public void Test05InvalidFilter()
{
using (ScanFS fileScan = new ScanFS())
{
fileScan.SetDirectories(new DirectoryInfo[] { new DirectoryInfo(Workshare.TestUtils.TestFileUtils.MakeRootPathAbsolute(@"\Projects\trace\src\FS.Tests\TestFiles\TestGetItemCount1")) });
fileScan.SetSearchFilters(new string[] { "*.invalid" });
fileScan.OnFolderCountCompleted += new EventHandler<FSScanEventArgs>(fileScan_OnFolderCountCompleted);
fileScan.FindItemCount();
AssertFileCount(0);
}
}
public void Test01Constructor()
{
using (ScanFS filescan = new ScanFS())
{
Assert.AreEqual(9, filescan.GetSearchFilters().GetLength(0));
Assert.AreEqual("*.doc", filescan.GetSearchFilters()[0]);
Assert.AreEqual("*.dot", filescan.GetSearchFilters()[1]);
Assert.AreEqual("*.xls", filescan.GetSearchFilters()[2]);
Assert.AreEqual("*.xlt", filescan.GetSearchFilters()[3]);
Assert.AreEqual("*.pdf", filescan.GetSearchFilters()[4]);
Assert.AreEqual("*.ppt", filescan.GetSearchFilters()[5]);
Assert.AreEqual("*.pot", filescan.GetSearchFilters()[6]);
Assert.AreEqual("*.rtf", filescan.GetSearchFilters()[7]);
Assert.AreEqual("*.txt", filescan.GetSearchFilters()[8]);
}
}
public ScanFSEventSink(FS.ScanFS scanner, int delay)
{
m_scanFS = scanner;
m_delay = delay;
m_scanFS.FileFound += new EventHandler<FSScanEventArgs>(m_scanFS_FileFound);
}
public void Test10ScanWithPauseAndCancel()
{
using (ScanFS fileScan = new ScanFS())
{
fileScan.SetDirectories( new DirectoryInfo[] { new DirectoryInfo(Workshare.TestUtils.TestFileUtils.MakeRootPathAbsolute(@"\Projects\trace\src\FS.Tests\TestFiles\TestGetItemCount1")) });
ScanFSEventSink scannerSink = new ScanFSEventSink(fileScan, 1);
Thread fred = new Thread(new ParameterizedThreadStart(ScannerWorker));
fred.Name = "Test_10_ScanWithPauseAndCancel_ScannerWorker";
fred.Start(fileScan);
while (1 > scannerSink.FilesFound)
{
Thread.Sleep(1);
}
fileScan.Pause();
int currentAmountOfFileEventsFired = scannerSink.FilesFound;
Thread.Sleep(200);
//should not be getting events while paused
Assert.AreEqual(currentAmountOfFileEventsFired, scannerSink.FilesFound);
fileScan.Cancel();
//now wait for the call to Execute on the other thread to finish
fred.Join(20000);
//should have terminated without publishing any more events
Assert.AreEqual(currentAmountOfFileEventsFired, scannerSink.FilesFound);
}
}
public void Test08ScanWithPauseAndDispose()
{
using (ScanFS fileScan = new ScanFS())
{
fileScan.SetDirectories( new DirectoryInfo[] { new DirectoryInfo(Workshare.TestUtils.TestFileUtils.MakeRootPathAbsolute(@"\Projects\trace\src\FS.Tests\TestFiles\TestGetItemCount1")) });
ScanFSEventSink scannerSink = new ScanFSEventSink(fileScan,1 );
//Start scanning on a different thread.
Thread fred = new Thread(new ParameterizedThreadStart(ScannerWorker));
fred.Name = "Test_8_ScanWithPauseAndDispose_ScannerWorker";
fred.Start(fileScan);
//When at least 1 file is detected, pause the process.
while (1 > scannerSink.FilesFound)
{
Thread.Sleep(1);
}
fileScan.Pause();
int currentAmountOfFileEventsFired = scannerSink.FilesFound;
System.Threading.Thread.Sleep(500);
Assert.AreEqual(currentAmountOfFileEventsFired, scannerSink.FilesFound);
}
}
public void Test07Scan()
{
using (ScanFS fileScan = new ScanFS())
{
fileScan.SetDirectories(new DirectoryInfo[] { new DirectoryInfo(Workshare.TestUtils.TestFileUtils.MakeRootPathAbsolute(@"\Projects\trace\src\FS.Tests\TestFiles\TestGetItemCount1")) });
ScanFSEventSink scannerSink = new ScanFSEventSink(fileScan, 0);
fileScan.Execute(); //will lock on this call until done.
//should have fired an event for each file found in the search
Assert.AreEqual(43, scannerSink.FilesFound);
}
}
