void DFListTest::unmanagedListTest()
{
startFeatureTest("Unmanaged list tests");
DFPointerList pl;
const char *msg1 = "1";
const char *msg2 = "2";
const char *msg3 = "3";
const char *msg4 = "4";
const char *msg0 = "0";
reportResult("Verify empty() true on list creation", pl.empty());
pl.pushBack((void *)msg1);
pl.pushBack((void *)msg2);
pl.pushBack((void *)msg3);
pl.pushBack((void *)msg4);
reportResult("Verify pushBack()", verifyList(pl, "1234"));
DFPointerList::Index idx = nullptr;
idx = pl.next(idx);
idx = pl.next(idx);
idx = pl.next(idx);
// idx points to node containing msg3
idx = pl.erase(idx);
pl.pushFront((void *)msg0);
reportResult("Verify next() pushFront() and erase()", verifyList(pl, "0124"));
pl.clear();
reportResult("Verify clear()", pl.empty());
}
void verify(struct localAlloc *local){
barrier(local->tid, local->global->numThreads);
struct allocator *global=local->global;
verifyList(entryHead);
for(int i=0; i < global->numThreads ; ++i) {
Entry* hptr0 = threadsDirties[i].HPs[0];
Entry* hptr1 = threadsDirties[i].HPs[1];
Entry* hptr2 = threadsDirties[i].HPs[2];
verifyList(hptr0);
verifyList(hptr1);
verifyList(hptr2);
}
barrier(local->tid, local->global->numThreads);
}
