public void TestCloseNotSwitched()
{
isSwitched = false;
learnedBefore = true;
Training training = new Training(dictionary, isSwitched, maxCards, maxCounter / 2, type, learnedBefore);
CheckTrainingList(training);
// check that all cards are not switched in dictionary
foreach (var card in dictionary)
Assert.IsFalse(card.Switched);
// check that all cards are not switched after training close
training.Close();
foreach (var card in dictionary)
Assert.IsFalse(card.Switched);
}
public void TestSucceededSeveralInMany_Switched()
{
int amount = random.Next(maxCards / 2);
isSwitched = true;
// set counter to 0 for all cards
foreach (var card in dictionary)
card.Counter2[type] = 0;
int countersBefore = GetCountersSum();
Training training = new Training(dictionary, isSwitched, maxCards, 1, type, learnedBefore);
CheckTrainingList(training);
// provide correct answer for one card
for (int i = 0; i < amount; i++)
{
var timeBefore = DateTime.Now;
var cardToLearn = training.NextCard();
var timeAfter = DateTime.Now;
CheckLastTrained(timeBefore, timeAfter, cardToLearn.LastTrained);
training.CheckAnswer(cardToLearn.Word2, true);
CheckLastTrained(timeBefore, timeAfter, cardToLearn.LastTrained); // check that doesn't chaned after answer
}
// check number of correct answers and total cards in training
int countersAfter = GetCountersSum();
Assert.AreEqual(amount, training.CorrectAnswers, "Validating number of correct answers");
Assert.AreEqual(maxCards, training.TotalCards, "Validating number of cards in training");
Assert.AreEqual(countersBefore + training.CorrectAnswers, countersAfter, "Validating that corrent number of counters increased");
training.Close();
// check that training set decreased by learned cards
training = new Training(dictionary, isSwitched, maxCards, 1, type, learnedBefore);
int expected = maxCards - amount;
Assert.AreEqual(expected, training.TotalCards, "Validating number of words to learn");
CheckTrainingList(training);
}