public void MapCompilerError_before_origin()
{
var csSource = @"1
2
//#origin 1,origin.csrun
4->1
5->2
//#endorigin
7".Split('\n');
try
{
var result = FailureMapper.MapCompiletimeErrors(new[]
{
new CompilerError
{
Filename = "destination.cs",
LineNumber = 1,
ColumnNumber = 0,
Description = "desc"
}
}, csSource);
Assert.Fail();
}
catch (Exception ex)
{
Assert.IsTrue(ex.Message.IndexOf("Cannot map") >= 0);
}
}
void HandleException(RuntimeResult[] results)
{
var runtimeExceptions = results.OfType <RuntimeException>().ToArray();
if (!runtimeExceptions.Any())
{
return;
}
var failure = FailureMapper.MapRuntimeException(runtimeExceptions.First().Exception, _csSource.Text);
_log.DisplayRuntimeFailure(failure);
}
void HandleTestFailures(RuntimeResult[] results)
{
var testFailures = results.OfType <TestFailure>().ToArray();
if (!testFailures.Any())
{
return;
}
foreach (var tf in testFailures)
{
var failure = FailureMapper.MapTestException(tf.Exception, _csSource.Text);
_log.DisplayTestFailure(tf.Label, failure);
}
}
public void MapCompilerError()
{
var csSource = @"1
2
//#origin 1,origin.csrun
4->1
5->2
//#endorigin
7".Split('\n');
var result = FailureMapper.MapCompiletimeErrors(new[] { new CompilerError {
Filename = "destination.cs",
LineNumber = 5,
ColumnNumber = 10,
Description = "desc"
} }, csSource);
Assert.IsTrue(result.First().StartsWith($"origin.csrun-2,"));
}
public void HandleCompilerErrors(IEnumerable <CompilerError> compilerErrors)
{
var errors = FailureMapper.MapCompiletimeErrors(compilerErrors, _csSource.Text);
_log.DisplayCompilerErrors(errors);
}
