protected PrintTestRunner TestRunnerFactory(string caseName, IProfile settings)
{
var engine = new EngineFFF();
var resultGenerator = new ResultGenerator(engine, new ConsoleLogger())
{
Settings = settings
};
var resultAnalyzer = new ResultAnalyzer <FeatureInfo>(new FeatureInfoFactoryFFF());
return(new PrintTestRunner(caseName, resultGenerator, resultAnalyzer));
}
public static void CreateExpectedResult(TestContext context)
{
var generator = new EngineFFF().Generator;
var directory = TestDataPaths.GetTestDataDirectory(CaseName);
var meshFilePath = TestDataPaths.GetMeshFilePath(directory);
var expectedFilePath = TestDataPaths.GetExpectedFilePath(directory);
var parts = new[] {
new Tuple <DMesh3, object>(StandardMeshReader.ReadMesh(meshFilePath), null)
};
var expectedResult = generator.GenerateGCode(parts, new GenericRepRapSettings(), out _, null, Console.WriteLine);
using var w = new StreamWriter(expectedFilePath);
var writer = new StandardGCodeWriter();
writer.WriteFile(expectedResult, w);
}
public void ExpectFailure <ExceptionType>(GenericRepRapSettings settings) where ExceptionType : Exception
{
// Arrange
var engine = new EngineFFF();
var resultGenerator = new ResultGenerator(engine, new ConsoleLogger())
{
Settings = settings
};
var resultAnalyzer = new ResultAnalyzer <FeatureInfo>(new FeatureInfoFactoryFFF());
var print = new PrintTestRunner(CaseName, resultGenerator, resultAnalyzer);
// Act
print.GenerateFile();
// Assert
Assert.ThrowsException <ExceptionType>(() =>
{
print.CompareResults();
});
}
public void Setup()
{
engine = new EngineFFF();
}
/// <remarks>
/// Need to explicitly reference any class from each assembly with engines in it;
/// this is due to the fact that Fody.Costura will discard unreferenced assemblies
/// which breaks MEF discovery. This is a bit of a hack; hopefully able to come
/// up with something more elegant in the future.
/// </remarks>
protected virtual void ReferenceEngines()
{
_ = new EngineFFF();
}
