public async Task ParsePriceWithCacheEmptyTest()
{
MusikProduktiv musikProduktiv = new MusikProduktiv();
var cache = new LUCache <string, IDocument>();
decimal price = await musikProduktiv.ParsePrice(testItem, cache);
Assert.True(price > 0, "Price can't be below zero.");
}
public void DontContainsSqueezedOutTest()
{
LUCache <string, object> cache = new LUCache <string, object>(1);
cache.Add("1", new object());
cache.Add("2", new object());
Assert.False(cache.Contains("1"), "Must not contain a discarded element");
Assert.True(cache.Contains("2"), "Must contain last added element");
}
public void ClearTest()
{
LUCache <string, object> cache = new LUCache <string, object>(1);
cache.Add("1", new object());
Assert.True(cache.Contains("1"), "Must contain last added element");
cache.Clear();
Assert.False(cache.Contains("1"), "Cleared cache must not contains elements");
}
public void WrongCapacityTest()
{
LUCache <string, object> cache;
try
{
cache = new LUCache <string, object>(-1);
}catch (Exception ex)
{
Assert.IsType <ArgumentException>(ex);
}
}
public void CanGetObjectTest()
{
LUCache <string, object> cache = new LUCache <string, object>();
object objExpected = new object();
cache.Add("1", objExpected);
object objActual = cache.Get("1");
Assert.True(objActual.Equals(objExpected), "Must be same object");
}
public void LUCacheDefaultTest()
{
LUCache <string, object> cache = new LUCache <string, object>();
Assert.False(cache.Contains("Some key"), "Cache must be empty");
}