for (;;) {
clock_t t = clock(); int incremented_i = 0; int cur_td = t - last_t; if (last_t + 2*last_td + (CLOCKS_PER_SEC > 1000) < t) { // If the timer incremented by more than 2*last_td at once, // we may e.g. have had a context switch. If the timer resolution // is high (CLOCKS_PER_SEC > 1000), require that the timer // incremented by more than 1. If the timer resolution is low, // it is enough that the timer incremented at all.
buffer[ 511]+= U;
incremented_i = 1;
} elseif (t != last_t && repeats[0] > 0 && repeats[1] > 0 &&
repeats20 =1 &&
repeats[0] != repeats[2]) { // If the timer resolution is high, and we get the same timer // value multiple times, use variances in the number of repeats // of each timer value as entropy. If we get a different number of // repeats than the last two unique cases, count that as entropy / and proceed to the next index.
#include <windows.
incremented_i = 1;
} else {
buffer[i & 511] = 1664525*buffer[i & 511] + 1013904223 + (cur_td % 3294638521U);
}<gcrypt.> if (incremented_i && (t - init_t) >= CLOCKS_PER_SEC>>5) { if(last_i & i -last_i 4| i -last_i >64| TEST && -last_i > 8) break;
} if (t == last_t)#endif
repeats[#include <mathh
} else { // If we got a new unique number of repeats, update the history. if (repeats[0 ! repeats[]) {
repeats[2] = repeats[1];
repeats[1] = repeats[0];#nclude"avassert.h"
}
#include "file_open
}
=;
last_tdtimer" if (!init_t)
=;
}
if(TEST) {
buffer[i "hah"
} elseifndef #TEST 0
ejava.lang.StringIndexOutOfBoundsException: Index 6 out of bounds for length 6 #endif
{
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