public void StructurizerCorrectTreeGenTest()
{
var input = new List <string>()
{
"Section Incubators : IncubatorBase",
"{",
"Rule leveledex { ItemLevel >= 81; BaseType<>; };",
"Rule T1 { BaseType<>; };",
"Rule T2 { BaseType<>; };",
"Rule T3 { BaseType<>; };",
"Rule T4 { BaseType<>; };",
"Rule error;",
"}"
};
var result = Structurize(input);
var treeDict = StructurizerDebugger.SelectOnTree(result, x => x.Mode.ToString() + x.ScopeType.ToString());
Assert.IsNotNull(treeDict);
Assert.IsTrue(treeDict["r"] == "rootnone");
Assert.IsTrue(treeDict["r.0.0"] == "scopexpl");
Assert.IsTrue(treeDict["r.0.0.4.0"] == "scopexpl");
Assert.IsTrue(treeDict.Count > 30);
}
public Dictionary <string, string> Execute()
{
var results = new Dictionary <string, string>();
// tokenize
var tokenizer = new ExoTokenizer();
tokenizer.Execute(this.RawMetaFilterText);
// load style information
// todo
// 1) BUILD STRUCTURE FROM TOKENIZED EXPRESSION
var structurizer = new Structurizer();
var expressionTree = structurizer.Execute(tokenizer.Results);
if (Debug)
{
var structureDebugger = new StructurizerDebugger();
var treeDict = structureDebugger.SelectOnTree(expressionTree, x => x.Mode);
var treeDictString = string.Join(System.Environment.NewLine, treeDict.Select(x => $"{x.Key}, {x.Value}"));
results.Add("structurizer_debug_view", treeDictString);
results.Add("structurizer_debug_nodenames", structureDebugger.CreateTreeString(expressionTree));
}
// 1.5) BUILD -LOGICAL- CONCRETE STRUCTURE
// 2) RESOLVE DEPEDENCIES
var exoPreProc = new ExoPreProcessor();
var exoFilter = exoPreProc.Execute(expressionTree);
results.Add("ExoPreProcessor", string.Join(System.Environment.NewLine, new ExoPreProcessorDebugger().Execute(exoFilter)));
// 3) COMPILE INTO SEEDFILTER
var exoProcessor = new ExoProcessor();
var seedFilter = exoProcessor.Execute(exoFilter);
var serializedSeedFilter = seedFilter.SelectMany(x => x.Serialize()).ToList();
results.Add("ExoOutput", string.Join(System.Environment.NewLine, serializedSeedFilter));
return(results);
}