public void InitFromLogFileAndPackages_WithEmptyPackageNames_AddsAllPackagesAsNotEvaluated()
{
var packages = CreateDefaultPackages();
var textOutput = A.Fake <ITextFileOutput>();
var storage = new TestablePackageStorage(new LogEntry[0], packages);
storage.OrderedPackages[PackageEvaluationStates.NotEvaluated].Count.Should().Be(packages.Count());
}
public void MarkPackageFailed_WithNonExistingPackage_ThrowsArgumentException()
{
var packages = CreateDefaultPackages();
var textOutput = A.Fake <ITextFileOutput>();
var storage = new TestablePackageStorage(new LogEntry[0], packages);
Assert.Throws <ArgumentException>(() => storage.MarkPackageFailed(new Package())).Message.Should().Contain("does not exist in the storage.");
}
public void MarkPackageFailed_WithNullPackage_ThrowsArgumentException()
{
var packages = CreateDefaultPackages();
var textOutput = A.Fake <ITextFileOutput>();
var storage = new TestablePackageStorage(new LogEntry[0], packages);
Assert.Throws <ArgumentException>(() => storage.MarkPackageFailed(null)).Message.Should().Contain("Cannot mark 'null' as solved.");
}
public void GetNextPackage_WithNoPackages_ReturnsNull()
{
var packages = new List <Package>(0);
var textOutput = A.Fake <ITextFileOutput>();
var storage = new TestablePackageStorage(new LogEntry[0], new Package[0]);
var result = storage.GetNextPackage();
result.Should().BeNull();
}
public void MarkPackageFailed_WithPackageInCorrectState_Runs()
{
var packages = CreateDefaultPackages().ToArray();
var textOutput = A.Fake <ITextFileOutput>();
var storage = new TestablePackageStorage(new LogEntry[0], packages);
var p = storage.GetNextPackage();
storage.MarkPackageFailed(packages.First());
storage.OrderedPackages[PackageEvaluationStates.Failed].Should().Contain(packages.First());
}
public void InitFromLogFileAndPackages_WithDifferentPackageNames_AddsAllPackagesAsNotEvaluated()
{
var packages = CreateDefaultPackages();
var textOutput = A.Fake <ITextFileOutput>();
var successfulPackageNames = packages
.Select(p => new LogEntry {
Name = p.Name + "ABC", Status = PackageStorage.DefaultSuccessSate.ToString()
})
.ToArray();
var storage = new TestablePackageStorage(successfulPackageNames, packages);
storage.OrderedPackages[PackageEvaluationStates.Solved].Count.Should().Be(0);
storage.OrderedPackages[PackageEvaluationStates.NotEvaluated].Count.Should().Be(packages.Count());
}
public void InitFromLogFileAndPackages_WithPackageNamesAndContents_AddsPackagesAsSolved()
{
var packages = CreateDefaultPackages();
var solvedPackages = packages.Count() / 2;
var unsolvedPackages = packages.Count() - solvedPackages;
var textOutput = A.Fake <ITextFileOutput>();
var successfulPackageNames = packages
.Take(solvedPackages)
.Select(x => new LogEntry {
Name = x.Name, Status = PackageStorage.DefaultSuccessSate.ToString()
})
.ToArray();
var storage = new TestablePackageStorage(successfulPackageNames, packages);
storage.OrderedPackages[PackageEvaluationStates.PreviouslyRun].Count.Should().Be(solvedPackages);
storage.OrderedPackages[PackageEvaluationStates.NotEvaluated].Count.Should().Be(unsolvedPackages);
}
public void GetNextPackage_WithUnmetRequirements_ThrowsArgumentException()
{
var packages = new List <Package>
{
new Package
{
Name = "DummyPackage #1",
Requires = new string[] { "non-existing-package" },
}
};
var textOutput = A.Fake <ITextFileOutput>();
var storage = new TestablePackageStorage(new LogEntry[0], packages);
var result = storage.GetNextPackage();
result.Should().BeNull();
storage.OrderedPackages[PackageEvaluationStates.UnmetDependency].Should().Contain(packages.First());
storage.OrderedPackages[PackageEvaluationStates.NotEvaluated].Should().NotContain(packages.First());
}
