private static void RunTests(List<ITestRuleSupplier> testTypesList)
{
foreach (ITestRuleSupplier ts in testTypesList)
{
Logger.TraceWriteLine(string.Format("Running cleaning for {0} tests", ts.Name));
Logger.TraceIndent();
CleansingManager cm = new CleansingManager(ts);
cm.cleanData(null);
if (ts.TestCurrentState())
{
Logger.TraceWriteLine("The test suceeded.");
}
else
{
Logger.TraceWriteLine("The test failed.");
}
Logger.TraceUnindent();
}
}
/// <summary>
/// Initializes the cleaning process
/// </summary>
/// <remarks>
/// Connects to the database and creates <see cref="CleansingManager"/>
/// </remarks>
public void InitFlow()
{
m_sqlUtils = new MySqlNativeClientUtils(DBUsername, DBPassword, DBName, HostName);
SqlUtils.Connect();
Logger.TraceWriteLine(string.Format("Connected to {0}/{1}@{2} - {3}", DBUsername, DBPassword, DBName, HostName));
// TODO Demo m_cleansingManager = new CleansingManager(new PaperRuleProvider(SqlUtils));
m_cleansingManager = new CleansingManager(new OfflineCleaningRuleProvider(SqlUtils));
// remove previous run data
try
{
Logger.TraceWriteLine("Truncating table " + TableConstants.ScoredFacts);
SqlUtils.TruncateTable(TableConstants.ScoredFacts);
Logger.TraceWriteLine("Truncating table " + TableConstants.UserScores);
SqlUtils.TruncateTable(TableConstants.UserScores);
}
catch (MySqlException)
{
Logger.TraceWriteLine(string.Format("Tables {0} and {1} do not exit",
TableConstants.ScoredFacts, TableConstants.UserScores));
}
}
public void thread_main()
{
try
{
DateTime timestamp = DateTime.MinValue;
DatabaseCleaningManager dcm = new DatabaseCleaningManager();
dcm.ParseArgs(m_args.Skip(1).ToArray());
dcm.InitFlow();
int iteration = 0;
CleansingManager offline =
new CleansingManager(new OfflineCleaningRuleProvider(dcm.SqlUtils));
while (m_exit_thread == false)
{
Logger.DebugWrite(string.Format("Thread is going to sleep at {0}...",
DateTime.Now.ToLongTimeString()));
Thread.Sleep(1000);
Logger.DebugWriteLine(string.Format("back at {0}", DateTime.Now.ToLongTimeString()));
if (m_exit_thread) break;
DateTime cur = DateTime.Now;
#if (!FREQUENT)
object res = dcm.SqlUtils.ExecuteScalar(string.Format(
"select count(*) from itemsmentions where time > timestamp('{0}')",
timestamp.ToString("s")));
long num = (long)res;
if (num > 0)
#endif
{
if (0 == iteration++ % 10) // 2 minutes
{ // full cleanup
timestamp = DateTime.Now;
Logger.DebugWriteLine("Full cleaning");
offline.cleanData(null);
}
else
{ // incremental cleanup
#if (FREQUENT)
// test code
object res = dcm.SqlUtils.ExecuteScalar(string.Format(
"select count(*) from itemsmentions where time > timestamp('{0}')",
timestamp.ToString("s")));
long num = (long)res;
if (num == 0) continue;
#endif
Logger.TraceWriteLine("Incremental cleaning");
timestamp = cur;
CleansingManager online =
new CleansingManager(new OnlineCleaningRuleProvider(dcm.SqlUtils));
online.cleanData(null);
//offline.cleanData(null);
}
}
}
}
catch (Exception ex)
{
DCF.Common.Logger.TraceWriteLine("Caught exception " + ex.Message);
}
}
public void init()
{
m_sqlUtils = new MySqlNativeClientUtils(DBUsername, DBPassword, DBName, HostName);
SqlUtils.Connect();
Logger.TraceWriteLine(string.Format("Connected to {0}/{1}@{2} - {3}", DBUsername, DBPassword, DBName, HostName));
m_supplier = new XmlRuleSupplier(SqlUtils);
m_supplier.parseFile(m_filename);
m_cleansingManager = new CleansingManager(m_supplier);
}
