public void GetCycleIterationForNumCards13()
{
var cc = new AutoSanctionCycleConfig[0];
var result = AutoSanctionDispatcher.GetCycleIterationForNumCards(cc, 0, out AutoSanctionCycleConfig rule);
Assert.AreEqual(-1, result);
Assert.AreEqual(null, rule);
}
// __ Helpers _________________________________________________________
public static AutoSanctionCycleConfig[] GetCycleConfigs(params int[] numCards)
{
var result = new AutoSanctionCycleConfig[numCards.Length];
for (int i = 0; i < numCards.Length; ++i)
{
result[i] = new AutoSanctionCycleConfig {
Id = 10 + i, Name = "Cycle " + (i + 1), NumYellowCards = numCards[i], Penalty = new PenaltyConfig {
Text = "Cycle " + (i + 1)
}
};
}
return(result);
}
/// <returns>
/// If the number of cards is within the ranges of defined cycles, it returns the cycle for the number of cards.
/// If the number of cards matches exactly the boundary of a cycle, it returns the next cycle (signaling a sanction should be applied)
/// Examples:
/// Cycles 5, 4, 3: 4 cards = 0, 5 cards = 1, 6 cards = 1, 8 cards = 1, 9 cards = 2, 10 cards = 2, 11 cards = 2, 12 cards = 3
/// </returns>
public static int GetCycleIterationForNumCards(IEnumerable <AutoSanctionCycleConfig> cycleConfigs, int numCards, out AutoSanctionCycleConfig matchingRule)
{
matchingRule = null;
if (cycleConfigs == null || cycleConfigs.Count() == 0)
{
return(-1);
}
int iteration = 0;
int ruleAccumulated = 0;
foreach (var rule in cycleConfigs)
{
matchingRule = rule;
ruleAccumulated += rule.NumYellowCards;
if (ruleAccumulated == numCards)
{
return(++iteration);
}
if (ruleAccumulated > numCards)
{
return(iteration);
}
iteration++;
}
// More cards than covered by cycles, keep iterating the last cycle.
while (true)
{
ruleAccumulated += matchingRule.NumYellowCards;
if (ruleAccumulated == numCards)
{
return(++iteration);
}
if (ruleAccumulated > numCards)
{
return(iteration);
}
iteration++;
}
}
