public void CheckBoxFormTest1()
{
using var ctx = new Bunit.TestContext();
var comp = ctx.RenderComponent <CheckBoxFormTest1>();
// print the generated html
Console.WriteLine(comp.Markup);
var form = comp.FindComponent <MudForm>().Instance;
form.IsValid.Should().BeFalse();
form.Errors.Length.Should().Be(0);
var checkbox = comp.FindComponent <MudCheckBox <bool> >();
// click the checkbox to make the form valid
checkbox.Find("input").Change(true);
form.IsValid.Should().BeTrue();
// click the checkbox to make the form invalid again because the checkbox is required
checkbox.Find("input").Change(false);
checkbox.Instance.Error.Should().BeTrue();
checkbox.Instance.ErrorText.Should().Be("You must agree");
form.IsValid.Should().BeFalse();
form.Errors.Length.Should().Be(1);
form.Errors[0].Should().Be("You must agree");
// click the checkbox to make the form valid again
checkbox.Find("input").Change(true);
form.IsValid.Should().BeTrue();
checkbox.Instance.Error.Should().BeFalse();
checkbox.Instance.ErrorText.Should().Be(null);
}
public void AllMudComponents_ShouldForwardUserAttributes()
{
// Arrange
using var testContext = new TestContext();
testContext.AddTestServices();
testContext.Services.Add(new ServiceDescriptor(typeof(IResizeObserver), new MockResizeObserver()));
var componentFactory = new MudComponentFactory
{
UserAttributes = new Dictionary <string, object> {
{ "data-testid", "test-123" }
},
};
// Act & Assert
var mudComponentTypes = GetMudComponentTypes();
mudComponentTypes.Should().NotBeEmpty();
foreach (var componentType in mudComponentTypes)
{
var component = componentFactory.Create(componentType, testContext);
component.Markup.Should()
.NotBeEmpty(because: $"the component {componentType.Name} should at least contain one element");
var elementsWithUserAttributes = component.FindAll("[data-testid='test-123']");
elementsWithUserAttributes.Should()
.NotBeEmpty(because: $"UserAttributes should be forwarded by component {componentType.Name}");
}
}
public void CheckBoxTest3()
{
using var ctx = new Bunit.TestContext();
var comp = ctx.RenderComponent <CheckBoxTest3>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var boxes = comp.FindComponents <MudCheckBox <bool> >();
var inputs = comp.FindAll("input");
// check initial state
boxes[0].Instance.Checked.Should().Be(true);
boxes[1].Instance.Checked.Should().Be(true);
// click and check if it has toggled
inputs[0].Change(false);
boxes[0].Instance.Checked.Should().Be(false);
boxes[1].Instance.Checked.Should().Be(false);
inputs = comp.FindAll("input");
inputs[0].Change(true);
boxes[0].Instance.Checked.Should().Be(true);
boxes[1].Instance.Checked.Should().Be(true);
inputs = comp.FindAll("input");
inputs[1].Change(false);
boxes[0].Instance.Checked.Should().Be(false);
boxes[1].Instance.Checked.Should().Be(false);
inputs = comp.FindAll("input");
inputs[1].Change(true);
boxes[0].Instance.Checked.Should().Be(true);
boxes[1].Instance.Checked.Should().Be(true);
}
public void TestRefreshRender()
{
InitializeHttpContext();
using var ctx = new Bunit.TestContext();
string infoMessage = "Info message";
InfoMessage(infoMessage);
var renderedComponent = ctx.RenderComponent <FeedbackMessagePanel>();
// information message
var infoArea = renderedComponent.Find(".feedback-info");
Assert.AreEqual("ul", infoArea.TagName.ToLower());
Assert.AreEqual(1, infoArea.ChildElementCount);
Assert.AreEqual(infoMessage, infoArea.Children[0].InnerHtml);
// refresh component
string warnMessage = "Warn message";
WarnMessage(warnMessage);
renderedComponent.InvokeAsync(() => renderedComponent.Instance.RefreshRender());
// warning message
var warnArea = renderedComponent.Find(".feedback-warn");
Assert.AreEqual("ul", warnArea.TagName.ToLower());
Assert.AreEqual(1, warnArea.ChildElementCount);
Assert.AreEqual(warnMessage, warnArea.Children[0].InnerHtml);
}
public void CheckBoxTest3()
{
// there are two checkboxes synced via a bound variable, so checking one also check the other and vice versa.
// setup
using var ctx = new Bunit.TestContext();
var comp = ctx.RenderComponent <CheckBoxTest3>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var boxes = comp.FindComponents <MudCheckBox>();
var inputs = comp.FindAll("input");
// check initial state
boxes[0].Instance.Checked.Should().Be(true);
boxes[1].Instance.Checked.Should().Be(true);
// click and check if it has toggled
inputs[0].Change(false);
boxes[0].Instance.Checked.Should().Be(false);
boxes[1].Instance.Checked.Should().Be(false);
inputs = comp.FindAll("input");
inputs[0].Change(true);
boxes[0].Instance.Checked.Should().Be(true);
boxes[1].Instance.Checked.Should().Be(true);
inputs = comp.FindAll("input");
inputs[1].Change(false);
boxes[0].Instance.Checked.Should().Be(false);
boxes[1].Instance.Checked.Should().Be(false);
inputs = comp.FindAll("input");
inputs[1].Change(true);
boxes[0].Instance.Checked.Should().Be(true);
boxes[1].Instance.Checked.Should().Be(true);
}
public void TableMultiSelectionTest5()
{
using var ctx = new Bunit.TestContext();
ctx.Services.AddSingleton <NavigationManager>(new MockNavigationManager());
var comp = ctx.RenderComponent <TableMultiSelectionTest5>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var table = comp.FindComponent <MudTable <int> >().Instance;
var text = comp.FindComponent <MudText>();
var checkboxes = comp.FindComponents <MudCheckBox <bool> >().Select(x => x.Instance).ToArray();
table.SelectedItems.Count.Should().Be(4);
comp.Find("p").TextContent.Should().Be("SelectedItems { 0, 1, 2, 3 }");
checkboxes.Sum(x => x.Checked ? 1 : 0).Should().Be(3);
// uncheck a row then switch to page 2 and both checkboxes on page 2 should be checked
comp.InvokeAsync(() => checkboxes[1].Checked = false);
comp.WaitForState(() => checkboxes[1].Checked == false);
checkboxes.Sum(x => x.Checked ? 1 : 0).Should().Be(1);
// switch page
comp.InvokeAsync(() => table.CurrentPage = 1);
comp.WaitForState(() => table.CurrentPage == 1);
// now two checkboxes should be checked on page 2
checkboxes = comp.FindComponents <MudCheckBox <bool> >().Select(x => x.Instance).ToArray();
checkboxes.Sum(x => x.Checked ? 1 : 0).Should().Be(2);
}
public void TableMultiSelectionTest1()
{
// the selected items (check-box click or row click) should be in SelectedItems
// setup
using var ctx = new Bunit.TestContext();
var comp = ctx.RenderComponent <TableMultiSelectionTest1>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var table = comp.FindComponent <MudTable <int> >().Instance;
var text = comp.FindComponent <MudText>();
var tr = comp.FindAll("tr").ToArray();
tr.Length.Should().Be(3);
var td = comp.FindAll("td").ToArray();
td.Length.Should().Be(6); // two td per row for multi selection
var inputs = comp.FindAll("input").ToArray();
inputs.Length.Should().Be(3); // one checkbox per row
table.SelectedItems.Count.Should().Be(0); // selected items should be empty
// click checkboxes and verify selection text
inputs[0].Change(true);
table.SelectedItems.Count.Should().Be(1);
comp.Find("p").TextContent.Should().Be("SelectedItems { 0 }");
inputs = comp.FindAll("input").ToArray();
inputs[0].Change(false);
table.SelectedItems.Count.Should().Be(0);
comp.Find("p").TextContent.Should().Be("SelectedItems { }");
// row click
tr[1].Click();
comp.Find("p").TextContent.Should().Be("SelectedItems { 1 }");
}
public async Task SelectUnrepresentableValueTest2()
{
using var ctx = new Bunit.TestContext();
ctx.Services.AddSingleton <NavigationManager>(new MockNavigationManager());
var comp = ctx.RenderComponent <SelectUnrepresentableValueTest2>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var select = comp.FindComponent <MudSelect <int> >();
select.Instance.Value.Should().Be(17);
select.Instance.Text.Should().Be("17");
await Task.Delay(100);
// BUT: we have a select with Strict="true" so the Text will not be shown because it is not in the list of selectable values
comp.FindComponent <MudInput <string> >().Instance.Value.Should().Be(null);
comp.FindComponent <MudInput <string> >().Instance.InputType.Should().Be(InputType.Hidden);
var items = comp.FindAll("div.mud-list-item").ToArray();
items[1].Click();
select.Instance.Value.Should().Be(2);
select.Instance.Text.Should().Be("2");
comp.FindComponent <MudInput <string> >().Instance.Value.Should().Be("2");
comp.FindComponent <MudInput <string> >().Instance.InputType.Should().Be(InputType.Text); // because list item has no render fragment, so we show it as text
}
public async Task AutocompleteTest2()
{
using var ctx = new Bunit.TestContext();
ctx.Services.AddSingleton <NavigationManager>(new MockNavigationManager());
var comp = ctx.RenderComponent <AutocompleteTest2>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var select = comp.FindComponent <MudAutocomplete <string> >();
var menu = comp.Find("div.mud-popover");
var inputControl = comp.Find("div.mud-input-control");
// check initial state
menu.ClassList.Should().NotContain("mud-popover-open");
// click and check if it has toggled the menu
inputControl.Click();
await Task.Delay(100);
menu.ClassList.Should().NotContain("mud-popover-open");
// type 3 characters and check if it has toggled the menu
select.Instance.Text = "ala";
await Task.Delay(100);
menu.ClassList.Should().Contain("mud-popover-open");
// type 2 characters and check if it has toggled the menu
select.Instance.Text = "al";
await Task.Delay(100);
menu.ClassList.Should().NotContain("mud-popover-open");
}
public void Setup()
{
ctx = new Bunit.TestContext();
ctx.JSInterop.Mode = JSRuntimeMode.Loose;
ctx.Services.AddSingleton <NavigationManager>(new MockNavigationManager());
ctx.Services.AddSingleton <IDialogService>(new DialogService());
ctx.Services.AddSingleton <ISnackbar, SnackbarService>();
ctx.Services.AddSingleton <IResizeListenerService>(new MockResizeListenerService());
ctx.Services.AddSingleton <IResizeService>(new MockResizeService());
ctx.Services.AddSingleton <IBreakpointService>(new MockBreakpointService());
ctx.Services.AddTransient <IScrollManager, MockScrollManager>();
ctx.Services.AddTransient <IScrollListener, MockScrollListener>();
ctx.Services.AddTransient <IJsApiService, MockJsApiServices>();
ctx.Services.AddTransient <IResizeObserver, MockResizeObserver>();
ctx.Services.AddTransient <IScrollSpy, MockScrollSpy>();
ctx.Services.AddTransient <IEventListener, MockEventListener>();
ctx.Services.AddSingleton <IBrowserWindowSizeProvider>(new MockBrowserWindowSizeProvider());
ctx.Services.AddSingleton <IDocsNavigationService, DocsNavigationService>();
ctx.Services.AddSingleton <IMenuService, MenuService>();
ctx.Services.AddSingleton <IMudPopoverService, MockPopoverService>();
ctx.Services.AddTransient <IKeyInterceptor, MockKeyInterceptorService>();
ctx.Services.AddTransient <IJsEvent, MockJsEvent>();
ctx.Services.AddSingleton <IRenderQueueService, RenderQueueService>();
ctx.Services.AddScoped(sp => new HttpClient());
}
public async Task ShouldRespectDebounceIntervalPropertyInTextFieldTest()
{
//Arrange
using var ctx = new Bunit.TestContext();
var interval = Parameter(nameof(MudTextField <string> .DebounceInterval), 1000d);
var comp = ctx.RenderComponent <MudTextField <string> >(interval);
var textField = comp.Instance;
var input = comp.Find("input");
//Act
input.Input(new ChangeEventArgs()
{
Value = "Some Value"
});
//Assert
//if DebounceInterval is set, Immediate should be true by default
textField.Immediate.Should().BeTrue();
//input value has changed, but elapsed time is 0, so Value should not change in TextField
textField.Value.Should().BeNull();
//DebounceInterval is 1000 ms, so at 500 ms Value should not change in TextField
await Task.Delay(500);
textField.Value.Should().BeNull();
//More than 1000 ms had elapsed, so Value should be updated
await Task.Delay(550);
textField.Value.Should().Be("Some Value");
}
public void Setup()
{
ctx = new Bunit.TestContext();
ctx.JSInterop.Mode = JSRuntimeMode.Loose;
ctx.Services.AddSingleton <NavigationManager>(new MockNavigationManager());
ctx.Services.AddSingleton <IDialogService>(new DialogService());
ctx.Services.AddSingleton <ISnackbar, SnackbarService>();
ctx.Services.AddSingleton <IResizeListenerService>(new MockResizeListenerService());
ctx.Services.AddSingleton <IResizeService>(new MockResizeService());
ctx.Services.AddSingleton <IBreakpointService>(new MockBreakpointService());
ctx.Services.AddTransient <IScrollManager, MockScrollManager>();
ctx.Services.AddTransient <IScrollListener, MockScrollListener>();
ctx.Services.AddTransient <IJsApiService, MockJsApiServices>();
ctx.Services.AddTransient <IResizeObserver, MockResizeObserver>();
ctx.Services.AddSingleton <IBrowserWindowSizeProvider>(new MockBrowserWindowSizeProvider());
ctx.Services.AddTransient <IEventListener, EventListener>();
ctx.Services.AddTransient <IKeyInterceptor, MockKeyInterceptorService>();
ctx.Services.AddSingleton <IMudPopoverService, MockPopoverService>();
ctx.Services.AddSingleton <IRenderQueueService, RenderQueueService>();
ctx.Services.AddOptions();
ctx.Services.AddScoped(sp =>
new HttpClient(new MockDocsMessageHandler())
{
BaseAddress = new Uri("https://localhost/")
});
}
public async Task SelectWithEnumTest()
{
// Initial Text should be enums default value
// setup
using var ctx = new Bunit.TestContext();
ctx.Services.AddSingleton <NavigationManager>(new MockNavigationManager());
var comp = ctx.RenderComponent <SelectWithEnumTest>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var select = comp.FindComponent <MudSelect <MyEnum> >();
select.Instance.Value.Should().Be(default(MyEnum));
select.Instance.Text.Should().Be(default(MyEnum).ToString());
await Task.Delay(50);
comp.Find("div.mud-input-slot").TextContent.Trim().Should().Be("First");
comp.RenderCount.Should().Be(2);
//Console.WriteLine(comp.Markup);
var items = comp.FindAll("div.mud-list-item").ToArray();
items[1].Click();
comp.Find("div.mud-input-slot").TextContent.Trim().Should().Be("Second");
comp.RenderCount.Should().Be(3);
}
public void SelectTest1()
{
// Click should open the Menu and selecting a value should update the bindable value.
// setup
using var ctx = new Bunit.TestContext();
ctx.Services.AddSingleton <NavigationManager>(new MockNavigationManager());
var comp = ctx.RenderComponent <SelectTest1>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var select = comp.FindComponent <MudSelect <string> >();
var menu = comp.Find("div.mud-popover");
var input = comp.Find("div.mud-input-control");
// check initial state
select.Instance.Value.Should().BeNullOrEmpty();
menu.ClassList.Should().NotContain("mud-popover-open");
// click and check if it has toggled the menu
input.Click();
menu.ClassList.Should().Contain("mud-popover-open");
// now click an item and see the value change
var items = comp.FindAll("div.mud-list-item").ToArray();
items[1].Click();
// menu should be closed now
menu.ClassList.Should().NotContain("mud-popover-open");
select.Instance.Value.Should().Be("2");
// now we cheat and click the list without opening the menu ;)
items[0].Click();
select.Instance.Value.Should().Be("1");
}
public void TableMultiSelectionTest4()
{
//The checkboxes should all be checked on load, even the header checkbox.
// setup
using var ctx = new Bunit.TestContext();
var comp = ctx.RenderComponent <TableMultiSelectionTest4>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var table = comp.FindComponent <MudTable <int> >().Instance;
var text = comp.FindComponent <MudText>();
var checkboxes = comp.FindComponents <MudCheckBox <bool> >().Select(x => x.Instance).ToArray();
table.SelectedItems.Count.Should().Be(3);
comp.Find("p").TextContent.Should().Be("SelectedItems { 0, 1, 2 }");
checkboxes.Sum(x => x.Checked ? 1 : 0).Should().Be(4);
// uncheck only row 1 => header checkbox should be off then
comp.InvokeAsync(() => {
checkboxes[2].Checked = false;
});
comp.WaitForState(() => checkboxes[2].Checked == false);
checkboxes[0].Checked.Should().Be(false); // header checkbox should be off
table.SelectedItems.Count.Should().Be(2);
comp.Find("p").TextContent.Should().Be("SelectedItems { 0, 2 }");
checkboxes.Sum(x => x.Checked ? 1 : 0).Should().Be(2);
}
public void ReadOnlyRating_ShouldNotRenderInputs()
{
using var ctx = new Bunit.TestContext();
var comp = ctx.RenderComponent <MudRating>(Parameter("ReadOnly", true));
comp.FindAll("input").Should().BeEmpty();
}
public void TableMultiSelectionTest3()
{
// Initially the values bound to SelectedItems should be selected
// setup
using var ctx = new Bunit.TestContext();
var comp = ctx.RenderComponent <TableMultiSelectionTest3>();
// print the generated html
Console.WriteLine(comp.Markup);
// select elements needed for the test
var table = comp.FindComponent <MudTable <int> >().Instance;
var text = comp.FindComponent <MudText>();
var checkboxes = comp.FindComponents <MudCheckBox <bool> >().Select(x => x.Instance).ToArray();
table.SelectedItems.Count.Should().Be(1); // selected items should be empty
comp.Find("p").TextContent.Should().Be("SelectedItems { 1 }");
checkboxes.Sum(x => x.Checked ? 1 : 0).Should().Be(1);
checkboxes[0].Checked.Should().Be(false);
checkboxes[2].Checked.Should().Be(true);
// uncheck it
comp.InvokeAsync(() => {
checkboxes[2].Checked = false;
});
comp.WaitForState(() => checkboxes[2].Checked == false);
table.SelectedItems.Count.Should().Be(0);
comp.Find("p").TextContent.Should().Be("SelectedItems { }");
checkboxes.Sum(x => x.Checked ? 1 : 0).Should().Be(0);
}
public void TestRenderScript()
{
InitializeHttpContext();
InitializeSettings();
using var ctx = new Bunit.TestContext();
string renderMessage = "Info message";
InfoMessage(renderMessage);
var renderedComponent = ctx.RenderComponent <FeedbackMessageScript>();
// information message
var scriptElement = renderedComponent.Find("#fms");
Assert.AreEqual("script", scriptElement.TagName.ToLower());
Assert.AreEqual(0, scriptElement.ChildElementCount);
Assert.IsTrue(scriptElement.InnerHtml.Contains("function renderFeedbackMessage()"));
var attr = scriptElement.Attributes["data-fmscript"];
Assert.AreEqual("alert('Info message');", attr.Value);
ctx.JSInterop.VerifyInvoke("renderFeedbackMessage");
}
public void Setup()
{
ctx = new Bunit.TestContext();
ctx.Services.AddSingleton <NavigationManager>(new MockNavigationManager());
ctx.Services.AddSingleton <IDialogService>(new DialogService());
ctx.Services.AddSingleton <ISnackbar>(new MockSnackbar());
ctx.Services.AddSingleton <IResizeListenerService>(new MockResizeListenerService());
}
public void Init()
{
_testContext = new Bunit.TestContext();
var mock = new Mock <ILogger <AdvancedTimer> >();
_testContext.Services.Add(new ServiceDescriptor(typeof(ILogger <AdvancedTimer>), mock.Object));
}
public void DefaultValueTest()
{
using var ctx = new Bunit.TestContext();
ctx.Services.AddSingleton <NavigationManager>(new MockNavigationManager());
var comp = ctx.RenderComponent <MudToggleIconButton>();
comp.Instance.Toggled.Should().BeFalse();
}
public void Setup()
{
_eventListener = new MockEventListener();
ctx = new Bunit.TestContext();
ctx.AddTestServices();
ctx.Services.AddSingleton <IEventListener>(_eventListener);
}
public void Init()
{
_testContext = new Bunit.TestContext();
var mock = new Mock <ILogger <ToggleSwitch> >();
_testContext.Services.Add(new ServiceDescriptor(typeof(ILogger <ToggleSwitch>), mock.Object));
}
public static void Initialize()
{
var host = new Bunit.TestContext();
var component = host.RenderComponent <SurveyPrompt>();
var titleNode = component.Find("strong");
Assert.That(titleNode.TextContent, Is.EqualTo(string.Empty));
}
public void Init()
{
_testContext = new Bunit.TestContext();
var mock = new Mock <ILogger <LoadingElement> >();
_testContext.Services.Add(new ServiceDescriptor(typeof(ILogger <LoadingElement>), mock.Object));
}
public PrerenderTasks()
{
Context = new();
var config = new ConfigurationBuilder().AddJsonFile("appsettings.json").Build();
ClientDir = config[nameof(ClientDir)]
?? throw new Exception($"{nameof(ClientDir)} not defined in appsettings.json");
FileSystemVirtualFiles.RecreateDirectory(PrerenderDir);
}
public void Init()
{
_testContext = new Bunit.TestContext();
var logger = new Mock <ILogger <DebounceTextArea> >();
var logger2 = new Mock <ILogger <AdvancedTimer> >();
_testContext.Services.Add(new ServiceDescriptor(typeof(ILogger <DebounceTextArea>), logger.Object));
_testContext.Services.Add(new ServiceDescriptor(typeof(ILogger <AdvancedTimer>), logger2.Object));
}
public void MudHighlighterMarkupWithRegexTextTest()
{
using var ctx = new Bunit.TestContext();
var text = Parameter(nameof(MudHighlighter.Text), TEXT);
var highlightedText = Parameter(nameof(MudHighlighter.HighlightedText), "[");
var comp = ctx.RenderComponent <MudHighlighter>(text, highlightedText);
comp.MarkupMatches("This is the first item");
}
public void CreateComponent()
{
MockAccountService.Delay = 0;
_context = new TestContext();
_context.Services.AddSingleton <IAccountService, MockAccountService>();
_context.Services.AddScoped(typeof(ILogger <>), typeof(NullLogger <>));
_accountService = _context.Services.GetService <IAccountService>();
_renderedComponent = CreateSut(_context);
}
public void WhenPageLoads_ThenErrorNotVisible()
{
using var ctx = new Bunit.TestContext();
var cut = ctx.RenderComponent <VersionFinder>();
var markup = cut.Markup;
Assert.IsFalse(markup.Contains("The entered version was invalid. Please enter versions in the format {major}.{minor}.{patch} using only whole numbers and periods."));
}
