public void ParseNextConcept_SameKeyWordDifferentContext_Enclosed()
{
string dsl = "concept name data { concept ref; }";
var syntax = DslSyntaxHelper.CreateDslSyntax(typeof(SimpleConceptInfo), typeof(EnclosedRefConceptInfo));
var conceptParsersList = new List <IConceptParser>()
{
new GenericParserHelper <SimpleConceptInfo>(syntax, "concept"),
new GenericParserHelper <EnclosedRefConceptInfo>(syntax, "concept")
};
var conceptParsers = new MultiDictionary <string, IConceptParser>();
conceptParsers.Add("concept", conceptParsersList);
var context = new Stack <IConceptInfo>();
TokenReader tokenReader = TestTokenReader(dsl);
IConceptInfo concept = new TestDslParser(dsl, syntax).ParseNextConcept(tokenReader, context, conceptParsers);
Assert.AreEqual(typeof(SimpleConceptInfo), concept.GetType());
Assert.AreEqual("name", (concept as SimpleConceptInfo).Name);
Assert.AreEqual("data", (concept as SimpleConceptInfo).Data);
Assert.IsTrue(tokenReader.TryRead("{"), "Reading '{' between concepts.");
context.Push(concept);
concept = new TestDslParser(dsl, syntax).ParseNextConcept(tokenReader, context, conceptParsers);
Assert.AreEqual(typeof(EnclosedRefConceptInfo), concept.GetType());
Assert.AreEqual("ref", (concept as EnclosedRefConceptInfo).Name);
Assert.AreEqual("name", (concept as EnclosedRefConceptInfo).Reference.Name);
Assert.AreEqual("data", (concept as EnclosedRefConceptInfo).Reference.Data);
}
public void ParseNextConcept_SameKeyWordDifferentContext()
{
string dsl = "concept simple simpledata; concept ext extdata extdata2;";
var syntax = DslSyntaxHelper.CreateDslSyntax(typeof(SimpleConceptInfo), typeof(ExtendedConceptInfo));
var conceptParsersList = new List <IConceptParser>()
{
new GenericParserHelper <SimpleConceptInfo>(syntax, "concept"),
new GenericParserHelper <ExtendedConceptInfo>(syntax, "concept")
};
var conceptParsers = new MultiDictionary <string, IConceptParser>();
conceptParsers.Add("concept", conceptParsersList);
var noContext = new Stack <IConceptInfo>();
TokenReader tokenReader = TestTokenReader(dsl);
IConceptInfo concept = new TestDslParser(dsl, syntax).ParseNextConcept(tokenReader, noContext, conceptParsers);
Assert.AreEqual(typeof(SimpleConceptInfo), concept.GetType());
Assert.AreEqual("simple", (concept as SimpleConceptInfo).Name);
Assert.AreEqual("simpledata", (concept as SimpleConceptInfo).Data);
Assert.IsTrue(tokenReader.TryRead(";"), "Reading ';' between concepts.");
concept = new TestDslParser(dsl, syntax).ParseNextConcept(tokenReader, noContext, conceptParsers);
Assert.AreEqual(typeof(ExtendedConceptInfo), concept.GetType());
Assert.AreEqual("ext", (concept as ExtendedConceptInfo).Name);
Assert.AreEqual("extdata", (concept as ExtendedConceptInfo).Data);
Assert.AreEqual("extdata2", (concept as ExtendedConceptInfo).Data2);
Assert.IsTrue(tokenReader.TryRead(";"), "Reading ';' after the concept.");
}
private static IEnumerable <ConceptSyntaxNode> DslParserParse(string[] dslScripts, Type[] conceptTypes)
{
var dslParser = new DslParser(
new TestTokenizer(dslScripts),
new Lazy <DslSyntax>(() => DslSyntaxHelper.CreateDslSyntax(conceptTypes)),
new ConsoleLogProvider());
var parsedConcepts = dslParser.GetConcepts();
Console.WriteLine("Parsed concepts: " + string.Join("\r\n", parsedConcepts.Select(c => c.Concept.TypeName)));
return(parsedConcepts);
}
public void InterfaceReference_Enclosed()
{
var parent = new SimpleConceptInfo {
Name = "parent"
};
string dsl = "intref data";
var syntax = DslSyntaxHelper.CreateDslSyntax(typeof(InterfaceReferenceConceptInfo), typeof(SimpleConceptInfo));
var parsedConcept = new GenericParserHelper <InterfaceReferenceConceptInfo>(syntax, "intref").QuickParse(dsl, parent);
Assert.AreEqual(typeof(SimpleConceptInfo), parsedConcept.Referece.GetType());
Assert.AreEqual("parent", ((SimpleConceptInfo)parsedConcept.Referece).Name);
Assert.AreEqual("data", parsedConcept.Data);
}
static List <IConceptInfo> DslModelFromScript(string dsl, IConceptInfo[] conceptInfoPluginsForGenericParser)
{
var nullDslParser = new DslParser(
new TestTokenizer(dsl),
new Lazy <DslSyntax>(() => DslSyntaxHelper.CreateDslSyntax(conceptInfoPluginsForGenericParser)),
new ConsoleLogProvider());
Console.WriteLine("Parsed concepts:");
Console.WriteLine(string.Join(Environment.NewLine, nullDslParser.GetConcepts().Select(ci => " - " + ci.GetUserDescription())));
var dslModel = NewDslModel(nullDslParser, conceptInfoPluginsForGenericParser);
return(dslModel.Concepts.ToList());
}
public void Recursive_EnclosedNode()
{
ExtendedRootMenuCI root = new ExtendedRootMenuCI {
Name = "R", RootData = "SomeData"
};
string dsl = "menu M";
var syntax = DslSyntaxHelper.CreateDslSyntax(typeof(MenuCI), typeof(ExtendedRootMenuCI), typeof(SubMenuCI));
SubMenuCI mi = new GenericParserHelper <SubMenuCI>(syntax, "menu").QuickParse(dsl, root);
Assert.AreEqual("M", mi.Name);
Assert.AreEqual("R", mi.Parent.Name);
Assert.AreEqual("SomeData", ((ExtendedRootMenuCI)mi.Parent).RootData);
}
public void ParseEnclosedInWrongConcept()
{
var syntax = DslSyntaxHelper.CreateDslSyntax(typeof(EnclosedConceptInfo), typeof(ComplexConceptInfo));
var parser = new GenericParserHelper <EnclosedConceptInfo>(syntax, "enclosed");
TestUtility.ShouldFail <InvalidOperationException>(
() => parser.QuickParse(
"enclosed myparent.myname",
new ComplexConceptInfo {
Name = "c", SimpleConceptInfo = new SimpleConceptInfo {
Name = "s"
}
}),
"EnclosedConceptInfo",
"ComplexConceptInfo");
}
public void ParseNextConcept_SameKeyWordDifferentContext_Ambiguous()
{
string dsl = "concept simple data; concept ref simple;";
var syntax = DslSyntaxHelper.CreateDslSyntax(typeof(SimpleConceptInfo), typeof(RefConceptInfo));
var conceptParsersList = new List <IConceptParser>()
{
new GenericParserHelper <SimpleConceptInfo>(syntax, "concept"),
new GenericParserHelper <RefConceptInfo>(syntax, "concept")
};
var conceptParsers = new MultiDictionary <string, IConceptParser>();
conceptParsers.Add("concept", conceptParsersList);
var noContext = new Stack <IConceptInfo>();
TokenReader tokenReader = TestTokenReader(dsl);
TestUtility.ShouldFail <DslSyntaxException>(
() => new TestDslParser(dsl).ParseNextConcept(tokenReader, noContext, conceptParsers),
// Possible interpretations:
"SimpleConceptInfo", "RefConceptInfo");
}
public void ConceptTypeIsInstanceOfType()
{
var types = new[] { typeof(SimpleConceptInfo), typeof(DerivedConceptInfo), typeof(Derived2ConceptInfo), typeof(RefConceptInfo) };
var syntax = DslSyntaxHelper.CreateDslSyntax(types);
var conceptTypes = types.Select(t => syntax.ConceptTypes.Single(ct => ct.TypeName == t.Name)).ToList();
var report = new List <string>();
foreach (var baseType in conceptTypes)
{
foreach (var derivedType in conceptTypes)
{
var derivedNode = new ConceptSyntaxNode(derivedType);
report.Add($"{baseType.TypeName}.IsInstanceOfType({derivedType.TypeName} node) = {baseType.IsInstanceOfType(derivedNode)}");
}
}
string expected = @"
SimpleConceptInfo.IsInstanceOfType(SimpleConceptInfo node) = True
SimpleConceptInfo.IsInstanceOfType(DerivedConceptInfo node) = True
SimpleConceptInfo.IsInstanceOfType(Derived2ConceptInfo node) = True
SimpleConceptInfo.IsInstanceOfType(RefConceptInfo node) = False
DerivedConceptInfo.IsInstanceOfType(SimpleConceptInfo node) = False
DerivedConceptInfo.IsInstanceOfType(DerivedConceptInfo node) = True
DerivedConceptInfo.IsInstanceOfType(Derived2ConceptInfo node) = True
DerivedConceptInfo.IsInstanceOfType(RefConceptInfo node) = False
Derived2ConceptInfo.IsInstanceOfType(SimpleConceptInfo node) = False
Derived2ConceptInfo.IsInstanceOfType(DerivedConceptInfo node) = False
Derived2ConceptInfo.IsInstanceOfType(Derived2ConceptInfo node) = True
Derived2ConceptInfo.IsInstanceOfType(RefConceptInfo node) = False
RefConceptInfo.IsInstanceOfType(SimpleConceptInfo node) = False
RefConceptInfo.IsInstanceOfType(DerivedConceptInfo node) = False
RefConceptInfo.IsInstanceOfType(Derived2ConceptInfo node) = False
RefConceptInfo.IsInstanceOfType(RefConceptInfo node) = True
";
Assert.AreEqual(expected.Trim(), string.Join("\r\n", report));
}
public StubDslParser(IEnumerable <IConceptInfo> rawConcepts)
{
var syntax = DslSyntaxHelper.CreateDslSyntax(rawConcepts.ToArray());
ParsedConcepts = rawConcepts.Select(ci => syntax.CreateConceptSyntaxNode(ci));
}
public TestDslParser(string dsl, IConceptInfo[] conceptInfoPlugins)
: this(dsl, DslSyntaxHelper.CreateDslSyntax(conceptInfoPlugins))
{
}
public GenericParserHelper(string overrideKeyword = null)
: this(DslSyntaxHelper.CreateDslSyntax(typeof(TConceptInfo)), overrideKeyword)
{
}
