public void NavigationPushPopSerializationTest()
{
var engine = new DictionaryStorageEngine();
using (var _ = engine.AsPrimaryEngine()) {
var input = new TestViewModel()
{
SomeProp = "Foo"
};
var fixture = new RoutingState();
fixture.NavigateForward.Execute(input);
RxStorage.Engine.CreateSyncPoint(fixture);
var output = RxStorage.Engine.GetLatestRootObject <RoutingState>();
Assert.True(output.NavigateBack.CanExecute(null));
output.NavigateBack.Execute(null);
RxStorage.Engine.CreateSyncPoint(output);
output = RxStorage.Engine.GetLatestRootObject <RoutingState>();
Assert.False(output.NavigateBack.CanExecute(null));
}
}
public void ModelBaseShouldBeObservableAfterDeserialization()
{
var dse = new DictionaryStorageEngine();
(new TestScheduler()).With(sched => {
var input = new ModelTestFixture()
{
TestString = "Foo"
};
dse.Save(input);
var fixture = dse.Load <ModelTestFixture>(input.ContentHash);
string latest = null;
var changed = fixture.Changed;
this.Log().InfoFormat("Subscribing to Changed: 0x{0:X}", changed.GetHashCode());
changed.Subscribe(Console.WriteLine);
changed.Subscribe(x => latest = x.PropertyName);
fixture.TestString = "Bar";
sched.RunToMilliseconds(1000);
Assert.Equal("TestString", latest);
});
}
public void RoutingStateSerializableRoundTripTest()
{
var engine = new DictionaryStorageEngine();
using(var _ = engine.AsPrimaryEngine()) {
var input = new TestViewModel() {SomeProp = "Foo"};
var fixture = new RoutingState();
fixture.NavigationStack.Add(input);
RxStorage.Engine.CreateSyncPoint(fixture);
var output = RxStorage.Engine.Load<RoutingState>(fixture.ContentHash);
Assert.True(output.NavigationStack.Count == 1);
Assert.True(output.NavigationStack[0].ContentHash == input.ContentHash);
Assert.Equal(input.SomeProp, ((TestViewModel) output.NavigationStack[0]).SomeProp);
}
}
public void ModelBaseShouldBeObservableAfterDeserialization()
{
var dse = new DictionaryStorageEngine();
var sched = new TestScheduler();
var input = sched.With(_ => new ModelTestFixture() {TestString = "Foo"});
dse.Save(input);
var fixture = dse.Load<ModelTestFixture>(input.ContentHash);
string latest = null;
var changed = fixture.Changed;
this.Log().InfoFormat("Subscribing to Changed: 0x{0:X}", changed.GetHashCode());
changed.Subscribe(Console.WriteLine);
changed.Subscribe(x => latest = x.PropertyName);
fixture.TestString = "Bar";
sched.RunToMilliseconds(1000);
Assert.AreEqual("TestString", latest);
}
public void ModelBaseShouldBeObservableAfterDeserialization()
{
var dse = new DictionaryStorageEngine();
(new TestScheduler()).With(sched => {
var input = new ModelTestFixture() {TestString = "Foo"};
dse.Save(input);
var fixture = dse.Load<ModelTestFixture>(input.ContentHash);
string latest = null;
var changed = fixture.Changed;
changed.Subscribe(Console.WriteLine);
changed.Subscribe(x => latest = x.PropertyName);
fixture.TestString = "Bar";
sched.RunToMilliseconds(1000);
Assert.Equal("TestString", latest);
});
}
public void RoutingStateSerializableRoundTripTest()
{
var engine = new DictionaryStorageEngine();
using (var _ = engine.AsPrimaryEngine()) {
var input = new TestViewModel()
{
SomeProp = "Foo"
};
var fixture = new RoutingState();
fixture.NavigationStack.Add(input);
RxStorage.Engine.CreateSyncPoint(fixture);
var output = RxStorage.Engine.Load <RoutingState>(fixture.ContentHash);
Assert.True(output.NavigationStack.Count == 1);
Assert.True(output.NavigationStack[0].ContentHash == input.ContentHash);
Assert.Equal(input.SomeProp, ((TestViewModel)output.NavigationStack[0]).SomeProp);
}
}
public void NavigationPushPopSerializationTest()
{
var engine = new DictionaryStorageEngine();
using (var _ = engine.AsPrimaryEngine()) {
var input = new TestViewModel() {SomeProp = "Foo"};
var fixture = new RoutingState();
fixture.NavigateForward.Execute(input);
RxStorage.Engine.CreateSyncPoint(fixture);
var output = RxStorage.Engine.GetLatestRootObject<RoutingState>();
Assert.True(output.NavigateBack.CanExecute(null));
output.NavigateBack.Execute(null);
RxStorage.Engine.CreateSyncPoint(output);
output = RxStorage.Engine.GetLatestRootObject<RoutingState>();
Assert.False(output.NavigateBack.CanExecute(null));
}
}
