public void When_Requesting_SimpleAPI_ToResolve_AllAppropriateActors_AreInvoked()
{
var facade = FakeContainer.GetFacade <int, int, int, int>();
var converter = FakeContainer.GetQubitsToGroupsConverter <int>();
var resolver = FakeContainer.GetResolvver <int, int, int, int>();
var api = new QubitsCalculationAPI <int, int, int, int>(facade, resolver, converter);
var input = new[] { 1, 2, 3, 4 };
var couplingsAndBiases = new CouplingsAndBiases <int, int, int>();
couplingsAndBiases.AddBias(0, 0);
couplingsAndBiases.AddCoupling(0, 0, 0);
facade.GetCouplingsAndBiases(input).Returns(couplingsAndBiases);
var resolveResponse = new List <IQubitsResolvingResponse>();
var sortedQubitsList = new List <short>();
resolveResponse.Add(new IsakovScriptResponse(1, sortedQubitsList, 1));
resolver.Resolve(input, couplingsAndBiases.Biases, couplingsAndBiases.Couplings).Returns(resolveResponse);
api.Resolve(input);
Received.InOrder(() =>
{
facade.GetCouplingsAndBiases(input);
resolver.Resolve(input, couplingsAndBiases.Biases, couplingsAndBiases.Couplings);
converter.DivideInputIntoGroupsByQubits(input, Arg.Is <IEnumerable <IEnumerable <short> > >(arg =>
arg.Count() == 1 && arg.First().Equals(sortedQubitsList)));
});
}
public ICouplingsAndBiases <int, BiasValueType, CouplingValueType> GetCouplingsAndBiases(IEnumerable <InputType> input)
{
var inputLength = input.Count();
var response = new CouplingsAndBiases <int, BiasValueType, CouplingValueType>();
for (var i = 0; i < input.Count(); i++)
{
var currentElement = input.ElementAt(i);
var bias = _biasProvider.GetBias(currentElement);
response.AddBias(i, bias);
for (var j = i + 1; j < input.Count(); j++)
{
var nextElement = input.ElementAt(j);
var coupling = _couplingsProvider.GetCoupling(currentElement, nextElement);
response.AddCoupling(i, j, coupling);
}
}
return(response);
}
