public TestGame(
ZeroPositiveInt maxPlayersCount,
ZeroPositiveInt minimalRequiredPlayersCount,
DateTimeOffset gameDate,
string description,
DateTimeOffset registrationEndDate)
: base(maxPlayersCount, minimalRequiredPlayersCount, gameDate, description, registrationEndDate)
{
}
public void CreatingCheck(int value, bool willSucceed)
{
if (willSucceed)
{
var zeroPositive = new ZeroPositiveInt(value);
Assert.AreEqual(value, zeroPositive.Value);
}
else
{
Assert.Throws <BusinessLogicException>(() => new ZeroPositiveInt(value));
}
}
public void EqualityCheck()
{
var firstZeroPositiveInt = new ZeroPositiveInt(1);
var secondZeroPositiveInt = new ZeroPositiveInt(1);
Assert.AreEqual(firstZeroPositiveInt, secondZeroPositiveInt);
var thirdZeroPositiveInt = new ZeroPositiveInt(2);
Assert.AreNotEqual(firstZeroPositiveInt, thirdZeroPositiveInt);
Assert.AreNotEqual(secondZeroPositiveInt, thirdZeroPositiveInt);
var somethingElse = new SomeOtherClass();
Assert.AreNotEqual(secondZeroPositiveInt, somethingElse);
}
protected ThirdGame(
ZeroPositiveInt maxPlayersCount,
ZeroPositiveInt minimalRequiredPlayersCount,
DateTimeOffset gameDate,
string description,
DateTimeOffset registrationEndDate)
{
if (minimalRequiredPlayersCount.Value > maxPlayersCount.Value)
{
throw new BusinessLogicException($"Minimal required players count [{minimalRequiredPlayersCount.Value}] cannot be higher than max players count [{maxPlayersCount.Value}].");
}
Guid = Guid.NewGuid();
MaxPlayersCount = maxPlayersCount;
MinimalRequiredPlayersCount = minimalRequiredPlayersCount;
GameDate = gameDate;
Description = description;
RegistrationEndDate = registrationEndDate;
_playerRegistered = new List <PlayerRegisteredForGame>();
}
protected bool Equals(ZeroPositiveInt other)
{
return(Value == other.Value);
}