public void GivenNoOneWhoHasNotActedAlsoHasPositiveInitiative_ThenReturnNull()
{
// arrange
var actual = new InitiativePass_MainActionsCostInitiativeImmediately();
actual.Setup(new DiceBag(), new List <Character>());
actual.InitiativeOrder.Add(new InitiativePassSlot()
{
CurrentInitiative = 0, HasActed = false
});
actual.InitiativeOrder.Add(new InitiativePassSlot()
{
CurrentInitiative = 15, HasActed = true
});
actual.InitiativeOrder.Add(new InitiativePassSlot()
{
CurrentInitiative = 17, HasActed = true
});
actual.InitiativeOrder.Add(new InitiativePassSlot()
{
CurrentInitiative = 0, HasActed = false
});
actual.InitiativeOrder.Add(new InitiativePassSlot()
{
CurrentInitiative = 8, HasActed = true
});
// act
var results = actual.Next();
// assert
Assert.IsNull(results);
}
public void GivenThereIsSomeoneLeftToAct_ThenReturnTheNextCharacterAndSubtractInitiative()
{
// arrange
var actual = new InitiativePass_MainActionsCostInitiativeImmediately();
var three = new InitiativePassSlot()
{
CurrentInitiative = 17, HasActed = false
};
actual.Setup(new DiceBag(), new List <Character>());
actual.InitiativeOrder.Add(new InitiativePassSlot()
{
CurrentInitiative = 0, HasActed = false
});
actual.InitiativeOrder.Add(new InitiativePassSlot()
{
CurrentInitiative = 15, HasActed = false
});
actual.InitiativeOrder.Add(three);
actual.InitiativeOrder.Add(new InitiativePassSlot()
{
CurrentInitiative = 0, HasActed = false
});
actual.InitiativeOrder.Add(new InitiativePassSlot()
{
CurrentInitiative = 8, HasActed = false
});
// act
var results = actual.Next();
// assert
Assert.IsNotNull(results);
Assert.AreSame(three, results);
Assert.AreEqual(7, three.CurrentInitiative);
}