void insertObjects(const char *ns, const vector<BSONObj> &objs, bool keepGoing, uint64_t flags, bool logop ) {
StringData _ns(ns);
if (NamespaceString::isSystem(_ns)) {
massert(16748, "need transaction to run insertObjects", cc().txnStackSize() > 0);
uassert(10095, "attempt to insert in reserved database name 'system'", nsToDatabaseSubstring(_ns) != "system");
massert(16750, "attempted to insert multiple objects into a system namspace at once", objs.size() == 1);
// Trying to insert into a system collection. Fancy side-effects go here:
if (nsToCollectionSubstring(ns) == "system.indexes") {
BSONObj obj = stripDropDups(objs[0]);
NamespaceDetails *d = getAndMaybeCreateNS(obj["ns"].Stringdata(), logop);
bool ok = d->ensureIndex(obj);
if (!ok) {
// Already had that index
return;
}
// Now we have to actually insert that document into system.indexes, we may have
// modified it with stripDropDups.
vector<BSONObj> newObjs;
newObjs.push_back(obj);
_insertObjects(ns, newObjs, keepGoing, flags, logop);
return;
} else if (!legalClientSystemNS(ns, true)) {
uasserted(16459, str::stream() << "attempt to insert in system namespace '" << ns << "'");
}
}
_insertObjects(ns, objs, keepGoing, flags, logop);
}
IndexDetails::IndexDetails(const BSONObj &info) :
_info(stripDropDups(info)),
_keyPattern(info["key"].Obj().copy()),
_unique(info["unique"].trueValue()),
_sparse(info["sparse"].trueValue()),
_clustering(info["clustering"].trueValue()) {
verify(!_info.isEmpty());
verify(!_keyPattern.isEmpty());
}
IndexDetails::IndexDetails(const BSONObj &info) :
_info(stripDropDups(info)),
_keyPattern(info["key"].Obj().copy()),
_unique(info["unique"].trueValue()),
_sparse(info["sparse"].trueValue()),
_clustering(info["clustering"].trueValue()) {
verify(!_info.isEmpty());
verify(!_keyPattern.isEmpty());
if (isIdIndex() && !unique()) {
uasserted(17365, "_id index cannot be non-unique");
}
}
