void runAll(TestSet& tests) {
vector<double> times;
times.reserve(repeatCount);
vector<unsigned char> v;
while(tests.next(v)) {
// give a particular alignment only if necessary
unique_ptr<aligned_alloc> aa;
memory<unsigned char> m(v);
if(testAlignment) {
bool alignEnd = tests.alignEnd();
int alignOfs = tests.alignment();
if(forceAlignment) {
alignEnd = forceAlignmentFromEnd;
alignOfs = forceAlignmentOfs;
}
// aligned_alloc doesn't do empty allocations, so
// put those on the zero page
if(!m.size()) {
int ptr = alignEnd ? (64 - alignOfs) : alignOfs;
m = memory<unsigned char>((unsigned char*) ptr, (unsigned char*) ptr);
} else {
aa = unique_ptr<aligned_alloc>(new aligned_alloc(
v,
alignEnd ? aligned_alloc::END_OF_PAGE : aligned_alloc::START_OF_PAGE,
alignOfs));
m = memory<unsigned char>(aa.get()->begin(), aa.get()->end());
}
}
if(RESULT_GOOD != run(tests.description(), m) && dieOnFirstFailure) {
printf("\n\nStopping early due to error\n");
break;
}
}
printf("\n\n");
printf("Good: %0d (%0d good utf8, %0d bad utf8), confused: %0d, failed: %0d\n",
totals[RESULT_GOOD], goodAccept, goodReject, totals[RESULT_CONFUSION], totals[RESULT_FAILURE]);
if(printTimings) {
for(TimingResult& r: timingResults) {
printf("%s,\"%s\",%lld", r.validator->name().c_str(), r.itemName.c_str(), (long long) r.itemLength);
for(double d : r.timings)
printf(",%g", d);
printf("\n");
}
}
}
