/// <summary>
/// Construct
/// </summary>
/// <param name="connectionResolver">Host app function to get an open database connection, which will be disposed after each use</param>
public Retroverse(SqlFlavorizer.VendorKind dbVendor, DataDictionary ddict, Func <int, DbConnection> connectionResolver,
int lockDatabaseNumber = 0, bool integrationTestMode = false)
{
if (!ddict.IsFinalized)
{
throw new Exception("DataDictionary must be finalized first");
}
DatabaseVendor = dbVendor;
DataDictionary = ddict;
GetDbConnection = connectionResolver;
LockManager = new LockManager(() => GetDbConnection(lockDatabaseNumber), PropogatePersistonChanged);
DefaultSql = new RetroSql();
DefaultSql.Initialize(DatabaseVendor);
Diagnostics = new Diagnostics(ClientPlex, DatonCache);
IntegrationTestMode = integrationTestMode;
//set up process to clean cache
BackgroundWorker.Register(() =>
{
DatonCache.Clean(ClientPlex);
return(Task.CompletedTask);
}, 60);
//set up process to clean abandoned sessions
void clientCleanerCallback(string sessionKey) => LockManager.ReleaseLocksForSession(sessionKey);
if (!integrationTestMode)
{
BackgroundWorker.Register(() =>
{
ClientPlex.Clean(clientCleanerCallback);
return(Task.CompletedTask);
}, 70);
}
//set up process for communication with other servers about locks
int interServerInterval = integrationTestMode ? 4 : 30; //seconds
BackgroundWorker.Register(DoLockRefresh, interServerInterval);
}
/// <summary>
/// Inject the implementation of RetroSql for the given type name
/// </summary>
/// <param name="typeName">matches Daton subclass name</param>
public void OverrideSql(string typeName, RetroSql r)
{
r.Initialize(DatabaseVendor);
SqlOverrides[typeName] = r;
}
/// <summary>
/// Inject the implementation of RetroSql for all types.
/// </summary>
public void OverrideAllSql(RetroSql r)
{
r.Initialize(DatabaseVendor);
DefaultSql = r;
}
