public void GetTypeIdIdDependencies_Test()
{
string targets = localPath + targetList;
string localConcept = localPath + localConceptFile;
string xRelationship = path + statedRelationshipFile;
RF2Reader r = new RF2Reader();
List <string> extractTargets = r.ReadListOfIds(targets);
List <Concept> localConcepts = r.ReadConceptFile(localConcept, true, false);
List <Relationship> localRelationships = r.ReadRelationshipFile(xRelationship);
// initial number of concepts to extract
int initialTargets = extractTargets.Count();
//look for dependencies
var dependencies = r.GetTypeIdIdDependencies(extractTargets, localConcepts, localRelationships);
//while there are dependencies, add them to the list, and look for more.
while (dependencies.Count() > 0)
{
extractTargets.InsertRange(0, dependencies);
dependencies = r.GetTypeIdIdDependencies(extractTargets, localConcepts, localRelationships);
}
// number of dependencies found is the final number to extract - the initial;
int identifiedDependencycount = extractTargets.Count() - initialTargets;
Assert.AreEqual(1, identifiedDependencycount);
}
public void ReadListOfIds_Test()
{
string testFile = localPath + targetList;
RF2Reader r = new RF2Reader();
var ids = r.ReadListOfIds(testFile);
Assert.AreEqual(3, ids.Count());
}
public void ReadRelationshipFile_ActiveOnly_Test()
{
string testFile = path + statedRelationshipFile;
RF2Reader r = new RF2Reader();
var relationships = r.ReadRelationshipFile(testFile);
Assert.AreEqual(19, relationships.Count());
}
public void ReadRelationshipFile_AllStatus_Test()
{
string testFile = path + statedRelationshipFile;
RF2Reader r = new RF2Reader();
var relationships = r.ReadRelationshipFile(testFile, false);
Assert.AreEqual(22, relationships.Count());
}
public void ReadDescriptionFile_ActiveOnly_Test()
{
string testFile = path + descriptionFile;
RF2Reader r = new RF2Reader();
var descriptions = r.ReadDescriptionFile(testFile);
Assert.AreEqual(18, descriptions.Count());
}
public void ReadDescriptionFile_AllStatus_Test()
{
string testFile = path + descriptionFile;
RF2Reader r = new RF2Reader();
var descriptions = r.ReadDescriptionFile(testFile, false);
Assert.AreEqual(22, descriptions.Count());
}
public void ReadConceptFile_ActiveOnly_Test()
{
string testFile = path + conceptFile;
RF2Reader r = new RF2Reader();
var concepts = r.ReadConceptFile(testFile);
Assert.AreEqual(6, concepts.Count());
}
public void ReadConceptFile_AllStatus_Test()
{
string testFile = path + conceptFile;
RF2Reader r = new RF2Reader();
var concepts = r.ReadConceptFile(testFile, false);
Assert.AreEqual(9, concepts.Count());
}
public void ReadConceptFile_ActiveAllModules_Test()
{
string localConcept = localPath + localConceptFile;
RF2Reader r = new RF2Reader();
List <Concept> localConcepts = r.ReadConceptFile(localConcept, true, false);
Assert.AreEqual(2, localConcepts.Count());
}
public void IdentifyAllDependencies_Test()
{
string targets = localPath + targetList;
string localConcept = localPath + localConceptFile;
string sRelationship = path + statedRelationshipFile;
string iRelationship = path + inferredRelationshipFile;
RF2Reader r = new RF2Reader();
List <string> extractTargets = r.ReadListOfIds(targets);
List <Concept> localConcepts = r.ReadConceptFile(localConcept, true, false);
List <Relationship> statedRelationships = r.ReadRelationshipFile(sRelationship);
List <Relationship> inferredRelationships = r.ReadRelationshipFile(iRelationship);
var allDependencies = r.IdentifyAllDependencies(extractTargets, localConcepts, statedRelationships, inferredRelationships);
Assert.AreEqual(2, allDependencies.Count());
}
public void ExtractDescriptions_Test()
{
RF2Reader r = new RF2Reader();
r.DescriptionsPath = path + descriptionFile;
List <string> extractTargets = new List <string>();
extractTargets.Add("101234567100");
extractTargets.Add("141234567100");
extractTargets.Add("241234567100");
// These 4 concepts should yield 4 descriptions
// Active descriptions not in core only for 141234567100 + 241234567100
var descriptions = r.ExtractDescriptions(extractTargets);
Assert.AreEqual(4, descriptions.Count());
}
public void IdentifyDependencies_Test()
{
string targets = localPath + targetList;
string localConcept = localPath + localConceptFile;
string statedRelationships = path + statedRelationshipFile;
string inferredRelationships = path + inferredRelationshipFile;
RF2Reader r = new RF2Reader();
List <string> extractTargets = r.ReadListOfIds(targets);
List <Concept> localConcepts = r.ReadConceptFile(localConcept, true, false);
List <Relationship> statedRels = r.ReadRelationshipFile(statedRelationships);
List <Relationship> inferredRels = r.ReadRelationshipFile(inferredRelationships);
//look for dependencies (both DestinationId + TypeId)
var dependencies = r.IdentifyDependencies(extractTargets, localConcepts, statedRels);
Assert.AreEqual(2, dependencies.Count());
}
public void ExtractConceptsTest()
{
RF2Reader r = new RF2Reader();
r.ConceptsPath = path + conceptFile;
List <string> extractTargets = new List <string>();
extractTargets.Add("151234567100");
extractTargets.Add("171234567100");
extractTargets.Add("221234567100");
extractTargets.Add("241234567100");
extractTargets.Add("141234567100"); // inactive concept not to be extracted
// These 4 concepts should yield 4 active concepts
var concepts = r.ExtractConcepts(extractTargets);
Assert.AreEqual(4, concepts.Count());
}
public void ExtractRelationshipsTest()
{
RF2Reader r = new RF2Reader();
r.InferredRelsPath = path + statedRelationshipFile;
List <string> extractTargets = new List <string>();
extractTargets.Add("101234567100");
extractTargets.Add("141234567100");
extractTargets.Add("241234567100");
extractTargets.Add("171234567100"); // two relationships to be extracted. two not (inactive + core module)
// These 4 concepts should yield 5 relationships
// All except 171234567100 have a single active rel.
var relationships = r.ExtractRelationships(extractTargets);
Assert.AreEqual(5, relationships.Count());
}
