public TemporaryBdtModel(ICctsRepository cctsRepository)
{
ccCache = CcCache.GetInstance(cctsRepository);
mCandidateBdtLibraries = new List <CandidateBdtLibrary>(ccCache.GetBdtLibraries().ConvertAll(bdtl => new CandidateBdtLibrary(bdtl)));
mCandidateBdtLibraryNames = new List <string>(mCandidateBdtLibraries.ConvertAll(bdtlname => bdtlname.OriginalBdtLibrary.Name));
mCandidateCdtLibraries = new List <CandidateCdtLibrary>(ccCache.GetCdtLibraries().ConvertAll(cdtl => new CandidateCdtLibrary(cdtl)));
mCandidateCdtLibraryNames = new List <string>(mCandidateCdtLibraries.ConvertAll(cdtlname => cdtlname.OriginalCdtLibrary.Name));
}
public void ShouldGetAndCacheCdtLibraries()
{
// Setup
var cdtLibraryMock = new Mock <ICdtLibrary>();
var cctsRepositoryMock = new Mock <ICctsRepository>();
var expectedCdtLibraries = new [] { cdtLibraryMock.Object };
cctsRepositoryMock.Setup(r => r.GetAllLibraries()).Returns(expectedCdtLibraries);
// Events
CcCache ccCache = CcCache.GetInstance(cctsRepositoryMock.Object);
List <ICdtLibrary> cdtLibraries = ccCache.GetCdtLibraries();
ccCache.GetCdtLibraries();
// Assertion and Verification
Assert.That(cdtLibraries, Is.EquivalentTo(expectedCdtLibraries));
cctsRepositoryMock.Verify(r => r.GetAllLibraries(), Times.Exactly(1));
}