public void TestSpendMoney(SpendMoneyTestCase testCase)
{
var economySimulation = new EconomySimulation(
initialMoney: testCase.InitialMoney,
getIncome: null,
getUpkeepCosts: null
);
TestDelegate spendMoney = () => {
economySimulation.SpendMoney(testCase.SpendAmount);
};
if (testCase.ExpectedException == null)
{
spendMoney();
}
else
{
Assert.Throws(
Is.InstanceOf(testCase.ExpectedException.GetType())
.And.Message.EqualTo(
testCase.ExpectedException.Message
)
.And.Property("Data").EqualTo(
testCase.ExpectedException.Data
),
spendMoney
);
}
Assert.That(
economySimulation.AvailableMoney,
Is.EqualTo(testCase.ExpectedAvailableMoney)
);
}
public void TestCanAfford(CanAffordTestCase testCase)
{
var economySimulation = new EconomySimulation(
initialMoney: testCase.InitialMoney,
getIncome: null,
getUpkeepCosts: null
);
if (testCase.ExpectedException == null)
{
Assert.That(
economySimulation.CanAfford(testCase.Amount),
Is.EqualTo(testCase.ExpectedCanAfford)
);
}
else
{
Assert.Throws(
Is.InstanceOf(testCase.ExpectedException.GetType())
.And.Message.EqualTo(
testCase.ExpectedException.Message
)
.And.Property("Data").EqualTo(
testCase.ExpectedException.Data
),
() => {
economySimulation.CanAfford(testCase.Amount);
}
);
}
}
public void TickMoney(TickTestCase testCase)
{
var economySimulation = new EconomySimulation(
initialMoney: testCase.InitialMoney,
getIncome: testCase.GetIncome,
getUpkeepCosts: testCase.GetUpkeepCosts
);
TestDelegate tick = () => {
economySimulation.Tick();
};
if (testCase.ExpectedException == null)
{
tick();
}
else
{
Assert.Throws(
Is.InstanceOf(testCase.ExpectedException.GetType())
.And.Message.EqualTo(
testCase.ExpectedException.Message
)
.And.Property("Data").EqualTo(
testCase.ExpectedException.Data
),
tick
);
}
Assert.That(
economySimulation.AvailableMoney,
Is.EqualTo(testCase.ExpectedAvailableMoney)
);
}
// Setup game.
// initialMoney: The initially available money.
// economyTickInterval:
// The number of game ticks that elapse between economy ticks.
// incomePerEconomyTick:
// Amount of Money that is added for each economy tick.
public Game(
IMapGenerator mapGenerator,
MapTileSpawner spawnMapTile,
IMapToWorldMapper mapToWorldMapper,
int initialMoney,
int incomePerEconomyTick,
int economyTickInterval
)
{
this.Map = SpawnMap(
mapGenerator: mapGenerator,
spawnMapTile: spawnMapTile,
mapToWorldMapper: mapToWorldMapper
);
this.MapToWorldMapper = mapToWorldMapper;
WorldSize = mapToWorldMapper.GetWorldSize(
mapWidth: this.Map.Width,
mapHeight: this.Map.Height
);
Economy = new EconomySimulation(
initialMoney: initialMoney,
getIncome: () => incomePerEconomyTick,
getUpkeepCosts: GetUpkeepCosts
);
EconomyTickInterval = economyTickInterval;
TicksUntilEconomyTick = economyTickInterval;
this.Warehouse = new Warehouse();
//Debug.Log(Map.getNeighboursOfTile(0, 0)[1]);
}
