public async Task Conductor_ConductWithTests()
{
var root = new Conductor <StateScreen> .Collection.AllActive();
var child1 = new StateScreen
{
DisplayName = "screen1"
};
var child2 = new StateScreen(TimeSpan.FromSeconds(3))
{
DisplayName = "screen2"
};
var child3 = new StateScreen()
{
DisplayName = "screen3"
};
root.Items.Add(child1);
root.Items.Add(child2);
root.Items.Add(child3);
await ScreenExtensions.TryActivateAsync(root).ConfigureAwait(false);
await ScreenExtensions.TryDeactivateAsync(root, true).ConfigureAwait(false);
Assert.True(child1.IsClosed, "child 1 should be closed");
Assert.True(child2.IsClosed, "child 2 should be closed");
Assert.True(child3.IsClosed, "child 3 should be closed");
}
public async Task Screen_ConductWithTests()
{
var root = new Screen();
var child1 = new StateScreen
{
DisplayName = "screen1"
};
// simulate a long deactivation process
var child2 = new StateScreen(TimeSpan.FromSeconds(3))
{
DisplayName = "screen2"
};
var child3 = new StateScreen()
{
DisplayName = "screen3"
};
child1.ConductWith(root);
child2.ConductWith(root);
child3.ConductWith(root);
await ScreenExtensions.TryActivateAsync(root).ConfigureAwait(false);
await ScreenExtensions.TryDeactivateAsync(root, true).ConfigureAwait(false);
Assert.True(child1.IsClosed, "child 1 should be closed");
Assert.True(child2.IsClosed, "child 2 should be closed");
Assert.True(child3.IsClosed, "child 3 should be closed");
}
public void CanCloseIsTrueWhenItemsAreNotClosableAndCloseStrategyCloses() {
var conductor = new Conductor<IScreen>.Collection.OneActive { CloseStrategy = new DefaultCloseStrategy<IScreen>(true) };
var conducted = new StateScreen { IsClosable = true };
conductor.Items.Add(conducted);
((IActivate)conductor).Activate();
conductor.CanClose(Assert.True);
Assert.True(conducted.IsClosed);
}
public void CanCloseIsTrueWhenItemsAreClosable() {
var conductor = new Conductor<IScreen>.Collection.OneActive();
var conducted = new StateScreen { IsClosable = true };
conductor.Items.Add(conducted);
((IActivate)conductor).Activate();
conductor.CanClose(Assert.True);
Assert.False(conducted.IsClosed);
}
public void CanCloseIsTrueWhenItemsAreClosable()
{
var conductor = new Conductor <IScreen> .Collection.OneActive();
var conducted = new StateScreen {
IsClosable = true
};
conductor.Items.Add(conducted);
((IActivate)conductor).Activate();
conductor.CanClose(Assert.True);
Assert.False(conducted.IsClosed);
}
public void CanCloseIsTrueWhenItemsAreNotClosableAndCloseStrategyCloses()
{
var conductor = new Conductor <IScreen> .Collection.OneActive {
CloseStrategy = new DefaultCloseStrategy <IScreen>(true)
};
var conducted = new StateScreen {
IsClosable = true
};
conductor.Items.Add(conducted);
((IActivate)conductor).Activate();
conductor.CanClose(Assert.True);
Assert.True(conducted.IsClosed);
}
public async Task CanCloseIsTrueWhenItemsAreClosable()
{
var conductor = new Conductor <IScreen> .Collection.OneActive();
var conducted = new StateScreen
{
IsClosable = true
};
conductor.Items.Add(conducted);
await((IActivate)conductor).ActivateAsync(CancellationToken.None);
var canClose = await conductor.CanCloseAsync(CancellationToken.None);
Assert.True(canClose);
Assert.False(conducted.IsClosed);
}
public async Task CanCloseIsTrueWhenItemsAreNotClosableAndCloseStrategyCloses()
{
var conductor = new Conductor <IScreen> .Collection.OneActive
{
CloseStrategy = new DefaultCloseStrategy <IScreen>(true)
};
var conducted = new StateScreen
{
IsClosable = true
};
conductor.Items.Add(conducted);
await((IActivate)conductor).ActivateAsync(CancellationToken.None);
var canClose = await conductor.CanCloseAsync(CancellationToken.None);
Assert.True(canClose);
Assert.True(conducted.IsClosed);
}
