public void Delete0()
{
var cl = new TstClient();
var rt = cl.GetRoot <Root>();
var rf = rt.RefItems.First();
var chd = rf.ChildRef;
var parent = rt.ParentItems.Single(_parent => _parent.Children.Contains(chd));
parent.Children.Remove(chd);
cl.Save(rt);
Assert.IsFalse(parent.IsDirty);
Assert.IsFalse(rf.IsDirty);
Assert.IsFalse(rt.IsDirty);
var cl2 = new TstClient();
var rt2 = cl2.GetRoot <Root>();
var rf2 = rt2.RefItems.First();
var chd2 = rf2.ChildRef;
Assert.AreEqual(chd.Uid, chd2.Uid);
var parent2 = rt2.ParentItems.SingleOrDefault(_parent => _parent.Children.Contains(chd));
Assert.IsNull(parent2);
parent2 = rt2.ParentItems.Single(_parent => _parent.Uid == parent.Uid);
Assert.IsNotNull(parent2);
parent2.Children.Add(chd2);
cl2.Save(parent2);
TstServer.Instance.Reset();
var cl3 = new TstClient();
var rt3 = cl3.GetRoot <Root>();
var rf3 = rt3.RefItems.First();
var chd3 = rf3.ChildRef;
}
public void TwoClientObservableCollection()
{
var cl1 = new TstClient();
var cl2 = new TstClient();
var parentVM1 = cl1.GetRoot <RootVM>().ParentItems.First();
var parentVM2 = cl2.Get <ParentVM>(parentVM1.Uid);
var mre = new ManualResetEvent(false);
ThreadPool.QueueUserWorkItem(_state =>
{
parentVM2.List.Remove(parentVM2.List.First());
cl2.Save(parentVM1.Uid);
mre.Set();
});
Assert.AreEqual(true, mre.WaitOne(100));
cl1.Revert(parentVM1.Uid);
Wait(100, () => parentVM2.List.Count != parentVM1.ObsCol.Count);
Assert.AreEqual(parentVM2.List.Count, parentVM1.ObsCol.Count);
foreach (var vm in parentVM1.List)
{
Assert.AreEqual(true, parentVM1.ObsCol.Contains(vm));
}
}
public void Delete0()
{
var cl = new TstClient();
var rt = cl.GetRoot<Root>();
var rf = rt.RefItems.First();
var chd = rf.ChildRef;
var parent = rt.ParentItems.Single(_parent => _parent.Children.Contains(chd));
parent.Children.Remove(chd);
cl.Save(rt);
Assert.IsFalse(parent.IsDirty);
Assert.IsFalse(rf.IsDirty);
Assert.IsFalse(rt.IsDirty);
var cl2 = new TstClient();
var rt2 = cl2.GetRoot<Root>();
var rf2 = rt2.RefItems.First();
var chd2 = rf2.ChildRef;
Assert.AreEqual(chd.Uid, chd2.Uid);
var parent2 = rt2.ParentItems.SingleOrDefault(_parent => _parent.Children.Contains(chd));
Assert.IsNull(parent2);
parent2 = rt2.ParentItems.Single(_parent => _parent.Uid == parent.Uid);
Assert.IsNotNull(parent2);
parent2.Children.Add(chd2);
cl2.Save(parent2);
TstServer.Instance.Reset();
var cl3 = new TstClient();
var rt3 = cl3.GetRoot<Root>();
var rf3 = rt3.RefItems.First();
var chd3 = rf3.ChildRef;
}
public void ListGetIsUndoEnabledAfterAddItemAndSave()
{
var cl = new TstClient();
var root = cl.GetRoot<RootVM>();
root.AItems.Add(new Avm {Value = 99});
Assert.AreEqual(true, cl.GetIsUndoEnabled(root.Uid));
cl.Save(root.Uid);
Assert.AreEqual(false, cl.GetIsUndoEnabled(root.Uid));
}
public void ListGetIsUndoEnabledAfterDeleteItemAndSave()
{
var cl = new TstClient();
var root = cl.GetRoot<RootVM>();
root.AItems.Remove(root.AItems.First());
Assert.AreEqual(true, cl.GetIsUndoEnabled(root.Uid));
cl.Save(root.Uid);
Assert.AreEqual(false, cl.GetIsUndoEnabled(root.Uid));
}
public void GetIsUndoEnabledAfterChangesAndSave()
{
var cl = new TstClient();
var a = cl.GetRoot<RootVM>().AItems.First();
a.Value = 10;
Assert.AreEqual(true, cl.GetIsUndoEnabled(a.Uid));
cl.Save(a.Uid);
Assert.AreEqual(false, cl.GetIsUndoEnabled(a.Uid));
}
public void ListGetIsUndoEnabledAfterDeleteItemAndSave()
{
var cl = new TstClient();
var root = cl.GetRoot <RootVM>();
root.AItems.Remove(root.AItems.First());
Assert.AreEqual(true, cl.GetIsUndoEnabled(root.Uid));
cl.Save(root.Uid);
Assert.AreEqual(false, cl.GetIsUndoEnabled(root.Uid));
}
public void GetIsUndoEnabledAfterChangesAndSave()
{
var cl = new TstClient();
var a = cl.GetRoot <RootVM>().AItems.First();
a.Value = 10;
Assert.AreEqual(true, cl.GetIsUndoEnabled(a.Uid));
cl.Save(a.Uid);
Assert.AreEqual(false, cl.GetIsUndoEnabled(a.Uid));
}
public void Revert()
{
var cl1 = new TstClient();
var a = cl1.GetRoot<Root>().AItems.First();
a.Value = 10;
cl1.Save(a.Uid);
a.Value = 20;
cl1.Revert(a.Uid);
Assert.AreEqual(10, a.Value);
}
public void Revert()
{
var cl1 = new TstClient();
var a = cl1.GetRoot <Root>().AItems.First();
a.Value = 10;
cl1.Save(a.Uid);
a.Value = 20;
cl1.Revert(a.Uid);
Assert.AreEqual(10, a.Value);
}
public void SaveAndRevert()
{
var cl1 = new TstClient();
var cl2 = new TstClient();
var a = cl1.GetRoot<Root>().AItems.First();
a.Value = 10;
var am = cl2.Get<AMirror>(a.Uid);
cl1.Save(a.Uid);
Assert.AreNotEqual(a.Value, am.Value);
cl2.Revert(a.Uid);
Assert.AreEqual(a.Value, am.Value);
}
public void ListGetIsUndoEnabledAfterAddItemAndSave()
{
var cl = new TstClient();
var root = cl.GetRoot <RootVM>();
root.AItems.Add(new Avm {
Value = 99
});
Assert.AreEqual(true, cl.GetIsUndoEnabled(root.Uid));
cl.Save(root.Uid);
Assert.AreEqual(false, cl.GetIsUndoEnabled(root.Uid));
}
public void Saving1()
{
var cl1 = new TstClient();
var cl2 = new TstClient();
var a = cl1.GetRoot <Root>().AItems.First();
a.Value = 10;
cl1.Save(a.Uid);
var am = cl2.Get <AMirror>(a.Uid);
Assert.AreEqual(a.Value, am.Value);
}
public void SaveLoad()
{
var cl = new TstClient();
var a = cl.GetRoot<Root>().AItems.First();
a.Bytes = new byte[]{1,2,3};
cl.Save(a);
TstServer.Instance.Reset();
var cl1 = new TstClient();
var rt1 = cl1.GetRoot<Root>();
var a1 = cl1.GetRoot<Root>().AItems.First();
Assert.AreEqual(3, a1.Bytes.Length);
}
public void SaveLoad()
{
var cl = new TstClient();
var a = cl.GetRoot <Root>().AItems.First();
a.Bytes = new byte[] { 1, 2, 3 };
cl.Save(a);
TstServer.Instance.Reset();
var cl1 = new TstClient();
var rt1 = cl1.GetRoot <Root>();
var a1 = cl1.GetRoot <Root>().AItems.First();
Assert.AreEqual(3, a1.Bytes.Length);
}
public void SaveAndUndo()
{
var cl1 = new TstClient();
var rt1 = cl1.GetRoot <Root>();
var cl2 = new TstClient();
var rt2 = cl2.GetRoot <Root>();
Assert.AreEqual(rt1.RefItems.First().Ref, rt1.AItems.First());
Assert.AreNotEqual(rt1.RefItems.First().Ref, rt1.AItems.ToList()[1]);
rt1.RefItems.First().Ref = rt1.AItems.ToList()[1];
rt2.RefItems.First().Ref = rt2.AItems.ToList()[1];
cl1.Save(rt1);
cl2.Undo(rt2);
Assert.AreEqual(rt2.RefItems.First().Ref.Uid, rt2.AItems.First().Uid);
Assert.AreEqual(rt2.RefItems.First().Ref, rt2.AItems.First());
}
public void SaveAndUndo()
{
var cl1 = new TstClient();
var rt1 = cl1.GetRoot<Root>();
var cl2 = new TstClient();
var rt2 = cl2.GetRoot<Root>();
Assert.AreEqual(rt1.RefItems.First().Ref, rt1.AItems.First());
Assert.AreNotEqual(rt1.RefItems.First().Ref, rt1.AItems.ToList()[1]);
rt1.RefItems.First().Ref = rt1.AItems.ToList()[1];
rt2.RefItems.First().Ref = rt2.AItems.ToList()[1];
cl1.Save(rt1);
cl2.Undo(rt2);
Assert.AreEqual(rt2.RefItems.First().Ref.Uid, rt2.AItems.First().Uid);
Assert.AreEqual(rt2.RefItems.First().Ref, rt2.AItems.First());
}
public void RemoveAndUndoList()
{
var cl1 = new TstClient();
var rt1 = cl1.GetRoot <Root>();
var cl2 = new TstClient();
var rt2 = cl2.GetRoot <Root>();
var cnt = rt1.AItems.Count;
rt1.AItems.Remove(rt1.AItems.First());
rt2.AItems.Remove(rt2.AItems.First());
cl1.Save(rt1.Uid);
Wait(100, () => rt1.IsDirty);
cl2.Undo(rt2.Uid);
Assert.AreEqual(cnt, rt2.AItems.Count);
cl2.Undo(rt2.Uid);
Assert.AreEqual(rt1.AItems.Count, rt2.AItems.Count);
}
public void RemoveAndUndoList()
{
var cl1 = new TstClient();
var rt1 = cl1.GetRoot<Root>();
var cl2 = new TstClient();
var rt2 = cl2.GetRoot<Root>();
var cnt = rt1.AItems.Count;
rt1.AItems.Remove(rt1.AItems.First());
rt2.AItems.Remove(rt2.AItems.First());
cl1.Save(rt1.Uid);
Wait(100, () => rt1.IsDirty);
cl2.Undo(rt2.Uid);
Assert.AreEqual(cnt, rt2.AItems.Count);
cl2.Undo(rt2.Uid);
Assert.AreEqual(rt1.AItems.Count, rt2.AItems.Count);
}
public void AddAndUndoList()
{
var cl1 = new TstClient();
var rt1 = cl1.GetRoot<Root>();
var cl2 = new TstClient();
var rt2 = cl2.GetRoot<Root>();
var aValue = rt1.AItems.Last().Value;
rt1.AItems.Add(new A {Value = 100});
rt2.AItems.Add(new A {Value = 200});
cl1.Save(rt1.Uid);
Wait(100, () => rt1.IsDirty);
cl2.Undo(rt2.Uid);
Assert.AreEqual(aValue, rt2.AItems.Last().Value);
cl2.Undo(rt2.Uid);
Assert.AreEqual(rt1.AItems.Count, rt2.AItems.Count);
Assert.AreEqual(rt1.AItems.Last().Value, rt2.AItems.Last().Value);
}
public void TwoClients()
{
var cl = new TstClient();
var cl1 = new TstClient();
var generalMirror = cl1.GetRoot<RootMirror>();
var general = cl.GetRoot<RootVM>();
general.AItems.Remove(general.AItems.First());
cl.Save(general.Uid);
cl1.Revert(generalMirror.Uid);
var waitCounter = 10;
while (general.AItems.Count != generalMirror.AItems.Count && waitCounter-- > 0)
{
}
Assert.AreEqual(general.AItems.Count, generalMirror.AItems.Count);
foreach (var a in general.AItems)
{
var a1 = a;
Assert.AreEqual(a.Uid, generalMirror.AItems.Single(_mirror => _mirror.Uid == a1.Uid).Uid);
}
}
public void TwoClientNotification()
{
var clVM = new TstClient();
var client = new TstClient();
var avm = clVM.GetRoot <RootVM>().AItems.First();
var a = client.Get <A>(avm.Uid);
var mre = new ManualResetEvent(false);
avm.PropertyChanged += delegate(object _sender, PropertyChangedEventArgs _args)
{
Assert.AreEqual("Value", _args.PropertyName);
mre.Set();
};
a.Value = Int32.MaxValue;
client.Save(avm.Uid);
ThreadPool.QueueUserWorkItem(_state =>
{
clVM.Revert(avm.Uid);
});
Assert.AreEqual(true, mre.WaitOne(1000));
}
public void SaveAndUndo2()
{
var cl1 = new TstClient();
var rt1 = cl1.GetRoot <Root>();
var cl2 = new TstClient();
var rt2 = cl2.GetRoot <Root>();
var a1 = rt1.AItems.First();
var a2 = rt2.AItems.First();
var val = a1.Value;
a2.Value = val + 2;
a1.Value = val + 1;
cl1.Save(a1);
Assert.AreEqual(val + 2, a2.Value);
cl2.Undo(a2);
Assert.AreEqual(val, a2.Value);
cl2.Undo(a2);
Assert.AreEqual(val + 1, a2.Value);
Assert.IsFalse(cl2.GetIsUndoEnabled(a2.Uid));
}
public void TwoClients()
{
var cl = new TstClient();
var cl1 = new TstClient();
var generalMirror = cl1.GetRoot <RootMirror>();
var general = cl.GetRoot <RootVM>();
general.AItems.Remove(general.AItems.First());
cl.Save(general.Uid);
cl1.Revert(generalMirror.Uid);
var waitCounter = 10;
while (general.AItems.Count != generalMirror.AItems.Count && waitCounter-- > 0)
{
}
Assert.AreEqual(general.AItems.Count, generalMirror.AItems.Count);
foreach (var a in general.AItems)
{
var a1 = a;
Assert.AreEqual(a.Uid, generalMirror.AItems.Single(_mirror => _mirror.Uid == a1.Uid).Uid);
}
}
public void AddAndUndoList()
{
var cl1 = new TstClient();
var rt1 = cl1.GetRoot <Root>();
var cl2 = new TstClient();
var rt2 = cl2.GetRoot <Root>();
var aValue = rt1.AItems.Last().Value;
rt1.AItems.Add(new A {
Value = 100
});
rt2.AItems.Add(new A {
Value = 200
});
cl1.Save(rt1.Uid);
Wait(100, () => rt1.IsDirty);
cl2.Undo(rt2.Uid);
Assert.AreEqual(aValue, rt2.AItems.Last().Value);
cl2.Undo(rt2.Uid);
Assert.AreEqual(rt1.AItems.Count, rt2.AItems.Count);
Assert.AreEqual(rt1.AItems.Last().Value, rt2.AItems.Last().Value);
}
public void SaveAndUndo2()
{
var cl1 = new TstClient();
var rt1 = cl1.GetRoot<Root>();
var cl2 = new TstClient();
var rt2 = cl2.GetRoot<Root>();
var a1 = rt1.AItems.First();
var a2 = rt2.AItems.First();
var val = a1.Value;
a2.Value = val + 2;
a1.Value = val + 1;
cl1.Save(a1);
Assert.AreEqual(val + 2, a2.Value);
cl2.Undo(a2);
Assert.AreEqual(val, a2.Value);
cl2.Undo(a2);
Assert.AreEqual(val + 1, a2.Value);
Assert.IsFalse(cl2.GetIsUndoEnabled(a2.Uid));
}
public void TwoClientObservableCollection()
{
var cl1 = new TstClient();
var cl2 = new TstClient();
var parentVM1 = cl1.GetRoot<RootVM>().ParentItems.First();
var parentVM2 = cl2.Get<ParentVM>(parentVM1.Uid);
var mre = new ManualResetEvent(false);
ThreadPool.QueueUserWorkItem(_state =>
{
parentVM2.List.Remove(parentVM2.List.First());
cl2.Save(parentVM1.Uid);
mre.Set();
});
Assert.AreEqual(true, mre.WaitOne(100));
cl1.Revert(parentVM1.Uid);
Wait(100, () => parentVM2.List.Count != parentVM1.ObsCol.Count);
Assert.AreEqual(parentVM2.List.Count, parentVM1.ObsCol.Count);
foreach (var vm in parentVM1.List)
{
Assert.AreEqual(true, parentVM1.ObsCol.Contains(vm));
}
}
public void TwoClientNotification()
{
var clVM = new TstClient();
var client = new TstClient();
var avm = clVM.GetRoot<RootVM>().AItems.First();
var a = client.Get<A>(avm.Uid);
var mre = new ManualResetEvent(false);
avm.PropertyChanged += delegate(object _sender, PropertyChangedEventArgs _args)
{
Assert.AreEqual("Value", _args.PropertyName);
mre.Set();
};
a.Value = Int32.MaxValue;
client.Save(avm.Uid);
ThreadPool.QueueUserWorkItem(_state =>
{
clVM.Revert(avm.Uid);
});
Assert.AreEqual(true, mre.WaitOne(1000));
}