public void WhenAllTheCommandsAreUndone()
{
this.commandManager.UndoPreviousCommand();
LogAssert.AreEqual("MyProperty after undo #1", 100, this.testObject.MyProperty);
this.commandManager.UndoPreviousCommand();
}
public void ThenTheSOAP11ServiceResponseIsAsExpected()
{
// Remove cross-platform differences
var expected = this.expectedResponse.Replace("\r\n", "\n");
var actual = this.actualResponse.Replace("\r\n", "\n");
LogAssert.AreEqual("Response", expected, actual);
}
public void WhenASeriesOfCommandsAreExecuted()
{
this.commandManager.ExecuteSetPropertyCommand(this.testObject, p => p.MyProperty, 100);
LogAssert.AreEqual("MyProperty after set property command", 100, this.testObject.MyProperty);
this.commandManager.ExecuteSetPropertyCommand(this.testObject, p => p.MyProperty, 200);
LogAssert.AreEqual("MyProperty after set property command", 200, this.testObject.MyProperty);
}
private void AssertInitialState(MyAsyncDisposable disposable)
{
LogAssert.IsFalse("IsDisposed", disposable.IsDisposed);
LogAssert.AreEqual("OnDisposing Call Position", 0, disposable.OnDisposingCallPosition);
LogAssert.AreEqual("DisposeManagedResources Call Position", 0, disposable.DisposeManagedResourcesCallPosition);
LogAssert.AreEqual("DisposeUnmanagedResources Call Position", 0, disposable.DisposeUnmanagedResourcesCallPosition);
LogAssert.AreEqual("SetResourcesToNull Call Position", 0, disposable.SetResourcesToNullCallPosition);
LogAssert.AreEqual("OnDisposed Call Position", 0, disposable.OnDisposedCallPosition);
LogAssert.AreEqual("DisposeManagedResourcesAsync Call Position", 0, disposable.DisposeManagedResourcesAsyncCallPosition);
LogAssert.AreEqual("DisposeUnmanagedResourcesAsync Call Position", 0, disposable.DisposeUnmanagedResourcesAsyncCallPosition);
}
public void WhenInitialisationIsPerformed()
{
const CipherSuiteName cipherSuiteName = CipherSuiteName.Ristretto255_SHA512;
PrimeOrderGroupFactory pogFactory = new();
HashFunctionFactory hfFactory = new();
CipherSuite cipherSuite = new CipherSuite(cipherSuiteName, ProtocolMode.Base, pogFactory, hfFactory);
SodiumLibrary.InitialiseCryptography();
LogAssert.AreEqual("Sodium library version", "1.0.18", SodiumLibrary.GetSodiumLibraryVersion());
BaseModeClientContext clientContext = new(cipherSuite);
BaseModeServerContext serverContext = new(cipherSuite);
}
public async Task ShouldPerformLifecycleOfOverridableAsyncDisposeMethods()
{
// ARRANGE
var disposable = new MyAsyncDisposable(base.Logger);
AssertInitialState(disposable);
// ACT
await disposable.DisposeAsync().ConfigureAwait(false);
// ASSERT
// Assert lifecycle of Async Dispose methods were invoked
LogAssert.IsTrue("IsDisposed", disposable.IsDisposed);
LogAssert.AreEqual("OnDisposing Call Position", 1, disposable.OnDisposingCallPosition);
LogAssert.AreEqual("DisposeManagedResourcesAsync Call Position", 2, disposable.DisposeManagedResourcesAsyncCallPosition);
LogAssert.AreEqual("DisposeUnmanagedResourcesAsync Call Position", 3, disposable.DisposeUnmanagedResourcesAsyncCallPosition);
LogAssert.AreEqual("SetResourcesToNull Call Position", 4, disposable.SetResourcesToNullCallPosition);
LogAssert.AreEqual("OnDisposed Call Position", 5, disposable.OnDisposedCallPosition);
// Assert the normal Dispose methods were NOT invoked
LogAssert.AreEqual("DisposeManagedResources Call Position", 0, disposable.DisposeManagedResourcesCallPosition);
LogAssert.AreEqual("DisposeUnmanagedResources Call Position", 0, disposable.DisposeUnmanagedResourcesCallPosition);
}
public void ShouldPerformLifecycleOfOverridableDisposeMethods()
{
// ARRANGE
var disposable = new MyAsyncDisposable(base.Logger);
AssertInitialState(disposable);
// ACT
disposable.Dispose();
// ASSERT
// Assert lifecycle of Dispose methods were invoked
LogAssert.IsTrue("IsDisposed", disposable.IsDisposed);
LogAssert.AreEqual("OnDisposing Call Position", 1, disposable.OnDisposingCallPosition);
LogAssert.AreEqual("DisposeManagedResources Call Position", 2, disposable.DisposeManagedResourcesCallPosition);
LogAssert.AreEqual("DisposeUnmanagedResources Call Position", 3, disposable.DisposeUnmanagedResourcesCallPosition);
LogAssert.AreEqual("SetResourcesToNull Call Position", 4, disposable.SetResourcesToNullCallPosition);
LogAssert.AreEqual("OnDisposed Call Position", 5, disposable.OnDisposedCallPosition);
// Assert async methods were NOT invoked
LogAssert.AreEqual("DisposeManagedResourcesAsync Call Position", 0, disposable.DisposeManagedResourcesAsyncCallPosition);
LogAssert.AreEqual("DisposeUnmanagedResourcesAsync Call Position", 0, disposable.DisposeUnmanagedResourcesAsyncCallPosition);
}
public void ShouldPerformLifecycleOfOverridableMethods()
{
// ARRANGE
var disposable = new MyDisposable(base.Logger);
LogAssert.IsFalse("IsDisposed", disposable.IsDisposed);
LogAssert.AreEqual("OnDisposing Call Position", 0, disposable.OnDisposingCallPosition);
LogAssert.AreEqual("DisposeManagedResources Call Position", 0, disposable.DisposeManagedResourcesCallPosition);
LogAssert.AreEqual("DisposeUnmanagedResources Call Position", 0, disposable.DisposeUnmanagedResourcesCallPosition);
LogAssert.AreEqual("SetResourcesToNull Call Position", 0, disposable.SetResourcesToNullCallPosition);
LogAssert.AreEqual("OnDisposed Call Position", 0, disposable.OnDisposedCallPosition);
// ACT
disposable.Dispose();
// ASSERT
LogAssert.IsTrue("IsDisposed", disposable.IsDisposed);
LogAssert.AreEqual("OnDisposing Call Position", 1, disposable.OnDisposingCallPosition);
LogAssert.AreEqual("DisposeManagedResources Call Position", 2, disposable.DisposeManagedResourcesCallPosition);
LogAssert.AreEqual("DisposeUnmanagedResources Call Position", 3, disposable.DisposeUnmanagedResourcesCallPosition);
LogAssert.AreEqual("SetResourcesToNull Call Position", 4, disposable.SetResourcesToNullCallPosition);
LogAssert.AreEqual("OnDisposed Call Position", 5, disposable.OnDisposedCallPosition);
}
public void ThenTheResultHasTheNamedPlaceholdersCorrectlyReplaced()
{
LogAssert.AreEqual("Expected text", this.expectedFormattedText, this.actualFormattedText);
}
public void ThenTheOutputIntegerIsCorrect()
=> LogAssert.AreEqual("Output Integer from OS2IP", _expectedInt, _actualInt);
public void ThenTheGeneratedByteArrayIsOfTheLengthForAGroupElement()
=> LogAssert.AreEqual("Byte array has expected length", _expectedLength, _actualBytes.Length);
public void ThenTheInitialStateIsRestored()
{
LogAssert.AreEqual("MyProperty after undo #2", 1, this.testObject.MyProperty);
}
public void ThenTheObjectIsSerialisedCorrectly()
{
LogAssert.AreEqual("XML", this.expectedXml, this.actualXml);
}
