final void add(long l, byte[] is, int i) {
try {
anInt1464++;
int i_29_ = 0;
int i_30_ = 8 - ((int) l & 0x7) & 0x7;
int i_31_ = anInt1463 & 0x7;
long l_32_ = l;
int i_33_ = 31;
int i_34_ = 0;
for (
/**/ ; i_33_ >= 0; i_33_--) {
i_34_ += (0xff & aByteArray1465[i_33_]) - -(0xff & (int) l_32_);
aByteArray1465[i_33_] = (byte) i_34_;
l_32_ >>>= 8;
i_34_ >>>= 8;
}
int i_35_ = 6 % ((i - 64) / 52);
while (l > 8L) {
int i_36_ = (is[i_29_] << i_30_ & 0xff | (0xff & is[1 + i_29_]) >>> 8 + -i_30_);
if (i_36_ < 0 || i_36_ >= 256) throw new RuntimeException("LOGIC ERROR");
aByteArray1475[anInt1468] =
(byte) Class273.method2057(aByteArray1475[anInt1468], i_36_ >>> i_31_);
anInt1468++;
anInt1463 += 8 - i_31_;
if (anInt1463 == 512) {
method827(0);
anInt1463 = anInt1468 = 0;
}
aByteArray1475[anInt1468] = (byte) Class139.method1166(i_36_ << -i_31_ + 8, 255);
i_29_++;
l -= 8L;
anInt1463 += i_31_;
}
int i_37_;
if (l > 0L) {
i_37_ = 0xff & is[i_29_] << i_30_;
aByteArray1475[anInt1468] =
(byte) Class273.method2057(aByteArray1475[anInt1468], i_37_ >>> i_31_);
} else i_37_ = 0;
if ((l + (long) i_31_ ^ 0xffffffffffffffffL) <= -9L) {
anInt1463 += 8 - i_31_;
l -= (long) (-i_31_ + 8);
anInt1468++;
if (anInt1463 == 512) {
method827(0);
anInt1463 = anInt1468 = 0;
}
aByteArray1475[anInt1468] = (byte) Class139.method1166(i_37_ << 8 + -i_31_, 255);
anInt1463 += (int) l;
} else anInt1463 += l;
} catch (RuntimeException runtimeexception) {
throw Class348_Sub17.method2929(
runtimeexception, ("lda.B(" + l + ',' + (is != null ? "{...}" : "null") + ',' + i + ')'));
}
}
final void finalizeDigest(boolean bool, int i, byte[] is) {
anInt1470++;
aByteArray1475[anInt1468] =
(byte)
Class273.method2057(
aByteArray1475[anInt1468], 128 >>> Class139.method1166(anInt1463, 7));
anInt1468++;
if ((anInt1468 ^ 0xffffffff) < -33) {
while (anInt1468 < 64) aByteArray1475[anInt1468++] = (byte) 0;
method827(0);
anInt1468 = 0;
}
while ((anInt1468 ^ 0xffffffff) > -33) aByteArray1475[anInt1468++] = (byte) 0;
Class214.byteArrayCopy(aByteArray1465, 0, aByteArray1475, 32, 32);
method827(0);
int i_38_ = 0;
if (bool != true) method830(-1, -123, (byte) 39, false, 61);
int i_39_ = i;
while ((i_38_ ^ 0xffffffff) > -9) {
long l = aLongArray1474[i_38_];
is[i_39_] = (byte) (int) (l >>> -494522120);
is[i_39_ + 1] = (byte) (int) (l >>> -1323727504);
is[2 + i_39_] = (byte) (int) (l >>> -1362540312);
is[i_39_ - -3] = (byte) (int) (l >>> -816276512);
is[i_39_ + 4] = (byte) (int) (l >>> -1281121832);
is[i_39_ + 5] = (byte) (int) (l >>> 1026016144);
is[6 + i_39_] = (byte) (int) (l >>> -800909304);
is[i_39_ + 7] = (byte) (int) l;
i_38_++;
i_39_ += 8;
}
}
private final void method827(int i) {
anInt1462++;
int i_0_ = 0;
int i_1_ = i;
for (
/**/ ; (i_0_ ^ 0xffffffff) > -9; i_0_++) {
aLongArray1473[i_0_] =
(OpenGlRaster.method993(
(OpenGlRaster.method993(
(Class348_Sub8.method2777(255L, (long) aByteArray1475[i_1_ + 6]) << 487716296),
(OpenGlRaster.method993(
Class348_Sub8.method2777(
((long) (aByteArray1475[i_1_ - -5]) << -896856240), 255L << 407026192),
(OpenGlRaster.method993(
(OpenGlRaster.method993(
Class348_Sub8.method2777(
255L << -561803296,
((long) (aByteArray1475[i_1_ + 3]) << 1709594400)),
(OpenGlRaster.method993(
OpenGlRaster.method993(
(Class348_Sub8.method2777(
255L << -1772986896,
((long) (aByteArray1475[1 + i_1_]) << -295236176))),
((long) (aByteArray1475[i_1_]) << 1398616696)),
Class348_Sub8.method2777(
((long) (aByteArray1475[i_1_ + 2]) << 1090491688),
255L << 2085795816))))),
Class348_Sub8.method2777((long) (aByteArray1475[4 + i_1_]), 255L)
<< 486892568)))))),
Class348_Sub8.method2777(255L, (long) aByteArray1475[i_1_ - -7])));
i_1_ += 8;
}
for (int i_2_ = 0; i_2_ < 8; i_2_++)
aLongArray1469[i_2_] =
OpenGlRaster.method993(
aLongArray1473[i_2_], (aLongArray1472[i_2_] = aLongArray1474[i_2_]));
for (int i_3_ = 1; (i_3_ ^ 0xffffffff) >= -11; i_3_++) {
for (int i_4_ = 0; (i_4_ ^ 0xffffffff) > -9; i_4_++) {
aLongArray1471[i_4_] = 0L;
int i_5_ = 0;
int i_6_ = 56;
for (
/**/ ; (i_5_ ^ 0xffffffff) > -9; i_5_++) {
aLongArray1471[i_4_] =
(OpenGlRaster.method993(
aLongArray1471[i_4_],
(DummyInputstream2.aLongArrayArray75[i_5_][
(Class139.method1166(
255,
(int)
((aLongArray1472[Class139.method1166(7, i_4_ - i_5_)])
>>> i_6_)))])));
i_6_ -= 8;
}
}
for (int i_7_ = 0; i_7_ < 8; i_7_++) aLongArray1472[i_7_] = aLongArray1471[i_7_];
aLongArray1472[0] =
OpenGlRaster.method993(aLongArray1472[0], DummyInputstream2.aLongArray76[i_3_]);
for (int i_8_ = 0; (i_8_ ^ 0xffffffff) > -9; i_8_++) {
aLongArray1471[i_8_] = aLongArray1472[i_8_];
int i_9_ = 0;
int i_10_ = 56;
for (
/**/ ; i_9_ < 8; i_9_++) {
aLongArray1471[i_8_] =
(OpenGlRaster.method993(
aLongArray1471[i_8_],
(DummyInputstream2.aLongArrayArray75[i_9_][
(Class139.method1166(
255,
(int)
((aLongArray1469[Class139.method1166(-i_9_ + i_8_, 7)])
>>> i_10_)))])));
i_10_ -= 8;
}
}
for (int i_11_ = 0; (i_11_ ^ 0xffffffff) > -9; i_11_++)
aLongArray1469[i_11_] = aLongArray1471[i_11_];
}
for (int i_12_ = 0; i_12_ < 8; i_12_++)
aLongArray1474[i_12_] =
(OpenGlRaster.method993(
aLongArray1474[i_12_],
OpenGlRaster.method993(aLongArray1473[i_12_], aLongArray1469[i_12_])));
}
