private ApiInfoStorage[] GetApis()
{
var targets11 = new[] { Windows80, NetCore50, Net11 };
var targets40 = new[] { Windows80, NetCore50, Net40 };
var apis = new[] {
new ApiInfoStorage {
DocId = "N:System.Collections",
FullName = "System.Collections",
Name = "System.Collections",
Type = "",
Parent = null,
Targets = targets11
},
new ApiInfoStorage {
DocId = "N:System.Collections.Concurrent",
FullName = "System.Collections.Concurrent",
Name = "System.Collections.Concurrent",
Type = "",
Parent = null,
Targets = targets40
},
new ApiInfoStorage {
DocId = "T:System.Collections.Concurrent.ConcurrentBag`1",
FullName = "System.Collections.Concurrent.ConcurrentBag<T>",
Name = "ConcurrentBag<T>",
Type = "",
Parent = "N:System.Collections.Concurrent",
Targets = targets40
},
new ApiInfoStorage {
DocId = "P:System.Collections.Concurrent.ConcurrentBag`1.Count",
FullName = "System.Collections.Concurrent.ConcurrentBag<T>.Count",
Name = "Count",
Type = "Int32",
Parent = "T:System.Collections.Concurrent.ConcurrentBag`1",
Targets = targets40
},
new ApiInfoStorage {
DocId = "M:System.Collections.Concurrent.ConcurrentBag`1.CopyTo(`0[],System.Int32)",
FullName = "System.Collections.Concurrent.ConcurrentBag<T>.CopyTo(T[], Int32)",
Name = "CopyTo(T[], Int32)",
Type = "Void",
Parent = "T:System.Collections.Concurrent.ConcurrentBag`1",
Targets = targets40
},
new ApiInfoStorage {
DocId = "M:System.Collections.Concurrent.ConcurrentBag`1.get_Count",
FullName = "System.Collections.Concurrent.ConcurrentBag<T>.Count.get_Count()",
Name = "get_Count()",
Type = "Int32",
Parent = "P:System.Collections.Concurrent.ConcurrentBag`1.Count",
Targets = targets40
}
};
return apis;
}
public void ToStringWithExpandedTargets()
{
const string group = "name";
const string expanded1 = "expanded1";
const string expanded2 = "expanded2";
var expandedTargets = new[] { expanded1, expanded2 };
var info = new TargetInformation { Name = group, ExpandedTargets = expandedTargets };
var groupedToString = String.Format(LocalizedStrings.TargetInformationGroups, group, String.Join(CultureInfo.CurrentCulture.TextInfo.ListSeparator + " ", expandedTargets));
Assert.Equal(groupedToString, info.ToString());
}
public void GetRecommendedChange_DoesNotExist()
{
var docId = "Property:Foo";
var ancestors = new[] { "Class:Test", "Namespace:MyTestNamespace" };
var catalog = Substitute.For<IApiCatalogLookup>();
var recommendations = AncestorApiRecommendations.Create(catalog);
catalog.GetAncestors(docId).Returns(ancestors);
var actual = recommendations.GetRecommendedChanges(docId);
Assert.Equal(DefaultRecommendedAction, actual);
catalog.Received(1).GetAncestors(docId);
}
public void GetRecommendedChange_Parent()
{
var docId = "Property:Foo";
var matchingParentDocId = "Class:Test";
var ancestors = new[] { matchingParentDocId, "Namespace:MyTestNamespace" };
var expectedAction = "This is the recommended action for Class:Test";
var catalog = Substitute.For<IApiCatalogLookup>();
var recommendations = AncestorApiRecommendations.Create(catalog);
catalog.GetAncestors(docId).Returns(ancestors);
catalog.GetRecommendedChange(matchingParentDocId).Returns(expectedAction);
var actual = recommendations.GetRecommendedChanges(docId);
Assert.Equal(expectedAction, actual);
catalog.Received(1).GetAncestors(docId);
}
public void GetRecommendedChange_FirstMatchingRecommendation()
{
var recommendedChanges = new[]
{
new { DocId = "Property:Foo", Change = "This is the first recommendation!" },
new { DocId = "Class:FooTest", Change = "This is the second recommendation!" },
new { DocId = "Namespace:MyTestNamespace", Change = "This is the 3rd recommendation!" }
};
var expected = recommendedChanges[0];
var ancestors = recommendedChanges.Select(r => r.DocId).ToArray();
var catalog = Substitute.For<IApiCatalogLookup>();
var recommendations = AncestorApiRecommendations.Create(catalog);
catalog.GetAncestors(expected.DocId).Returns(ancestors);
foreach (var item in recommendedChanges)
{
catalog.GetRecommendedChange(item.DocId).Returns(item.Change);
}
var actual = recommendations.GetRecommendedChanges(expected.DocId);
Assert.Equal(expected.Change, actual);
}
public void GetBreakingChange_Parent()
{
var docId = "Property:Foo";
var matchingParentDocId = "Class:Test";
var ancestors = new[] { matchingParentDocId, "Namespace:MyTestNamespace" };
var expected = new[] { new BreakingChange { Id = "5" }, new BreakingChange { Id = "7" } };
var breakingChanges = new Dictionary<string, IEnumerable<BreakingChange>>(StringComparer.Ordinal)
{
{ docId, null },
{ matchingParentDocId, expected }
};
var catalog = Substitute.For<IApiCatalogLookup>();
var recommendations = BreakingChangeRecommendationsMock.Create(catalog, breakingChanges);
catalog.GetAncestors(docId).Returns(ancestors);
var actual = recommendations.GetBreakingChanges(docId);
Assert.Equal(expected, actual);
catalog.Received(1).GetAncestors(docId);
}
