Fixes #3930 - Splits tests to Tests/UnitTests, Tests/IntegrationTests, Tests/StressTests (#3954)

* Tons of API doc updates * Removed stale test * Removed stale tests * Fixed Skipped Shadow test 1 * Fixed Skipped Shadow test 2 * Fixed Skipped Shadow test 3 * Removed stale test * Removed stale test2 * Explicit unregister of event handler on Application.Driver!.ClearedContents * Added Toplevels to dict * code cleanup * spelling error * Removed stale test3 * Removed stale test4 * Removed stale test5 * added script * tweaked script * tweaked script * Created StressTests project; moved some tests * Created IntegrationTests project; moved some tests * New yml * made old yml just unit tests * Tweaked Button_IsDefault_Raises_Accepted_Correctly * tweaked script * cleaned up ymls * tweakled up ymls * stress tests... * stress tests on ubuntu only * Fixed WindowsDriver in InvokeLeakTest * Fixed WindowsDriver in InvokeLeakTest2 * Added Directory.Packages.props. Added Directory.Build.props * Shortened StressTest time * Removed dupe file. * DemoFiles * Moved all tests to ./Tests dir. * Fixed release build issue * Fixed .sln file * Fixed .sl* files * Fixing ymls * Fixing interation tests * Create link to the file TestHelpers. * Created Tests/UnitTestsParallelizable. Moved all obviously parallelizable tests. Updated yml. * fixing logs * fixing logs2 * fixing logs3 * don't require stress to pass for PRs * Fix a failure? * tweaked script * Coudl this be it? * Moved tons of tests to parallelizable * Fixed some stuff * Script to find duplicate tests * Testing workflows * Updated to v4 * Fix RelativeBasePath issue * Replace powershell to pwsh * Add ignore projects. * Removed dupe unit tests * Code cleanup of tests * Cleaned up test warnings * yml tweak * Moved setter * tweak ymls * just randomly throwing spaghetti at a wall * Enable runing 5 test runners in par * Turned off DEBUG_DISPOSABLE for par tests * RunningUnitTests=true * code cleanup (forcing more Action runs) * DISABLE_DEBUG_IDISPOSABLE * Added View.DebugIDisposable. False by default. * Remobed bogus tareet * Remobed bogus tareet2 * fixed warning * added api doc * fixed warning * fixed warning * fixed warning2 * fixed warning3 * fixed warning4 --------- Co-authored-by: BDisp <bd.bdisp@gmail.com>
2025-12-26 15:57:56 +01:00 · 2025-03-05 23:44:27 -07:00
parent 64b216b1e8
commit b0f32811eb
303 changed files with 11531 additions and 11883 deletions
--- a/Tests/UnitTests/ConsoleDrivers/KeyCodeTests.cs
+++ b/Tests/UnitTests/ConsoleDrivers/KeyCodeTests.cs
@@ -0,0 +1,212 @@
+using Xunit.Abstractions;
+
+namespace Terminal.Gui.DriverTests;
+
+public class KeyCodeTests
+{
+    private readonly ITestOutputHelper _output;
+    public KeyCodeTests (ITestOutputHelper output) { _output = output; }
+
+    [Fact]
+    public void Key_Enum_Ambiguity_Check ()
+    {
+        KeyCode key = KeyCode.Y | KeyCode.CtrlMask;
+
+        // This will not be well compared.
+        Assert.True (key.HasFlag (KeyCode.Q | KeyCode.CtrlMask));
+        Assert.True ((key & (KeyCode.Q | KeyCode.CtrlMask)) != 0);
+        Assert.Equal (KeyCode.Y | KeyCode.CtrlMask, key);
+        Assert.Equal ("Y, CtrlMask", key.ToString ());
+
+        // This will be well compared, because the Key.CtrlMask have a high value.
+        Assert.False (key == Application.QuitKey);
+
+        switch (key)
+        {
+            case KeyCode.Q | KeyCode.CtrlMask:
+                // Never goes here.
+                break;
+            case KeyCode.Y | KeyCode.CtrlMask:
+                Assert.True (key == (KeyCode.Y | KeyCode.CtrlMask));
+
+                break;
+        }
+    }
+
+    [Fact]
+    public void Key_ToString ()
+    {
+        KeyCode k = KeyCode.Y | KeyCode.CtrlMask;
+        Assert.Equal ("Y, CtrlMask", k.ToString ());
+
+        k = KeyCode.CtrlMask | KeyCode.Y;
+        Assert.Equal ("Y, CtrlMask", k.ToString ());
+
+        k = KeyCode.Space;
+        Assert.Equal ("Space", k.ToString ());
+
+        k = KeyCode.D;
+        Assert.Equal ("D", k.ToString ());
+
+        k = (KeyCode)'d';
+        Assert.Equal ("d", ((char)k).ToString ());
+
+        k = KeyCode.D;
+        Assert.Equal ("D", k.ToString ());
+
+        // In a console this will always returns Key.D
+        k = KeyCode.D | KeyCode.ShiftMask;
+        Assert.Equal ("D, ShiftMask", k.ToString ());
+    }
+
+    [Fact]
+    public void KeyEnum_ShouldHaveCorrectValues ()
+    {
+        Assert.Equal (0, (int)KeyCode.Null);
+        Assert.Equal (8, (int)KeyCode.Backspace);
+        Assert.Equal (9, (int)KeyCode.Tab);
+
+        // Continue for other keys...
+    }
+
+    [Fact]
+    public void SimpleEnum_And_FlagedEnum ()
+    {
+        SimpleEnum simple = SimpleEnum.Three | SimpleEnum.Five;
+
+        // Nothing will not be well compared here.
+        Assert.True (simple.HasFlag (SimpleEnum.Zero | SimpleEnum.Five));
+        Assert.True (simple.HasFlag (SimpleEnum.One | SimpleEnum.Five));
+        Assert.True (simple.HasFlag (SimpleEnum.Two | SimpleEnum.Five));
+        Assert.True (simple.HasFlag (SimpleEnum.Three | SimpleEnum.Five));
+        Assert.True (simple.HasFlag (SimpleEnum.Four | SimpleEnum.Five));
+        Assert.True ((simple & (SimpleEnum.Zero | SimpleEnum.Five)) != 0);
+        Assert.True ((simple & (SimpleEnum.One | SimpleEnum.Five)) != 0);
+        Assert.True ((simple & (SimpleEnum.Two | SimpleEnum.Five)) != 0);
+        Assert.True ((simple & (SimpleEnum.Three | SimpleEnum.Five)) != 0);
+        Assert.True ((simple & (SimpleEnum.Four | SimpleEnum.Five)) != 0);
+        Assert.Equal (7, (int)simple); // As it is not flagged only shows as number.
+        Assert.Equal ("7", simple.ToString ());
+        Assert.False (simple == (SimpleEnum.Zero | SimpleEnum.Five));
+        Assert.False (simple == (SimpleEnum.One | SimpleEnum.Five));
+        Assert.True (simple == (SimpleEnum.Two | SimpleEnum.Five));
+        Assert.True (simple == (SimpleEnum.Three | SimpleEnum.Five));
+        Assert.False (simple == (SimpleEnum.Four | SimpleEnum.Five));
+
+        FlaggedEnum flagged = FlaggedEnum.Three | FlaggedEnum.Five;
+
+        // Nothing will not be well compared here.
+        Assert.True (flagged.HasFlag (FlaggedEnum.Zero | FlaggedEnum.Five));
+        Assert.True (flagged.HasFlag (FlaggedEnum.One | FlaggedEnum.Five));
+        Assert.True (flagged.HasFlag (FlaggedEnum.Two | FlaggedEnum.Five));
+        Assert.True (flagged.HasFlag (FlaggedEnum.Three | FlaggedEnum.Five));
+        Assert.True (flagged.HasFlag (FlaggedEnum.Four | FlaggedEnum.Five));
+        Assert.True ((flagged & (FlaggedEnum.Zero | FlaggedEnum.Five)) != 0);
+        Assert.True ((flagged & (FlaggedEnum.One | FlaggedEnum.Five)) != 0);
+        Assert.True ((flagged & (FlaggedEnum.Two | FlaggedEnum.Five)) != 0);
+        Assert.True ((flagged & (FlaggedEnum.Three | FlaggedEnum.Five)) != 0);
+        Assert.True ((flagged & (FlaggedEnum.Four | FlaggedEnum.Five)) != 0);
+        Assert.Equal (FlaggedEnum.Two | FlaggedEnum.Five, flagged); // As it is flagged shows as bitwise.
+        Assert.Equal ("Two, Five", flagged.ToString ());
+        Assert.False (flagged == (FlaggedEnum.Zero | FlaggedEnum.Five));
+        Assert.False (flagged == (FlaggedEnum.One | FlaggedEnum.Five));
+        Assert.True (flagged == (FlaggedEnum.Two | FlaggedEnum.Five));
+        Assert.True (flagged == (FlaggedEnum.Three | FlaggedEnum.Five));
+        Assert.False (flagged == (FlaggedEnum.Four | FlaggedEnum.Five));
+    }
+
+    [Fact]
+    public void SimpleHighValueEnum_And_FlaggedHighValueEnum ()
+    {
+        SimpleHighValueEnum simple = SimpleHighValueEnum.Three | SimpleHighValueEnum.Last;
+
+        // This will not be well compared.
+        Assert.True (simple.HasFlag (SimpleHighValueEnum.Zero | SimpleHighValueEnum.Last));
+        Assert.True (simple.HasFlag (SimpleHighValueEnum.One | SimpleHighValueEnum.Last));
+        Assert.True (simple.HasFlag (SimpleHighValueEnum.Two | SimpleHighValueEnum.Last));
+        Assert.True (simple.HasFlag (SimpleHighValueEnum.Three | SimpleHighValueEnum.Last));
+        Assert.False (simple.HasFlag (SimpleHighValueEnum.Four | SimpleHighValueEnum.Last));
+        Assert.True ((simple & (SimpleHighValueEnum.Zero | SimpleHighValueEnum.Last)) != 0);
+        Assert.True ((simple & (SimpleHighValueEnum.One | SimpleHighValueEnum.Last)) != 0);
+        Assert.True ((simple & (SimpleHighValueEnum.Two | SimpleHighValueEnum.Last)) != 0);
+        Assert.True ((simple & (SimpleHighValueEnum.Three | SimpleHighValueEnum.Last)) != 0);
+        Assert.True ((simple & (SimpleHighValueEnum.Four | SimpleHighValueEnum.Last)) != 0);
+
+        // This will be well compared, because the SimpleHighValueEnum.Last have a high value.
+        Assert.Equal (1073741827, (int)simple); // As it is not flagged only shows as number.
+        Assert.Equal ("1073741827", simple.ToString ()); // As it is not flagged only shows as number.
+        Assert.False (simple == (SimpleHighValueEnum.Zero | SimpleHighValueEnum.Last));
+        Assert.False (simple == (SimpleHighValueEnum.One | SimpleHighValueEnum.Last));
+        Assert.False (simple == (SimpleHighValueEnum.Two | SimpleHighValueEnum.Last));
+        Assert.True (simple == (SimpleHighValueEnum.Three | SimpleHighValueEnum.Last));
+        Assert.False (simple == (SimpleHighValueEnum.Four | SimpleHighValueEnum.Last));
+
+        FlaggedHighValueEnum flagged = FlaggedHighValueEnum.Three | FlaggedHighValueEnum.Last;
+
+        // This will not be well compared.
+        Assert.True (flagged.HasFlag (FlaggedHighValueEnum.Zero | FlaggedHighValueEnum.Last));
+        Assert.True (flagged.HasFlag (FlaggedHighValueEnum.One | FlaggedHighValueEnum.Last));
+        Assert.True (flagged.HasFlag (FlaggedHighValueEnum.Two | FlaggedHighValueEnum.Last));
+        Assert.True (flagged.HasFlag (FlaggedHighValueEnum.Three | FlaggedHighValueEnum.Last));
+        Assert.False (flagged.HasFlag (FlaggedHighValueEnum.Four | FlaggedHighValueEnum.Last));
+        Assert.True ((flagged & (FlaggedHighValueEnum.Zero | FlaggedHighValueEnum.Last)) != 0);
+        Assert.True ((flagged & (FlaggedHighValueEnum.One | FlaggedHighValueEnum.Last)) != 0);
+        Assert.True ((flagged & (FlaggedHighValueEnum.Two | FlaggedHighValueEnum.Last)) != 0);
+        Assert.True ((flagged & (FlaggedHighValueEnum.Three | FlaggedHighValueEnum.Last)) != 0);
+        Assert.True ((flagged & (FlaggedHighValueEnum.Four | FlaggedHighValueEnum.Last)) != 0);
+
+        // This will be well compared, because the SimpleHighValueEnum.Last have a high value.
+        Assert.Equal (
+                      FlaggedHighValueEnum.Three | FlaggedHighValueEnum.Last,
+                      flagged
+                     ); // As it is flagged shows as bitwise.
+        Assert.Equal ("Three, Last", flagged.ToString ()); // As it is flagged shows as bitwise.
+        Assert.False (flagged == (FlaggedHighValueEnum.Zero | FlaggedHighValueEnum.Last));
+        Assert.False (flagged == (FlaggedHighValueEnum.One | FlaggedHighValueEnum.Last));
+        Assert.False (flagged == (FlaggedHighValueEnum.Two | FlaggedHighValueEnum.Last));
+        Assert.True (flagged == (FlaggedHighValueEnum.Three | FlaggedHighValueEnum.Last));
+        Assert.False (flagged == (FlaggedHighValueEnum.Four | FlaggedHighValueEnum.Last));
+    }
+
+    [Flags]
+    private enum FlaggedEnum
+    {
+        Zero,
+        One,
+        Two,
+        Three,
+        Four,
+        Five
+    }
+
+    [Flags]
+    private enum FlaggedHighValueEnum
+    {
+        Zero,
+        One,
+        Two,
+        Three,
+        Four,
+        Last = 0x40000000
+    }
+
+    private enum SimpleEnum
+    {
+        Zero,
+        One,
+        Two,
+        Three,
+        Four,
+        Five
+    }
+
+    private enum SimpleHighValueEnum
+    {
+        Zero,
+        One,
+        Two,
+        Three,
+        Four,
+        Last = 0x40000000
+    }
+}