public int CompareTo(GallioTestElement other)
{
// Find common ancestor.
var branches = new Dictionary <GallioTestElement, GallioTestElement>();
for (GallioTestElement thisAncestor = this, thisBranch = null;
thisAncestor != null;
thisBranch = thisAncestor, thisAncestor = thisAncestor.Parent as GallioTestElement)
{
branches.Add(thisAncestor, thisBranch);
}
for (GallioTestElement otherAncestor = other, otherBranch = null;
otherAncestor != null;
otherBranch = otherAncestor, otherAncestor = otherAncestor.Parent as GallioTestElement)
{
GallioTestElement thisBranch;
if (branches.TryGetValue(otherAncestor, out thisBranch))
{
// Compare the relative ordering of the branches leading from
// the common ancestor to each child.
int thisOrder = thisBranch != null?otherAncestor.children.IndexOf(thisBranch) : -1;
int otherOrder = otherBranch != null?otherAncestor.children.IndexOf(otherBranch) : -1;
return(thisOrder.CompareTo(otherOrder));
}
}
// No common ancestor, compare test ids.
return(testId.CompareTo(other.testId));
}
public static GallioTestElement CreateFromTest(TestData test, ICodeElementInfo codeElement, IUnitTestProvider provider,
GallioTestElement parent)
{
if (test == null)
throw new ArgumentNullException("test");
// The idea here is to generate a test element object that does not retain any direct
// references to the code element info and other heavyweight objects. A test element may
// survive in memory for quite a long time so we don't want it holding on to all sorts of
// irrelevant stuff. Basically we flatten out the test to just those properties that we
// need to keep.
var element = new GallioTestElement(provider, parent,
test.Id,
test.Name,
test.Metadata.GetValue(MetadataKeys.TestKind) ?? "Unknown",
test.IsTestCase,
ReSharperReflectionPolicy.GetProject(codeElement),
ReSharperReflectionPolicy.GetDeclaredElementResolver(codeElement),
GetAssemblyPath(codeElement),
GetTypeName(codeElement),
GetNamespaceName(codeElement));
var categories = test.Metadata[MetadataKeys.Category];
if (categories.Count != 0)
element.Categories = UnitTestElementCategory.Create(categories);
var reason = test.Metadata.GetValue(MetadataKeys.IgnoreReason);
if (reason != null)
element.ExplicitReason = reason;
return element;
}
protected GallioTestElement(IUnitTestProvider provider, GallioTestElement parent, string testId, string testName,
string kind, bool isTestCase, IProject project, IDeclaredElementResolver declaredElementResolver,
string assemblyPath, string typeName, string namespaceName)
: base(provider, testId, parent)
{
this.testId = testId;
this.testName = testName;
this.kind = kind;
this.isTestCase = isTestCase;
this.project = project;
this.declaredElementResolver = declaredElementResolver;
this.assemblyPath = assemblyPath;
this.typeName = typeName;
this.namespaceName = namespaceName;
}
protected GallioTestElement(IUnitTestProvider provider, GallioTestElement parent, string testId, string testName,
string kind, bool isTestCase, IProject project, IDeclaredElementResolver declaredElementResolver,
string assemblyPath, string typeName, string namespaceName)
: base(provider, testId, parent)
{
this.testId = testId;
this.testName = testName;
this.kind = kind;
this.isTestCase = isTestCase;
this.project = project;
this.declaredElementResolver = declaredElementResolver;
this.assemblyPath = assemblyPath;
this.typeName = typeName;
this.namespaceName = namespaceName;
}
public static GallioTestElement CreateFromTest(TestData test, ICodeElementInfo codeElement, IUnitTestProvider provider,
GallioTestElement parent)
{
if (test == null)
{
throw new ArgumentNullException("test");
}
// The idea here is to generate a test element object that does not retain any direct
// references to the code element info and other heavyweight objects. A test element may
// survive in memory for quite a long time so we don't want it holding on to all sorts of
// irrelevant stuff. Basically we flatten out the test to just those properties that we
// need to keep.
var element = new GallioTestElement(provider, parent,
test.Id,
test.Name,
test.Metadata.GetValue(MetadataKeys.TestKind) ?? "Unknown",
test.IsTestCase,
ReSharperReflectionPolicy.GetProject(codeElement),
ReSharperReflectionPolicy.GetDeclaredElementResolver(codeElement),
GetAssemblyPath(codeElement),
GetTypeName(codeElement),
GetNamespaceName(codeElement));
var categories = test.Metadata[MetadataKeys.Category];
if (categories.Count != 0)
{
element.Categories = UnitTestElementCategory.Create(categories);
}
var reason = test.Metadata.GetValue(MetadataKeys.IgnoreReason);
if (reason != null)
{
element.ExplicitReason = reason;
}
return(element);
}
public int CompareTo(GallioTestElement other)
{
// Find common ancestor.
var branches = new Dictionary<GallioTestElement, GallioTestElement>();
for (GallioTestElement thisAncestor = this, thisBranch = null;
thisAncestor != null;
thisBranch = thisAncestor, thisAncestor = thisAncestor.Parent as GallioTestElement)
branches.Add(thisAncestor, thisBranch);
for (GallioTestElement otherAncestor = other, otherBranch = null;
otherAncestor != null;
otherBranch = otherAncestor, otherAncestor = otherAncestor.Parent as GallioTestElement)
{
GallioTestElement thisBranch;
if (branches.TryGetValue(otherAncestor, out thisBranch))
{
// Compare the relative ordering of the branches leading from
// the common ancestor to each child.
int thisOrder = thisBranch != null ? otherAncestor.children.IndexOf(thisBranch) : -1;
int otherOrder = otherBranch != null ? otherAncestor.children.IndexOf(otherBranch) : -1;
return thisOrder.CompareTo(otherOrder);
}
}
// No common ancestor, compare test ids.
return testId.CompareTo(other.testId);
}
public bool Equals(GallioTestElement other)
{
return other != null && testId == other.testId;
}
public int CompareTo(object obj)
{
GallioTestElement other = obj as GallioTestElement;
return(other != null?CompareTo(other) : 1); // sort gallio test elements after all other kinds
}
public bool Equals(GallioTestElement other)
{
return(other != null && testId == other.testId);
}
