@ -582,7 +582,7 @@ class SeqAdvanceConcurrentTest
} ;
INSTANTIATE_TEST_CASE_P (
WritePreparedTransactionTest , WritePreparedTransactionTest ,
WritePreparedTransaction , WritePreparedTransactionTest ,
: : testing : : Values (
std : : make_tuple ( false , false , WRITE_PREPARED , kOrderedWrite ) ,
std : : make_tuple ( false , true , WRITE_PREPARED , kOrderedWrite ) ,
@ -697,7 +697,7 @@ INSTANTIATE_TEST_CASE_P(
std : : make_tuple ( false , false , WRITE_PREPARED , kOrderedWrite , 9 , 10 ) ) ) ;
# endif // ROCKSDB_VALGRIND_RUN
TEST_P ( WritePreparedTransactionTest , CommitMapTest ) {
TEST_P ( WritePreparedTransactionTest , CommitMap ) {
WritePreparedTxnDB * wp_db = dynamic_cast < WritePreparedTxnDB * > ( db ) ;
assert ( wp_db ) ;
assert ( wp_db - > db_impl_ ) ;
@ -1081,7 +1081,7 @@ TEST_P(WritePreparedTransactionTest, OldCommitMapGC) {
}
}
TEST_P ( WritePreparedTransactionTest , CheckAgainstSnapshotsTest ) {
TEST_P ( WritePreparedTransactionTest , CheckAgainstSnapshots ) {
std : : vector < SequenceNumber > snapshots = { 100l , 200l , 300l , 400l , 500l ,
600l , 700l , 800l , 900l } ;
const size_t snapshot_cache_bits = 2 ;
@ -1172,7 +1172,7 @@ TEST_P(WritePreparedTransactionTest, CheckAgainstSnapshotsTest) {
# ifndef ROCKSDB_VALGRIND_RUN
// Test that CheckAgainstSnapshots will not miss a live snapshot if it is run in
// parallel with UpdateSnapshots.
TEST_P ( SnapshotConcurrentAccessTest , SnapshotConcurrentAccessTest ) {
TEST_P ( SnapshotConcurrentAccessTest , SnapshotConcurrentAccess ) {
// We have a sync point in the method under test after checking each snapshot.
// If you increase the max number of snapshots in this test, more sync points
// in the methods must also be added.
@ -1253,7 +1253,7 @@ TEST_P(SnapshotConcurrentAccessTest, SnapshotConcurrentAccessTest) {
# endif // TRAVIS
// This test clarifies the contract of AdvanceMaxEvictedSeq method
TEST_P ( WritePreparedTransactionTest , AdvanceMaxEvictedSeqBasicTest ) {
TEST_P ( WritePreparedTransactionTest , AdvanceMaxEvictedSeqBasic ) {
DBImpl * mock_db = new DBImpl ( options , dbname ) ;
std : : unique_ptr < WritePreparedTxnDBMock > wp_db (
new WritePreparedTxnDBMock ( mock_db , txn_db_options ) ) ;
@ -1541,7 +1541,7 @@ TEST_P(WritePreparedTransactionTest, TxnInitialize) {
// is advancing their prepared sequence numbers. This will not be the case if
// for example the txn does not add the prepared seq for the second sub-batch to
// the PreparedHeap structure.
TEST_P ( WritePreparedTransactionTest , AdvanceMaxEvictedSeqWithDuplicatesTest ) {
TEST_P ( WritePreparedTransactionTest , AdvanceMaxEvictedSeqWithDuplicates ) {
const size_t snapshot_cache_bits = 7 ; // same as default
const size_t commit_cache_bits = 1 ; // disable commit cache
UpdateTransactionDBOptions ( snapshot_cache_bits , commit_cache_bits ) ;
@ -1642,7 +1642,7 @@ TEST_P(WritePreparedTransactionTest, SmallestUnCommittedSeq) {
}
# endif // ROCKSDB_VALGRIND_RUN
TEST_P ( SeqAdvanceConcurrentTest , SeqAdvanceConcurrentTest ) {
TEST_P ( SeqAdvanceConcurrentTest , SeqAdvanceConcurrent ) {
// Given the sequential run of txns, with this timeout we should never see a
// deadlock nor a timeout unless we have a key conflict, which should be
// almost infeasible.
@ -1787,7 +1787,7 @@ TEST_P(SeqAdvanceConcurrentTest, SeqAdvanceConcurrentTest) {
// Run a couple of different txns among them some uncommitted. Restart the db at
// a couple points to check whether the list of uncommitted txns are recovered
// properly.
TEST_P ( WritePreparedTransactionTest , BasicRecoveryTest ) {
TEST_P ( WritePreparedTransactionTest , BasicRecovery ) {
options . disable_auto_compactions = true ;
ReOpen ( ) ;
WritePreparedTxnDB * wp_db = dynamic_cast < WritePreparedTxnDB * > ( db ) ;
@ -1927,7 +1927,7 @@ TEST_P(WritePreparedTransactionTest, BasicRecoveryTest) {
// After recovery the commit map is empty while the max is set. The code would
// go through a different path which requires a separate test. Test that the
// committed data before the restart is visible to all snapshots.
TEST_P ( WritePreparedTransactionTest , IsInSnapshotEmptyMapTest ) {
TEST_P ( WritePreparedTransactionTest , IsInSnapshotEmptyMap ) {
for ( bool end_with_prepare : { false , true } ) {
ReOpen ( ) ;
WriteOptions woptions ;
@ -2061,7 +2061,7 @@ TEST_P(WritePreparedTransactionTest, IsInSnapshotReleased) {
// Test WritePreparedTxnDB's IsInSnapshot against different ordering of
// snapshot, max_committed_seq_, prepared, and commit entries.
TEST_P ( WritePreparedTransactionTest , IsInSnapshotTest ) {
TEST_P ( WritePreparedTransactionTest , IsInSnapshot ) {
WriteOptions wo ;
// Use small commit cache to trigger lots of eviction and fast advance of
// max_evicted_seq_
@ -2212,7 +2212,7 @@ void ASSERT_SAME(TransactionDB* db, Status exp_s, PinnableSlice& exp_v,
ASSERT_SAME ( ReadOptions ( ) , db , exp_s , exp_v , key ) ;
}
TEST_P ( WritePreparedTransactionTest , RollbackTest ) {
TEST_P ( WritePreparedTransactionTest , Rollback ) {
ReadOptions roptions ;
WriteOptions woptions ;
TransactionOptions txn_options ;
@ -2322,7 +2322,7 @@ TEST_P(WritePreparedTransactionTest, RollbackTest) {
}
}
TEST_P ( WritePreparedTransactionTest , DisableGCDuringRecoveryTest ) {
TEST_P ( WritePreparedTransactionTest , DisableGCDuringRecovery ) {
// Use large buffer to avoid memtable flush after 1024 insertions
options . write_buffer_size = 1024 * 1024 ;
ReOpen ( ) ;
@ -2349,7 +2349,7 @@ TEST_P(WritePreparedTransactionTest, DisableGCDuringRecoveryTest) {
VerifyInternalKeys ( versions ) ;
}
TEST_P ( WritePreparedTransactionTest , SequenceNumberZeroTest ) {
TEST_P ( WritePreparedTransactionTest , SequenceNumberZero ) {
ASSERT_OK ( db - > Put ( WriteOptions ( ) , " foo " , " bar " ) ) ;
VerifyKeys ( { { " foo " , " bar " } } ) ;
const Snapshot * snapshot = db - > GetSnapshot ( ) ;
@ -2780,7 +2780,7 @@ TEST_P(WritePreparedTransactionTest, ReleaseEarliestSnapshotDuringCompaction) {
// A more complex test to verify compaction/flush should keep keys visible
// to snapshots.
TEST_P ( WritePreparedTransactionTest ,
CompactionShould KeepSnapshotVisibleKeysRandomized ) {
CompactionKeepSnapshotVisibleKeysRandomized ) {
constexpr size_t kNumTransactions = 10 ;
constexpr size_t kNumIterations = 1000 ;