/// <summary>
/// Removes element from the set.
/// <para />Warning: Decorators which alter the data on remove will not change which element is removed.
/// </summary>
/// <returns>If successful, index of removed element. Otherwise -1.</returns>
public int Remove(TData element)
{
// Auto-bound SmartRefs get bound first time value added/removed after they're queued
if (_binder.hasRefsToBind)
{
_binder.AutoBind();
}
int index = _runtimeSet.IndexOf(element);
bool result = index >= 0;
var data = new SetEventData <TData>(element, element, SetOperation.REMOVED, index);
if (_hasDecorators)
{
// Execute decorators without altering data
for (int i = 0; i < _decorators.Length; ++i)
{
((SmartSetDecoratorBase <TData>)_decorators[i]).OnChanged(data);
}
}
if (result)
{
_runtimeSet.Remove(element);
// Auto-bound SmartRefs get bound first time value added/removed after they're queued
if (_binder.hasRefsToBind)
{
_binder.AutoBind();
}
_relay.Dispatch(data);
}
return(index);
}
public bool Add(TData element, bool allowDuplicates = true)
{
if (allowDuplicates || !_runtimeSet.Contains(element))
{
// Auto-bound SmartRefs get bound first time value added/removed after they're queued
if (_binder.hasRefsToBind)
{
_binder.AutoBind();
}
SetEventData <TData> data = new SetEventData <TData>(element, default(TData), SetOperation.ADDED, count);
if (_hasDecorators)
{
var temp = data;
temp = ExecuteDecoratorsOnChanged(temp);
data = temp;
element = temp.value;
}
_runtimeSet.Add(element);
_relay.Dispatch(data);
return(true);
}
return(false);
}
SetEventData <TData> ExecuteDecoratorsOnChanged(SetEventData <TData> data)
{
for (int i = 0; i < _decorators.Length; ++i)
{
data = ((SmartSetDecoratorBase <TData>)_decorators[i]).OnChanged(data);
}
return(data);
}
bool RemoveAt(int index, SetOperation operation)
{
TData element = this[index];
bool result = _runtimeSet.Count > index;
var data = new SetEventData <TData>(element, element, operation, index);
if (_hasDecorators)
{
data = ExecuteDecoratorsOnChanged(data);
}
_runtimeSet.RemoveAt(index);
_relay.Dispatch(data);
return(result);
}
protected sealed override void InvokeUnityEvent(SetEventData <bool> d)
{
switch (d.operation)
{
case SetOperation.ADDED:
_onAdd.Invoke(d.value);
break;
case SetOperation.REMOVED:
_onRemove.Invoke(d.value);
break;
case SetOperation.CHANGED:
_onChange.Invoke(d.value);
break;
}
}
void OnSetChanged(SetEventData <float> d)
{
switch (d.operation)
{
case SetOperation.ADDED:
OnAdded(d.value);
break;
case SetOperation.REMOVED:
OnRemoved(d.value);
break;
case SetOperation.CHANGED:
OnChanged(d.value);
break;
}
}
/// <summary>
/// Call to receive an update from the network.
/// </summary>
public void Receive(SetEventData <TData> data)
{
this.active = false;
switch (data.operation)
{
case SetOperation.ADDED:
owner.Add(data.value);
break;
case SetOperation.REMOVED:
owner.RemoveAt(data.index);
break;
case SetOperation.CHANGED:
owner[data.index] = data.value;
break;
}
this.active = true;
}
public TData this[int index] {
get { return(_runtimeSet[index]); }
set {
// Auto-bound SmartRefs get bound first time value added/removed after they're queued
if (_binder.hasRefsToBind)
{
_binder.AutoBind();
}
var data = new SetEventData <TData>(value, _runtimeSet[index], SetOperation.CHANGED, index);
if (_hasDecorators)
{
var temp = data;
temp = ExecuteDecoratorsOnChanged(temp);
data = temp;
value = temp.value;
}
_runtimeSet[index] = value;
_relay.Dispatch(data);
}
}
protected abstract void Send(SetEventData <TData> data, RestoreMode restoreMode);
public override SetEventData <TData> OnChanged(SetEventData <TData> data)
{
Send(data, _currentRestoreMode);
return(data);
}
protected abstract void InvokeUnityEvent(SetEventData <TData> data);
