public void AttackCleanUp_RemoveLowHealth()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
Combatant combatant1Copy = CopyCombatant(combatant1);
combatant1Copy.Health = 0;
Combatant combatant2Copy = CopyCombatant(combatant2);
combatant2Copy.Health = 0;
combatants.Add(combatant1Copy);
combatants.Add(combatant2Copy);
Battle battleClass = new Battle();
// act
battleClass.AttackCleanUp(ref combatant1Copy, ref combatant2Copy, ref combatants);
// assert
if (combatants.Exists(x => x.CombatantID == combatant1Copy.CombatantID))
{
Assert.Fail("AttackCleanUp failed to remove the attacker with low stanima");
return;
}
if (combatants.Exists(x => x.CombatantID == combatant2Copy.CombatantID))
{
Assert.Fail("AttackCleanUp failed to remvoe the defender with low stanima");
return;
}
Assert.IsTrue(true);
}
public void GetGoldRewards_CheckAmountInSpan()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
combatants.Add(combatant1);
Battle battleClass = new Battle();
// act
// loop through the method 10000 times to get a good span
int goldReward;
for(int i = 0; i < 10000; i++) {
goldReward = battleClass.GetGoldRewards(combatants);
// assert
if(goldReward < 4 || goldReward > 13) {
Assert.Fail("GetGoldRewards awards the wrong amount of gold");
}
}
Assert.IsTrue(true);
}
public void AttackCleanUp_NoRemoval()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
Combatant combatant1Copy = CopyCombatant(combatant1);
Combatant combatant2Copy = CopyCombatant(combatant2);
combatants.Add(combatant1Copy);
combatants.Add(combatant2Copy);
Battle battleClass = new Battle();
// act
battleClass.AttackCleanUp(ref combatant1Copy, ref combatant2Copy, ref combatants);
// assert
if(combatant1Copy.Stanima == combatant1Copy.MaxStanima - 1 &&
combatant2Copy.Stanima == combatant2Copy.MaxStanima - 1 &&
combatants.Exists(x => x.CombatantID == combatant1Copy.CombatantID) &&
combatants.Exists(x => x.CombatantID == combatant2Copy.CombatantID))
{
Assert.IsTrue(true);
}
else
{
Assert.Fail("AttackCleanUp removes combatants it's not supposed to remove");
}
}
public void Turn_CheckCombatLogEntries()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
Combatant combatant1Copy = CopyCombatant(combatant1);
Combatant combatant2Copy = CopyCombatant(combatant2);
combatants.Add(combatant1Copy);
combatants.Add(combatant2Copy);
Battle battleClass = new Battle();
// act
battleClass.Turn(ref combatants);
// assert
// print the combatlog to test output
for (int i = 0; i < battleClass.GetCombatLog().Count; i++)
{
System.Diagnostics.Trace.WriteLine(String.Format("LogEntry: {0} DefenderDamage: {1} AttackerDamage: {2}", battleClass.GetCombatLog()[i].Text, battleClass.GetCombatLog()[i].DefenderDamage, battleClass.GetCombatLog()[i].AttackerDamage));
}
// If a combatant died before he had a chance to do something, the combatlog will have one less entry
// Due to the random nature of the turnorder, one can not be sure which combatant attacks first.
if (combatants[0].Health <= 0 || combatants[1].Health <= 0)
{
if (battleClass.GetCombatLog().Count == 1 || battleClass.GetCombatLog().Count == 2)
{
Assert.IsTrue(true);
return;
}
}
else
{
Assert.AreEqual(2, battleClass.GetCombatLog().Count, "The turn method does not fill the combatlog with information correctly");
return;
}
Assert.Fail("The turn method does not fill the combatlog with information correctly");
}
public void CombatCleanUp_CheckWithMoreThanOneTeamLeft()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
combatants.Add(combatant1);
combatants.Add(combatant2);
Battle battleClass = new Battle();
// act
battleClass.CombatCleanUp(combatants);
}
public void CountChance_CheckNumberSecondSlightyHigh()
{
// arrange
Battle battleClass = new Battle();
// act
// loop through the method 10000 times to get a good span
int randomNumber;
for (int i = 0; i < 10000; i++)
{
randomNumber = battleClass.CountChance(10, 12);
// assert
if (randomNumber < 5 || randomNumber > 22)
{
Assert.Fail("CountChance has a chance of giving the wrong number if the second value sent to it is slightly higher than first");
return;
}
}
Assert.IsTrue(true);
}
public void ContinueBattle_ShouldContinue()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
combatants.Add(combatant1);
combatants.Add(combatant2);
combatants.Add(combatant3);
Battle battleClass = new Battle();
// act
bool continueBattle = battleClass.ContinueBattle(combatants);
// assert
Assert.IsTrue(continueBattle, "ContinueBattle did not continue battle when it was supposed to");
}
public void ValidateCombatants_InvalidValues_EmptyCombatantList()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
Battle battleClass = new Battle();
// act
bool validateCombatants = battleClass.ValidateCombatants(combatants);
// assert
Assert.IsFalse(validateCombatants, "ValidateCombatants did not validate the invalid empty combatantlist correctly");
}
public void AssignCombatantIDs_CheckValidInput()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
Combatant combatant1Copy = CopyCombatant(combatant1);
Combatant combatant2Copy = CopyCombatant(combatant2);
combatant1Copy.CombatantID = 0;
combatant2Copy.CombatantID = 0;
combatants.Add(combatant1Copy);
combatants.Add(combatant2Copy);
Battle battleClass = new Battle();
// act
battleClass.AssignCombatantIDs(ref combatants);
// assert
List<Combatant> expected = new List<Combatant>();
expected.Add(combatant1);
expected.Add(combatant2);
if (expected[0].CombatantID == combatants[0].CombatantID)
{
Assert.AreEqual(expected[1].CombatantID, combatants[1].CombatantID, "AssignCombatantIDs did not assign combatant IDs as expected");
return;
}
Assert.Fail("AssignCombatantIDs did not assign combatant IDs as expected");
}
public void ValidateCombatants_ValidValues()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
combatants.Add(combatant1);
combatants.Add(combatant2);
combatants.Add(combatant3);
Battle battleClass = new Battle();
// act
bool validateCombatants = battleClass.ValidateCombatants(combatants);
// assert
Assert.IsTrue(validateCombatants, "ValidateCombatants did not validate the valid combatants correctly");
}
public void ValidateCombatants_InvalidValues_TiredCharacter()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
combatants.Add(combatant1);
combatants.Add(combatant2);
combatants.Add(combatant3);
combatants.Add(tiredCombatant1);
Battle battleClass = new Battle();
// act
bool validateCombatants = battleClass.ValidateCombatants(combatants);
// assert
Assert.IsFalse(validateCombatants, "ValidateCombatants did not validate the invalid tired combatant correctly");
}
public void ContinueBattle_InvalidValues_EmptyCombatantList()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
Battle battleClass = new Battle();
// act
bool continueBattle = battleClass.ContinueBattle(combatants);
// assert
Assert.IsFalse(continueBattle, "ContinueBattle continued even though there were not combatants in the list");
}
public void ContinueBattle_InvalidValues_EmptyCombatant()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
combatants.Add(combatant1);
combatants.Add(new Combatant());
Battle battleClass = new Battle();
// act
bool continueBattle = battleClass.ContinueBattle(combatants);
}
public void ContinueBattle_ShouldNotContinue()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
combatants.Add(combatant2);
combatants.Add(combatant3);
Battle battleClass = new Battle();
// act
bool continueBattle = battleClass.ContinueBattle(combatants);
// assert
Assert.IsFalse(continueBattle, "ContinueBattle continued even when it should not have");
}
public void CountChance_CheckNumberSameValue()
{
// arrange
Battle battleClass = new Battle();
// act
// loop through the method 10000 times to get a good span
int randomNumber;
for (int i = 0; i < 10000; i++)
{
randomNumber = battleClass.CountChance(10,10);
// assert
if (randomNumber < 5 || randomNumber > 20)
{
Assert.Fail("CountChance has a chance of giving the wrong number if the values sent to it match");
return;
}
}
Assert.IsTrue(true);
}
public void CreateTurnOrder_CheckSortedTurnOrder()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
combatants.Add(combatant1);
combatants.Add(combatant2);
combatants.Add(combatant3);
Battle battleClass = new Battle();
// act
var turnOrder = battleClass.CreateTurnOrder(combatants);
int[] turnOrderInt = new int[3];
int i = 0;
// assert
foreach (KeyValuePair<int, Combatant> pair in turnOrder)
{
turnOrderInt[i] = pair.Key;
i++;
}
if (turnOrderInt[0] > turnOrderInt[1] && turnOrderInt[1] > turnOrderInt[2])
{
Assert.IsTrue(true);
return;
}
Assert.Fail("CreateTurnOrder does not order the list correctly. Order: {0}, {1}, {2}", turnOrderInt[0], turnOrderInt[1], turnOrderInt[2]);
}
public void CountChance_CheckNumberFirstHigh()
{
// arrange
Battle battleClass = new Battle();
// act
// loop through the method 10000 times to get a good span
int randomNumber;
for (int i = 0; i < 10000; i++)
{
randomNumber = battleClass.CountChance(40,10);
// assert
if (randomNumber < 5 || randomNumber > 25)
{
Assert.Fail("CountChance has a chance of giving the wrong number if the first value sent to it is at least 1.5 times higher than the second");
return;
}
}
Assert.IsTrue(true);
}
public void CreateTurnOrder_CheckForMultipleAttacks()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
Combatant combatant1Copy = CopyCombatant(combatant1);
combatant1Copy.Speed = 60;
combatants.Add(combatant1Copy);
combatants.Add(combatant2);
combatants.Add(combatant3);
Battle battleClass = new Battle();
// act
var turnOrder = battleClass.CreateTurnOrder(combatants);
int turnOrderCount = 0;
foreach (KeyValuePair<int, Combatant> pair in turnOrder)
{
turnOrderCount++;
}
// assert
Assert.AreEqual(4, turnOrderCount, "CreateTurnOrder does not let combatant do multiple attacks");
}
public void InitBattle_InvalidCombatants()
{
// arrange
List<Combatant> combatants = new List<Combatant>();
Combatant combatant1Copy = CopyCombatant(combatant1);
Combatant deadCombatant1Copy = CopyCombatant(deadCombatant1);
combatants.Add(combatant1Copy);
combatants.Add(deadCombatant1Copy);
Battle battleClass = new Battle();
// act
battleClass.InitBattle(combatants);
}
public void InitBattle_TestBattleOutputCombatLog()
{
// NOTICE: This test only tests the output of a battle
// For each individual part of the battle, check the other tests!
// arrange
List<Combatant> combatants = new List<Combatant>();
Combatant combatant1Copy = CopyCombatant(combatant1);
Combatant combatant2Copy = CopyCombatant(combatant2);
// to prevent the battlesystem to search the database for the combatants
combatant1Copy.UserID = null;
combatant2Copy.UserID = null;
combatant1Copy.CombatantID = 0;
combatant2Copy.CombatantID = 0;
combatants.Add(combatant1Copy);
combatants.Add(combatant2Copy);
Battle battleClass = new Battle();
// act
try
{
battleClass.InitBattle(combatants);
List<CombatLog> combatLog = battleClass.GetCombatLog();
// print the combatlog to test output
for (int i = 0; i < combatLog.Count; i++)
{
System.Diagnostics.Trace.WriteLine(String.Format("LogEntry: {0} DefenderDamage: {1} AttackerDamage: {2}", combatLog[i].Text, combatLog[i].DefenderDamage, combatLog[i].AttackerDamage));
}
}
catch (Exception ex)
{
// assert
Assert.Fail("Something prohibited the battle from finishing. ErrorMsg: {0}", ex.Message);
return;
}
Assert.IsTrue(true);
}
