public void NoWings_UnaffectedOutcome()
{
var results = new WingsApplication(_tokens, _outcome).Get();
Assert.Single(results);
Assert.True(_outcome.Tokens.Matches(results[0].Outcome.Tokens));
Assert.Empty(results[0].Tokens);
}
public void OneWings_OneOpenWings()
{
_tokens.Add(new Token {
FaceUp = TokenSideType.Wings
});
var results = new WingsApplication(_tokens, _outcome).Get();
Assert.Single(results);
Assert.Empty(results[0].Tokens);
Assert.Single(results[0].Outcome.Tokens);
Assert.Equal(RawTokenType.OpenWings, results[0].Outcome.Tokens[0].Type);
}
private CalculatedOutcome CalculateBestOutcome(List <Token> tokens)
{
var outcome = new RawOutcome {
Initiative = new InitiativeCalculation(tokens).Get()
};
var wingOutcomes = new WingsApplication(tokens, outcome).Get();
var outcomes = wingOutcomes.SelectMany(x =>
{
var simpleOutcome = new SimpleApplication(x.Tokens, x.Outcome).Get();
var doubledOutcomes = new DoubleApplication(simpleOutcome,
x.Tokens.Count(token => token.FaceUp.Type == TokenSideType.Double)).Get();
var tacticsOutcomes = doubledOutcomes.SelectMany(doubledOutcome => new TacticsApplication(doubledOutcome,
x.Tokens.Count(token => token.FaceUp.Type == TokenSideType.Tactics)).Get()).ToList();
return(tacticsOutcomes);
}).ToList();
var calculatedOutcomes = outcomes.Select(x => new RawOutcomeCalculation(_evaluators, x).Get());
return(calculatedOutcomes.OrderByDescending(x => x.Value).First());
}
public void OneWingsAndOneOtherNonWings_WithAndWithoutWings()
{
_tokens.Add(new Token {
FaceUp = TokenSideType.Wings
});
_tokens.Add(new Token {
FaceUp = TokenSideType.Damage, FaceDown = TokenSideType.Block
});
var results = new WingsApplication(_tokens, _outcome).Get();
Assert.Equal(2, results.Count);
Assert.Contains(results, result => result.Outcome.Tokens.Any(x => x.Type == RawTokenType.OpenWings) &&
result.Tokens[0].FaceUp.Type == TokenSideType.Damage &&
result.Tokens.Count == 1);
Assert.Contains(results, result => !result.Outcome.Tokens.Any() &&
result.Tokens[0].FaceUp.Type == TokenSideType.Block &&
result.Tokens.Count == 1);
}
public void TwoWingsWithOneOtherToken_AllResultsProduced()
{
_tokens.Add(new Token {
FaceUp = TokenSideType.Wings, FaceDown = TokenSideType.Damage
});
_tokens.Add(new Token {
FaceUp = TokenSideType.Wings, FaceDown = TokenSideType.Block
});
_tokens.Add(new Token {
FaceUp = TokenSideType.Surge, FaceDown = TokenSideType.Wings
});
var results = new WingsApplication(_tokens, _outcome).Get();
Assert.Equal(7, results.Count);
Assert.Contains(results, result => result.Outcome.Tokens.Count == 2 &&
result.Outcome.Tokens.All(x => x.Type == RawTokenType.OpenWings) &&
result.Tokens.Count == 1 &&
result.Tokens[0].FaceUp.Type == TokenSideType.Surge);
Assert.Contains(results, result => result.Outcome.Tokens.Count == 2 &&
result.Outcome.Tokens.All(x => x.Type == RawTokenType.OpenWings) &&
result.Tokens.Count == 0);
Assert.Contains(results, result => result.Outcome.Tokens.Count == 0 &&
result.Tokens.Count == 2 &&
result.Tokens.Any(x => x.FaceUp.Type == TokenSideType.Surge) &&
result.Tokens.Any(x => x.FaceUp.Type == TokenSideType.Damage));
Assert.Contains(results, result => result.Outcome.Tokens.Count == 0 &&
result.Tokens.Count == 2 &&
result.Tokens.Any(x => x.FaceUp.Type == TokenSideType.Surge) &&
result.Tokens.Any(x => x.FaceUp.Type == TokenSideType.Block));
Assert.Contains(results, result => result.Outcome.Tokens.Count == 0 &&
result.Tokens.Count == 1 &&
result.Tokens.Any(x => x.FaceUp.Type == TokenSideType.Damage));
Assert.Contains(results, result => result.Outcome.Tokens.Count == 0 &&
result.Tokens.Count == 1 &&
result.Tokens.Any(x => x.FaceUp.Type == TokenSideType.Block));
Assert.Contains(results, result => result.Outcome.Tokens.Count == 0 &&
result.Tokens.Count == 1 &&
result.Tokens.Any(x => x.FaceUp.Type == TokenSideType.Surge));
}