async public void ShouldPlay()
{
var runnerCards = new List <Card>();
for (int i = 0; i < 5; i++)
{
runnerCards.Add(new SureGamble());
}
var sureGamble = runnerCards.First();
var game = new MockGames().WithRunnerCards(runnerCards);
game.Start();
await new PassiveCorp(game).SkipTurn();
var balance = new LastBalanceObserver();
var clicks = new SpentClicksObserver();
var grip = new GripObserver();
var heap = new HeapObserver();
game.runner.credits.Observe(balance);
game.runner.clicks.Observe(clicks);
game.runner.zones.grip.zone.ObserveRemovals(grip);
game.runner.zones.heap.zone.ObserveAdditions(heap);
await game.runner.actionCard.TakeAction();
await game.runner.actionCard.Play(sureGamble).Trigger(game);
Assert.AreEqual(9, balance.LastBalance);
Assert.AreEqual(1, clicks.Spent);
Assert.AreEqual(sureGamble, grip.LastRemoved);
Assert.AreEqual(sureGamble, heap.LastAdded);
}
async public void ShouldClickForCredit()
{
var game = new MockGames().WithRunnerCards(new List <Card>());
var gameFlowLog = new GameFlowLog();
gameFlowLog.Display(game);
game.Start();
var balance = new LastBalanceObserver();
var clicks = new SpentClicksObserver();
game.corp.credits.Observe(balance);
game.corp.clicks.Observe(clicks);
var clickForCredit = game.corp.actionCard.credit;
SkipPaidWindow(game);
SkipPaidWindow(game);
await game.corp.actionCard.TakeAction();
await clickForCredit.Trigger(game);
Assert.AreEqual(6, balance.LastBalance);
Assert.AreEqual(1, clicks.Spent);
}