public void Bind(Lifetime lf, IRdDynamic parent, string name)
{
if (myParent != null)
{
Assertion.Fail($"Trying to bound already bound {this} to {parent.Location}");
}
//todo uncomment when fix InterningTest
//Assertion.Require(RdId != RdId.Nil, "Must be identified first");
lf.Bracket(() =>
{
myParent = parent;
Location = parent.Location.Sub(name);
},
() =>
{
Location = Location.Sub("<<unbound>>", "::");
myParent = null;
RdId = RdId.Nil;
}
);
myDirectMap.Clear();
myInverseMap.Clear();
Proto.Wire.Advise(lf, this);
}
public static void BindEx <T>([CanBeNull] this T value, Lifetime lifetime, IRdDynamic parent, string name) where T : IRdBindable
{
if (value != null)
{
value.Bind(lifetime, parent, name);
}
}
public override void Bind(Lifetime lf, IRdDynamic parent, string name)
{
base.Bind(lf, parent, name);
Delegate.Changes.AdviseNotNull(lf, change =>
{
if (change.Origin == myLocalOrigin)
{
return;
}
if (myActiveSession != null && myActiveSession.TryPushRemoteChange(change))
{
return;
}
ReceiveChange(change);
});
Delegate.AssertedMasterText.Compose(lf, Delegate.AssertedSlaveText, Tuple.Create).Advise(lf, tuple =>
{
var m = tuple.Item1;
var s = tuple.Item2;
if (m.MasterVersion == s.MasterVersion &&
m.SlaveVersion == s.SlaveVersion &&
m.Text != s.Text)
{
throw new Exception($"Master and Slave texts are different.\nMaster:\n{m.Text}\nSlave:\n{s.Text}");
}
});
}
public void Bind(Lifetime lf, IRdDynamic parent, string name)
{
if (Parent != null)
{
Assertion.Fail($"Trying to bound already bound {this} to {parent.Location}");
}
//todo uncomment when fix InterningTest
//Assertion.Require(RdId != RdId.Nil, "Must be identified first");
lf.Bracket(() =>
{
Parent = parent;
Location = parent.Location.Sub(name);
myBindLifetime = lf;
IsBoundProperty.SetValue(true);
},
() =>
{
IsBoundProperty.SetValue(false);
myBindLifetime = Lifetime.Terminated;
Location = Location.Sub("<<unbound>>", "::");
Parent = null;
RdId = RdId.Nil;
}
);
Proto.Scheduler.AssertThread(this);
using (Signal.PriorityAdviseCookie.Create())
Init(lf);
}
public override void Bind(Lifetime lf, IRdDynamic parent, string name)
{
base.Bind(lf, parent, name);
Delegate.Operation.AdviseNotNull(lf, op =>
{
if (op.Origin != LocalOrigin)
{
ReceiveOperation(op);
}
});
Delegate.Ack.Advise(lf, ack =>
{
if (ack.Origin != LocalOrigin)
{
UpdateHistory(ack);
}
});
Delegate.AssertedMasterText.Compose(lf, Delegate.AssertedSlaveText, (m, s) => new MasterSlave(m, s)).Advise(lf, ms =>
{
var m = ms.Master;
var s = ms.Slave;
if (m.MasterVersion == s.MasterVersion &&
m.SlaveVersion == s.SlaveVersion &&
m.Text != s.Text)
{
throw new Exception($"Master and Slave texts are different.\nMaster:\n{m.Text}\nSlave:\n{s.Text}");
}
});
}
internal static void BindPolymorphic(this object value, Lifetime lifetime, IRdDynamic parent, string name)
{
if (value is IRdBindable rdBindable)
{
rdBindable.Bind(lifetime, parent, name);
}
else
{
//Don't remove 'else'. RdList is bindable and collection simultaneously.
(value as IEnumerable)?.Bind0(lifetime, parent, name);
}
}
private static void Bind0([CanBeNull] this IEnumerable items, Lifetime lifetime, IRdDynamic parent, string name)
{
if (items == null)
{
return;
}
var cnt = 0;
foreach (var item in items)
{
(item as IRdBindable).BindEx(lifetime, parent, name + "[" + cnt++ + "]");
}
}
public static void BindEx <T>([CanBeNull] this T[] items, Lifetime lifetime, IRdDynamic parent, string name) where T : IRdBindable
{
Bind0(items, lifetime, parent, name);
}
public SwitchingScheduler(IRdDynamic fallbackSchedulerSource)
{
myFallbackSchedulerSource = fallbackSchedulerSource;
}
public virtual void Bind(Lifetime lf, IRdDynamic parent, string name) => Delegate.Bind(lf, parent, name);
