more fwiffing
This commit is contained in:
parent
584b4c5946
commit
16967a0d27
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@ -1,15 +1,19 @@
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<?php
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namespace FWIF;
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use DateInterval;
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use DateTime;
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use DateTimeInterface;
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use DateTimeImmutable;
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use DateTimeZone;
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use InvalidArgumentException;
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class FWIF {
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public const CONTENT_TYPE = 'text/plain; charset=us-ascii'; // TODO: come up with a mime type
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public const DEFAULT = 0;
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public const DISCARD_MILLISECONDS = 0x01; // Always exclude the millisecond component from DateTime
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public const EXCLUDE_VERSION = 0x02; // Exclude version byte at the start of the stream
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public const TYPE_NULL = 0; // NULL, no data
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public const TYPE_INTEGER = 0x01; // LEB128, implicit length
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@ -18,10 +22,12 @@ class FWIF {
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public const TYPE_BUFFER = 0x04; // Buffer with binary data, prefixed with a LEB128 length
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public const TYPE_ARRAY = 0x05; // List of values, terminated with TRAILER
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public const TYPE_OBJECT = 0x06; // List of values with ASCII names, terminated with TRAILER
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public const TYPE_DATETIME = 0x07; // A gregorian year, month and day as well as an hour, minute and seconds component, fixed length of * bytes
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public const TYPE_DATETIME = 0x07; // A gregorian year, month and day as well as an hour, minute, seconds and millisecond component, variable ranging from 4 to 7 bytes
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public const TRAILER = 0xFF; // Termination byte
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public const VERSION = 0x01; // min 1, max 254
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private const CODECS = [
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self::TYPE_NULL => 'Null',
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self::TYPE_INTEGER => 'Integer',
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@ -52,6 +58,7 @@ class FWIF {
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// apparently this is faster than mb_check_encoding($string, 'utf-8');
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// on PHP 7.1 on Windows at least, perhaps investigate this later
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// UPDATE TODO: does this even make any sense with other internal encodings?
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private static function isUTF8String(string $string): bool {
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return preg_match(self::UTF8, $string) === 1;
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}
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@ -76,27 +83,50 @@ class FWIF {
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}
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public static function encode($data, int $flags = self::DEFAULT): string {
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$encoded = self::encodeInternal($data, $flags);
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if(!($flags & self::EXCLUDE_VERSION))
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$encoded = chr(self::VERSION) . $encoded;
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return $encoded;
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}
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private static function encodeInternal($data, int $flags): string {
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if($data instanceof FWIFSerializable)
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$data = $data->fwifSerialize();
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$type = self::detectType($data, $flags);
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return chr($type) . self::{'encode' . self::CODECS[$type]}($data, $flags);
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}
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public static function decode(string $data, int $flags = self::DEFAULT) {
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return self::decodeInternal(new FWIFDecodeStream($data), $flags);
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public static function decode($data, int $flags = self::DEFAULT) {
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if(is_string($data)) {
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$fd = fopen('php://memory', 'rb+');
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fwrite($fd, $data);
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fseek($fd, 0);
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$data = $fd;
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}
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if(!is_resource($data))
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throw new InvalidArgumentException('$data must be either a string or a file handle.');
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if(!($flags & self::EXCLUDE_VERSION)) {
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$version = ord(fgetc($data));
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if($version < 1 || $version > 254)
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throw new InvalidArgumentException('$data is not a valid FWIF serialized stream.');
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if($version > self::VERSION)
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throw new FWIFUnsupportedVersionException;
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}
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$decoded = self::decodeInternal($data, $flags);
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if(isset($fd))
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fclose($fd);
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return $decoded;
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}
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private static function decodeInternal(FWIFDecodeStream $data, int $flags) {
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$type = $data->readByte();
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private static function decodeInternal($data, int $flags) {
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$type = ord(fgetc($data));
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if(!array_key_exists($type, self::CODECS)) {
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$hexType = dechex($type); $hexPos = dechex($data->getPosition());
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throw new FWIFUnsupportedTypeException("Unsupported type {$type} (0x{$hexType}) at position {$data->getPosition()} (0x{$hexPos})");
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$hexType = dechex($type); $pos = ftell($data); $hexPos = dechex($pos);
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throw new FWIFUnsupportedTypeException("Unsupported type {$type} (0x{$hexType}) at position {$pos} (0x{$hexPos})");
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}
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return self::{'decode' . self::CODECS[$type]}($data, $flags);
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}
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private static function encodeNull($data, int $flags): string { return ''; }
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private static function decodeNull(FWIFDecodeStream $data, int $flags) { return null; }
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private static function decodeNull($data, int $flags) { return null; }
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private static function encodeInteger(int $number, int $flags): string {
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$packed = ''; $more = 1; $negative = $number < 0; $size = PHP_INT_SIZE * 8;
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@ -113,10 +143,10 @@ class FWIF {
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}
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return $packed;
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}
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private static function decodeInteger(FWIFDecodeStream $data, int $flags): int {
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private static function decodeInteger($data, int $flags): int {
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$number = 0; $shift = 0; $o = 0; $size = PHP_INT_SIZE * 8;
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do {
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$byte = $data->readByte();
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$byte = ord(fgetc($data));
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$number |= ($byte & 0x7F) << $shift;
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$shift += 7;
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} while($byte & 0x80);
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@ -125,45 +155,50 @@ class FWIF {
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return $number;
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}
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// I still don't like these
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private static function encodeFloat(float $number, int $flags): string {
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return pack('E', $number);
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}
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private static function decodeFloat(FWIFDecodeStream $data, int $flags): float {
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return unpack('E', $data->readString(8))[1];
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private static function decodeFloat($data, int $flags): float {
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return unpack('E', fread($data, 8))[1];
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}
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private static function encodeString(string $string, int $flags): string {
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$packed = ''; $string = unpack('C*', mb_convert_encoding($string, 'utf-8'));
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$packed = '';
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$string = unpack('C*', mb_convert_encoding($string, 'utf-8', mb_internal_encoding()));
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foreach($string as $char)
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$packed .= chr($char);
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return $packed . chr(self::TRAILER);
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}
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private static function decodeAsciiString(FWIFDecodeStream $data, int $flags): string {
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$string = '';
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private static function decodeString($data, int $flags): string {
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$packed = '';
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for(;;) {
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$byte = $data->readByte();
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if($byte === self::TRAILER)
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$char = fgetc($data); $byte = ord($char);
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if($byte == self::TRAILER)
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break;
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$string .= chr($byte);
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$packed .= $char;
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if(($byte & 0xF8) == 0xF0)
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$packed .= fread($data, 3);
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elseif(($byte & 0xF0) == 0xE0)
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$packed .= fread($data, 2);
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elseif(($byte & 0xE0) == 0xC0)
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$packed .= fgetc($data);
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}
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return $string;
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}
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private static function decodeString(FWIFDecodeStream $data, int $flags): string { // This should decode based on the utf-8 spec rather than just
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return mb_convert_encoding(self::decodeAsciiString($data, $flags), 'utf-8'); // grabbing the FF terminated string representation.
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return mb_convert_encoding($packed, mb_internal_encoding(), 'utf-8');
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}
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private static function encodeArray(array $array, int $flags): string {
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$packed = '';
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foreach($array as $value)
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$packed .= self::encode($value, $flags);
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$packed .= self::encodeInternal($value, $flags);
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return $packed . chr(self::TRAILER);
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}
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private static function decodeArray(FWIFDecodeStream $data, int $flags): array {
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private static function decodeArray($data, int $flags): array {
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$array = [];
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for(;;) {
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if($data->readByte() === self::TRAILER)
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if(ord(fgetc($data)) === self::TRAILER)
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break;
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$data->stepBack();
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fseek($data, -1, SEEK_CUR);
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$array[] = self::decodeInternal($data, $flags);
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}
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return $array;
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@ -172,17 +207,26 @@ class FWIF {
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private static function encodeObject($object, int $flags): string {
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$packed = ''; $array = (array)$object;
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foreach($array as $name => $value)
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$packed .= $name . chr(self::TRAILER) . self::encode($value, $flags);
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$packed .= mb_convert_encoding($name, 'us-ascii', mb_internal_encoding()) . chr(self::TRAILER) . self::encodeInternal($value, $flags);
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return $packed . chr(self::TRAILER);
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}
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private static function decodeObject(FWIFDecodeStream $data, int $flags): object {
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private static function decodeObjectKey($data, int $flags): string {
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$packed = '';
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for(;;) {
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$char = fgetc($data);
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if(ord($char) === self::TRAILER)
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break;
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$packed .= $char;
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}
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return mb_convert_encoding($packed, mb_internal_encoding(), 'us-ascii');
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}
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private static function decodeObject($data, int $flags): object {
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$array = [];
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for(;;) {
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if($data->readByte() === self::TRAILER)
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if(ord(fgetc($data)) === self::TRAILER)
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break;
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$data->stepBack();
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$name = self::decodeAsciiString($data, $flags);
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$array[$name] = self::decodeInternal($data, $flags);
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fseek($data, -1, SEEK_CUR);
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$array[self::decodeObjectKey($data, $flags)] = self::decodeInternal($data, $flags);
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}
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return (object)$array;
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}
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@ -190,51 +234,41 @@ class FWIF {
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private static function encodeBuffer(string $buffer, int $flags): string {
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return self::encodeInteger(strlen($buffer), $flags) . $buffer;
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}
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private static function decodeBuffer(FWIFDecodeStream $data, int $flags): string {
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return $data->readString(self::decodeInteger($data, $flags));
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private static function decodeBuffer($data, int $flags): string {
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return fread($data, self::decodeInteger($data, $flags));
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}
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private const DATETIME_FLAG_TIME = 0x01;
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private const DATETIME_FLAG_MILLI = 0x02;
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private const DATETIME_FLAG_MASK = 0x03;
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private const DATETIME_FLAG_TIME = 0x40;
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private const DATETIME_FLAG_MILLI = 0x20;
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private const DATETIME_YEAR_SIGN = 0x800000;
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private const DATETIME_YEAR_SIGN = 0x40000000;
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private const DATETIME_YEAR_MASK = 0x3FFF;
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private const DATETIME_YEAR_SHIFT = 9;
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private const DATETIME_YEAR_SHIFT = 16; // <<
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private const DATETIME_MONTH_MASK = 0x0F;
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private const DATETIME_MONTH_SHIFT = 5;
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private const DATETIME_MONTH_SHIFT = 12; // <<
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private const DATETIME_DAY_MASK = 0x1F;
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private const DATETIME_DAY_SHIFT = 7; // <<
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private const DATETIME_HOUR_MASK = 0x1F;
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private const DATETIME_HOUR_SHIFT = 12;
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private const DATETIME_MINS_MASK = 0x3F;
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private const DATETIME_MINS_SHIFT = 6;
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private const DATETIME_MINS_SHIFT = 8; // <<
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private const DATETIME_SECS_MASK = 0x3F;
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private const DATETIME_SECS_SHIFT = 2; // <<
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private const DATETIME_MILLI_MASK = 0xFFFFF;
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private const DATETIME_MILLI_HI_MASK = 0x300;
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private const DATETIME_MILLI_HI_SHIFT = 8; // >>
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private const DATETIME_MILLI_LO_MASK = 0x0FF;
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/* One block Chunked
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+--------+ +--------+ +--------+
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0 | YYYYYYY| |YYYYYYYY| |FFF.....|
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8 |YYYYYYYY| |YYYYYYYM| +--------+
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12 | MMMM| |MMMDDDDD|
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16 | DDDDD| +--------+
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24 |FFFHHHHH| FHmS and U seperate Semicombined FHmSU
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32 | mmmmmm| +--------+ +--------+ +--------+ +--------+
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40 | SSSSSS| |FFFHHHHH| |UUUUUUUU| |FFFHHHHH| |UUUUUUUU|
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48 |uuuuuuuu| |mmmmmmSS| |UUUUUUUU| OR |mmmmmmSS| |UUUUUUUU|
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56 |uuuuuuuu| |SSSS....| |UUUU....| |SSSSUUUU| +--------+
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64 |uuuuuuuu| +--------+ +--------+ +--------+
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+--------+ In both situations the upper byte of FHmS would always be present for the flags.
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Meaning the thing would take up at least 4 bytes and at most 9 bytes with 1 unused bit.
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Most situations I'd imagine you wouldn't really care about the milliseconds,
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in which you end up with 7 bytes with 5 unused bits.
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Is there a benefit to this over just using .NET-style ticks?
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Yes, it can be entirely handled using just 32-bit integers.
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/* +--------+--------+
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* |.YYYYYYY|YYYYYYYY|
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* |MMMMDDDD|DTVHHHHH|
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* |..mmmmmm|SSSSSSvv|
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* |vvvvvvvv| |
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* +--------+--------+
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*/
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private static function encodeDateTime(DateTimeInterface $dt, int $flags): string {
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@ -245,52 +279,74 @@ class FWIF {
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if($dt->getTimezone()->getOffset($dt) !== 0)
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$dt = DateTime::createFromInterface($dt)->setTimezone($utc);
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$dtf = 0;
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$year = (int)$dt->format('Y');
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$month = (int)$dt->format('n');
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$day = (int)$dt->format('j');
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$hours = (int)$dt->format('G');
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$subYear = $year < 0;
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if($subYear)
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$year = ~$year;
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$ymd = $subYear ? self::DATETIME_YEAR_SIGN : 0;
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$ymd |= ( $year & self::DATETIME_YEAR_MASK) << self::DATETIME_YEAR_SHIFT;
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$ymd |= (($month - 1) & self::DATETIME_MONTH_MASK) << self::DATETIME_MONTH_SHIFT;
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$ymd |= (($day - 1) & self::DATETIME_DAY_MASK);
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$ymdfh = $subYear ? self::DATETIME_YEAR_SIGN : 0;
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$ymdfh |= ($year & self::DATETIME_YEAR_MASK) << self::DATETIME_YEAR_SHIFT;
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$ymdfh |= ($month & self::DATETIME_MONTH_MASK) << self::DATETIME_MONTH_SHIFT;
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$ymdfh |= ($day & self::DATETIME_DAY_MASK) << self::DATETIME_DAY_SHIFT;
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$ymdfh |= ($hours & self::DATETIME_HOUR_MASK);
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var_dump(str_pad(decbin($ymd), 24, '0', STR_PAD_LEFT));
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$hours = (int)$dt->format('G');
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$mins = (int)$dt->format('i');
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$secs = (int)$dt->format('s');
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$millis = ($flags & self::DISCARD_MILLISECONDS) ? 0 : (int)$dt->format('u');
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$millis = ($flags & self::DISCARD_MILLISECONDS) ? 0 : (int)$dt->format('v');
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// Add year, month, day
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if($hours > 0 || $mins > 0 || $secs > 0 || $millis > 0) {
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$dtf |= self::DATETIME_FLAG_TIME;
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$hms = 0;
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$hms |= ($hours & self::DATETIME_HOUR_MASK) << self::DATETIME_HOUR_SHIFT;
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$hms |= ($mins & self::DATETIME_MINS_MASK) << self::DATETIME_MINS_SHIFT;
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$hms |= ($secs & self::DATETIME_SECS_MASK);
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var_dump(str_pad(decbin($hms), 17, '0', STR_PAD_LEFT));
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if($mins > 0 || $secs > 0 || $millis > 0) {
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$ymdfh |= self::DATETIME_FLAG_TIME;
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$msv = 0;
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$msv |= ($mins & self::DATETIME_MINS_MASK) << self::DATETIME_MINS_SHIFT;
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$msv |= ($secs & self::DATETIME_SECS_MASK) << self::DATETIME_SECS_SHIFT;
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if($millis > 0) {
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$dtf |= self::DATETIME_FLAG_MILLI;
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$millis &= self::DATETIME_MILLI_MASK;
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var_dump(str_pad(decbin($millis), 20, '0', STR_PAD_LEFT));
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$ymdfh |= self::DATETIME_FLAG_MILLI;
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$msv |= ($millis & self::DATETIME_MILLI_HI_MASK) >> self::DATETIME_MILLI_HI_SHIFT;
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$v = $millis & self::DATETIME_MILLI_LO_MASK;
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}
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}
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echo "\r\n";
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$packed = pack('N', $ymdfh);
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if($ymdfh & self::DATETIME_FLAG_TIME) {
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$packed .= pack('n', $msv);
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if($ymdfh & self::DATETIME_FLAG_MILLI)
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$packed .= chr($v);
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}
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return '';
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return $packed;
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}
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private static function decodeDateTime(FWIFDecodeStream $data, int $flags): DateTimeInterface {
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return new \DateTime();
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private static function decodeDateTime($data, int $flags): DateTimeInterface {
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$ymdfh = unpack('N', fread($data, 4))[1];
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$hasMsv = $ymdfh & self::DATETIME_FLAG_TIME;
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$hasV = $hasMsv && ($ymdfh & self::DATETIME_FLAG_MILLI);
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$msv = $hasMsv ? unpack('n', fread($data, 2))[1] : 0;
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$v = $hasV ? ord(fgetc($data)) : 0;
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$year = ($ymdfh >> self::DATETIME_YEAR_SHIFT) & self::DATETIME_YEAR_MASK;
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$month = ($ymdfh >> self::DATETIME_MONTH_SHIFT) & self::DATETIME_MONTH_MASK;
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$day = ($ymdfh >> self::DATETIME_DAY_SHIFT) & self::DATETIME_DAY_MASK;
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$hour = $ymdfh & self::DATETIME_HOUR_MASK;
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if($ymdfh & self::DATETIME_YEAR_SIGN)
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$year = ~$year;
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$dt = sprintf('%04d-%02d-%02dT%02d:', $year, $month, $day, $hour);
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if($hasMsv) {
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$mins = ($msv >> self::DATETIME_MINS_SHIFT) & self::DATETIME_MINS_MASK;
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$secs = ($msv >> self::DATETIME_SECS_SHIFT) & self::DATETIME_SECS_MASK;
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$dt .= sprintf('%02d:%02d', $mins, $secs);
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if($hasV) {
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$millis = ($msv << self::DATETIME_MILLI_HI_SHIFT) & self::DATETIME_MILLI_HI_MASK;
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$millis |= $v;
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$dt .= sprintf('.%03d', $millis);
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}
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} else $dt .= '00:00';
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return new DateTimeImmutable($dt);
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}
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}
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|
|
|
|||
|
|
@ -1,42 +0,0 @@
|
|||
<?php
|
||||
namespace FWIF;
|
||||
|
||||
class FWIFDecodeStream {
|
||||
private string $body;
|
||||
private int $length;
|
||||
private int $position = 0;
|
||||
|
||||
public function __construct(string $body) {
|
||||
$this->body = $body;
|
||||
$this->length = strlen($body);
|
||||
}
|
||||
|
||||
public function getLength(): int {
|
||||
return $this->length;
|
||||
}
|
||||
|
||||
public function getPosition(): int {
|
||||
return $this->position;
|
||||
}
|
||||
|
||||
public function stepBack(): void {
|
||||
$this->position = max(0, $this->position - 1);
|
||||
}
|
||||
|
||||
public function readByte(): int {
|
||||
if($this->position + 1 >= $this->length)
|
||||
return FWIF::TRAILER;
|
||||
return ord($this->body[$this->position++]);
|
||||
}
|
||||
|
||||
public function readChar(): string {
|
||||
return chr($this->readByte());
|
||||
}
|
||||
|
||||
public function readString(int $length): string {
|
||||
// Bounds checks? What are those?
|
||||
$string = substr($this->body, $this->position, $length);
|
||||
$this->position += $length;
|
||||
return $string;
|
||||
}
|
||||
}
|
||||
4
lib/FWIF/FWIFUnsupportedVersionException.php
Normal file
4
lib/FWIF/FWIFUnsupportedVersionException.php
Normal file
|
|
@ -0,0 +1,4 @@
|
|||
<?php
|
||||
namespace FWIF;
|
||||
|
||||
class FWIFUnsupportedVersionException extends FWIFException {}
|
||||
|
|
@ -14,12 +14,12 @@ if($request->match('GET', '/packages')) {
|
|||
$packages = empty($tags) ? Patchouli::getPackages() : Patchouli::getPackagesWithTags($tags);
|
||||
|
||||
$encoded = FWIF::encode($packages);
|
||||
echo strlen($encoded) . ' ' . $encoded;
|
||||
echo 'FWIF ' . strlen($encoded) . ' bytes ' . $encoded;
|
||||
|
||||
echo "\r\n\r\n--------------------\r\n\r\n";
|
||||
|
||||
$jsonEncoded = json_encode($packages, JSON_INVALID_UTF8_SUBSTITUTE);
|
||||
echo strlen($jsonEncoded) . ' ' . $jsonEncoded;
|
||||
echo 'JSON ' . strlen($jsonEncoded) . ' bytes ' . $jsonEncoded;
|
||||
|
||||
echo "\r\n\r\n--------------------\r\n\r\n";
|
||||
|
||||
|
|
|
|||
|
|
@ -36,7 +36,7 @@ class DummyPackage implements IPackage, \JsonSerializable {
|
|||
'neg32' => -12345678,
|
||||
'neg64' => -1234567890987654,
|
||||
'float' => 12345.6789,
|
||||
'invalid' => "\xFF\x25\x25\x02\xFF御坂e美琴\xFF\xFF\xFF",
|
||||
'invalid' => "\xFF\x25\x25\x02\xFF蠕｡蝮Ｆ鄒守清\xFF\xFF\xFF",
|
||||
'datetime' => new \DateTime('2013-01-27 23:14:44 CET'),
|
||||
'datetimeNegative' => new \DateTime('-2013-01-27 23:14:44 CET'),
|
||||
'datetimeNow' => new \DateTime(),
|
||||
|
|
@ -54,6 +54,10 @@ class DummyPackage implements IPackage, \JsonSerializable {
|
|||
}
|
||||
|
||||
public function jsonSerialize() {
|
||||
return $this->fwifSerialize();
|
||||
$serial = $this->fwifSerialize();
|
||||
$serial['datetime'] = $serial['datetime']->format(\DateTimeInterface::ATOM);
|
||||
$serial['datetimeNegative'] = $serial['datetimeNegative']->format(\DateTimeInterface::ATOM);
|
||||
$serial['datetimeNow'] = $serial['datetimeNow']->format(\DateTimeInterface::ATOM);
|
||||
return $serial;
|
||||
}
|
||||
}
|
||||
|
|
|
|||
Reference in a new issue