public void RemoveConnection(Guid connectionId)
{
if (_sockets.ContainsKey(connectionId))
{
_sockets.Remove(connectionId);
}
if (_playerSocketDictionary.ContainsBySecond(connectionId))
{
_playerSocketDictionary.RemoveBySecond(connectionId);
}
}
public void TestRemove()
{
var testBiDictionary = new BiDictionary <int, string> {
{ 0, "0" },
{ 1, "1" },
{ 2, "8" },
{ 3, "10" }
};
Assert.Equal(4, testBiDictionary.Firsts.Count);
Assert.Equal(4, testBiDictionary.Seconds.Count);
Assert.True(testBiDictionary.Remove(2, "8"));
Assert.False(testBiDictionary.ContainsByFirst(2));
Assert.False(testBiDictionary.ContainsBySecond("8"));
Assert.Equal(3, testBiDictionary.Firsts.Count);
Assert.Equal(3, testBiDictionary.Seconds.Count);
// Remove with wrong first key
Assert.False(testBiDictionary.Remove(4, "10"));
Assert.False(testBiDictionary.ContainsByFirst(4));
Assert.True(testBiDictionary.ContainsBySecond("10"));
Assert.Equal(3, testBiDictionary.Firsts.Count);
Assert.Equal(3, testBiDictionary.Seconds.Count);
// Remove with wrong second key
Assert.False(testBiDictionary.Remove(3, "15"));
Assert.True(testBiDictionary.ContainsByFirst(3));
Assert.False(testBiDictionary.ContainsBySecond("15"));
Assert.Equal(3, testBiDictionary.Firsts.Count);
Assert.Equal(3, testBiDictionary.Seconds.Count);
// Remove when both exists but not corresponding to each other
Assert.True(testBiDictionary.Remove(0, "1"));
Assert.False(testBiDictionary.ContainsByFirst(0));
Assert.False(testBiDictionary.ContainsBySecond("1"));
Assert.Single(testBiDictionary.Firsts);
Assert.Single(testBiDictionary.Seconds);
}
