public void Match()
{
var name = "test";
var keys = new InputKey[] { Keys.A, Keys.B, Keys.C };
var sequences = new SequenceCollection();
sequences.Add(name, keys);
var match = sequences.Match(out var hit, keys);
Assert.True(match);
Assert.Equal(name, hit.Name);
Assert.Equal(keys, hit.Keys);
}
public void FuzzySearch()
{
var name = "test";
var keys = new InputKey[] { Keys.A, Keys.B, Keys.C };
var sequences = new SequenceCollection();
sequences.Add(name, keys);
var matches = sequences.FuzzySearch(2, Keys.A, Keys.B);
Assert.Equal(1, matches.Length);
Assert.Equal(name, matches[0].Name);
Assert.Equal(keys, matches[0].Keys);
}
public void Can_clear_named_sequences()
{
var collection = new SequenceCollection();
collection.Add("sequence");
collection.Clear();
Assert.False(collection.Exists("sequence"));
}
public void Can_check_if_sequence_exists()
{
var collection = new SequenceCollection();
collection.Add("sequence");
Assert.True(collection.Exists("sequence"));
}
public void Can_add_type_sequence_with_seed()
{
var collection = new SequenceCollection();
collection.Add<Rabbit>(100);
Assert.Equal(100, collection.Next<Rabbit>());
}
public void Can_add_named_type_sequence()
{
var collection = new SequenceCollection();
collection.Add<Rabbit>("sequence");
Assert.Equal(0, collection.Next<Rabbit>("sequence"));
}
public void Can_add_named_sequence_with_seed()
{
var collection = new SequenceCollection();
collection.Add("sequence", 100);
Assert.Equal(100, collection.Next("sequence"));
}
public void Can_reset_named_sequence()
{
var collection = new SequenceCollection();
collection.Add("sequence");
var value = collection.Next("sequence");
collection.Reset();
Assert.Equal(0, collection.Next("sequence"));
}
public void Cannot_add_duplicate_sequence()
{
var collection = new SequenceCollection();
collection.Add("sequence");
Assert.Throws<DuplicateSequenceException>(() => collection.Add("sequence"));
}