public void RuleSetConflictsController_FixConflictsCommandStatus()
{
// Arrange
var testSubject = new RuleSetConflictsController(this.host, this.conflictsManager);
// Case 1: Nulls
testSubject.FixConflictsCommand.CanExecute(null).Should().BeFalse();
// Case 2: Empty collections
testSubject.FixConflictsCommand.CanExecute(new ProjectRuleSetConflict[0]).Should().BeFalse();
// Valid input
ProjectRuleSetConflict[] conflicts = new[] { ConfigurableConflictsManager.CreateConflict() };
// Case 3: Valid input, busy, has bound project
this.host.VisualStateManager.IsBusy = true;
this.host.VisualStateManager.SetBoundProject(new Uri("http://foo"), null, "project123");
testSubject.FixConflictsCommand.CanExecute(conflicts).Should().BeFalse();
// Case 4: Valid input, not busy, not bound project
this.host.VisualStateManager.IsBusy = false;
this.host.VisualStateManager.ClearBoundProject();
testSubject.FixConflictsCommand.CanExecute(conflicts).Should().BeFalse();
// Case 5: Valid input, not busy, has bound project
this.host.VisualStateManager.IsBusy = false;
this.host.VisualStateManager.SetBoundProject(new Uri("http://foo"), null, "project123");
testSubject.FixConflictsCommand.CanExecute(conflicts).Should().BeTrue();
}
public void RuleSetConflictsController_FixConflictsCommandStatus()
{
// Setup
var testSubject = new RuleSetConflictsController(this.host);
// Case 1: Nulls
Assert.IsFalse(testSubject.FixConflictsCommand.CanExecute(null));
// Case 2: Empty collections
Assert.IsFalse(testSubject.FixConflictsCommand.CanExecute(new ProjectRuleSetConflict[0]));
// Valid input
ProjectRuleSetConflict[] conflicts = new[] { ConfigurableConflictsManager.CreateConflict() };
// Case 3: Valid input, busy, has bound project
this.host.VisualStateManager.IsBusy = true;
this.host.VisualStateManager.SetBoundProject(new Integration.Service.ProjectInformation());
Assert.IsFalse(testSubject.FixConflictsCommand.CanExecute(conflicts));
// Case 4: Valid input, not busy, not bound project
this.host.VisualStateManager.IsBusy = false;
this.host.VisualStateManager.ClearBoundProject();
Assert.IsFalse(testSubject.FixConflictsCommand.CanExecute(conflicts));
// Case 5: Valid input, not busy, has bound project
this.host.VisualStateManager.IsBusy = false;
this.host.VisualStateManager.SetBoundProject(new Integration.Service.ProjectInformation());
Assert.IsTrue(testSubject.FixConflictsCommand.CanExecute(conflicts));
}
public void TestInit()
{
this.serviceProvider = new ConfigurableServiceProvider();
var outputWindow = new ConfigurableVsOutputWindow();
this.outputWindowPane = outputWindow.GetOrCreateSonarLintPane();
this.serviceProvider.RegisterService(typeof(SVsOutputWindow), outputWindow);
this.host = new ConfigurableHost(this.serviceProvider, Dispatcher.CurrentDispatcher);
this.ruleSetInspector = null;
this.sccFS = null;
this.rsSerializer = null;
this.conflictsManager = new ConfigurableConflictsManager();
IComponentModel componentModel = ConfigurableComponentModel.CreateWithExports(
new Export[]
{
MefTestHelpers.CreateExport <ITelemetryLogger>(new ConfigurableTelemetryLogger())
});
this.serviceProvider.RegisterService(typeof(SComponentModel), componentModel);
fileSystem = new MockFileSystem();
}
private static void VerifyInputForDefaultConflictInstance(string baseline, string project, string[] directories)
{
var expectedConflict = ConfigurableConflictsManager.CreateConflict();
baseline.Should().Be(expectedConflict.RuleSetInfo.BaselineFilePath, "baseline argument is not as expected");
project.Should().Be(expectedConflict.RuleSetInfo.RuleSetFilePath, "project argument is not as expected");
CollectionAssert.AreEqual(expectedConflict.RuleSetInfo.RuleSetDirectories, directories, "directories argument is not as expected");
}
public void TestInit()
{
this.serviceProvider = new ConfigurableServiceProvider();
var outputWindow = new ConfigurableVsOutputWindow();
this.outputWindowPane = outputWindow.GetOrCreateSonarLintPane();
this.serviceProvider.RegisterService(typeof(SVsOutputWindow), outputWindow);
this.host = new ConfigurableHost(this.serviceProvider, Dispatcher.CurrentDispatcher);
this.ruleSetInspector = null;
this.sccFS = null;
this.rsSerializer = null;
this.conflictsManager = new ConfigurableConflictsManager();
fileSystem = new MockFileSystem();
}
public void TestInit()
{
this.serviceProvider = new ConfigurableServiceProvider();
var outputWindow = new ConfigurableVsOutputWindow();
this.outputWindowPane = outputWindow.GetOrCreateSonarLintPane();
this.serviceProvider.RegisterService(typeof(SVsOutputWindow), outputWindow);
this.host = new ConfigurableHost(this.serviceProvider, Dispatcher.CurrentDispatcher);
this.ruleSetInspector = null;
this.sccFS = null;
this.rsSerializer = null;
this.conflictsManager = new ConfigurableConflictsManager();
// Instead of ignored unexpected service, register one (for telemetry)
this.serviceProvider.RegisterService(typeof(SComponentModel), new ConfigurableComponentModel());
}
public void RuleSetConflictsController_FixConflictsCommandExecution()
{
// Arrange
var testSubject = new RuleSetConflictsController(this.host, this.conflictsManager);
this.ConfigureServiceProviderForFixConflictsCommandExecution();
this.host.VisualStateManager.IsBusy = false;
this.host.VisualStateManager.SetBoundProject(new Uri("http://foo"), null, "project123");
var section = ConfigurableSectionController.CreateDefault();
this.host.SetActiveSection(section);
ConfigurableUserNotification notifications = (ConfigurableUserNotification)section.UserNotifications;
ProjectRuleSetConflict[] conflicts = new[] { ConfigurableConflictsManager.CreateConflict() };
RuleSet fixedRuleSet = TestRuleSetHelper.CreateTestRuleSet(3);
fixedRuleSet.FilePath = "MyFixedRules.ruleset";
RuleSetInspectorTestDataProvider inspectorData = new RuleSetInspectorTestDataProvider();
var weakenedRulesMap = new Dictionary <RuleReference, RuleAction>();
inspectorData.FindConflictsResult = new RuleConflictInfo(new RuleReference[0], weakenedRulesMap);
inspectorData.FixConflictsResult = new FixedRuleSetInfo(fixedRuleSet, new[] { "reset.ruleset" }, new[] { "deletedRuleId1" });
this.ruleSetInspector.FindConflictingRulesAction = inspectorData.FindConflictingRulesAction;
this.ruleSetInspector.FixConflictingRulesAction = inspectorData.FixConflictingRulesAction;
ICommand fixMeCommand = testSubject.CreateFixConflictsCommand(conflicts);
section.UserNotifications.ShowNotificationWarning("fix me", NotificationIds.RuleSetConflictsId, fixMeCommand);
// Act
fixMeCommand.Execute(null);
// Assert
this.sccFS.files.Should().ContainKey(fixedRuleSet.FilePath);
this.rsSerializer.AssertRuleSetsAreSame(fixedRuleSet.FilePath, fixedRuleSet);
this.outputWindowPane.AssertOutputStrings(1);
this.outputWindowPane.AssertMessageContainsAllWordsCaseSensitive(0,
words: new[] { fixedRuleSet.FilePath, "deletedRuleId1", "reset.ruleset" },
splitter: new[] { '\n', '\r', '\t', '\'', ':' });
notifications.AssertNoNotification(NotificationIds.RuleSetConflictsId);
}
public void RuleSetConflictsController_CheckForConflicts()
{
// Setup
var conflictsMananger = new ConfigurableConflictsManager();
this.serviceProvider.RegisterService(typeof(IConflictsManager), conflictsMananger);
var testSubject = new RuleSetConflictsController(this.host);
bool result;
// Case 1: No conflicts
// Act
result = testSubject.CheckForConflicts();
// Verify
Assert.IsFalse(result, "Not expecting any conflicts");
this.outputWindowPane.AssertOutputStrings(0);
// Case 2: Has conflicts, no active section
ProjectRuleSetConflict conflict = conflictsMananger.AddConflict();
// Act
result = testSubject.CheckForConflicts();
// Verify
Assert.IsTrue(result, "Conflicts expected");
this.outputWindowPane.AssertOutputStrings(1);
this.outputWindowPane.AssertMessageContainsAllWordsCaseSensitive(0, new[] { conflict.Conflict.MissingRules.Single().FullId });
// Case 3: Has conflicts, has active section
var section = ConfigurableSectionController.CreateDefault();
this.host.SetActiveSection(section);
// Act
result = testSubject.CheckForConflicts();
// Verify
Assert.IsTrue(result, "Conflicts expected");
((ConfigurableUserNotification)section.UserNotifications).AssertNotification(NotificationIds.RuleSetConflictsId);
this.outputWindowPane.AssertOutputStrings(2);
this.outputWindowPane.AssertMessageContainsAllWordsCaseSensitive(1, new[] { conflict.Conflict.MissingRules.Single().FullId });
}
public void RuleSetConflictsController_CheckForConflicts()
{
// Setup
var conflictsMananger = new ConfigurableConflictsManager();
this.serviceProvider.RegisterService(typeof(IConflictsManager), conflictsMananger);
var testSubject = new RuleSetConflictsController(this.host);
bool result;
// Case 1: No conflicts
// Act
result = testSubject.CheckForConflicts();
// Verify
Assert.IsFalse(result, "Not expecting any conflicts");
this.outputWindowPane.AssertOutputStrings(0);
// Case 2: Has conflicts, no active section
ProjectRuleSetConflict conflict = conflictsMananger.AddConflict();
// Act
result = testSubject.CheckForConflicts();
// Verify
Assert.IsTrue(result, "Conflicts expected");
this.outputWindowPane.AssertOutputStrings(1);
this.outputWindowPane.AssertMessageContainsAllWordsCaseSensitive(0, new[] { conflict.Conflict.MissingRules.Single().FullId });
// Case 3: Has conflicts, has active section
var section = ConfigurableSectionController.CreateDefault();
this.host.SetActiveSection(section);
// Act
result = testSubject.CheckForConflicts();
// Verify
Assert.IsTrue(result, "Conflicts expected");
((ConfigurableUserNotification)section.UserNotifications).AssertNotification(NotificationIds.RuleSetConflictsId);
this.outputWindowPane.AssertOutputStrings(2);
this.outputWindowPane.AssertMessageContainsAllWordsCaseSensitive(1, new[] { conflict.Conflict.MissingRules.Single().FullId });
}
