private static void AssertDegreesOfSeparationBetweenAAndB(INetworkRepository networkRepository, int expected)
{
var degrees = new SeparationService(networkRepository).GetDegreesBetween(ProgrammerAId, ProgrammerBId);
var degreesWithParametersSwapped = new SeparationService(networkRepository).GetDegreesBetween(ProgrammerBId, ProgrammerAId);
Assert.That(degrees, Is.EqualTo(expected));
Assert.That(degrees, Is.EqualTo(degreesWithParametersSwapped));
}
public void Separation_with_self()
{
var expected = 0;
var programmerRepository = StubProgrammerRepository(new Programmer(ProgrammerAId, new string[] { }, null));
var degrees = new SeparationService(programmerRepository).GetDegreesBetween(ProgrammerAId, ProgrammerAId);
Assert.That(degrees, Is.EqualTo(expected));
}
protected override IProNet LoadProNet(string filename)
{
// load your implementation here
var fileService = new FileService();
var networkValidator = new NetworkValidator();
var networkService = new NetworkRepository(fileService, filename, networkValidator);
var rankService = new RankService(networkService);
var skillsService = new SkillsService(networkService);
var separationService = new SeparationService(networkService);
var recommendationService = new RecommendationService(networkService);
var teamStrengthService = new TeamStrengthService(separationService, skillsService, rankService);
var permutationService = new PermutationService();
var strongestTeamService = new StrongestTeamService(networkService, teamStrengthService, permutationService);
return(new ProNet(rankService, skillsService, separationService, recommendationService, teamStrengthService, strongestTeamService));
}
public void Setup()
{
fakeLoggingService = Substitute.For <ILoggingService>();
uut = new SeparationService(fakeLoggingService);
}
