public void TestIgnore()
{
CodeSweep.VSPackage.TaskProvider_Accessor accessor = new CodeSweep.VSPackage.TaskProvider_Accessor(_serviceProvider);
Project project = Utilities.SetupMSBuildProject();
Utilities.RegisterProjectWithMocks(project, _serviceProvider);
MockTermTable table = new MockTermTable("termtable.xml");
MockTerm term0 = new MockTerm("dupText", 0, "term0Class", "term0Comment", "term0recommended", table);
MockTerm term1 = new MockTerm("term2Text", 2, "term2Class", "term2Comment", "term2recommended", table);
MockScanHit hit0 = new MockScanHit("file0", 1, 5, "line text", term0, null);
MockScanHit hit1 = new MockScanHit("file1", 4, 1, "line text 2", term1, null);
MockScanHit hit2 = new MockScanHit("file2", 3, 2, "line text 3", term1, null);
MockScanResult scanResult = new MockScanResult("file0", new IScanHit[] { hit0, hit1, hit2 }, true);
accessor.AddResult(scanResult, project.FullPath);
IVsEnumTaskItems enumerator = null;
accessor.EnumTaskItems(out enumerator);
List <IVsTaskItem> items = Utilities.TasksFromEnumerator(enumerator);
CodeSweep.VSPackage.Task_Accessor task0Accessor = new CodeSweep.VSPackage.Task_Accessor(new PrivateObject(items[0]));
CodeSweep.VSPackage.Task_Accessor task1Accessor = new CodeSweep.VSPackage.Task_Accessor(new PrivateObject(items[1]));
MockTaskList taskList = _serviceProvider.GetService(typeof(SVsTaskList)) as MockTaskList;
// Ensure cmd is disabled with no selection
OleMenuCommandService mcs = _serviceProvider.GetService(typeof(IMenuCommandService)) as OleMenuCommandService;
MenuCommand command = mcs.FindCommand(new CommandID(CodeSweep.VSPackage.GuidList_Accessor.guidVSPackageCmdSet, (int)CodeSweep.VSPackage.PkgCmdIDList_Accessor.cmdidIgnore));
// NOTE: simply getting command.Supported or command.Enabled doesn't seem to invoke
// QueryStatus, so I'll explicitly call the status update method as a workaround.
accessor.QueryIgnore(null, EventArgs.Empty);
Assert.IsTrue(command.Supported, "Command not supported.");
Assert.IsFalse(command.Enabled, "Command enabled with no selection.");
// Ensure cmd is disabled with an ignored item selected
task0Accessor.Ignored = true;
taskList.SetSelected(items[0], true);
accessor.QueryIgnore(null, EventArgs.Empty);
Assert.IsFalse(command.Enabled, "Command enabled with ignored item selected.");
// Ensure cmd is enabled with one ignored and one non-ignored item selected
taskList.SetSelected(items[1], true);
accessor.QueryIgnore(null, EventArgs.Empty);
Assert.IsTrue(command.Enabled, "Command disabled with a non-ignored item selected.");
// Fire cmd, ensure selected items are ignored
command.Invoke();
accessor.QueryIgnore(null, EventArgs.Empty);
Assert.IsTrue(task0Accessor.Ignored, "Command set ignored task to non-ignored.");
Assert.IsTrue(task1Accessor.Ignored, "Command did not set non-ignored task to ignored.");
// Ensure cmd is now disabled
accessor.QueryIgnore(null, EventArgs.Empty);
Assert.IsFalse(command.Enabled, "Command still enabled after invocation.");
}
public void AddResultsThenClear()
{
CodeSweep.VSPackage.TaskProvider_Accessor accessor = new CodeSweep.VSPackage.TaskProvider_Accessor(_serviceProvider);
// Add some tasks
MockTermTable table = new MockTermTable("termtable.xml");
MockTerm term0 = new MockTerm("term0Text", 0, "term0Class", "term0Comment", "term0recommended", table);
MockTerm term1 = new MockTerm("term1Text", 3, "term1Class", "term1Comment", "term1recommended", table);
MockScanHit hit0 = new MockScanHit("file0", 1, 10, "line text", term0, null);
MockScanHit hit1 = new MockScanHit("file1", 4, 1, "line text 2", term1, null);
MockScanResult scanResult = new MockScanResult("file0", new IScanHit[] { hit0, hit1 }, true);
accessor.AddResult(scanResult, "c:\\projFile");
IVsEnumTaskItems enumerator;
int hr = accessor.EnumTaskItems(out enumerator);
Assert.AreEqual(VSConstants.S_OK, hr, "EnumTaskItems returned wrong hresult.");
List <IVsTaskItem> tasks = Utilities.TasksFromEnumerator(enumerator);
Assert.AreEqual(2, tasks.Count, "EnumTaskItems did not enumerate correct number of tasks.");
accessor.Clear();
hr = accessor.EnumTaskItems(out enumerator);
Assert.AreEqual(VSConstants.S_OK, hr, "EnumTaskItems returned wrong hresult.");
tasks = Utilities.TasksFromEnumerator(enumerator);
Assert.AreEqual(0, tasks.Count, "EnumTaskItems did not enumerate correct number of tasks after Clear().");
}
public void AddResultTest()
{
CodeSweep.VSPackage.ScannerHost_Accessor accessor = new CodeSweep.VSPackage.ScannerHost_Accessor(_serviceProvider);
MockTermTable table = new MockTermTable("scannedFile");
MockTerm term = new MockTerm("term text", 0, "term class", "term comment", "recommended", table);
MockScanHit hit = new MockScanHit("scannedFile", 5, 6, "line text", term, null);
MockScanResult scanResult = new MockScanResult("scannedFile", new IScanHit[] { hit }, true);
List <int> resultCounts = new List <int>();
MockTaskList taskList = _serviceProvider.GetService(typeof(SVsTaskList)) as MockTaskList;
taskList.OnRefreshTasks += delegate(object sender, MockTaskList.RefreshTasksArgs args)
{
resultCounts.Add(Utilities.TasksOfProvider(args.Provider).Count);
};
accessor.AddResult(scanResult, "c:\\projFile");
Assert.AreEqual(1, resultCounts.Count, "Task list was not updated by AddResult.");
Assert.AreEqual(1, resultCounts[0], "Refresh did not enumerate one task.");
}
public void TestEnumerator()
{
CodeSweep.VSPackage.TaskProvider_Accessor accessor = new CodeSweep.VSPackage.TaskProvider_Accessor(_serviceProvider);
// Add some tasks
MockTermTable table = new MockTermTable("termtable.xml");
MockTerm term0 = new MockTerm("term0Text", 0, "term0Class", "term0Comment", "term0recommended", table);
MockTerm term1 = new MockTerm("term1Text", 3, "term1Class", "term1Comment", "term1recommended", table);
MockScanHit hit0 = new MockScanHit("file0", 1, 10, "line text", term0, null);
MockScanHit hit1 = new MockScanHit("file1", 4, 1, "line text 2", term1, null);
MockScanResult scanResult = new MockScanResult("file0", new IScanHit[] { hit0, hit1 }, true);
accessor.AddResult(scanResult, "c:\\projFile");
IVsEnumTaskItems enumerator;
int hr = accessor.EnumTaskItems(out enumerator);
Assert.AreEqual(VSConstants.S_OK, hr, "EnumTaskItems returned wrong hresult.");
IVsTaskItem[] items = new IVsTaskItem[3] {
null, null, null
};
uint[] fetched = new uint[1] {
0
};
hr = enumerator.Next(3, items, fetched);
Assert.AreEqual(VSConstants.S_FALSE, hr, "Next returned wrong hresult with celt too high.");
Assert.AreEqual((uint)2, fetched[0], "Next returned wrong value for fetched with celt too high.");
Assert.IsNotNull(items[0], "Next failed to set first item with celt too high.");
Assert.IsNotNull(items[1], "Next failed to set second item with celt too high.");
Assert.IsNull(items[2], "Next set third item with celt too high.");
hr = enumerator.Reset();
Assert.AreEqual(VSConstants.S_OK, hr, "Reset returned wrong hresult.");
items[0] = items[1] = items[2] = null;
fetched[0] = 0;
hr = enumerator.Next(2, items, fetched);
Assert.AreEqual(VSConstants.S_OK, hr, "Next returned wrong hresult with celt at max.");
Assert.AreEqual((uint)2, fetched[0], "Next returned wrong value for fetched with celt at max.");
Assert.IsNotNull(items[0], "Next failed to set first item with celt at max.");
Assert.IsNotNull(items[1], "Next failed to set second item with celt at max.");
enumerator.Reset();
items[0] = items[1] = items[2] = null;
fetched[0] = 0;
hr = enumerator.Next(1, items, fetched);
Assert.AreEqual(VSConstants.S_OK, hr, "Next returned wrong hresult with celt lower than max.");
Assert.AreEqual((uint)1, fetched[0], "Next returned wrong value for fetched with celt lower than max.");
Assert.IsNotNull(items[0], "Next failed to set first item with celt lower than max.");
Assert.IsNull(items[1], "Next set second item with celt lower than max.");
enumerator.Reset();
items[0] = items[1] = items[2] = null;
fetched[0] = 1;
hr = enumerator.Next(0, items, fetched);
Assert.AreEqual(VSConstants.S_OK, hr, "Next returned wrong hresult with celt = 0.");
Assert.AreEqual((uint)0, fetched[0], "Next returned wrong value for fetched with celt = 0.");
Assert.IsNull(items[0], "Next set first item with celt = 0.");
enumerator.Reset();
hr = enumerator.Skip(0);
Assert.AreEqual(VSConstants.S_OK, hr, "Skip(0) returned wrong hresult.");
hr = enumerator.Skip(1);
Assert.AreEqual(VSConstants.S_OK, hr, "Skip(1) returned wrong hresult.");
hr = enumerator.Skip(2);
Assert.AreEqual(VSConstants.S_FALSE, hr, "Skip(2) returned wrong hresult.");
List <IVsTaskItem> tasks = Utilities.TasksFromEnumerator(enumerator);
IVsEnumTaskItems enumerator2 = null;
hr = enumerator.Clone(out enumerator2);
Assert.AreEqual(VSConstants.S_OK, hr, "Clone returned wrong hresult.");
List <IVsTaskItem> tasks2 = Utilities.TasksFromEnumerator(enumerator2);
Assert.IsTrue(CodeSweep.Utilities.OrderedCollectionsAreEqual(tasks, tasks2), "Clone did not produce an equivalent collection.");
}
public void AddDuplicateTermsAndVerifyWarningAppearsOnce()
{
CodeSweep.VSPackage.TaskProvider_Accessor accessor = new CodeSweep.VSPackage.TaskProvider_Accessor(_serviceProvider);
MockTermTable table = new MockTermTable("termtable.xml");
MockTerm term0 = new MockTerm("dupText", 0, "term0Class", "term0Comment", "term0recommended", table);
MockTerm term1 = new MockTerm("dupText", 3, "term1Class", "term1Comment", "term1recommended", table);
MockTerm term2 = new MockTerm("term2Text", 2, "term2Class", "term2Comment", "term2recommended", table);
MockScanHit hit0 = new MockScanHit("file0", 1, 10, "line text", term0, "warning 1");
MockScanHit hit1 = new MockScanHit("file1", 4, 1, "line text 2", term1, "warning 2");
MockScanHit hit2 = new MockScanHit("file2", 3, 2, "line text 3", term2, "warning 3");
MockScanResult scanResult = new MockScanResult("file0", new IScanHit[] { hit0, hit1, hit2 }, true);
accessor.AddResult(scanResult, "c:\\projFile");
IVsEnumTaskItems enumerator;
int hr = accessor.EnumTaskItems(out enumerator);
Assert.AreEqual(VSConstants.S_OK, hr, "EnumTaskItems returned wrong hresult.");
// Verify there are three hits plus two warnings.
List <IVsTaskItem> tasks = Utilities.TasksFromEnumerator(enumerator);
Assert.AreEqual(5, tasks.Count, "EnumTaskItems did not enumerate correct number of tasks.");
string[] termValues = new string[5] {
"dupText", "dupText", "dupText", "term2Text", "term2Text"
};
int[] priorityValues = new int[5] {
0, 0, 3, 2, 2
};
string[] classValues = new string[5] {
"term0Class", "term0Class", "term1Class", "term2Class", "term2Class"
};
string[] replacementValues = new string[5] {
"", "term0recommended", "term1recommended", "", "term2recommended"
};
string[] commentValues = new string[5] {
"warning 1", "term0Comment", "term1Comment", "warning 3", "term2Comment"
};
string[] fileValues = new string[5] {
"", "file0", "file1", "", "file2"
};
for (int taskIndex = 0; taskIndex < tasks.Count; ++taskIndex)
{
uint type;
object val;
uint flags;
string acc;
hr = (tasks[taskIndex] as IVsTaskItem3).GetColumnValue((int)TaskFields.Term, out type, out flags, out val, out acc);
Assert.AreEqual(VSConstants.S_OK, hr);
Assert.AreEqual(__VSTASKVALUETYPE.TVT_TEXT, (__VSTASKVALUETYPE)type, "Task " + taskIndex.ToString() + " term type is wrong.");
Assert.AreEqual(termValues[taskIndex], (string)val, "Task " + taskIndex.ToString() + " term text is wrong.");
hr = (tasks[taskIndex] as IVsTaskItem3).GetColumnValue((int)TaskFields.Comment, out type, out flags, out val, out acc);
Assert.AreEqual(VSConstants.S_OK, hr);
Assert.AreEqual(__VSTASKVALUETYPE.TVT_LINKTEXT, (__VSTASKVALUETYPE)type, "Task " + taskIndex.ToString() + " comment type is wrong.");
Assert.AreEqual(commentValues[taskIndex], (string)val, "Task " + taskIndex.ToString() + " comment text is wrong.");
hr = (tasks[taskIndex] as IVsTaskItem3).GetColumnValue((int)TaskFields.Replacement, out type, out flags, out val, out acc);
Assert.AreEqual(VSConstants.S_OK, hr);
Assert.AreEqual(__VSTASKVALUETYPE.TVT_TEXT, (__VSTASKVALUETYPE)type, "Task " + taskIndex.ToString() + " replacement type is wrong.");
Assert.AreEqual(replacementValues[taskIndex], (string)val, "Task " + taskIndex.ToString() + " replacement text is wrong.");
}
}