private static void RegenerateTestClass(Exercise exercise, Options options, CanonicalDataParser canonicalDataParser)
{
if (SkipGenerateTestClass(exercise, options))
{
return;
}
switch (exercise)
{
case GeneratorExercise generatorExercise:
var canonicalData = canonicalDataParser.Parse(exercise.Name);
generatorExercise.Regenerate(canonicalData);
Log.Information("{Exercise}: tests generated", exercise.Name);
break;
case UnimplementedExercise _:
Log.Error("{Exercise}: missing test generator", exercise.Name);
break;
case CustomExercise _:
Log.Information("{Exercise}: has customized tests", exercise.Name);
break;
case MissingDataExercise _:
Log.Warning("{Exercise}: missing canonical data", exercise.Name);
break;
}
}
private static void RegenerateTestClasses(Options options, string[] args)
{
options.Setup(args);
var canonicalDataFile = new CanonicalDataFile(options);
canonicalDataFile.DownloadData();
if (options.ShouldGenerate)
{
Log.Information("Re-generating test classes...");
}
var canonicalDataParser = new CanonicalDataParser(canonicalDataFile);
foreach (var exercise in new ExerciseCollection(canonicalDataFile, options))
{
RegenerateTestClass(exercise, options, canonicalDataParser);
}
if (options.ShouldGenerate)
{
Log.Information("Re-generated test classes.");
}
}
private static void RegenerateTestClasses(Options options)
{
options.Normalize();
var canonicalDataFile = new CanonicalDataFile(options);
canonicalDataFile.DownloadData();
Log.Information("Re-generating test classes...");
var canonicalDataParser = new CanonicalDataParser(canonicalDataFile);
foreach (var exercise in new ExerciseCollection(canonicalDataFile))
{
RegenerateTestClass(exercise, options, canonicalDataParser);
}
Log.Information("Re-generated test classes.");
}
private static TestClass CreateTestClass(Exercise exercise)
{
var canonicalData = CanonicalDataParser.Parse(exercise.Name);
return(exercise.CreateTestClass(canonicalData));
}
