const str= "xJHV793FIAGV=KEZ8FT2BKEh0CWRSBm+ZDmV7CFFqCD2/KEYp8VMjMmVRFl2ZDmZJO1tEIjy/OHNZIkMpOWB3/HyKAkUmCGZ2Nkp1InZ=F1lnDVB2OUt1KnN+KEVjCGpzLm5i+GhI9k6mIj+CJW64L4FROEUmCGlY93B5AXZ=L4NmG19p9mAjInFKLEJaGVN7NW5iMnFJ9TVkG19pDm24BWdJG25iGFMlLWB4BTFSLGhlIEJnNUVZNmVU9VJZG0+zNW9jEWJSBmhlIHV6+UVdK0yUC16qDmhnNVR0/D+U9m+lGWl3KVZHCXJS9X+lGD5pN2R0/EtRBkJbGFRC9VVH+GpUBkIlIWlcNG23NnJ6KHNZIkMpOWB3/H+RFjFiCGZfKG25ETyTC1kmG19pIkgjJ0+UODFdGFN/L2Vd/HJRODFaIT5hIkgg+GtJFl6YJ1RKK36dJ0yJG3hlIFMlLlR0/3V9AkZZGFR/M2Uh/HNS9kogG06oM36dMmV=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KV1hD1+7M2Ui/HF6KWtZIERC93+5DDJIAjVTD063Km6HL4F9LEJkGFNc92ZHBXB9LEpmIVJnNW2H9GpIAjVqGVNGKm2H+GpIAjVdGFMlNlVHJ3h9LU6lGXV6MkVd/D+SLFJpG06cKkVaM4FUFnRjD1+7Nm+dL4JTLGggJF+6+UlDNmVT9VJcGUNcNFYh/DyRG26jGV+6+UVcEW+UF12oDEB/NFZpAX+RFnBcCEFKK36eAWRK9VFZJV+o+kVdL3d6KWsiDGZF9kl1FH+6LU6mIj+CJW2HEGV=KEVoDEB6O1lEGHZ/OWMiDlB++EpqGGV9AkZnIEMpNFZG/HNS9kogG06oM36dMmV=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F39iCGVnKG9iFWhKBmhlGT1p93FIAWh6KWsgD1+7OFZHBWZUBmhmIWgpM2Z0CDJSLVJjIU+nKFUi/HBSFlJlJ1IpNFZHFWd6KXylJ2NoMkh0CXFUFj2WIj6GL2Z4L4FK9DVpGVMhK32H+3V=KVVnDV+nKG6d/DyKEkUmIWpGMm60NmVKBkIlIj1pOFZH9GRRFjBZDmZFMkVeEXySFlJWImlGN2VHL4F6KWtZDV+zNFYhO02+B16cDERbJm9iBT26KHNZGD5pM36ZCDJ+OU2jCGpCM3B4O3h6KWtZFUJo9El1BHN+9TFeCENoM31iFGNCLEJlIkN3LVZDAUlS9lZcCEF3OGB5DGNC9UJpGUNGNEVZNmVJ9TVlJ1NGNGB0CDJ6KEVjCGpGNlZ4BTyKFl6WGFRBKEtZCHV+B1VoD2By9EhEDHN6B1EjDmZy9EtaEDy6KHNZGD+7L2VIEWhKBTVYJ1+6+UVaCHN+KUFkDEBFN1laKmN+F2EmDEBF+UlqGGV9AkZcIWlCJVVIEGV=KEVpDEB6O1hEAD69F11hCEB29EtaAD6=KUkiCGVnKFZdL0BI9UpmIFMlJW2d/GV6KWtpDEByMkVdL3ZS9TBZDmV7LmB5EXNTOXyTD02nNVVHEXBRFjBlGFMhK32IEWhJFjylGD5pN2R0/HySFmBTD0+/L2ZHEXySLGBTD06KK36eAWRK9VFlIkMlLUVZNmVS9mBlGVR7JW2HEGV=LDEhIUNnMkVeAXVRFjVpIFRC+EVaLnR+AnNZIj6GL2Z4L4FK9DUgIFRCMlZDCDJ6L26TJ2ByO1l1DXFKOE6jIFNkL1V2GWRSLU6YGT6FKGJDO0N6LGhbCGZf9UlaFD++F3djCGpzNW9jEWJRFl2ZDmV6OUlEJnZ/KV1hDXZ+OElqBDF=B3NZD1+7Nm24/HFKFTVnIT+/92QiO4ySLH+ZDmV7LmB5EXNTOXyTD02nNWAjJ0+9LFZYGD6GKG5i/H69LEpmIVJnNUlEAHN+B2FoDXZFOUp1EHZ+F1kiG19pNm5jDTyT9HNmDHZ2+1lqGDy/F3+qDGZ+O1tEJjBIAjRPGUAhNEVZNmVU9VJZG0+zNW9jEWJSBmhlIHV6+UVdK0yUC16qDmhnNVR0/D+U9m+lGWl3KVZHCXJS9X+lGD5pN2R0/4R+B12nDVB29kpEDDy/B1loDHZKIkgjAXJT9l6qG19oOUlEJnZ/KV1hDXZ+OElqBDF=B3RTD4YpKlyH+3V9AkZnIT+/92QiO4ySLH+ZDmV7LmB5EXNTOXyTD02nNWAjJ0+9LFZYGD6GKG5i/H69LEpmIVJnNUlEAHN+B2FoDXZFOUp1EHZ+F1kiG19pNm5jDTyT9HNmDHZ2+1lqGDy/F3+qDGZ+O1tEJjBIAjRPGUAhNEVZNmVJLEJqIFN/JW+4/HZUBTVjIFMlMUVaLmVRC25gIkR++VR0/G+99T2ZGFR/M2Vp+GlJFkpcGGkpNW2p+GZS9T2TD4Z2Nkl1AD2+F39hDHZB91lqBHZ/L4NmIkMpOWB5DW+9OUloDkB+9Up1FD++OUVqDFBb+1t3NnJA9V1pIWV6MkVeDWhKFl6gIWlUJWB5L4NKEkUmDGVnKG+dFWRJ9l6gIT5lJW2HEGV=KV2jCGl/NW6H9GhSLV6WIWlGL2Z0CDJSLVJjIU+nKG6eFXBI9kpcGVNCM36dJ3JTLFJkGFNcNEVaLnZ/OUVjCGklNWB4FGV=LDEhIUNnMkVdEWRVG1pWImlGN2VHL4F6KWshD1+7932H9GhI9kZcIVN3M36ZCDJ6KVFXIWlUImBEAHNKF15lCER/K3BDCH+6LEpmIFMkKEtaCD29AkYgIFRCMlZDCDJ6L26TJ2ByO1l1DXFKOE6+IFNkL1V4CW+UF12nGVBzM1V5GXyIC2FoGVN7LGB0AUNJFkpcGGkpNW2pCH+6LEpmIWpCL36eEGV=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KUljCGp/L2ZHEXySLGBWJ1Nc9364FGV=KEZFG1RFNklEAHZSLG+XFT5p9kV4CW+UF12nGVBzM1V5GXyIC2FoGVN7LGB0AUNJFkpcGGkpNW2pCTV9C4+ZIFNBKEtaGHR=F3MjDXVnKG+4/HZUBTVgGU+6+UVaBHN+B12qDEBBOUpqJjy+F12qDWV6MkVeAWtS9TFcG0+zNW9jEWJSBmhlIHV6+UVdK0yUC16qDmhnNVR0/D+U9m+lGWl3KVZHCXJS9X+lGD5pN2R0/GtUG2JbJGl3M1lECGV9AkYjGVN7JW+4/HZUBTVjIFMlMUVaLmVRC25gIkR++VR0/G+99mAjJ4UlLFVHDWhJLDVmIHUlKW5i9G+99WQhJ2NC+VVHKnR+KEVjCGpzNW9jEWJSBmhlIHV6+UVdK0yUC16qDmhnNVR0/D+U9m+lGWl3KVZHCXJS9X+lGD5pN2R0/GtUG2JbJGl3M1lECGV9AkZZGFR/M2Uh/HNS9kogG06oM36dMmV=KEZfJ1RCNm+qM3+99HNmIVN7K39iL3Z9LFZYGD6GKG5i/H69LEpmIVJnNW25FT2KC4yYIFB2OEVZNmVT9VJcGUNcNFYh/DyVG16cCGZf9Eh0CXVKFkJaJ1NcNW6c/HyKAkUmIWpGMm60NmVJ9TVkIVNGNGB3/HFKFlJbCGZgNGBHO4+9AkZlJ2MhJW9iFWhKBmhlGT1pOFZH9GRRFjBZDmZF9Ul1EH+6LDFmJ1NFKEtd+D2SBnNjCGlCK3FIDWJTLFJkGFNcNEVaLnZ9AkYgIFMhL2QjCWhSFkJgIWV6+UVaDGNSLGBTJ2ByNlZEATF6C1pYJ2+6MkVdDXJRFjBZDmZ6Nkh0CTyRG26jGV+6+UVcEW+UF12oDEB/NFZpAWlS9XRjIT+TJlUiK4J6BHRTJ2ByNlZHBGNB9WRgG1RFO2ZHCWlSKE66G1RFO2ZHFWlUEkVjCGl/NW6eEWhSLV2ZDmV6KEh0CT2TBl6YJ1NGKlQiBTy6KWtZDGZyOElD94N/EjyqDE+yO1pqLnN/F3sgDGV6MkVdDXVKFkIgGVNCJVVIEGV=KEVpDEB6O1hEAD29F1UiCEB6O1taAD2=KUFnCGVnKFZH+GdI9UIgCGZfKElaAHV+EjynDWUgNklZAHV+F3tnDWZfO1l0CH+6LFZgJEIpKW5iL4FI9XymGGV6+Up1FH+6LGhaIT5kKEtZCWtUC26nInZgIkghNnJJFl6kIFMkNFVH9GRRG26cGFMgNFUi/HBIAjVgIVNUIkgjDWhKFl6gIWlUIkgiGXJSBnRmJ4UlNm6dImV9AkZmJ05lL3+c/HyKAkUmIWpGMm60NmVTC1ZgIT+7M3B5KmV=KUFjCGp/L2ZHEXySLGBWJ1Nc9364FGV=KEZFG1RFNklEAHZSLG+XEWkpMm64/D+6AjyXFUNYL36pAWdIC2FnDENJ9G2DATyTLEJlGXVzKVR5FHN+BlFoCEMlLlR5FHN+BlFpIWVzBlVHDWhJLDVmIHV7/Eh5MmVRFl2ZDmZJOEpECHN+OHNZIkMpOWB3/HyKAkUmCGZ2Nkl1AHR+OUkhDHZT+1laJj6+AkVjCGpzLm5i+GhI9k6mIj+CJW64L4FROEUmCGlY93B5AXZ=L4NmG19p9mAjInFKLEJaGVN7NW5iMnFJ9TVkG19pNm+d/GlRFnRcD3pzLm+1/HyKB0yoDEByNklEDHZ/F1kjDkB6+1paAGV9AkYjGVN7JW+4/HZUBTVjIFMlMUVaLmVRC25gIkR++VR0/G+99mAjJ4UlLFVHDWhJLDVmIHUlKW5i9G+99k6pIT6KM364FHFTBmRnE06cKlyEBHN+B12oDHZ+9ElqIjB+KWMiDE+6MkVeAXJT9l6WIUNcNG2pCDJ6LGQgJ1RzOUtcNnJIAjUjJ0+TNFZdBWZKFkZmIT6jNFUi/HBIAjVnImkpLG2HO3h9LU6fIkApM2Z194R+B12nDFB+OUpEDD+=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KU1hDmZ+91VZNmVKFjFbG06391VaLmV+KU2pDF9gNkpZ94N/Ek2oDFBfNkpaLnZ/AkVjCGlKM3F3/GZS9WhlG06gNVVZCDJ/B12jCGlcKW5i+3V=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KU1hDmZ2OUVZNmVKFjFbG06391VaLmV+KU2pDF9gNkpZ94N/Ak2oDWZfNkpaLnR+OEVjCGlKM3F3/GZS9WhlG06gNVVZCDJ/KU2jCGlcKW5i+3V=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F1lZD1+79lZHCWJTBjVqJ1IpMm2H+H66KWtZIERC93+5DDJIAjVTD0+U9mBp+GlJFkpcGGkpNW2p+GZS9T2TD0+zOG5iGXySBlFlIkNYNlxiL3dAF1FnDEBy9EtEGDF/B1loDUBy+ElpCH+6LU6mIj+CJW64L4FROEUmCGlY93B5AXZ=L4NmG19p9mAjInFKLEJaGVN7NW5iMnFJ9TVkG19pNm+d/GlRFnRcD3pzLm+1/HyKB0yoDEByNkpEKj6=F22qDFBBNktEDGV9AkZZGFR/M2Uh/HNS9kogG06oM36dMmV=KEZfJ1RCNm+qM3+99HNmIVN7K39iL3Z9LFZYGD6GKG5i/H69LEpmIVJnNW+5CXJKLGhjGV9lNm25AFtRFl1pDFByNkl1FDF/KWcgDHZ291l1KnZ6KHNZIj6GL2Z4L4FK9DUgJFRzL1VaLj29AkZpGVN3KWB4L4JSL0VgGU+6+W6eFX+SAnNZGD5pN36HFXFUBTVlGVNGKkVaM4FUFnRjD1+7NGBH9GJT9VJcGUNcNFYh/HVKFj2YIFMkKEtaDDy+OWNjCGklNWB4FGV=LDEhIUNnMkVdEWRVG1pWImlGN2VHL4F6KWsiD1+7932H9GhI9kZcIVN3M36ZCDJ6KVVXIWlUImBEAHNKF15lCER/K3BDCH+6LEpmIFMkKEtaCHN9AkYgIFRCMlZDCDJ6L26TJ2ByO1l1DXFKOE6dIT6oMm5jImNJ9WRmCEJ/ImBEAHRJF1JlCEFYImBEBWhKB1plGXV6MkVdDXJSLV6cIWpBKEtZCGV9AkYhIkNCK3B4FWdI9UIgCGZfKElaAHV+EjynDV9gOUl0AHR/OWtnDVBfO1pDCH+6LEppGVN392ZHEWJJG22ZDmV6OEl1CHR9F11hD2B6+EV1BDB=KU1hDmZB9UVZNmVKFjFbG06391VaLmV+KU2pDF9gNkpZ94N/Ek2oDkBfNkpaLjy/KEVjCGlKM3F3/GZS9WhlG06gNVVZCDJ/KU2jCGlcKW5i+3V=KEZfJ1RCNm+qM3+99HNmGFNCN32H+4FJFj2YIFRCL2VH94FJ9TVkG19pM36HJ3+99kpcGVNCM36dJ3+99VZmIUNoNWBp+HNSLG+ZD1+7NWAi+GhTL0VgGU+6+W6eFX+SAnNZIkR7M35jCXyUC3dZDmZBMkVeDWhKFl6gIWlUJWB4L0ySBlFZDmV7FFR5FHN+F12qIWlTJl6d/H+SBjUjCE9gJlJ4K3hSOE6bG1RFNkl4GD2REk5gIml3NFZpAWZIC2FnDENFO1V4+GtIC2FnDENFOG6ZAUNJFkpcGGkpNW2pCTV9C4+ZIFNBKEtaGHV/KWdqDGVnKG+4/HZUBTVgGU+6+UVaBHN+B11gDXZy+1p1FDF=B12nDl+6MkVeAWtS9TFcG0+zNW9jEWJSBmhlIHV6+UVdK0yUC16qDmhnNVR0/D+U9m+lGWl3KVZHCXJS9X+lGD5pN2R0/D6RFl6YD3kh9FVD+0F6KHNZJ06GKFQjAXJT9l6WIUNcNG2pCDJ6LGQgJ1RzOUtcNnJIAjUjJ0+TNFZdBWZKFkZmIT6jNFUi/HBIAjUiIFNCK1hd9D2JEjAlCGVnKG+4/HZUBTVjIFMlMUVaLmVRC25gIkR++VR0/G+99mAjJ4UlLFVHDWhJLDVmIHUlKW5i9G+99lZgGUN2NG6IFWR9KWdZD1+7KFVIDXyJ9DVnIT+/92QiO4ySLH+ZDmV7LmB5EXNTOXyTD02nNW6HCWRT9WhaD3lKK2UiFWVS9TViD3l/NW6GNnJULGhbGF9lN3BHBHF=EkVjCGp/L2ZHEXySLGBWJ1RcNlZDCDJ/EnNZImlGK2UjEXyS9TFWIFNBKEtd+D2SBnNjCGl/NW6H9GhSLV6WIWlGL2Z0CDJSLVJjIU+nKG6eFXBI9kpcGVNCM36dJ3JTLFJkGFNcNEVaLj29AkZlIT+CL1VaM4FUFnRjD1+7KlVIL4ZI9kZcIVN3M36ZCDJ/KHNZJ1NcN2ZG/HVKFj2YIFMkKEtZCD66BjFeG1RFNkl4FHNVEk6qGFRFKEh0CWZS9WhlCGZfOEl0NmVUBmggIUNFKEtZCVFIC2FnDFByOW6dImNKLDVjIUMp9kV4DWtSOE6=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AkVjCGpUL2Vc/HNS9kogG06oM36dMmV=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C4ZlHmRBJ1UjKFJkNU2dMmJc+TJhNGd8BXRZAW9g"
function decode(t) {
    const s = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/="
    for (var e = s.length - s.indexOf(t[0]), a = "", n = 1; n < t.length; n++)
        a += s[(s.indexOf(t[n]) + e) % s.length];
    let b = decodev2(a)
    b = b.split(".")
    b = b[1]
    b = new Buffer(b, "base64");
    b = b.toString('ascii')
    console.log(b)
}
function decodev2(t) {
    var e, a, n, s, o, c, l, u = "", d = 0;
    t = t.replace(/^A-Za-z0-9\+\/=/g, "");
    const __keyStr = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/="
    while (d < t.length)
        s = __keyStr.indexOf(t.charAt(d++)),
            o = __keyStr.indexOf(t.charAt(d++)),
            c = __keyStr.indexOf(t.charAt(d++)),
            l = __keyStr.indexOf(t.charAt(d++)),
            e = s << 2 | o >> 4,
            a = (15 & o) << 4 | c >> 2,
            n = (3 & c) << 6 | l,
            u += i(e),
        64 != c && (u += i(a)),
        64 != l && (u += i(n));
    let x = utf8decode(u)
    return x
}
function utf8decode(t) {
    var e = ""
        , a = 0
        , n = 0
        , s = 0
        , r = 0;
    while (a < t.length)
        r = o(t, a),
            r < 128 ? (e += i(r),
                a++) : r > 191 && r < 224 ? (n = o(t, a + 1),
                e += i((31 & r) << 6 | 63 & n),
                a += 2) : (n = o(t, a + 1),
                s = o(t, a + 2),
                e += i((15 & r) << 12 | (63 & n) << 6 | 63 & s),
                a += 3);
    return e
}
i = function(t) {
    return String.fromCharCode(t)
}
o = function(t, e) {
    return t.charCodeAt(e)
}
decode(str)