void run() {
const int expected = 100;
drop();
addInserts(100);
applyOplog();
ASSERT_EQUALS(expected, static_cast<int>(client()->count(ns())));
drop();
addVersionedInserts(100);
applyOplog();
ASSERT_EQUALS(expected, static_cast<int>(client()->count(ns())));
drop();
addUpdates();
applyOplog();
BSONObj obj = findOne();
ASSERT_EQUALS(1334813340, obj["requests"]["1000001_2"]["timestamp"].number());
ASSERT_EQUALS(1334813368, obj["requests"]["1000002_2"]["timestamp"].number());
ASSERT_EQUALS(1334810820, obj["requests"]["100002_1"]["timestamp"].number());
drop();
}
void run() {
const int expected = 100;
drop();
addInserts(100);
applyOplog();
ASSERT_EQUALS(expected, static_cast<int>(client()->count(ns())));
drop();
addVersionedInserts(100);
applyOplog();
ASSERT_EQUALS(expected, static_cast<int>(client()->count(ns())));
drop();
addUpdates();
applyOplog();
BSONObj obj = findOne();
ASSERT_EQUALS(1334813340, obj["requests"]["1000001_2"]["timestamp"].number());
ASSERT_EQUALS(1334813368, obj["requests"]["1000002_2"]["timestamp"].number());
ASSERT_EQUALS(1334810820, obj["requests"]["100002_1"]["timestamp"].number());
drop();
// test converting updates to upserts but only for version 2.2.1 and greater,
// which means oplog version 2 and greater.
addConflictingUpdates();
applyOplog();
drop();
}
void addUniqueIndex() {
addOp("i", BSON("ns" << ns() << "key" << BSON("x" << 1) << "name" << "x1" << "unique" << true), 0, "unittests.system.indexes");
addInserts(2);
}
