public void ReportFailure(string message, Exception exception)
{
string completeMessage = $"Unexpected {message}";
completeMessage = VerificationUtils.AppendExceptionToFailureMessage(completeMessage, exception);
string stackTrace = VerificationUtils.BuildStackTraceForAggregateAssertion();
AtataContext context = AtataContext.Current;
context.AssertionResults.Add(AssertionResult.ForWarning(completeMessage, stackTrace));
context.Log.Warn(completeMessage);
context.WarningReportStrategy.Report(completeMessage, stackTrace);
}
public static TOwner HaveChecked <TData, TOwner>(this IFieldVerificationProvider <TData, CheckBoxList <TData, TOwner>, TOwner> should, TData value)
where TOwner : PageObject <TOwner>
{
should.CheckNotNull(nameof(should));
IEnumerable <TData> expectedIndividualValues = should.Component.GetIndividualValues(value);
string expectedIndividualValuesAsString = should.Component.ConvertIndividualValuesToString(expectedIndividualValues, true);
string expectedMessage = new StringBuilder().
Append("have checked").
AppendIf(expectedIndividualValues.Count() > 1, ":").
Append($" {expectedIndividualValuesAsString}").ToString();
AtataContext.Current.Log.Start(new VerificationLogSection(should.Component, $"{should.GetShouldText()} {expectedMessage}"));
IEnumerable <TData> actualIndividualValues = null;
Exception exception = null;
bool doesSatisfy = AtataContext.Current.Driver.Try().Until(
_ =>
{
try
{
actualIndividualValues = should.Component.GetIndividualValues(should.Component.Get());
int intersectionsCount = expectedIndividualValues.Intersect(actualIndividualValues).Count();
bool result = should.IsNegation ? intersectionsCount == 0 : intersectionsCount == expectedIndividualValues.Count();
exception = null;
return(result);
}
catch (Exception e)
{
exception = e;
return(false);
}
},
should.GetRetryOptions());
if (!doesSatisfy)
{
throw VerificationUtils.CreateAssertionException(
should,
expectedMessage,
should.Component.ConvertIndividualValuesToString(actualIndividualValues, true),
exception);
}
AtataContext.Current.Log.EndSection();
return(should.Owner);
}
public static TOwner ExistSoft <TComponent, TOwner>(this IUIComponentVerificationProvider <TComponent, TOwner> should)
where TComponent : UIComponent <TOwner>
where TOwner : PageObject <TOwner>
{
should.CheckNotNull(nameof(should));
string expectedMessage = "exist";
AtataContext.Current.Log.Start(new VerificationLogSection(should.Component, $"{should.GetShouldText()} {expectedMessage}"));
SearchOptions searchOptions = new SearchOptions
{
IsSafely = false,
Timeout = should.Timeout ?? AtataContext.Current.VerificationTimeout,
RetryInterval = should.RetryInterval ?? AtataContext.Current.VerificationRetryInterval
};
try
{
StaleSafely.Execute(
options =>
{
if (should.IsNegation)
{
should.Component.Missing(options);
}
else
{
should.Component.Exists(options);
}
},
searchOptions);
}
catch (Exception exception)
{
AtataContext.Current.Log.Info("NOT Exists!");
StringBuilder messageBuilder = new StringBuilder().
Append($"Invalid {should.Component.ComponentFullName} presence.").
AppendLine().
Append($"Expected: {should.GetShouldText()} {expectedMessage}");
Exception ex = VerificationUtils.CreateAssertionException(messageBuilder.ToString(), exception);
ExceptionResults.AddExecptionMessage(ex.Message);
}
AtataContext.Current.Log.Info("component styles: " + should.Component.Content);
AtataContext.Current.Log.EndSection();
return(should.Owner);
}
public static TOwner Satisfy <TData, TOwner>(this IDataVerificationProvider <IEnumerable <IDataProvider <TData, TOwner> >, TOwner> should, Predicate <IEnumerable <TData> > predicate, string message, params TData[] args)
where TOwner : PageObject <TOwner>
{
should.CheckNotNull(nameof(should));
predicate.CheckNotNull(nameof(predicate));
string expectedMessage = (args != null && args.Any())
? message?.FormatWith(VerificationUtils.ToString(args))
: message;
string verificationConstraintMessage = $"{should.GetShouldText()} {expectedMessage}";
AtataContext.Current.Log.Start(new VerificationLogSection(should.VerificationKind, should.DataProvider.Component, should.DataProvider.ProviderName, verificationConstraintMessage));
IEnumerable <TData> actual = null;
Exception exception = null;
bool doesSatisfy = AtataContext.Current.Driver.Try().Until(
_ =>
{
try
{
actual = should.DataProvider.Value?.Select(x => x.Value).ToArray();
bool result = predicate(actual) != should.IsNegation;
exception = null;
return(result);
}
catch (Exception e)
{
exception = e;
return(false);
}
},
should.GetRetryOptions());
if (!doesSatisfy)
{
string actualMessage = exception == null?VerificationUtils.ToString(actual) : null;
string failureMessage = VerificationUtils.BuildFailureMessage(should, expectedMessage, actualMessage);
should.ReportFailure(failureMessage, exception);
}
AtataContext.Current.Log.EndSection();
return(should.Owner);
}
/// <summary>
/// Verifies that collection satisfies the specified predicate.
/// </summary>
/// <typeparam name="TData">The type of the data.</typeparam>
/// <typeparam name="TOwner">The type of the owner.</typeparam>
/// <param name="should">The verification provider.</param>
/// <param name="predicate">The predicate.</param>
/// <param name="message">The message that should sound in a way of "{Something} should {message}".</param>
/// <param name="args">The message arguments.</param>
/// <returns>The owner instance.</returns>
public static TOwner Satisfy <TData, TOwner>(
this IDataVerificationProvider <IEnumerable <IObjectProvider <TData> >, TOwner> should,
Predicate <IEnumerable <TData> > predicate,
string message,
params TData[] args)
{
should.CheckNotNull(nameof(should));
predicate.CheckNotNull(nameof(predicate));
string expectedMessage = (args != null && args.Any())
? message?.FormatWith(Stringifier.ToString(args))
: message;
void ExecuteVerification()
{
IEnumerable <TData> actual = null;
Exception exception = null;
bool doesSatisfy = VerificationUtils.ExecuteUntil(
() =>
{
try
{
actual = should.DataProvider.Value?.Select(x => x.Value).ToArray();
bool result = predicate(actual) != should.IsNegation;
exception = null;
return(result);
}
catch (Exception e)
{
exception = e;
return(false);
}
},
should.GetRetryOptions());
if (!doesSatisfy)
{
string actualMessage = exception == null?Stringifier.ToString(actual) : null;
string failureMessage = VerificationUtils.BuildFailureMessage(should, expectedMessage, actualMessage);
should.ReportFailure(failureMessage, exception);
}
}
return(VerificationUtils.Verify(should, ExecuteVerification, expectedMessage));
}
public static TOwner Satisfy <TData, TOwner>(this IDataVerificationProvider <TData, TOwner> should, Predicate <TData> predicate, string message, params TData[] args)
where TOwner : PageObject <TOwner>
{
should.CheckNotNull(nameof(should));
predicate.CheckNotNull(nameof(predicate));
string verificationConstraintMessage = VerificationUtils.BuildConstraintMessage(should, message, args);
AtataContext.Current.Log.ExecuteSection(
new VerificationLogSection(should.VerificationKind, should.DataProvider.Component, should.DataProvider.ProviderName, verificationConstraintMessage),
() =>
{
TData actual = default;
Exception exception = null;
bool doesSatisfy = AtataContext.Current.Driver.Try().Until(
_ =>
{
try
{
actual = should.DataProvider.Value;
bool result = predicate(actual) != should.IsNegation;
exception = null;
return(result);
}
catch (Exception e)
{
exception = e;
return(false);
}
},
should.GetRetryOptions());
if (!doesSatisfy)
{
string expectedMessage = VerificationUtils.BuildExpectedMessage(message, args?.Cast <object>().ToArray());
string actualMessage = exception == null ? Stringifier.ToString(actual) : null;
string failureMessage = VerificationUtils.BuildFailureMessage(should, expectedMessage, actualMessage);
should.ReportFailure(failureMessage, exception);
}
});
return(should.Owner);
}
public TOwner Throw()
{
string expectedMessage = $"throw exception";
void ExecuteVerification()
{
Exception exception = null;
bool doesSatisfy = VerificationUtils.ExecuteUntil(
() =>
{
try
{
var actual = DataProvider.Value;
if (actual is Action actualAsAction)
{
actualAsAction.Invoke();
}
exception = null;
return(true);
}
catch (Exception e)
{
exception = e;
return(false);
}
},
GetRetryOptions());
if (!doesSatisfy)
{
string actualMessage = exception.ToString();
string failureMessage = VerificationUtils.BuildFailureMessage(this, expectedMessage, actualMessage);
ReportFailure(failureMessage, null);
}
}
return(VerificationUtils.Verify(this, ExecuteVerification, expectedMessage));
}
public static TOwner Satisfy <TData, TOwner>(this IDataVerificationProvider <TData, TOwner> should, Predicate <TData> predicate, string message, params TData[] args)
where TOwner : PageObject <TOwner>
{
should.CheckNotNull(nameof(should));
predicate.CheckNotNull(nameof(predicate));
string verificationConstraintMessage = VerificationUtils.BuildConstraintMessage(should, message, args);
AtataContext.Current.Log.Start(new VerificationLogSection(should.DataProvider.Component, should.DataProvider.ProviderName, verificationConstraintMessage));
TData actual = default(TData);
Exception exception = null;
bool doesSatisfy = AtataContext.Current.Driver.Try().Until(
_ =>
{
try
{
actual = should.DataProvider.Value;
bool result = predicate(actual) != should.IsNegation;
exception = null;
return(result);
}
catch (Exception e)
{
exception = e;
return(false);
}
},
should.GetRetryOptions());
if (!doesSatisfy)
{
string expectedMessage = VerificationUtils.BuildExpectedMessage(message, args?.Cast <object>().ToArray());
throw VerificationUtils.CreateAssertionException(should, expectedMessage, VerificationUtils.ToString(actual), exception);
}
AtataContext.Current.Log.EndSection();
return(should.Owner);
}
public void ReportFailure(string message, Exception exception)
{
string completeMessage = $"Wrong {message}";
string completeMessageWithException = VerificationUtils.AppendExceptionToFailureMessage(completeMessage, exception);
string stackTrace = VerificationUtils.BuildStackTraceForAggregateAssertion();
AtataContext context = AtataContext.Current;
context.AssertionResults.Add(AssertionResult.ForFailure(completeMessageWithException, stackTrace));
if (context.AggregateAssertionLevel == 0)
{
throw VerificationUtils.CreateAssertionException(completeMessage, exception);
}
else
{
context.Log.Error(completeMessage);
context.AggregateAssertionStrategy.ReportFailure(completeMessageWithException, stackTrace);
}
}
public void ReportFailure(string message, Exception exception)
{
string completeMessage = $"Unexpected {message}";
string completeMessageWithException = VerificationUtils.AppendExceptionToFailureMessage(completeMessage, exception);
string stackTrace = VerificationUtils.BuildStackTraceForAggregateAssertion();
AtataContext context = AtataContext.Current;
if (context != null)
{
context.AssertionResults.Add(AssertionResult.ForWarning(completeMessageWithException, stackTrace));
context.Log.Warn(completeMessageWithException);
context.WarningReportStrategy.Report(completeMessageWithException, stackTrace);
}
else
{
throw new InvalidOperationException(
$"Cannot report warning to {nameof(AtataContext)}.{nameof(AtataContext.Current)} as current context is null.",
VerificationUtils.CreateAssertionException(completeMessage, exception));
}
}
public static TOwner ContainHavingContent <TControl, TOwner>(this IDataVerificationProvider <IEnumerable <TControl>, TOwner> should, TermMatch match, params string[] expected)
where TControl : Control <TOwner>
where TOwner : PageObject <TOwner>
{
expected.CheckNotNullOrEmpty(nameof(expected));
return(should.Satisfy(
actual =>
{
if (actual == null)
{
return false;
}
var actualValues = actual.Select(x => x.Content.Value).ToArray();
return should.IsNegation
? expected.Any(expectedValue => actualValues.Any(actualValue => match.IsMatch(actualValue, expectedValue)))
: expected.All(expectedValue => actualValues.Any(actualValue => match.IsMatch(actualValue, expectedValue)));
},
$"contain having content that {match.ToString(TermCase.MidSentence)} {VerificationUtils.ToString(expected)}"));
}
public static TOwner Contain <TOwner>(this IDataVerificationProvider <IEnumerable <IDataProvider <string, TOwner> >, TOwner> should, TermMatch match, params string[] expected)
where TOwner : PageObject <TOwner>
{
expected.CheckNotNullOrEmpty(nameof(expected));
return(should.Satisfy(
actual => actual != null && should.IsNegation
? expected.Any(expectedValue => actual.Any(actualValue => match.IsMatch(actualValue, expectedValue)))
: expected.All(expectedValue => actual.Any(actualValue => match.IsMatch(actualValue, expectedValue))),
$"contain having value that {match.ToString(TermCase.MidSentence)} {VerificationUtils.ToString(expected)}"));
}
