RereadOutputCorpus();
if (TotalNumberOfRuns >= Options.MaxNumberOfRuns)
return;
- // First, simply mutate the unit w/o doing crosses.
CurrentUnit = Corpus[J1];
- MutateAndTestOne(&CurrentUnit);
- // Now, cross with others.
- if (Options.DoCrossOver && !Corpus[J1].empty()) {
- for (size_t J2 = 0; J2 < Corpus.size(); J2++) {
+ // Optionally, cross with another unit.
+ if (Options.DoCrossOver && USF.GetRand().RandBool()) {
+ size_t J2 = USF.GetRand()(Corpus.size());
+ if (!Corpus[J1].empty() && !Corpus[J2].empty()) {
+ assert(!Corpus[J2].empty());
CurrentUnit.resize(Options.MaxLen);
size_t NewSize = USF.CrossOver(
Corpus[J1].data(), Corpus[J1].size(), Corpus[J2].data(),
Corpus[J2].size(), CurrentUnit.data(), CurrentUnit.size());
assert(NewSize > 0 && "CrossOver returned empty unit");
assert(NewSize <= (size_t)Options.MaxLen &&
- "CrossOver return overisized unit");
+ "CrossOver returned overisized unit");
CurrentUnit.resize(NewSize);
- MutateAndTestOne(&CurrentUnit);
}
}
+ // Perform several mutations and runs.
+ MutateAndTestOne(&CurrentUnit);
}
}
}