public void DeleteInexistentChild()
{
var reverseTrie = new ReverseTrie <MessageHandler>(-1);
reverseTrie.RegisterHandler("a/", (c, m) => { });
reverseTrie.RegisterHandler("a/b/", (c, m) => { });
reverseTrie.UnregisterHandler("c/");
Assert.AreEqual(2, reverseTrie.Match("a/b/").Count);
}
public void Match()
{
var reverseTrie = new ReverseTrie <MessageHandler>(-1);
reverseTrie.RegisterHandler("a/", (c, m) => { });
reverseTrie.RegisterHandler("a/b/c/", (c, m) => { });
reverseTrie.RegisterHandler("a/+/c/", (c, m) => { });
reverseTrie.RegisterHandler("a/b/c/d/", (c, m) => { });
reverseTrie.RegisterHandler("a/+/c/+/", (c, m) => { });
reverseTrie.RegisterHandler("x/", (c, m) => { });
reverseTrie.RegisterHandler("x/y/", (c, m) => { });
reverseTrie.RegisterHandler("x/+/z/", (c, m) => { });
Dictionary <string, int> tests = new Dictionary <string, int>
{
["a/"] = 1,
["a/1/"] = 1,
["a/2/"] = 1,
["a/1/2/"] = 1,
["a/1/2/3/"] = 1,
["a/x/y/c/"] = 1,
["a/x/c/"] = 2,
["a/b/c/"] = 3,
["a/b/c/d/"] = 5,
["a/b/c/e/"] = 4,
["x/y/c/e/"] = 2
};
foreach (var kv in tests)
{
var results = reverseTrie.Match(kv.Key);
Assert.AreEqual(kv.Value, results.Count);
}
}
public void DeleteLonelyRoot()
{
var reverseTrie = new ReverseTrie <MessageHandler>(-1);
reverseTrie.RegisterHandler("a/", (c, m) => { });
reverseTrie.UnregisterHandler("a/");
Assert.AreEqual(0, reverseTrie.Match("a/").Count);
}