public void RainTest()
{
XmlReaderWriter reader = new XmlReaderWriter();
reader.ReadMe("..\\..\\tests\\test-RAIN-anthill.xml");
Simulation tmp_isw = new Simulation(new Map(AntHillConfig.mapColCount, AntHillConfig.mapRowCount, AntHillConfig.tiles));
AHGraphics.Init();
Assert.IsNotNull(tmp_isw, "Simulation is NULL problem!!!");
Spider test_spider = new Spider(new Position(61, 71));
tmp_isw.spiders.AddLast(test_spider);
Ant test_ant1 = new Warrior(new Position(62, 71));
Ant test_ant2 = new Worker(new Position(61, 72));
tmp_isw.ants.AddLast(test_ant1);
tmp_isw.ants.AddLast(test_ant2);
Rain test_rain = new Rain(new Position(60, 70));
Assert.IsNotNull(test_rain, "Rain is NULL problem!!!");
Assert.IsTrue(test_rain.IsRainOver(60, 70), "Rain isn't exist or Rain.IsRainOver problem");
Assert.IsTrue(test_rain.IsRainOver(62, 72), "Rain is too small or Rain.IsRainOver problem");
//Assert.IsTrue(test_rain.IsRainOver(58, 68), "Rain is too small or Rain.IsRainOver problem");
Assert.IsTrue(test_rain.IsRainOver(63, 73), "Rain is too big or Rain.IsRainOver problem");
Assert.IsFalse(test_rain.IsRainOver(57, 67), "Rain is too big or Rain.IsRainOver problem");
Assert.AreEqual(new Position(60, 70), test_rain.Position, "Rain.Position problem");
Assert.IsTrue((test_rain.TimeToLive >= 0) && (test_rain.TimeToLive < AntHillConfig.rainMaxDuration + 1), "Rain.TimeToLive range problem");
int tmp = test_rain.TimeToLive;
Assert.AreEqual(tmp, test_rain.TimeToLive, "Rain.TimeToLive problem should be {0}, but is {1}", tmp, test_rain.TimeToLive);
Assert.IsTrue(tmp_isw.spiders.Contains(test_spider), "Find spider problem");
Assert.IsTrue(tmp_isw.ants.Contains(test_ant1), "Find warrior problem");
Assert.IsTrue(tmp_isw.ants.Contains(test_ant2), "Find worker problem");
Assert.IsNotNull(test_rain, "Rain is NULL problem!!!");
test_rain.Maintain((ISimulationWorld)tmp_isw);
Assert.AreEqual(tmp - 1, test_rain.TimeToLive, "Rain.Maintain problem should be {0}, but is {1}", tmp - 1, test_rain.TimeToLive);
Assert.IsFalse(tmp_isw.spiders.Contains(test_spider), "Rain destroy spiders problem");
Assert.IsFalse(tmp_isw.ants.Contains(test_ant1), "Rain destroy warriors problem");
Assert.IsFalse(tmp_isw.ants.Contains(test_ant2), "Rain destroy workers problem");
}
/// <summary>
/// This is the most important function - activity diagram
/// </summary>
bool ISimulationUser.DoTurn()
{
if (queen == null)
{
return(false);
}
_turnCounter++;
if (Randomizer.NextDouble() <= AntHillConfig.spiderProbability)
{
this.CreateSpider(Map.GetRandomTile(TileType.Outdoor).Position);
}
if (Randomizer.NextDouble() <= AntHillConfig.foodProbability)
{
this.CreateFood(Map.GetRandomTile(TileType.Outdoor).Position, GetRandomFoodQuantity());
}
if ((rain == null) && (Randomizer.NextDouble() <= AntHillConfig.rainProbability))
{
this.CreateRain(GetRandomPositionForRain());
}
if (rain != null)
{
rain.Maintain(this);
}
LinkedListNode <Message> msg = messages.First;
LinkedListNode <Message> msgT;
while (msg != null)
{
msg.Value.Maintain(this);
if (msg.Value.Empty)
{
msgT = msg;
msg = msg.Next;
messages.Remove(msgT);
}
else
{
msg = msg.Next;
}
}
LinkedListNode <Ant> ant = ants.First;
LinkedListNode <Ant> antTemp;
while (ant != null)
{
if (!ant.Value.Maintain(this))
{
antTemp = ant;
ant = ant.Next;
ants.Remove(antTemp);
}
else
{
ant = ant.Next;
}
}
LinkedListNode <Spider> spider = spiders.First;
LinkedListNode <Spider> spiderTemp;
while (spider != null)
{
if (!spider.Value.Maintain(this))
{
spiderTemp = spider;
spider = spider.Next;
spiders.Remove(spiderTemp);
}
else
{
spider = spider.Next;
}
}
LinkedListNode <Egg> egg = eggs.First;
LinkedListNode <Egg> eggTemp;
while (egg != null)
{
if (!egg.Value.Maintain(this))
{
eggTemp = egg;
egg = egg.Next;
eggs.Remove(eggTemp);
}
else
{
egg = egg.Next;
}
}
if (queen != null && !queen.Maintain(this))
{
queen = null;
return(false);
}
return(true);
}
