public void TestInsertionsWithFiveCharTrie()
{
SingleEditDistanceTrie trie = GetFiveCharTrie();
HashSet <int> peers;
// test insertion at end
peers = trie.GetSingleInsertionPeers("FIST");
Assert.AreEqual(1, peers.Count, "FIST should have 1 single-insertion peer in the 5-char trie");
Assert.IsTrue(peers.Contains(1), "FISTS should be a single-insertion peer of FISTS in the 5-char tree");
// test insertion at beginning
peers = trie.GetSingleInsertionPeers("ISTS");
Assert.AreEqual(2, peers.Count, "ISTS should have 2 single-insertion peers in the 5-char trie");
Assert.IsTrue(peers.Contains(1), "FISTS should be a single-insertion peer of ISTS in the 5-char tree");
Assert.IsTrue(peers.Contains(2), "LISTS should be a single-insertion peer of ISTS in the 5-char tree");
// test insertion in middle
peers = trie.GetSingleInsertionPeers("LSTY");
Assert.AreEqual(2, peers.Count, "LSTY should have 2 single-insertion peers in the 5-char trie");
Assert.IsTrue(peers.Contains(3), "LISTY should be a single-insertion peer of LSTY in the 5-char tree");
Assert.IsTrue(peers.Contains(11), "LUSTY should be a single-insertion peer of LSTY in the 5-char tree");
}
public void TestGetSingleInsertionPeersNull()
{
SingleEditDistanceTrie trie = new SingleEditDistanceTrie(FOO.Length);
trie.GetSingleInsertionPeers(null);
}
public void TestGetSingleInsertionPeersCorrectLength()
{
SingleEditDistanceTrie trie = new SingleEditDistanceTrie(FOO.Length + 1);
trie.GetSingleInsertionPeers(FOO);
}
public void TestGetSingleInsertionPeersWrongLength()
{
SingleEditDistanceTrie trie = new SingleEditDistanceTrie(FOO.Length);
trie.GetSingleInsertionPeers(FOO);
}
