public PlayerEventProcessorResolver(IGame game, ILogger <PlayerEventProcessorResolver> logger)
{
var attackValidationRules = new List <IPlayerActionValidationRule>
{
new SelfAttackValidationRule(),
new AllyAttackValidationRule(),
new DeadTargetValidationRule(),
new CombatRangeValidationRule()
};
var attackTransformationRule = new AttackLevelTransformationRule();
var healingValidationRules = new List <IPlayerActionValidationRule>
{
new DeadTargetValidationRule(),
new EnemyHealingValidationRule()
};
_processors =
new Dictionary <Type, Func <IPlayerEventProcessor> >
{
[typeof(AttackEvent)] = () => new AttackEventProcessor(attackValidationRules, attackTransformationRule, logger, game),
[typeof(HealingEvent)] = () => new HealingEventProcessor(healingValidationRules, null, logger, game),
[typeof(JoinEvent)] = () => new JoinEventProcessor(game, logger),
[typeof(JoinFactionEvent)] = () => new JoinFactionEventProcessor(game, logger),
[typeof(LeaveFactionEvent)] = () => new LeaveFactionEventProcessor(game, logger)
};
}
public void DamageShouldIncreaseIfDefenderSucks()
{
var rule = new AttackLevelTransformationRule();
var actor = new PlayerState(1, 10, 1000, CombatType.Melee, new List <int>(), new Coordinates(0, 0));
var target = new PlayerState(2, 5, 1000, CombatType.Melee, new List <int>(), new Coordinates(2, 2));
var transformedDamage = rule.Transform(5, actor, target);
Assert.Equal(7.5, transformedDamage);
}
private static AttackEventProcessor CreateProcessor(IMock <IGame> game)
{
var attackValidationRules = new List <IPlayerActionValidationRule>
{
new SelfAttackValidationRule(),
new DeadTargetValidationRule(),
new CombatRangeValidationRule()
};
var attackTransformationRule = new AttackLevelTransformationRule();
return(new AttackEventProcessor(attackValidationRules, attackTransformationRule, new MockLogger(), game.Object));
}
