private void SetupForPropertyChangeTests(Action <ObservableList <int> > randomChangeFunction)
{
RandomGenerator.ResetRandomGenerator();
var lists = Enumerable.Range(0, 10).Select(_ => new ObservableList <int>()).ToArray();
var list = new ObservableList <ActiveSelectManyTestClass>();
foreach (var value in lists)
{
var item = new ActiveSelectManyTestClass()
{
Property = value
};
foreach (var num in Enumerable.Range(0, 100).Select(i => RandomGenerator.GenerateRandomInteger()))
{
value.Add(value.Count, num);
}
list.Add(list.Count, item);
}
var sut = list.ToActiveList().ActiveSelectMany(o => o.Property);
var watcher = new CollectionSynchronizationWatcher <int>(sut);
var validator = new LinqValidator <ActiveSelectManyTestClass, ActiveSelectManyTestClass, int>(list, sut, l => l.SelectMany(o => o.Property), false, null);
foreach (var value in Enumerable.Range(0, 100))
{
var listIndex = RandomGenerator.GenerateRandomInteger(0, lists.Length);
randomChangeFunction.Invoke(lists[listIndex]);
validator.Validate();
}
}
public void RandomlyChangeCount()
{
RandomGenerator.ResetRandomGenerator();
var value = new ActiveValue<int>(0);
var count = new ActiveValue<int>(10);
var sut = ActiveEnumerable.ActiveRepeat(value, count);
var watcher = new CollectionSynchronizationWatcher<int>(sut);
var validator = new LinqValidator<int, int, int>(() => { try { return Enumerable.Repeat(value.Value, count.Value).ToArray(); } catch { return new int[0]; } }, sut, l => l, false, i => i);
foreach (var num in Enumerable.Range(0, 500))
{
count.Value = RandomGenerator.GenerateRandomInteger(-5, 50);
validator.Validate();
}
}
public void RandomlyChangeStart()
{
RandomGenerator.ResetRandomGenerator();
var start = new ActiveValue <int>(0);
var count = new ActiveValue <int>(10);
var sut = ActiveEnumerable.ActiveRange(start, count);
var watcher = new CollectionSynchronizationWatcher <int>(sut);
var validator = new LinqValidator <int, int, int>(() => Enumerable.Range(start.Value, count.Value).ToArray(), sut, l => l, false, i => i);
foreach (var value in Enumerable.Range(0, 500))
{
start.Value = RandomGenerator.GenerateRandomInteger(-50, 50);
validator.Validate();
}
}
public void RandomlyChangeIndex()
{
RandomGenerator.ResetRandomGenerator();
var list = new ObservableList <int>();
foreach (var value in Enumerable.Range(0, 100))
{
list.Add(list.Count, RandomGenerator.GenerateRandomInteger());
}
var index = new ActiveValue <int>();
var sut = list.ActiveSkip(index);
var watcher = new CollectionSynchronizationWatcher <int>(sut);
var validator = new LinqValidator <int, int, int>(list, sut, l => l.Skip(index.Value), false, null);
foreach (var value in Enumerable.Range(0, 100))
{
index.Value = RandomGenerator.GenerateRandomInteger(-10, 110);
validator.Validate();
}
}
public void RandomlyChangeDirection()
{
RandomGenerator.ResetRandomGenerator();
var list = new ObservableList <int>();
foreach (var value in Enumerable.Range(0, 100))
{
list.Add(list.Count, RandomGenerator.GenerateRandomInteger());
}
var index = new ActiveValue <ListSortDirection>();
var sut = list.ActiveOrderBy(i => i, index);
var watcher = new CollectionSynchronizationWatcher <int>(sut);
var validator = new LinqValidator <int, int, int>(list, sut, l => index.Value == ListSortDirection.Ascending ? l.OrderBy(i => i) : l.OrderByDescending(i => i), false, null);
foreach (var value in Enumerable.Range(0, 10))
{
index.Value = RandomGenerator.GenerateRandomInteger(0, 2) == 0 ? ListSortDirection.Ascending : ListSortDirection.Descending;
validator.Validate();
}
}
