php写的http协议
这个协议纯自已手工打造，超级灵活，如，我可以用它来分析wireshark的截包
用法请看 test函数. 用到请保留作者信息。
<?php
/**
*
* @author aerror
*
*/
class HttpHeader
{
public $method;
public $status_code;
public $chunked;
public $status_line;
public $headers;
public $content_len;
public $header_len;
public $contentEncoding;
public function HttpHeader()
{
self::reset();
}
public function reset()
{
$this->headers = array();
$this->status_code=0;
$this->chunked=0;
$this->status_line="";
$this->content_len=0;
$this->header_len=0;
$this->contentEncoding = "";
}
};
class XAutoBuffer
{
private $m_innerbuf="";
private $length=0;
private $each_inc_size=1024;
public function XAutoBuffer($initSize)
{
$this->m_innerbuf="";
$this->length = 0;
}
public function Append($buf, $offset, $len)
{
$this->m_innerbuf .= substr($buf, $offset,$len);
$this->length +=$len;
}
public function SetLength($val)
{
$this->m_innerbuf = substr($this->m_innerbuf,0,$val);
$this->length = $val;
}
public function GetLength()
{
return $this->length;
}
public function GetBuffer()
{
return $this->m_innerbuf;
}
public function Clear()
{
$this->m_innerbuf="";
$this->length =0;
}
}
class HttpContext
{
public $m_header;
public $m_state;
public $m_bHeaderReceived;
public $m_cur_chunk_len;
public $m_cur_chunk_read;
public $m_chunk_hdr_offset;
public $header_origin;
public function HttpContext()
{
self::reset();
}
public function reset()
{
$this->m_header = new HttpHeader();
$this->m_state = 0;
$this->m_bHeaderReceived=0;
$this->m_cur_chunk_len=0;
$this->m_cur_chunk_read=0;
$this->m_chunk_hdr_offset=0;
$this->header_origin=0;
}
public function getHeaderValueByName($name)
{
foreach($this->m_header->headers as $p)
{
if($p["name"] == $name)
{
return $p["value"];
}
}
return null;
}
};
class HttpProtocolClient
{
const NEW_PACKET=0;
const RECEIVING_HEADER=1;
const RECEIVING_CONTENT=2;
const RECEIVING_CHUNKED_LEN=3;
const RECEIVING_CHUNKED_BODY=4;
const PACKET_COMPLETE=5;
const PACKET_PARSE_FAILED=6;
const MAX_HEADER_LEN =2048;
const HTTP_HEADER_END_STRING = "
";
const HTTP_HEADER_END_STRING_SIZE =4;
const HTTP_1_1_MAGIC = "HTTP/1.";
const HTTP_1_1_MAGIC_LEN =7;
const HTTP_HEAD_CONNECTION = "Connection";
const HTTP_TRANSFER_ENCODING = "Transfer-Encoding";
const HTTP_CONTENT_ENCODING = "Content-Encoding";
const HTTP_CONTENT_LENGTH = "Content-length";
const HTTP_CHUNKED = "chunked";
const HTTP_TEXT_HTML = "text/html";
const HTTP_CHUNKED_END = "0
";
const HTTP_CRLF = "
";
const HTTP_CRLF_SIZE = 2;
const XPROTO_FAILED =-1;
const XPROTO_REMAIN_LENGTH_ERROR =-2;
const XPROTO_XCMD_OUT_OF_RANGE =-3;
const XPROTO_PACKET_LENGTH_OVERFLOW =-4;
const XPROTO_PACKET_NOT_COMPLETED =-5;
const XPROTO_PACKET_LESS_THAN_HDRLEN =-6;
const XPROTO_DISPATCH_EXCEPTION =-7;
const XPROTO_OUT_OF_MEMORY =-8;
const XPROTO_GET_SEND_BUFF_FAILED =-9;
const XPROTO_FROM_BUFF_FAILED =-10;
const XPROTO_TO_BUFF_FAILED =-11;
const XPROTO_XML_NODE_NOT_FOUND =-12;
const XPROTO_TOO_LESS_HEADER_LINE =-13;
const XPROTO_MAGIC_NOT_MATCH =-14;
const XPROTO_TOO_LESS_HEADER_VALUE =-15;
const XPROTO_PROTOCOL_STATE_WRONG =-16;
const XPROTO_PARSE_HEADER_FAILED =-17;
const XPROTO_MAX_HEADER_LEN =-18;
const XPROTO_UNKOWN_CONTENT_TYPE =-19;
const XPROTO_UNSUPPORT_TRANS_TYPE =-20;
public static function strsnstr(
$dest1,$dst1Off, $dstlen1,
$dest2,$dst2Off, $dstlen2,
$src,$srclen)
{
$dlen = $dstlen1+ $dstlen2;
$p1 = 0;
$p2 = 0;
for($j=0;$j<=$dlen-$srclen;$j++)
{
$p1 =$dst1Off+$j;
$match=1;
for($i=0;$i<$srclen;$i++)
{
if(($j+$i) < $dstlen1)
{
$p2 = $dest1[$dst1Off+$j+$i];
}
else
{
$p2 = $dest2[$dst2Off+$j+$i-$dstlen1];
}
if($p2!=$src[$i])
{
$match=0;
break;
}
}
if($match!=0)
{
return $p1;
}
}
return -1;
}
public static function HexStringnToIntegerA($lpHexString, $offset, $len)
{
$x=substr($lpHexString, $offset, $len);
return hexdec($x);
}
public static function parseHttp($ctx, $inputBuf,$len, $buf )
{
$byteAvailable = $len;
$curOffset=0;
$res =0;
$phdr = null;
//uses state machine.
//
while($byteAvailable>0)
{
switch($ctx->m_state)
{
case HttpProtocolClient::NEW_PACKET:
{
//new packet
//
$ctx->m_state =HttpProtocolClient::RECEIVING_HEADER;
continue;
}
case HttpProtocolClient::RECEIVING_HEADER:
{
$ptemp = 0;
if($buf->GetLength()>=HttpProtocolClient::HTTP_HEADER_END_STRING_SIZE)
{
$ptemp =self::strsnstr(
$buf->GetBuffer(), //d1
$buf->GetLength()-HttpProtocolClient::HTTP_HEADER_END_STRING_SIZE,//do1
HttpProtocolClient::HTTP_HEADER_END_STRING_SIZE,//dl2
$inputBuf,
$curOffset,
$byteAvailable,
HttpProtocolClient::HTTP_HEADER_END_STRING,
HttpProtocolClient::HTTP_HEADER_END_STRING_SIZE);
}
else
{
$ptemp =self::strsnstr(
$buf->GetBuffer(),
0,
$buf->GetLength(),
$inputBuf,
$curOffset,
$byteAvailable,
HttpProtocolClient::HTTP_HEADER_END_STRING,
HttpProtocolClient::HTTP_HEADER_END_STRING_SIZE);
}
if($ptemp<0)
{
if($byteAvailable+$buf->GetLength() >HttpProtocolClient::MAX_HEADER_LEN )
{
$ctx->m_state =(HttpProtocolClient::PACKET_PARSE_FAILED);
return HttpProtocolClient::XPROTO_MAX_HEADER_LEN;
}
//header not completed.
//
$buf->Append($inputBuf,$curOffset,$byteAvailable);
//update pointers.
//
$curOffset+=$byteAvailable;
$byteAvailable = 0;
$ctx->m_state =(HttpProtocolClient::RECEIVING_HEADER);
return $len;
}
//head completed.
//
$hdrRemain = 0;
if($ptemp < $buf->GetLength())
{
$hdrRemain = (int)(HttpProtocolClient::HTTP_HEADER_END_STRING_SIZE-
($buf->GetLength() -$ptemp));
}
else
{
$hdrRemain = (int)(($ptemp-$buf->GetLength()) + HttpProtocolClient::HTTP_HEADER_END_STRING_SIZE);
}
if($hdrRemain+$buf->GetLength() > HttpProtocolClient::MAX_HEADER_LEN )
{
$ctx->m_state =(HttpProtocolClient::PACKET_PARSE_FAILED);
return HttpProtocolClient::XPROTO_MAX_HEADER_LEN;
}
$buf->Append($inputBuf,$curOffset,$hdrRemain);
//var_dump($buf);
//update pointers.
//
$curOffset+=$hdrRemain;
$byteAvailable-= $hdrRemain;
$ctx->m_bHeaderReceived = 1;
if(($res=HttpProtocolClient::ParseHeader($ctx,$buf->GetBuffer(),$buf->GetLength()))!=0)
{
$ctx->m_state =(HttpProtocolClient::PACKET_PARSE_FAILED);
return $res;
}
if($ctx->m_header->chunked!=0)
{
//very import to update the content pointer.
//
$ctx->m_chunk_hdr_offset = $buf->GetLength();
$ctx->m_state =(HttpProtocolClient::RECEIVING_CHUNKED_LEN);
}
else
{
//$ctx->m_header->all = pCurrentBuf-hdr_len;
$ctx->m_state =(HttpProtocolClient::RECEIVING_CONTENT);
if($ctx->m_header->content_len ==0) //sometime head with content-length:0, suck!
{
$ctx->m_state =(HttpProtocolClient::PACKET_COMPLETE);
return $len-$byteAvailable;
}
}
continue;
}
case HttpProtocolClient::RECEIVING_CONTENT:
{
$phdr =$ctx->m_header;
if($phdr->content_len >0)
{
$remainLen = $phdr->content_len + $phdr->header_len - $buf->GetLength();
if($byteAvailable < $remainLen)
{
//not completed
//copy and return
//
$buf->Append($inputBuf,$curOffset,$byteAvailable);
//should use this.buf
//
$byteAvailable =0;
$ctx->m_state =(HttpProtocolClient::RECEIVING_CONTENT);
return $len;
}
$buf->Append($inputBuf,$curOffset,$remainLen);
$curOffset += $remainLen;
$byteAvailable -= $remainLen;
}
$ctx->m_state =(HttpProtocolClient::PACKET_COMPLETE);
return $len-$byteAvailable;
}
//break;//case RECEIVING_CONTENT
case HttpProtocolClient::RECEIVING_CHUNKED_LEN:
{
/*0x48,0x54,0x54,0x50,0x2F,0x31,0x2E,0x31,0x20,0x32,0x30,0x30,0x20,0x4F,0x4B,0x0D,0x0A,0x53,0x65,0x72,0x76,0x65,0x72,0x3A,0x20,0x6E,0x67,0x69,0x6E,0x78,0x2F,0x30,
0x2E,0x37,0x2E,0x36,0x32,0x0D,0x0A,0x44,0x61,0x74,0x65,0x3A,0x20,0x53,0x61,0x74,0x2C,0x20,0x32,0x35,0x20,0x4A,0x75,0x6E,0x20,0x32,0x30,0x31,0x31,0x20,0x31,0x33,
0x3A,0x30,0x36,0x3A,0x35,0x35,0x20,0x47,0x4D,0x54,0x0D,0x0A,0x43,0x6F,0x6E,0x74,0x65,0x6E,0x74,0x2D,0x54,0x79,0x70,0x65,0x3A,0x20,0x69,0x6D,0x61,0x67,0x65,0x2F,
0x67,0x69,0x66,0x0D,0x0A,0x54,0x72,0x61,0x6E,0x73,0x66,0x65,0x72,0x2D,0x45,0x6E,0x63,0x6F,0x64,0x69,0x6E,0x67,0x3A,0x20,0x63,0x68,0x75,0x6E,0x6B,0x65,0x64,0x0D,
0x0A,0x43,0x6F,0x6E,0x6E,0x65,0x63,0x74,0x69,0x6F,0x6E,0x3A,0x20,0x63,0x6C,0x6F,0x73,0x65,0x0D,0x0A,0x0D,0x0A,0x32,0x62,0x0D,0x0A,0x47,0x49,0x46,0x38,0x39,0x61,
0x01,0x00,0x01,0x00,0x80,0x00,0x00,0xFF,0xFF,0xFF,0x00,0x00,0x00,0x21,0xF9,0x04,0x01,0x00,0x00,0x00,0x00,0x2C,0x00,0x00,0x00,0x00,0x01,0x00,0x01,0x00,0x00,0x02,
0x02,0x44,0x01,0x00,0x3B,0x0D,0x0A,0x31,0x0D,0x0A,0x31,0x0D,0x0A,0x30,0x0D,0x0A,0x0D,0x0A*/
$ptemp = 0;
$cur_chunk_hdr_len = (int)($buf->GetLength() - $ctx->m_chunk_hdr_offset);
$chunkHdr = $ctx->m_chunk_hdr_offset;
if($cur_chunk_hdr_len >=HttpProtocolClient::HTTP_CRLF_SIZE)
{
$ptemp =self::strsnstr(
$buf->GetBuffer(),
$buf->GetLength()-HttpProtocolClient::HTTP_CRLF_SIZE,
HttpProtocolClient::HTTP_CRLF_SIZE,
$inputBuf,
$curOffset,
$byteAvailable,
HttpProtocolClient::HTTP_CRLF,
HttpProtocolClient::HTTP_CRLF_SIZE);
}
else
{
$ptemp =self::strsnstr(
$buf->GetBuffer(),
$chunkHdr,
$cur_chunk_hdr_len,
$inputBuf,
$curOffset,
$byteAvailable,
HttpProtocolClient::HTTP_CRLF,
HttpProtocolClient::HTTP_CRLF_SIZE);
}
if($ptemp<0)
{
//chunked len not completed.
//
$buf->Append($inputBuf,$curOffset,$byteAvailable);
//update pointers.
//
$curOffset+=$byteAvailable;
$byteAvailable = 0;
$ctx->m_state =(HttpProtocolClient::RECEIVING_CHUNKED_LEN);
return $len;
}
//head completed.
//
$hdrRemain = 0;
if($ptemp < $buf->GetLength())
{
//partial header received.
//
$hdrRemain = (int)(HttpProtocolClient::HTTP_CRLF_SIZE-($buf->GetLength() -$ptemp));
}
else
{
$hdrRemain = (int)(($ptemp-$buf->GetLength())+HttpProtocolClient::HTTP_CRLF_SIZE);
}
if($hdrRemain+$cur_chunk_hdr_len >12 )
{
$ctx->m_state =(HttpProtocolClient::PACKET_PARSE_FAILED);
return HttpProtocolClient::XPROTO_MAX_HEADER_LEN;
}
$cur_chunk_hdr_len +=$hdrRemain;
$buf->Append($inputBuf,$curOffset,$hdrRemain);
//calc again , because bufs will realloc.
//
$chunkHdr = $ctx->m_chunk_hdr_offset;
//update pointers.
//
$curOffset+=$hdrRemain;
$byteAvailable-= $hdrRemain;
$ctx->m_cur_chunk_len = (int)HttpProtocolClient::HexStringnToIntegerA($buf->GetBuffer(),$chunkHdr,$cur_chunk_hdr_len);
$ctx->m_cur_chunk_read = 0;
//skip the header before copy chunk body
//
$buf->SetLength($buf->GetLength()-$cur_chunk_hdr_len);
$ctx->m_state =(HttpProtocolClient::RECEIVING_CHUNKED_BODY);
}//case RECEIVING_CHUNKED_LEN
break;
case HttpProtocolClient::RECEIVING_CHUNKED_BODY:
{
$remainLen = ($ctx->m_cur_chunk_len + HttpProtocolClient::HTTP_CRLF_SIZE)-$ctx->m_cur_chunk_read;
if($byteAvailable < $remainLen)
{
//not completed
//copy and return
//
$buf->Append($inputBuf,$curOffset,$byteAvailable);
$ctx->m_cur_chunk_read+=$byteAvailable;
$byteAvailable =0;
$ctx->m_state =(HttpProtocolClient::RECEIVING_CHUNKED_BODY);
return $len;
}
//here should be a completed chunk body.
//
$buf->Append($inputBuf,$curOffset,$remainLen);
$ctx->m_cur_chunk_read+=$remainLen;
$buf->SetLength($buf->GetLength()-HttpProtocolClient::HTTP_CRLF_SIZE);//SKIP BODY CRLF
$curOffset += $remainLen;
$byteAvailable -= $remainLen;
if($ctx->m_cur_chunk_len==0)
{
//chunk over.
//
$ctx->m_state =(HttpProtocolClient::PACKET_COMPLETE);
//must set content_len before dispatch
//
$ctx->m_header->content_len = $buf->GetLength() - $ctx->m_header->header_len;
return $len-$byteAvailable;
}
else
//next chunk
{
$ctx->m_chunk_hdr_offset = $buf->GetLength();
$ctx->m_state =(HttpProtocolClient::RECEIVING_CHUNKED_LEN);
}
}//case RECEIVING_CHUNKED_BODY
break;
case HttpProtocolClient::PACKET_PARSE_FAILED:
{
return -1;
}
default:
return -2;
}
}//while
return $len;
}
public static function ParseHeader( $ctx, $buf, $len)
{
$s = substr($buf,0,$len);
$lines = explode("
",$s);
if(count($lines) <= 0)
{
return -1;
}
$ctx->m_header->header_len = $len;
$ctx->m_header->status_line = $lines[0];
$statu_values = explode(" ",$ctx->m_header->status_line);
if(count($statu_values) >2)
{
$ctx->m_header->status_code =$statu_values[1];
$ctx->m_header->method = $statu_values[0];
}
for($i=1;$i<count($lines);$i++)
{
$idx = strpos($lines[$i],":");
if($idx > 0)
{
$name = trim(substr($lines[$i], 0,$idx));
$value = trim(substr($lines[$i],$idx+1));
if(strcasecmp(HttpProtocolClient::HTTP_CONTENT_LENGTH,$name)==0)
{
$ctx->m_header->content_len = intval($value);
}
else if(strcasecmp(HttpProtocolClient::HTTP_TRANSFER_ENCODING, $name)==0 && strcasecmp(HttpProtocolClient::HTTP_CHUNKED,$value)==0)
{
$ctx->m_header->chunked = 1;
}
else if(strcasecmp(HttpProtocolClient::HTTP_CONTENT_ENCODING, $name)==0 )
{
$ctx->m_header->contentEncoding = $value;
}
array_push($ctx->m_header->headers, array("name"=>$name,"value"=>$value));
}
}
return 0;
}
/**
* return the uncomp$ressed content.
*
* */
public function uncompressContent( $ctx, $input)
{
// $content_len = input.GetLength()-$ctx->m_header->header_len;
// if(content_len<=0)
// {
// return null;
// }
// long t1 = System.currentTimeMillis();
// byte []tmp = new byte[4096];
// InputStream body=null;
// $guess_ratio = 1;
// if($ctx->m_header->contentEncoding.equals("gzip"))
// {
// ByteArrayInputStream ins = new ByteArrayInputStream(input.GetBuffer(),
// $ctx->m_header->header_len,
// content_len);
// body = new GZIPInputStream(ins);
// guess_ratio = 5;
// }
// else if($ctx->m_header->contentEncoding.equals("deflate"))
// {
// ByteArrayInputStream ins = new ByteArrayInputStream(input.GetBuffer(),
// $ctx->m_header->header_len,
// content_len);
// body = new InflaterInputStream(ins);
// guess_ratio = 5;
// }
// else if($ctx->m_header->contentEncoding.equals(""))
// {
// body = new ByteArrayInputStream(input.GetBuffer(),
// $ctx->m_header->header_len,
// content_len);
// guess_ratio = 1;
// }
// if(body!=null)
// {
// XAutoBuffer ret = new XAutoBuffer(content_len*guess_ratio);
// while(true)
// {
// $rn = body.read(tmp,0,tmp.length);
// if(rn<=0)
// {
// break;
// }
// ret.Append(tmp, 0, rn);
// }
// // print("SEND_POST_MANUALLY_PROFILE","UNCOMP$resS_CONTENT("+$ctx->m_header->contentEncoding+"): "+ (System.currentTimeMillis()-t1)
// // +" zip size:"+content_len + " unzip size: " + ret.GetLength());
// return ret;
// }
return null;
}
public static function getContentLen($ctx, $input)
{
return input.GetLength() - $ctx->m_header->header_len;
}
public static function getContent($ctx, $input)
{
// try {
// return uncomp$ressContent(ctx,input);
// } catch (IOException e) {
// print("HTTP getContent", e.getMessage());
// }
return $input;
}
public static function test()
{
$szChunked ="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";
$szContentLenght="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";
$ctx= new HttpContext();
$bufs = new XAutoBuffer(4096);
$consumeLen = HttpProtocolClient::parseHttp($ctx,$szChunked,strlen($szChunked),$bufs);
if($consumeLen==strlen($szChunked) && $ctx->m_state==HttpProtocolClient::PACKET_COMPLETE)
{
print("TEST HTTP PROTOCOL STAGE 1 OK
");
}
else
{
print("TEST HTTP PROTOCOL STAGE 1 FAILED
");
}
$ctx->reset();
$bufs->Clear();
$consumeLen = 0;
for($i=0;$i<strlen($szChunked);$i++)
{
$tmb = pack( "c", ord($szChunked[$i]) );
$consumeLen += HttpProtocolClient::parseHttp($ctx,$tmb,1,$bufs);
}
if($consumeLen==strlen($szChunked) && $ctx->m_state==HttpProtocolClient::PACKET_COMPLETE)
{
print("TEST HTTP PROTOCOL STAGE 2 OK
");
}
else
{
print("TEST HTTP PROTOCOL STAGE 2 FAILED
");
}
$ctx->reset();
$bufs->Clear();
$consumeLen = 0;
$consumeLen = HttpProtocolClient::parseHttp($ctx,$szContentLenght,strlen($szContentLenght),$bufs);
if($consumeLen==strlen($szContentLenght) && $ctx->m_state==HttpProtocolClient::PACKET_COMPLETE)
{
print("TEST HTTP PROTOCOL STAGE 3 OK
");
}
else
{
print("TEST HTTP PROTOCOL STAGE 3 FAILED
");
}
$ctx->reset();
$bufs->Clear();
$consumeLen = 0;
for($i=0;$i<strlen($szContentLenght);$i++)
{
$tmb = pack ( "c", ord($szContentLenght[$i]) );
$consumeLen += HttpProtocolClient::parseHttp($ctx,$tmb,1,$bufs);
}
if($consumeLen==strlen($szContentLenght) && $ctx->m_state==HttpProtocolClient::PACKET_COMPLETE)
{
print("TEST HTTP PROTOCOL STAGE 4 OK
");
}
else
{
print("TEST HTTP PROTOCOL STAGE 4 FAILED
");
}
}
public static function test2()
{
$input = fopen("/tmp/httpdata.dump","rb");
$filesize = fstat($input);
var_dump($filesize);
$filesize = $filesize["size"];
$data = fread($input,$filesize);
fclose($input);
$ctx= new HttpContext();
$bufs = new XAutoBuffer(4096);
while($filesize>0)
{
$consumeLen = HttpProtocolClient::parseHttp($ctx,$data,$filesize,$bufs);
$data = substr($data, $consumeLen);
$filesize -=$consumeLen;
if($consumeLen>=0 && $ctx->m_state==HttpProtocolClient::PACKET_COMPLETE)
{
echo " ok $consumeLen
";
$ctx->reset();
$bufs->Clear();
}
else
{
echo "not ok $consumeLen
";
var_dump($ctx);
break;
}
}
}
};
//HttpProtocolClient::test2();
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