public void BinaryTrieCanBeRestoredFromFile()
{
var trie = new PlugableBinaryTrie <int>(c);
var item1 = 5;
var item2 = 13;
trie.Add(item1, item1);
trie.Add(item2, item2);
var expectedValuesCount = trie.Count;
trie.Dispose();
var restoredTrie = new PlugableBinaryTrie <int>(
new MemoryMappedNodeContainer <int>(c.FileName)
);
Assert.Equal(expectedValuesCount, restoredTrie.Count);
var sortedPairs = restoredTrie.GetEntrySet().ToArray();
Assert.Equal(expectedValuesCount, sortedPairs.Length);
Assert.Equal(item1, sortedPairs[0].Item2);
Assert.Equal(item1, sortedPairs[0].Item1[0]);
Assert.Equal(item2, sortedPairs[1].Item2);
Assert.Equal(item2, sortedPairs[1].Item1[0]);
restoredTrie.Add(5, 10);
restoredTrie.Add(10, 15);
var storedValue = restoredTrie.GetValue(new [] { 13 });
Assert.Equal(13, storedValue);
}
public void UsingIntKeysOnArrayBackedGrowableTrie()
{
object f1()
{
var container = new GrowableArrayBackedNodeContainer <int>(5000000, true);
var trie = new PlugableBinaryTrie <int>(container);
for (int i = TotalKeys; i >= 0; i--)
{
trie.Add(i, i);
}
Assert.Equal(TotalKeys + 1, trie.Count);
var lastKey = -1;
var allOk = true;
foreach (var kvp in trie.GetEntrySet(reuseKeysList: true))
{
var key = kvp.Item1[0];
var value = kvp.Item2;
allOk = allOk && key == value;
allOk = allOk && key >= lastKey;
lastKey = key;
}
Assert.True(allOk);
return(trie);
}
var oldCount = TotalKeys;
TotalKeys = 100000;
var disposable = f1() as IDisposable;
disposable.Dispose();
TotalKeys = oldCount;
var execution = H.Run(f1);
this.output.WriteLine(execution.ToString());
}
