public void AllResultsAreReturned()
{
var map = new BgpMap(new LabelledTreeNode <object, Term>(null));
var results = map.Evaluate <MockEvaluator>(new GraphSource(TestUris.MathematiciansRepoUri));
Assert.Equal(8, results.Count());
}
// Helper method to compute expression joins
private JoinedMapResult CreateJoinedMap(Resource property, Term @object)
{
@object = @object ?? new Variable();
var joinSegment = new LabelledTreeNode <object, Term>(Root).AddChild(property, @object);
IMap joinedMap = new BgpMap(joinSegment);
var comparisonSites = new List <JoinAddressPair> {
JoinAddressPair.RootComparison
};
return(new JoinedMapResult {
Map = joinedMap, AddressPairList = comparisonSites
});
}
public void JoinMathematiciansToNationality()
{
var map1 = new BgpMap(new LabelledTreeNode <object, Term>(null));
var map2 = new BgpMap(new LabelledTreeNode <object, Term>(null));
var nationMap = new ChangeSourceMap(map2, new GraphSource(TestUris.NationsRepouri));
var joinSites = new List <JoinAddressPair> {
new JoinAddressPair {
TreeAddress1 = new List <Term> {
Biografy.Nationality
},
TreeAddress2 = new List <Term> {
}
}
};
var map = new JoinMap(map1, nationMap, joinSites);
var results = map.Evaluate <MockEvaluator>(new GraphSource(TestUris.MathematiciansRepoUri));
Assert.Equal(8, results.Count());
}
/// <summary>
/// Public constructor with query model initializer
/// </summary>
public GraphExpression(LabelledTreeNode <object, Term> queryModel, IFilter filter = null)
{
Root = (Term)queryModel.Value;
Map = new BgpMap(queryModel, filter: filter);
}
