public static Outcome ToOutcome(this Some <Exception> ex) =>
ex.ExceptionIsInconclusive()
? Outcome.Inconclusive
: Outcome.Fail;
private static Pipe <R> RunStep <T, R>(this Pipe <T> pipe, Some <Title> title, Func <T, Task <R> > step) => RunStep(pipe, title, TaskFunctions.Run(step));
private static bool ExceptionIsInconclusive(this Some <Exception> ex) => ExceptionTypeNameIsInconclusive(ex.Value.GetType().Name);
private static bool ExceptionTypeNameIsInconclusive(this Some <string> exceptionTypeName) =>
string.Equals(exceptionTypeName, "InconclusiveException", StringComparison.InvariantCultureIgnoreCase) ||
string.Equals(exceptionTypeName, "AssertInconclusiveException", StringComparison.InvariantCultureIgnoreCase) ||
(exceptionTypeName.Value.StartsWith("Skippable") && exceptionTypeName.Value.EndsWith("Exception"));
public static StepOutcome ToStepOutcome(this Some <Title> title, Outcome outcome) => new StepOutcome(title.Value.Step, outcome, title.Value.Text);
private static Some <string> WithOutcomeDescribed(this Some <string> prefixedStep, Outcome outcome) =>
$"{prefixedStep.Value} [{outcome.ToOutcomeText()}]";
private static bool StartsWithIgnoreCase(this Some <string> text, Some <string> prefix) => text.Value.IndexOf(prefix.Value, StringComparison.InvariantCultureIgnoreCase) == 0;
