPE_BIGENDIAN) {
                $high = $this->readInt32();
                $low = $this->readInt32();
            } else {
                $low = $this->readInt32();
                $high = $this->readInt32();
            }

            // We have to determine the number via bitwise
            $int = ($high << 32) | $low;

            unset($low, $high);
        }

        return $int;
    }
public function readInt64()
    {

        // We have the pack 64-bit codes available. See: http://php.net/manual/en/function.pack.php
        if (version_compare(PHP_VERSION, '5.6.3') >= 0 && PHP_INT_SIZE == 8) {
            // Change the integer type we are looking up
            switch ($this->number_type) {
                case self::NUMBER_TYPE_BIGENDIAN:
                    $type = 'Jint';
                    break;

                case self::NUMBER_TYPE_LITTLEENDIAN:
                    $type = 'Pint';
                    break;

                default:
                    $type = 'Qint';
            }

            $int64 = unpack($type, $this->read(8));

            $int = $int64['int'];

            unset($int64);
        } else {
            if ($this->number_type == self::NUMBER_TYPE_BIGENDIAN) {
                $high = $this->readInt32();
                $low = $this->readInt32();
            } else {
                $low = $this->readInt32();
                $high = $this->readInt32();
            }

            // We have to determine the number via bitwise
            $int = ($high << 32) | $low;

            unset($low, $high);
        }

        return $int;
    }
public function readInt64 ( ) { // We have the pack 64-bit codes available. See: http://php.net/manual/en/function.pack.php if ( version_compare ( PHP_VERSION , '5.6.3' ) >= 0 && PHP_INT_SIZE == 8 ) { // Change the integer type we are looking up switch ( $ this -> number_type ) { case self :: NUMBER_TYPE_BIGENDIAN : $ type = 'Jint' ; break ; case self :: NUMBER_TYPE_LITTLEENDIAN : $ type = 'Pint' ; break ; default : $ type = 'Qint' ; } $ int64 = unpack ( $ type , $ this -> read ( 8 ) ) ; $ int = $ int64 [ 'int' ] ; unset ( $ int64 ) ; } else { if ( $ this -> number_type == self :: NUMBER_TYPE_BIGENDIAN ) { $ high = $ this -> readInt32 ( ) ; $ low = $ this -> readInt32 ( ) ; } else { $ low = $ this -> readInt32 ( ) ; $ high = $ this -> readInt32 ( ) ; } // We have to determine the number via bitwise $ int = ( $ high << 32 ) | $ low ; unset ( $ low , $ high ) ; } return $ int ; }
Read a 64-bit unsigned integer

@return int
@throws \GameQ\Exception\Protocol
Read a 64 - bit unsigned integer