#include <stdio.h>
#define data const char p[17]
#define u(x) x % 128 + 32
#define bytearray(x) {u(547),u(139),u(432),u(345),u(596),u(840),u(847),u(718),u(669),u(547),u(345),u(596),u(840),u(847),u(718),u(31),0}
#define b64decode
#define discard int _
#define from int main(void) {
#define base64
#define import
#define hashlib
#define sys
from base64 import b64decode
import hashlib
import sys
data = bytearray(b64decode("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"));
discard = 1 // 3; """
    ;
    printf("%s", p);
    return 0;
}
/* """
pwd = input().encode("utf-8")
if hashlib.sha256(pwd).hexdigest() != "2cbdd00836863dbf7a24c10c67c3d9b7da272a6e2d0532689aebd2598fb7d53a" :
    sys.exit(1)

for i in range(len(data)) :
    data[i] ^= pwd[i % len(pwd)]

print(bytes(data).decode("utf-8"))
# */