public void ReportProfilerProcessingProgress_should_report_the_progress_to_statusbar( [Values(MachineWideProcesses.Installing, MachineWideProcesses.Uninstalling)] MachineWideProcesses mwProc) { // Arrange var fixture = new Fixture().Customize(new AutoMoqCustomization()); var prog = fixture.Create <uint>(); var pathOfInstalling = fixture.Create <string>(); var profLoc = new ProfilerLocation(RegistryView.Registry64, pathOfInstalling); var vm = new PrigViewModel(); vm.BeginMachineWideProcessProgress(mwProc); // Act vm.ReportProfilerProcessingProgress(prog, profLoc); // Assert var progState = vm.Statusbar.ProgressState.Value; Assert.AreEqual(prog, progState.Value); Assert.That(progState.Label, Is.StringMatching(pathOfInstalling)); }
internal void ReportProfilerProcessingProgress(ProfilerLocation profLoc) { Debug.Assert(m_mwProc != MachineWideProcesses.None); var resName = string.Format("ProcessingProfiler_0_ToRegistry_{0}_MessageFormat", m_mwProc); var msg = string.Format(ConsoleResources.GetString(resName), profLoc.PathOfInstalling); Message.Value = msg; }
internal void ReportProfilerProcessingProgress(uint prog, ProfilerLocation profLoc) { Debug.Assert(m_mwProc != MachineWideProcesses.None); var resName = string.Format("ProcessingProfiler_0_ToRegistry_{0}_MessageFormat", m_mwProc); var msg = string.Format(PrigResources.GetString(resName), profLoc.PathOfInstalling); Statusbar.ReportProgress(msg, prog); }
protected internal virtual void OnProfilerStatusChecking(ProfilerLocation profLoc) { var handler = ProfilerStatusChecking; if (handler == null) return; handler(profLoc); }
public static void FreezeInstalledEnvironment(this IFixture fixture, ProfilerLocation[] profLocs) { var m = fixture.Freeze<Mock<IEnvironmentRepository>>(); m.Setup(_ => _.GetProfilerLocations()).Returns(profLocs); m.Setup(_ => _.OpenRegistryBaseKey(It.IsAny<RegistryHive>(), It.IsAny<RegistryView>())).Returns(RegistryKeyMixin.DummyX86ClassesRootKey); m.Setup(_ => _.OpenRegistrySubKey(It.IsAny<RegistryKey>(), It.IsAny<string>())).Returns(RegistryKeyMixin.DummyX86InProcServer32Key); m.Setup(_ => _.GetRegistryValue(It.IsAny<RegistryKey>(), It.IsAny<string>())).Returns(fixture.Create<string>()); m.Setup(_ => _.ExistsFile(It.IsAny<string>())).Returns(true); m.Setup(_ => _.GetFileDescription(It.IsAny<string>())).Returns("Prig Profiler 2.0.0 Type Library"); }
public void ReportProfilerStatusCheckingProgress_should_report_the_progress() { // Arrange var fixture = new Fixture().Customize(new AutoMoqCustomization()); var pathOfInstalling = fixture.Create <string>(); var profLoc = new ProfilerLocation(RegistryView.Registry64, pathOfInstalling); var vm = new ConsoleViewModel(); // Act vm.ReportProfilerStatusCheckingProgress(profLoc); // Assert Assert.That(vm.Message.Value, Is.StringMatching(pathOfInstalling)); }
public void ReportProfilerProcessingProgress_should_report_the_progress( [Values(MachineWideProcesses.Installing, MachineWideProcesses.Uninstalling)] MachineWideProcesses mwProc) { // Arrange var fixture = new Fixture().Customize(new AutoMoqCustomization()); var pathOfInstalling = fixture.Create <string>(); var profLoc = new ProfilerLocation(RegistryView.Registry64, pathOfInstalling); var vm = new ConsoleViewModel(); vm.BeginMachineWideProcessProgress(mwProc); // Act vm.ReportProfilerProcessingProgress(profLoc); // Assert Assert.That(vm.Message.Value, Is.StringMatching(pathOfInstalling)); }
internal void ReportProfilerStatusCheckingProgress(uint prog, ProfilerLocation profLoc) { var msg = string.Format(PrigResources.GetString("CheckingInstallationStatusForProfiler_0_MessageFormat"), profLoc.PathOfInstalling); Statusbar.ReportProgress(msg, prog); }
public void ReportProfilerStatusCheckingProgress_should_report_the_progress() { // Arrange var fixture = new Fixture().Customize(new AutoMoqCustomization()); var pathOfInstalling = fixture.Create<string>(); var profLoc = new ProfilerLocation(RegistryView.Registry64, pathOfInstalling); var vm = new ConsoleViewModel(); // Act vm.ReportProfilerStatusCheckingProgress(profLoc); // Assert Assert.That(vm.Message.Value, Is.StringMatching(pathOfInstalling)); }
static TestCaseData should_return_false_if_profiler_locations_are_empty() { var fixture = new Fixture().Customize(new AutoMoqCustomization()); var machinePreq = new MachinePrerequisite("2.0.0"); { var profLocs = new ProfilerLocation[0]; var @params = new ParameterForHasBeenInstalled[0]; fixture.Inject(MockEnvironmentRepository(profLocs, @params)); } return new TestCaseData(machinePreq, fixture).Returns(false).SetName("should_return_false_if_profiler_locations_are_empty"); }
protected internal virtual void OnProfilerStatusChecking(ProfilerLocation profLoc) { Prerequisite.OnProfilerStatusChecking(profLoc); }
internal void ReportProfilerStatusCheckingProgress(ProfilerLocation profLoc) { var msg = string.Format(ConsoleResources.GetString("CheckingInstallationStatusForProfiler_0_MessageFormat"), profLoc.PathOfInstalling); Message.Value = msg; }
public void ReportProfilerProcessingProgress_should_report_the_progress_to_statusbar( [Values(MachineWideProcesses.Installing, MachineWideProcesses.Uninstalling)] MachineWideProcesses mwProc) { // Arrange var fixture = new Fixture().Customize(new AutoMoqCustomization()); var prog = fixture.Create<uint>(); var pathOfInstalling = fixture.Create<string>(); var profLoc = new ProfilerLocation(RegistryView.Registry64, pathOfInstalling); var vm = new PrigPackageViewModel(); vm.BeginMachineWideProcessProgress(mwProc); // Act vm.ReportProfilerProcessingProgress(prog, profLoc); // Assert var progState = vm.Statusbar.ProgressState.Value; Assert.AreEqual(prog, progState.Value); Assert.That(progState.Label, Is.StringMatching(pathOfInstalling)); }
public void Install_should_not_register_profiler_if_profiler_locations_are_empty() { // Arrange var fixture = new Fixture().Customize(new AutoMoqCustomization()); var mwInstl = new MachineWideInstallation("2.0.0"); fixture.FreezeUninstalledEnvironment(); var profLocs = new ProfilerLocation[0]; { var m = fixture.Freeze<Mock<IEnvironmentRepository>>(); m.Setup(_ => _.GetProfilerLocations()).Returns(profLocs); } fixture.Inject(new Mock<IRegsvr32Executor>()); var mwInstllr = fixture.NewMachineWideInstaller(); // Act mwInstllr.Install(mwInstl); // Assert { var m = fixture.Freeze<Mock<IRegsvr32Executor>>(); m.Verify(_ => _.StartInstalling(It.IsAny<string>()), Times.Never()); } }
static Mock<IEnvironmentRepository> MockEnvironmentRepository(ProfilerLocation[] profLocs, ParameterForHasBeenInstalled[] @params) { var m = new Mock<IEnvironmentRepository>(MockBehavior.Strict); m.Setup(_ => _.GetProfilerLocations()).Returns(profLocs); foreach (var param in @params) { param.SetupOpenRegistryBaseKey(m, param); param.SetupOpenRegistrySubKey(m, param); param.SetupGetRegistryValue(m, param); param.SetupExistsFile(m, param); param.SetupGetFileDescription(m, param); } return m; }
public void ReportProfilerProcessingProgress_should_report_the_progress( [Values(MachineWideProcesses.Installing, MachineWideProcesses.Uninstalling)] MachineWideProcesses mwProc) { // Arrange var fixture = new Fixture().Customize(new AutoMoqCustomization()); var pathOfInstalling = fixture.Create<string>(); var profLoc = new ProfilerLocation(RegistryView.Registry64, pathOfInstalling); var vm = new ConsoleViewModel(); vm.BeginMachineWideProcessProgress(mwProc); // Act vm.ReportProfilerProcessingProgress(profLoc); // Assert Assert.That(vm.Message.Value, Is.StringMatching(pathOfInstalling)); }
protected internal virtual void OnProfilerUnregistering(ProfilerLocation profLoc) { var handler = ProfilerUnregistering; if (handler == null) return; handler(profLoc); }