public void TestObserve()
{
Engine.Ability observe = new Engine.Observe();
Engine.Ability basic = new Engine.BasicSynthesis();
State state = Utility.CreateDefaultState();
// Test that Observe can't be used first.
Assert.IsFalse(observe.CanUse(state));
// Use Basic Synthesis so that observe becomes useable.
state = basic.Activate(state, true);
// Test the condition requirement for Observe
state.Condition = Condition.Poor;
Assert.IsTrue(observe.CanUse(state));
state.Condition = Condition.Normal;
Assert.IsFalse(observe.CanUse(state));
state.Condition = Condition.Good;
Assert.IsFalse(observe.CanUse(state));
state.Condition = Condition.Excellent;
Assert.IsFalse(observe.CanUse(state));
// Test that observe can't be run twice in a row.
state.Condition = Condition.Poor;
Assert.IsTrue(observe.CanUse(state));
State newState = observe.Activate(state, true);
// Make sure Observe uses the right amount of CP.
Assert.AreEqual <uint>(state.CP - observe.RequiredCP, newState.CP);
}
public void TestStepIncrement()
{
Engine.Ability action = new Engine.BasicSynthesis();
State state = Utility.CreateDefaultState();
Assert.AreEqual <uint>(1, state.Step);
State success = action.Activate(state, true);
State failure = action.Activate(state, false);
Assert.AreEqual <uint>(2, success.Step);
Assert.AreEqual <uint>(2, failure.Step);
}
public void TestSteadyHandCanBeUsedWhenMightAsWell()
{
Engine.Ability basicSynth = new Engine.BasicSynthesis();
Engine.Ability basicTouch = new Engine.BasicSynthesis();
Engine.Ability steadyHand = new Engine.SteadyHand();
State state = Utility.CreateDefaultState();
state.Quality = 142;
state.MaxQuality = 726;
state.Progress = 0;
state.MaxProgress = 27;
state.Durability = 20;
state.MaxDurability = 40;
state.CrafterLevel = 16;
state.SynthLevel = 13;
state.Craftsmanship = 105;
state.Control = 102;
state.Condition = Condition.Normal;
state.CP = 55;
state.MaxCP = 233;
Assert.IsTrue(steadyHand.CanUse(state));
}
