public void TestInclusiveMaximumDoesNotThrowOnEquals()
{
string idf = "Timestep,60;";
IdfLinter linter = new IdfLinter(idf);
Assert.IsTrue(linter.Lint().Count == 0);
}
public void TestFieldNotInChoiceError()
{
string idf = "PerformancePrecisionTradeoffs,BadChoice;";
IdfLinter linter = new IdfLinter(idf);
var errors = linter.Lint();
Assert.IsTrue(errors.Any(error => error.GetType() == typeof(FieldNotInChoiceError)));
}
public void AssertError(string idf, Type expectedErrorType, bool writeErrors = false)
{
IdfLinter linter = new IdfLinter(idf);
var errors = linter.Lint();
Assert.IsTrue(errors.Any(error => error.GetType() == expectedErrorType));
if (writeErrors)
{
errors.WriteErrors();
}
}
public void TestBuildingReferenceList()
{
string idf = "Schedule:Constant, Test Schedule ,,5;";
IdfParser.IdfContext tree = idf.ParseIdf();
ParseTreeWalker walker = new ParseTreeWalker();
IdfLintListener idfLintListener = new IdfLintListener();
walker.Walk(idfLintListener, tree);
IdfLinter linter = new IdfLinter(idf);
var result = linter.GetReferenceLists(idfLintListener.IdfObjects);
Assert.IsTrue(result.ReferenceList.Count() == 1);
Assert.IsTrue(result.ReferenceList["ScheduleNames"].Count() == 1);
Assert.IsTrue(result.ReferenceList["ScheduleNames"].Contains("Test Schedule"));
}
