public void ConstructByLocalNameAndNamespace()
{
TopicRevision revision = new TopicRevision("Foo", "Bar");
Assert.AreEqual("Foo", revision.LocalName, "Checking that local name is correct.");
Assert.AreEqual("Bar", revision.Namespace, "Checking that namespace is correct.");
Assert.IsNull(revision.Version, "Checking that version is null when not specified.");
}
public void ConstructByLocalNameNamespaceAndVersion()
{
TopicRevision revision = new TopicRevision("Foo", "Bar", "1.0");
Assert.AreEqual("Foo", revision.LocalName, "Checking that local name is correct.");
Assert.AreEqual("Bar", revision.Namespace, "Checking that namespace is correct.");
Assert.AreEqual("1.0", revision.Version, "Checking that version is correct.");
}
public void ConstructDefault()
{
TopicRevision revision = new TopicRevision();
Assert.IsNull(revision.LocalName, "Checking that local name is null by default.");
Assert.IsNull(revision.Namespace, "Checking that namespace is null by default.");
Assert.IsNull(revision.Version, "Checking that version is null by default.");
}
public void CompareTo()
{
TopicRevision aa11 = new TopicRevision("A", "A", "1");
TopicRevision aa12 = new TopicRevision("A", "A", "1");
TopicRevision aa21 = new TopicRevision("A", "A", "2");
TopicRevision ab11 = new TopicRevision("A", "B", "1");
TopicRevision ba11 = new TopicRevision("B", "A", "1");
Assert.AreEqual(0, aa11.CompareTo(aa11), "Checking that an object compares equal to itself.");
Assert.AreEqual(0, aa11.CompareTo(aa12), "Checking that an object compares equal to an equivalent object.");
Assert.AreEqual(-1, aa11.CompareTo(aa21), "Checking that an object with a higher version compares higher.");
Assert.AreEqual(1, aa21.CompareTo(aa11), "Checking that an object with a lower version compares lower.");
Assert.AreEqual(-1, aa11.CompareTo(ab11), "Checking that an object with a higher namespace compares higher.");
Assert.AreEqual(1, ab11.CompareTo(aa11), "Checking that an object with a lower namespace compares lower.");
Assert.AreEqual(-1, aa11.CompareTo(ba11), "Checking that an object with a higher local name compares higher.");
Assert.AreEqual(1, ba11.CompareTo(aa11), "Checking that an object with a lower local name compares lower.");
Assert.AreEqual(1, aa11.CompareTo(null), "Checking that an object compares greater than null.");
QualifiedTopicRevision qualifiedRevision = new QualifiedTopicRevision("A", "A", "1");
Assert.AreEqual(0, aa11.CompareTo(qualifiedRevision), "Checking that a QualifiedTopicRevision can compare successfully to a TopicRevision");
}
public void ConstructByString()
{
// format is revision, name, version
string[][] data = {
new string[] { "Foo", "Foo", null } ,
new string[] { "Foo.Bar", "Foo.Bar", null } ,
new string[] { "Cat.Dog.Hello", "Cat.Dog.Hello", null } ,
new string[] { "Hello()", "Hello", null } ,
new string[] { "Hello(123-abc)", "Hello", "123-abc" } ,
};
string[] revisions = { "Foo", "Foo.Bar", "Cat.Dog.Hello", "Hello()" };
string[] names = { "Foo", "Foo.Bar", "Cat.Dog.Hello", "Hello" };
string[] versions = { null, null, null, null };
for (int i = 0; i < data.Length; ++i)
{
string revisionName = data[i][0];
string name = data[i][1];
string version = data[i][2];
TopicRevision revision = new TopicRevision(revisionName);
Assert.AreEqual(revision.Name, new TopicName(name),
"Checking that name was correct during construction by name was successful for " + name);
Assert.AreEqual(revision.Version, version,
"Checking that version was correct during construction by name was successful for " + name);
}
}
public void ConstructByNull()
{
TopicRevision revision = new TopicRevision(null);
}
public void CompareToIncompatibleType()
{
TopicRevision revision = new TopicRevision("Foo");
revision.CompareTo("Foo");
}
public void ResolveRelativeToFromUnqualified()
{
TopicRevision revision = new TopicRevision(new TopicName("TopicName"), "version");
QualifiedTopicRevision qualifiedRevision = revision.ResolveRelativeTo("SomeNamespace");
Assert.AreEqual("SomeNamespace.TopicName(version)", qualifiedRevision.DottedNameWithVersion,
"Checking that the new namespace is used when resolving an unqualified name.");
}
public void NewOfSameType()
{
TopicRevision revision = new TopicRevision().NewOfSameType("A.B(C)");
Assert.AreEqual(typeof(TopicRevision), revision.GetType(), "Checking that the newly created type is a TopicRevision.");
Assert.AreEqual("A.B(C)", revision.DottedNameWithVersion, "Checking that the correct properties were parsed.");
}
public void ResolveRelativeToFromQualified()
{
TopicRevision revision = new TopicRevision("TopicName", "Namespace", "version");
QualifiedTopicRevision qualifiedRevision = revision.ResolveRelativeTo("SomeNamespace");
Assert.AreEqual("Namespace.TopicName(version)", qualifiedRevision.DottedNameWithVersion,
"Checking that the original namespace is kept when resolving an already-qualified revision.");
}
public void LocalNameForNullName()
{
TopicRevision revision = new TopicRevision();
Assert.IsNull(revision.Name);
Assert.IsNull(revision.LocalName, "Checking that LocalName doesn't blow up even when Name is null.");
}
public void GetHashCodeTests()
{
TopicRevision aa11 = new TopicRevision("A", "A", "1");
TopicRevision aa12 = new TopicRevision("A", "A", "1");
TopicRevision aa21 = new TopicRevision("A", "A", "2");
TopicRevision ab11 = new TopicRevision("A", "B", "1");
TopicRevision ba11 = new TopicRevision("B", "A", "1");
Assert.AreEqual(aa11.GetHashCode(), aa11.GetHashCode(),
"Checking that an object always returns the same hash code.");
Assert.AreEqual(aa12.GetHashCode(), aa11.GetHashCode(),
"Checking that an object returns the same hash code as an equivalent object.");
Assert.IsFalse(aa11.GetHashCode() == aa21.GetHashCode(),
"Checking that an object with a different version returns a different hash code.");
Assert.IsFalse(aa11.GetHashCode() == ab11.GetHashCode(),
"Checking that an object with a different namespace returns a different hash code.");
Assert.IsFalse(aa11.GetHashCode() == ba11.GetHashCode(),
"Checking that an object with a different local name returns a different hash code.");
}
public void EqualsTest()
{
TopicRevision aa11 = new TopicRevision("A", "A", "1");
TopicRevision aa12 = new TopicRevision("A", "A", "1");
TopicRevision aa21 = new TopicRevision("A", "A", "2");
TopicRevision ab11 = new TopicRevision("A", "B", "1");
TopicRevision ba11 = new TopicRevision("B", "A", "1");
Assert.IsTrue(aa11.Equals(aa11), "Checking that an object compares equal to itself.");
Assert.IsTrue(aa11.Equals(aa12), "Checking that an object compares equal to an equivalent object.");
Assert.IsFalse(aa11.Equals(aa21), "Checking that an object is not equal to something with a different version.");
Assert.IsFalse(aa11.Equals(ab11), "Checking that an object is not equal to something with a different namespace.");
Assert.IsFalse(aa11.Equals(ba11), "Checking that an object is not equal to something with a different local name.");
Assert.IsFalse(aa11.Equals(null), "Checking that an object is not equal to null.");
}
public void TopicExistsRelativeQualifiedPositive()
{
Federation federation = WikiTestUtilities.SetupFederation("test://NamespaceManagerTests",
TestContentSets.ImportingReferencingSet);
NamespaceManager manager = federation.NamespaceManagerForNamespace("NamespaceOne");
TopicRevision revision = new TopicRevision("OtherTopic", "NamespaceTwo");
Assert.IsTrue(manager.TopicExists(revision, ImportPolicy.DoNotIncludeImports),
"Checking that an existing topic returns true from TopicExists.");
}
public void TopicExistsRelativeUnqualifiedNegative()
{
Federation federation = WikiTestUtilities.SetupFederation("test://NamespaceManagerTests",
TestContentSets.ImportingReferencingSet);
NamespaceManager manager = federation.NamespaceManagerForNamespace("NamespaceOne");
TopicRevision revision = new TopicRevision("NoSuchTopic");
Assert.IsFalse(manager.TopicExists(revision, ImportPolicy.DoNotIncludeImports),
"Checking that a nonexistent topic returns false from TopicExists.");
}
