vlong

# Include "RSA. HPP" Class prime_factory { Unsigned NP; Unsigned * pl; Public: Prime_factory (); ~ Prime_factory (); Vlong find_prime (vlong START ); }; // Prime factory implementation Static int is_probable_prime (const vlong P) { // Test Based on fermats Theorem A ** (p-1) = 1 mod p for prime p // For 1000 bit numbers this can take quite a

* @return Iplocation */ function __construct ($filename = "QQWry.Dat") { $this->FP = 0; if ($this->FP = @fopen ($filename, ' RB ')!== false) { $this->firstip = $this->getlong (); $this->lastip = $this->getlong (); $this->totalip = ($this->lastip-$this->firstip)/7; Register the destructor so that it executes at the end of the program execution Register_shutdown_function (Array ( $this, ' __construct ')); } } /** * Return

Code: ; ; ; ;-GT;FH =(' Qqwry.dat ', ' RB ');->first =-->last =-->total = (->last-->first)/7;Checkip (=('.',(()!=4 (= 0;++([] [] > ' 255 ' =(' Vlong ',(-GT;FH, 4 [' Long '=(' Vlong ',(-GT;FH, 3).(0 [' Long 'GetInfo (= ""=(-GT;FH, 1(()! = 0) {.==(-GT;FH, 1 =(-GT;FH, 1);((0:= '';;1:(-GT;FH,-=->getinfo ();2:(-GT;FH,-=->getinfo ();:=->getinfo ();; IP2ADDR ((!-Checkip ( =(' N ',((= 0=-(=((+)/2);(-GT;FH,->fi

; } } /** * Returns the long integer number of reads * @access Private * @return int */ Public Function Getlong () { //Converts the Read Little-endian encoded 4 bytes to a long integer $result = Unpack (' Vlong ', fread ($this-GT;FP, 4)); return $result [' Long ']; } /** * Returns the 3-byte long integer read * * @access Private * @return int */ Public Function Getlong3 () { //Converts the Read Little-endian encoded

integer read * @access Private * @return int */ Public Function Getlong () { Converts 4 bytes of read Little-endian encoded into long integer numbers $result = Unpack (' Vlong ', fread ($this-GT;FP, 4)); return $result [' Long ']; } /** * Returns the 3-byte long integer read * * @access Private * @return int */ Public Function Getlong3 () { Converts 3 bytes of read Little-endian encoded into long integer numbers $result = Unpack ('

Include ("ipcheck.class.php");$ipinfo =$_post[' Ipinfo '];$iptest =new iplocation ();echo $iptest->getlocation ($ipinfo);?> The ipcheck.class.php code is as follows Class Iplocation {/*** QQWry.Dat file pointer* @var Resource*/var $fp;/*** Offset address of the first IP record** @var int*/var $firstip;/*** Offset address of the last IP record** @var int*/ var $lastip; /*** Total number of IP records (does not contain version information records)** @var int*/ var $totalip; /*** Returns th

long integers read.* @ Access private* @ Return int*/Function getlong (){// Convert the 4 bytes of the read little-endian encoding to the long integer$ Result = unpack ('vlong', fread ($ this-> fp, 4 ));Return $ result ['long'];}/*** Returns the number of long integers read in three bytes.** @ Access private* @ Return int*/Function getlong3 (){// Convert the three bytes of the read little-endian encoding into a long integer.$ Result = unpack ('

(){// Read the four bytes of little-endian encoding and convert them into long integer values.$ Result = unpack ('vlong', fread ($ this-> fh, 4 ));Return $ result ['long'];} Function getLong3 (){// Read the three bytes of little-endian encoding and convert them into long integer values.$ Result = unpack ('vlong', fread ($ this-> fh, 3). chr (0 ));Return $ result ['long'];} // Query informationFunction getI

interface to sort the Key. When the Writable class is compared, the default method of Hadoop is to first deserialize the serialized object byte stream as an object, and then compare (compareTo method ), the comparison process requires a deserialization step. RawComparatorComparison at the byte stream layer instead of deserializationIn this way, the deserialization process is saved, thus accelerating program running. The IntWritable, LongWritabe, and other classes provided by Hadoop have impleme

= @ fopen ($ filename, 'rb '))! = False ){$ This-> firstip = $ this-> getlong ();$ This-> lastip = $ this-> getlong ();$ This-> totalip = ($ this-> lastip-$ this-> firstip)/7;}}/*** Returns the number of long integers read.* @ Access private* @ Return int*/Public function getlong (){// Convert the 4 bytes of the read little-endian encoding to the long integer$ Result = unpack ('vlong', fread ($ this-> fp, 4 ));Return $ result ['long'];}/*** Returns t

();$ This-> lastip = $ this-> getlong ();$ This-> totalip = ($ this-> lastip-$ this-> firstip)/7;}}/*** Returns the number of long integers read.* @ Access private* @ Return int*/Public function getlong (){// Convert the 4 bytes of the read little-endian encoding to the long integer$ Result = unpack ('vlong', fread ($ this-> fp, 4 ));Return $ result ['long'];}/*** Returns the number of long integers read in three bytes.** @ Access private* @ Return i

... Vlong: The rule is the same as that of Vint, and the maximum number of bytes is different. Between 1 and 9 bytes CHAR: A series of bytes encoded by the UTF-8. String: A string is first a Vint that represents the number of characters contained in the string, followed by the Character Sequence chars encoded by the UTF-8. You can view the types in dataoutput. Java and datainput. java. The following uses dataoutput. Java as an exam

*/Public function getlong (){// Convert the 4 bytes of the read little-endian encoding to the long integer$ Result = unpack ('vlong', fread ($ this-> fp, 4 ));Return $ result ['long'];}/*** Returns the number of long integers read in three bytes.** @ Access private* @ Return int*/Public function getlong3 (){// Convert the three bytes of the read little-endian encoding into a long integer.$ Result = unpack ('vlong