def o():
global t, x, a, m, g, l, w
for y in range(8):
if m:
g[y] = c32(g[y] ^ w[y]).value
else:
g[y] = c32(g[y] ^ l[t + y]).value
z = j(g)
for y in range(8):
l[x + y] = c32(z[y] ^ w[y]).value
w[y] = g[y]
t = x
x += 8
a = 0
m = False
def encode(C):
z = d.PADCHAR
E = d.ALPHA
D = d.getbyte
y = []
C = '' + C
A = len(C) - len(C) % 3
if len(C) == 0:
return C
for B in range(0, A, 3):
F = c32((c32(D(C, B) << 16).value) | (c32(D(C, B + 1) << 8).value)
| D(C, B + 2)).value
y.append(E[F >> 18])
y.append(E[(F >> 12) & 63])
y.append(E[(F >> 6) & 63])
y.append(E[F & 63])
B += 3
if len(C) - A == 1:
F = c32(D(C, B) << 16).value
y.append(E[F >> 18] + E[(F >> 12) & 63] + z + z)
elif len(C) - A == 2:
F = c32((c32(D(C, B) << 16).value)
| (c32(D(C, B + 1) << 8).value)).value
y.append(E[F >> 18] + E[(F >> 12) & 63] + E[(F >> 6) & 63] + z)
return ''.join(y)
def i(B, C, y):
if not y or y > 4:
y = 4
z = 0
for A in range(C, C + y):
z = c32(z << 8).value
z = z | B[A]
return (z & 4294967295) >> 0
def j(A):
B = 16
G = i(A, 0, 4)
F = i(A, 4, 4)
I = i(r, 0, 4)
H = i(r, 4, 4)
E = i(r, 8, 4)
D = i(r, 12, 4)
C = 0
J = 2654435769 >> 0
while B > 0:
C += J
C = (C & 4294967295) >> 0
G += c32((c32(F << 4).value + I) ^ (F + C) ^ ((F >> 5) + H)).value
G = (G & 4294967295) >> 0
F += c32((c32(G << 4).value + E) ^ (G + C) ^ ((G >> 5) + D)).value
F = (F & 4294967295) >> 0
B -= 1
K = bytearray(8)
b(K, 0, G)
b(K, 4, F)
return K