public void RemoveFromBranchWithLeafKeyEqualToArgumentShouldStayAnotherChild()
{
IImmutableIntMap <string> left = this.empty.Add(5, "hello");
IImmutableIntMap <string> branch = left.Add(7, "there");
IImmutableIntMap <string> node1 = branch.Remove(7);
Assert.That(node1, Is.SameAs(left));
IImmutableIntMap <string> node2 = branch.Remove(5);
Assert.That(node2 is LeafNode <string>);
Assert.That((node2 as LeafNode <string>).Key, Is.EqualTo(7));
Assert.That((node2 as LeafNode <string>).Value, Is.EqualTo("there"));
}
public void AddCallOnThis(APC pc)
{
this.call_on_this_map = this.call_on_this_map.Add(pc.Block.Index, true);
}
public APCMap(Subroutine parent)
{
this.block_map = new Dictionary <int, T> [parent.BlockCount];
this.call_on_this_map = ImmutableIntMap <bool> .Empty();
}
private ImmutableMap(IImmutableIntMap <Sequence <Pair <K, V> > > map, int count, Sequence <K> keys)
{
this.keys = keys;
this.count = count;
this.immutable_int_map = map;
}
private ImmutableMap(IImmutableIntMap <LispList <Pair <K, V> > > map, int count, LispList <K> keys)
{
this.keys = keys;
this.count = count;
this.immutable_int_map = map;
}
private ImmutableIntKeyMap(IImmutableIntMap <Pair <K, V> > map, Func <K, int> converter)
{
this.immutable_int_map = map;
this.keyConverter = converter;
}
