@Test
public void asyncBackups_whenForceSyncEnabled() {
setup(true);
// when forceSync is enabled, then async should always be 0
assertEquals(0, backupHandler.asyncBackups(0, 0, FORCE_SYNC_ENABLED));
assertEquals(0, backupHandler.asyncBackups(0, 1, FORCE_SYNC_ENABLED));
assertEquals(0, backupHandler.asyncBackups(2, 0, FORCE_SYNC_ENABLED));
assertEquals(0, backupHandler.asyncBackups(2, 1, FORCE_SYNC_ENABLED));
// see what happens when we reach maximum number of backups
assertEquals(0, backupHandler.asyncBackups(0, BACKUPS + 1, FORCE_SYNC_ENABLED));
}
@Test
public void asyncBackups_whenForceSyncDisabled() {
setup(BACKPRESSURE_ENABLED);
// when forceSync disabled, only the async matters
assertEquals(0, backupHandler.asyncBackups(0, 0, FORCE_SYNC_DISABLED));
assertEquals(1, backupHandler.asyncBackups(0, 1, FORCE_SYNC_DISABLED));
assertEquals(0, backupHandler.asyncBackups(2, 0, FORCE_SYNC_DISABLED));
assertEquals(1, backupHandler.asyncBackups(2, 1, FORCE_SYNC_DISABLED));
// see what happens when we reach maximum number of backups
assertEquals(BACKUPS, backupHandler.asyncBackups(0, BACKUPS + 1, FORCE_SYNC_DISABLED));
}
@Test
public void syncBackups_whenForceSyncDisabled() {
setup(BACKPRESSURE_ENABLED);
// when force-sync disabled, we only look at the sync backups
assertEquals(0, backupHandler.syncBackups(0, 0, FORCE_SYNC_DISABLED));
assertEquals(1, backupHandler.syncBackups(1, 0, FORCE_SYNC_DISABLED));
assertEquals(0, backupHandler.syncBackups(0, 0, FORCE_SYNC_DISABLED));
assertEquals(1, backupHandler.syncBackups(1, 1, FORCE_SYNC_DISABLED));
// checking to see what happens when we are at or above the maximum number of backups
assertEquals(BACKUPS, backupHandler.syncBackups(BACKUPS, 0, FORCE_SYNC_DISABLED));
assertEquals(BACKUPS, backupHandler.syncBackups(BACKUPS + 1, 0, FORCE_SYNC_DISABLED));
}
@Test
public void syncBackups_whenForceSyncEnabled() {
setup(BACKPRESSURE_ENABLED);
// when force sync enabled, we sum tot sync and asyncs
assertEquals(0, backupHandler.syncBackups(0, 0, FORCE_SYNC_ENABLED));
assertEquals(1, backupHandler.syncBackups(1, 0, FORCE_SYNC_ENABLED));
assertEquals(0, backupHandler.syncBackups(0, 0, FORCE_SYNC_ENABLED));
assertEquals(3, backupHandler.syncBackups(1, 2, FORCE_SYNC_ENABLED));
// checking to see what happens when we are at or above the maximum number of backups
assertEquals(BACKUPS, backupHandler.syncBackups(BACKUPS, 0, FORCE_SYNC_ENABLED));
assertEquals(BACKUPS, backupHandler.syncBackups(BACKUPS + 1, 0, FORCE_SYNC_ENABLED));
assertEquals(BACKUPS, backupHandler.syncBackups(BACKUPS, 1, FORCE_SYNC_ENABLED));
}
@Test(expected = IllegalArgumentException.class)
public void backup_whenTooLargeSumOfSyncAndAsync() throws Exception {
setup(BACKPRESSURE_ENABLED);
BackupAwareOperation op = makeOperation(1, MAX_BACKUP_COUNT);
backupHandler.backup(op);
}
@Test(expected = IllegalArgumentException.class)
public void backup_whenNegativeAsyncBackupCount() throws Exception {
setup(BACKPRESSURE_ENABLED);
BackupAwareOperation op = makeOperation(0, -1);
backupHandler.backup(op);
}
private void assertBackup(final int syncBackups, final int asyncBackups, int expectedResult)
throws Exception {
final DummyBackupAwareOperation backupAwareOp = makeOperation(syncBackups, asyncBackups);
int result = backupHandler.backup(backupAwareOp);
assertEquals(expectedResult, result);
assertTrueEventually(
new AssertTask() {
@Override
public void run() throws Exception {
Integer completed = backupCompletedMap.get(backupAwareOp.backupKey);
if (completed == null) {
completed = 0;
}
int totalBackups = min(BACKUPS, syncBackups + asyncBackups);
assertEquals(new Integer(totalBackups), completed);
}
});
}
