public void When_creating_and_releasing_100_objects_over_x_iterations_it_should_be_quicker_to_use_a_recycle_collection(
[Values(100, 1000, 10000)]
int numberOfIterations)
{
// Arrange
var recycleBin = new RecycleBin <object>(NUMBER_OF_OBJECTS_PER_ITERATION);
var recycleCollection = new RecycleCollection <object>(recycleBin, new List <object>(NUMBER_OF_OBJECTS_PER_ITERATION));
var regularCollection = new List <object>(NUMBER_OF_OBJECTS_PER_ITERATION);
// Act
var recycleCollectionTime = Execute(numberOfIterations, regularCollection, () => new object());
var regularCollectionTime = Execute(numberOfIterations, recycleCollection, recycleBin.GetInstance);
// Assert
Console.WriteLine($@"
Iterations: {numberOfIterations}
Recycle: {recycleCollectionTime}
Regular: {regularCollectionTime}
");
Assert.That(regularCollectionTime, Is.GreaterThan(recycleCollectionTime));
}
//[Test]
public void ExportTimes()
{
var file = new StreamWriter(File.Create(@"C:\MyProjects\SmartObjects\Test.csv"));
for (int numberOfIterations = 0; numberOfIterations < MAX_NUMBER_OF_ITERATIONS; numberOfIterations += 10000)
{
// Arrange
var recycleBin = new RecycleBin <object>(NUMBER_OF_OBJECTS_PER_ITERATION);
var recycleCollection = new RecycleCollection <object>(recycleBin, new List <object>(NUMBER_OF_OBJECTS_PER_ITERATION));
var regularCollection = new List <object>(NUMBER_OF_OBJECTS_PER_ITERATION);
// Act
var recycleCollectionTime = Execute(numberOfIterations, regularCollection, () => new object());
var regularCollectionTime = Execute(numberOfIterations, recycleCollection, recycleBin.GetInstance);
// Assert
file.WriteLine($"{numberOfIterations};{recycleCollectionTime};{regularCollectionTime}");
}
file.Flush();
file.Close();
}
