public void CanLoadMappingsWithSettings() { var r = new ClassificationMappingReader(); DirectoryInfo d = new DirectoryInfo("."); Debug.WriteLine(d.FullName); Assert.IsTrue(r.HasFiles, @"ClassificationMappingReader required mapping files have not been found."); }
/// <summary> /// Checks the property passed in as a parement to see /// if the property value matches the format of either /// Uniclass, NBS or NRM. /// </summary> /// <param name="property">A string value of the assets property</param> /// <returns>An InferredClassification which contains the classification mappings</returns> private static IEnumerable<InferredClassification> FindInferredClassifications(string property, ClassificationMappingReader dataReader) { //Check to see if the property is a valid classification Pointer match = null; var classificationMatches = Regex.Match(property, RegexPatterns.UniclassPattern); if (classificationMatches.Success) match = dataReader.GetMatchingPointer(classificationMatches.Value); //Get Uniclass matches from the Mappings Table else { classificationMatches = Regex.Match(property, RegexPatterns.NbsPattern); if (classificationMatches.Success) match = dataReader.GetMatchingPointer(classificationMatches.Value); else { classificationMatches = Regex.Match(property, RegexPatterns.NrmPattern); if (classificationMatches.Success) match = dataReader.GetMatchingPointer(classificationMatches.Value); } } //Get Mappings that match the InferredClassification if (match != null) return dataReader.GetInferredMapping(match); else return Enumerable.Empty<InferredClassification>(); }
/// <summary> /// This method searches through the facilities to look /// for properties inside the property sets of Assets /// to look for values that match Regex classification /// formats, set out in the DataReader. It then adds any /// values that match the Regular Expression as a category /// of assets which conforms with the Schema. /// </summary> private static void AddClassificationsToAssets(Facility facility) { var dataReader = new ClassificationMappingReader();//DataReader Object which will create and populate the mappings table. //Get Each AssetType foreach (AssetType at in facility.AssetTypes) { //Get Each Asset foreach (Asset a in at.Assets) { //Create a new Category for the Asset a.Categories = new List<Category>(); //Get Each Property foreach (var attr in a.Attributes) { if (attr.Value.GetStringValue() != null && a.Categories.Count == 0) { //Get the Inferred Classifications var inferredClassifications = FindInferredClassifications(attr.Value.GetStringValue(), dataReader); foreach (var ic in inferredClassifications) { bool UniclassMatch = false; bool NbsMatch = false; bool NrmMatch = false; foreach (var cat in a.Categories) { if (ic.UniclassCode != null && cat.Code == ic.UniclassCode) { UniclassMatch = true; } if (ic.NbsCode != null && cat.Code == ic.NbsCode) { NbsMatch = true; } if (ic.NrmCode != null && cat.Code == ic.NrmCode) { NrmMatch = true; } } //Add the Classifications as categories if they exist. if (ic.UniclassCode != null && !UniclassMatch) { var uniClass = new Xbim.COBieLiteUK.Category(); uniClass.Classification = "Uniclass 2015 Reference (Inferred)"; uniClass.Code = ic.UniclassCode; uniClass.Description = ic.UniclassDescription; a.Categories.Add(uniClass); } if (ic.NbsCode != null && !NbsMatch) { Xbim.COBieLiteUK.Category Nbs = new Xbim.COBieLiteUK.Category(); Nbs.Classification = "NBS Reference (Inferred)"; Nbs.Code = ic.NbsCode; Nbs.Description = ic.NbsDescription; a.Categories.Add(Nbs); } if (ic.NrmCode != null && !NrmMatch) { Xbim.COBieLiteUK.Category Nrm = new Xbim.COBieLiteUK.Category(); Nrm.Classification = "NRM Reference (Inferred)"; Nrm.Code = ic.NrmCode; Nrm.Description = ic.NrmDescription; a.Categories.Add(Nrm); } } } } } } }
public void CanLoadMappingWithoutSettings() { var r = new ClassificationMappingReader(); Assert.IsTrue(r.HasFiles, @"Datareader required mapping files have not been found."); }