public void RoundEngine_RoundNextTurn_2Characters_1Monster_Weak_Should_Take_2_Turns()
{
MockForms.Init();
bool reincarnation = GameGlobals.EnableReincarnation;
GameGlobals.EnableReincarnation = false;
// Can create a new Round engine...
var myRoundEngine = new RoundEngine();
// Start
myRoundEngine.StartRound();
// Add moderate monsters
// First monster
myRoundEngine.MonsterList.Clear(); // start fresh, because it was loaded already with 6...
var myMonsterWeak = new Monster(DefaultModels.MonsterDefault());
myMonsterWeak.ScaleLevel(5);
myMonsterWeak.Attribute.CurrentHealth = 7; // need to set to enough to last 2 rounds...
myRoundEngine.MonsterList.Add(myMonsterWeak);
// Add weak character for first...
var myCharacterWeak = new Character(DefaultModels.CharacterDefault());
myCharacterWeak.ScaleLevel(10);
myRoundEngine.CharacterList.Add(myCharacterWeak);
// Add strong character for second
var myCharacterStrong = new Character(DefaultModels.CharacterDefault());
myCharacterStrong.ScaleLevel(20);
myRoundEngine.CharacterList.Add(myCharacterStrong);
// Should be Character 20, Character 10, Monster 5
// Force rolls to 18 for to hit...
// Turn off random numbers
GameGlobals.SetForcedRandomNumbersValueAndToHit(1, 18);
// Character, should kill the monster in the first round.
// So the check for the second round will say Round over...
var FirstRound = myRoundEngine.RoundNextTurn(); // Character 20 Goes
var SecondRound = myRoundEngine.RoundNextTurn(); // Character 10 Goes
var Actual = myRoundEngine.RoundNextTurn(); // Over...
// Reset
GameGlobals.ToggleRandomState();
var Expected = RoundEnum.NextTurn;
Assert.AreEqual(Expected, Actual, "Status " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(3, myRoundEngine.BattleScore.TurnCount, "TurnCount " + TestContext.CurrentContext.Test.Name);
//Assert.AreEqual(4, myRoundEngine.BattleScore.RoundCount, "RoundCount " + TestContext.CurrentContext.Test.Name);
GameGlobals.EnableReincarnation = reincarnation;
}
public void Model_BaseMonster_Update_With_Valid_Data_Should_Pass()
{
var myDataDefault = DefaultModels.MonsterDefault();
var myData = new BaseMonster();
myData.Update(myDataDefault);
// Validate the new BaseMonster has the expected fields.
// All fields should match.
// The attirbute string is what is unique about creating from BaseBaseMonster, and should be passed down...
Assert.AreEqual(myData.UniqueItem, myDataDefault.UniqueItem, "UniqueItem " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Alive, myDataDefault.Alive, "Alive " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Name, myDataDefault.Name, "Name " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Description, myDataDefault.Description, "Description " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Level, myDataDefault.Level, "Level " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.ExperienceTotal, myDataDefault.ExperienceTotal, "ExperienceTotal " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.ImageURI, myDataDefault.ImageURI, "ImageURI " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Head, myDataDefault.Head, "Head " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Feet, myDataDefault.Feet, "Feet " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Necklass, myDataDefault.Necklass, "Necklass " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.RightFinger, myDataDefault.RightFinger, "RightFinger " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.LeftFinger, myDataDefault.LeftFinger, "LeftFinger " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Feet, myDataDefault.Feet, "Feet " + TestContext.CurrentContext.Test.Name);
// Validate the Attributes
Assert.AreEqual(myData.AttributeString, myDataDefault.AttributeString, "AttributeString " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Damage, myDataDefault.Damage, "AttributeString " + TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_GetUniqueItem_Valid_Should_Pass()
{
MockForms.Init();
var myItem = new Item
{
Attribute = AttributeEnum.Attack,
Location = ItemLocationEnum.Feet,
Value = 1
};
ItemsViewModel.Instance.AddAsync(myItem).GetAwaiter().GetResult(); // Register Item to DataSet
var myMonsterItem = ItemsViewModel.Instance.GetItem(myItem.Id);
var myData = new Monster();
var myDataDefault = DefaultModels.MonsterDefault();
myDataDefault.UniqueItem = myMonsterItem.Guid;
var Result = myDataDefault.GetUniqueItem();
var Expected = myItem;
// Guids should match up...
Assert.AreEqual(Expected.Guid, Result.Guid, TestContext.CurrentContext.Test.Name);
}
public void TurnEngine_Turn_AttackChoice_Monster_Valid_Attacker_Valid_Defender_Alive_False_Should_Skip()
{
// Arrange
var Attacker = DefaultModels.MonsterDefault();
var myDefaultCharacter = new Character(DefaultModels.CharacterDefault());
myDefaultCharacter.Name = "Fighter";
myDefaultCharacter.ScaleLevel(20);
myDefaultCharacter.Alive = false; //dead...
var myTurnEngine = new TurnEngine();
myTurnEngine.CharacterList.Add(myDefaultCharacter);
object Expected = null;
// Act
var Actual = myTurnEngine.AttackChoice(Attacker);
// Reset
// Assert
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public void TurnEngine_TurnAsAttack_Monster_Attack_DefenderList_CriticalMiss_Should_Pass()
{
// Turn off random numbers
GameGlobals.SetForcedRandomNumbers(1, 20);
var Attacker = DefaultModels.MonsterDefault();
Attacker.Name = "Rat";
var myDefaultCharacter = DefaultModels.CharacterDefault();
myDefaultCharacter.Name = "Fighter";
var myTurnEngine = new TurnEngine();
myTurnEngine.CharacterList.Add(myDefaultCharacter);
GameGlobals.ForceToHitValue = 1; // Force a miss
var AttackScore = Attacker.Level + Attacker.GetAttack();
var DefenseScore = myDefaultCharacter.GetDefense() + myDefaultCharacter.Level;
var Status = myTurnEngine.TurnAsAttack(Attacker, AttackScore, myDefaultCharacter, DefenseScore);
var Actual = Status;
bool Expected = true;
var ActualString = myTurnEngine.TurnMessage;
var ActualResult = myTurnEngine.HitStatus;
var ActualDamage = myTurnEngine.DamageAmount;
// Reset
GameGlobals.ToggleRandomState();
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public void RoundEngine_RoundNextTurn_2_Characters_Should_Return_NextTurn()
{
MockForms.Init();
// No characters, so return should be game over...
// Can create a new Round engine...
var myRoundEngine = new RoundEngine();
// Add 2 monsters
myRoundEngine.MonsterList.Add(new Monster(DefaultModels.MonsterDefault()));
myRoundEngine.MonsterList.Add(new Monster(DefaultModels.MonsterDefault()));
// Add 2 characters
myRoundEngine.CharacterList.Add(new Character(DefaultModels.CharacterDefault()));
myRoundEngine.CharacterList.Add(new Character(DefaultModels.CharacterDefault()));
// Start
myRoundEngine.StartRound();
// Do the turn...
var Actual = myRoundEngine.RoundNextTurn();
// There are 2 characters, and 2 monsters, so the first turn should happen, and it is now next turn...
var Expected = RoundEnum.NextTurn;
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public void TurnEngine_TurnAsAttack_Monster_Attack_DefenderList_Miss_Should_Pass()
{
MockForms.Init();
// Turn off random numbers
GameGlobals.SetForcedRandomNumbersValueAndToHit(1, 20);
var Attacker = DefaultModels.MonsterDefault();
Attacker.Name = "Rat";
var myDefaultCharacter = new Character(DefaultModels.CharacterDefault());
myDefaultCharacter.Name = "Fighter";
myDefaultCharacter.ScaleLevel(20);
var myTurnEngine = new TurnEngine();
myTurnEngine.CharacterList.Add(myDefaultCharacter);
GameGlobals.ForceToHitValue = 2; // Force a miss
var AttackScore = Attacker.Level + Attacker.GetAttack();
var DefenseScore = myDefaultCharacter.GetDefense() + myDefaultCharacter.Level;
var Status = myTurnEngine.TurnAsAttack(Attacker, AttackScore, myDefaultCharacter, DefenseScore);
var Actual = Status;
bool Expected = true;
// Reset
GameGlobals.ToggleRandomState();
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public async Task ViewModel_MonstersViewModel_UpdateData_Bogus_Should_Skip()
{
MockForms.Init();
// Get State of the DataStore, and set to run on the Mock
var myDataStoreEnum = MasterDataStore.GetDataStoreMockFlag();
MasterDataStore.ToggleDataStore(DataStoreEnum.Mock);
var myViewModel = new MonstersViewModel();
myViewModel.ForceDataRefresh();
var myData = DefaultModels.MonsterDefault();
// Make the ID bogus...
var value = "new";
myData.Id = value;
var myReturn = await myViewModel.UpdateAsync(myData);
var Actual = myReturn;
bool Expected = false;
// Return state
MasterDataStore.ToggleDataStore(myDataStoreEnum);
myViewModel.ForceDataRefresh();
// Validate the controller can stand up and has a Title
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public async Task ViewModel_MessageCenter_MonstersViewModel_MessageCenter_DeleteData_Should_Pass()
{
MockForms.Init();
// Get State of the DataStore, and set to run on the Mock
var myDataStoreEnum = MasterDataStore.GetDataStoreMockFlag();
MasterDataStore.ToggleDataStore(DataStoreEnum.Mock);
var myViewModel = new MonstersViewModel();
var myData = DefaultModels.MonsterDefault();
await myViewModel.AddAsync(myData);
var myPage = new DeleteMonsterPage(new MonsterDetailViewModel(new Monster()));
MessagingCenter.Send(myPage, "DeleteData", myData);
var Actual = await myViewModel.GetAsync(myData.Id);
Object Expected = null;
// Return state
MasterDataStore.ToggleDataStore(myDataStoreEnum);
// Validate the controller can stand up and has a Title
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public async Task ViewModel_MonstersViewModel_UpdateData_Should_Pass()
{
MockForms.Init();
// Get State of the DataStore, and set to run on the Mock
var myDataStoreEnum = MasterDataStore.GetDataStoreMockFlag();
MasterDataStore.ToggleDataStore(DataStoreEnum.Mock);
var myViewModel = new MonstersViewModel();
var myData = DefaultModels.MonsterDefault();
await myViewModel.AddAsync(myData);
var value = "new";
myData.Name = value;
var myReturn = myViewModel.UpdateAsync(myData);
var Actual = await myViewModel.GetAsync(myData.Id);
string Expected = value;
// Return state
MasterDataStore.ToggleDataStore(myDataStoreEnum);
// Validate the controller can stand up and has a Title
Assert.AreEqual(Expected, Actual.Name, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_Instantiate_Should_Pass()
{
var myData = new Monster();
var myDataDefault = DefaultModels.MonsterDefault();
// Set Monster to be the same as a default Monster
// Base information
myData.Name = myDataDefault.Name;
myData.Description = myDataDefault.Description;
myData.Level = myDataDefault.Level;
myData.ExperienceTotal = myDataDefault.ExperienceTotal;
myData.ImageURI = myDataDefault.ImageURI;
myData.Alive = myDataDefault.Alive;
// Populate the Attributes
myData.AttributeString = myDataDefault.AttributeString;
myData.Attribute.Speed = myDataDefault.Attribute.Speed;
myData.Attribute.Defense = myDataDefault.Attribute.Defense;
myData.Attribute.Attack = myDataDefault.Attribute.Attack;
myData.Attribute.CurrentHealth = myDataDefault.Attribute.CurrentHealth;
myData.Attribute.MaxHealth = myDataDefault.Attribute.MaxHealth;
// Set the strings for the items
myData.Head = null;
myData.Feet = null;
myData.Necklass = null;
myData.RightFinger = null;
myData.LeftFinger = null;
myData.Feet = null;
// Compare Monster to what is expected.
Assert.AreEqual(myData.Alive, myDataDefault.Alive, "Alive " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Name, myDataDefault.Name, "Name " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Description, myDataDefault.Description, "Description " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Level, myDataDefault.Level, "Level " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.ExperienceTotal, myDataDefault.ExperienceTotal, "ExperienceTotal " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.ImageURI, myDataDefault.ImageURI, "ImageURI " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Head, myDataDefault.Head, "Head " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Feet, myDataDefault.Feet, "Feet " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Necklass, myDataDefault.Necklass, "Necklass " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.RightFinger, myDataDefault.RightFinger, "RightFinger " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.LeftFinger, myDataDefault.LeftFinger, "LeftFinger " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Feet, myDataDefault.Feet, "Feet " + TestContext.CurrentContext.Test.Name);
//Assert.AreEqual(myData.Damage, myDataDefault.Damage, "Damage " + TestContext.CurrentContext.Test.Name);
// Validate the Attributes
Assert.AreEqual(myData.AttributeString, myDataDefault.AttributeString, "AttributeString " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Attribute.Speed, myDataDefault.Attribute.Speed, "Speed " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Attribute.Defense, myDataDefault.Attribute.Defense, "Defense " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Attribute.Attack, myDataDefault.Attribute.Attack, "Attack " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Attribute.CurrentHealth, myDataDefault.Attribute.CurrentHealth, "CurrentHealth " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(myData.Attribute.MaxHealth, myDataDefault.Attribute.MaxHealth, "MaxHealth " + TestContext.CurrentContext.Test.Name);
}
public void RoundEngine_RoundNextTurn_2Characters_1Monster_Strong_Should_Take_3_Rounds()
{
MockForms.Init();
// No characters, so return should be game over...
// Can create a new Round engine...
var myRoundEngine = new RoundEngine();
// Start
myRoundEngine.StartRound();
// Add moderate monsters
// First monster
myRoundEngine.MonsterList.Clear(); // start fresh, because it was loaded already with 6...
var myMonsterWeak = new Monster(DefaultModels.MonsterDefault());
myMonsterWeak.ScaleLevel(2);
myMonsterWeak.Attribute.CurrentHealth = 20; // need to set to enough to last 4 rounds...
myRoundEngine.MonsterList.Add(myMonsterWeak);
// Add weak character for first...
var myCharacterStrong = new Character(DefaultModels.CharacterDefault());
myCharacterStrong.ScaleLevel(10);
myRoundEngine.CharacterList.Add(myCharacterStrong);
// Add strong character for second
myCharacterStrong = new Character(DefaultModels.CharacterDefault());
myCharacterStrong.ScaleLevel(20);
myRoundEngine.CharacterList.Add(myCharacterStrong);
// Should be Character 20, Character 10, Monster 5
// Force rolls to 18 for to hit...
// Turn off random numbers
GameGlobals.SetForcedRandomNumbers(1, 18);
// Character, should kill the monster in the first round.
// So the check for the second round will say Round over...
var FirstRound = myRoundEngine.RoundNextTurn(); // Character 20
var SecondRound = myRoundEngine.RoundNextTurn(); // Character 10 goes
var ThirdRound = myRoundEngine.RoundNextTurn(); // Monster goes
var FourthRound = myRoundEngine.RoundNextTurn(); // Character 20 goes, kills monster...
var Actual = myRoundEngine.RoundNextTurn(); // over...
// Reset
GameGlobals.ToggleRandomState();
var Expected = RoundEnum.NewRound;
Assert.AreEqual(Expected, Actual, "Status " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(4, myRoundEngine.BattleScore.TurnCount, "TurnCount " + TestContext.CurrentContext.Test.Name);
Assert.AreEqual(1, myRoundEngine.BattleScore.RoundCount, "RoundCount " + TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_GetSpeed_Valid_Should_Pass()
{
var myData = new Monster();
var myDataDefault = DefaultModels.MonsterDefault();
var Result = myDataDefault.GetSpeed();
var Expected = 1;
Assert.AreEqual(Expected, Result, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_GetDamage_Valid_Should_Pass()
{
var myData = new Monster();
var myDataDefault = DefaultModels.MonsterDefault();
var Result = myDataDefault.GetDamage();
var Expected = 1; // 1 for level, and 1 for base damage
Assert.AreEqual(Expected, Result, TestContext.CurrentContext.Test.Name);
}
public void TurnEngine_TurnAsAttack_Monster_Attack_Defender_Die_With_Item_Should_Drop()
{
MockForms.Init();
// Turn off random numbers
GameGlobals.SetForcedRandomNumbers(1, 20);
var Attacker = DefaultModels.MonsterDefault();
Attacker.Name = "Rat";
Attacker.ScaleLevel(20);
var myDefaultCharacter = new Character(DefaultModels.CharacterDefault());
myDefaultCharacter.Name = "Fighter";
myDefaultCharacter.ScaleLevel(1);
// Add Uniqueitem
var myItem = new Item
{
Attribute = AttributeEnum.Attack,
Location = ItemLocationEnum.Feet,
Value = 1
};
ItemsViewModel.Instance.AddAsync(myItem).GetAwaiter().GetResult(); // Register Item to DataSet
myDefaultCharacter.PrimaryHand = myItem.Guid;
var myTurnEngine = new TurnEngine();
myTurnEngine.CharacterList.Add(myDefaultCharacter);
// Get Score, and remember item.
var BeforeItemDropList = myTurnEngine.BattleScore.ItemsDroppedList;
GameGlobals.ForceToHitValue = 20; // Force a hit
// Should Kill because level 20 hit on level 1 Character for Critical is more damage than health...
var AttackScore = Attacker.Level + Attacker.GetAttack();
var DefenseScore = myDefaultCharacter.GetDefense() + myDefaultCharacter.Level;
var Status = myTurnEngine.TurnAsAttack(Attacker, AttackScore, myDefaultCharacter, DefenseScore);
// Item should drop...
// Reset
GameGlobals.ToggleRandomState();
// Need to get Score
// See if Item is now in the score list...
var AfterItemDropList = myTurnEngine.BattleScore.ItemsDroppedList;
Assert.AreNotEqual(BeforeItemDropList, AfterItemDropList, TestContext.CurrentContext.Test.Name);
}
public void ViewModel_MonstersViewModel_Instantiate_With_Data_Should_Pass()
{
var myData = DefaultModels.MonsterDefault();
var value = "hi";
myData.Name = value;
var Actual = new MonsterDetailViewModel(myData);
Assert.AreEqual(value, Actual.Title, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_FormatOutput_DefaultMonster_Should_Pass()
{
MockForms.Init();
var myData = DefaultModels.MonsterDefault();
var Expected = "Name , Description , Level : 1 , Total Experience : 0 , Unique Item : None";
var Actual = myData.FormatOutput();
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_ExperienceRemaining_Get_Valid_Should_Pass()
{
var myData = new Monster();
var myDataDefault = DefaultModels.MonsterDefault(); // default is 3000
var Result = myDataDefault.ExperienceRemaining;
var Expected = 3000;
Assert.AreEqual(Expected, Result, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_GetUniqueItem_Null_Should_Skip()
{
var myData = new Monster();
var myDataDefault = DefaultModels.MonsterDefault();
myDataDefault.UniqueItem = null;
var Result = myDataDefault.GetUniqueItem();
Item Expected = null;
Assert.AreEqual(Expected, Result, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_GetDefense_Valid_Should_Pass()
{
var myData = new Monster();
var myDataDefault = DefaultModels.MonsterDefault();
myDataDefault.Attribute.Defense = 200;
var Result = myDataDefault.GetDefense();
var Expected = 200;
Assert.AreEqual(Expected, Result, TestContext.CurrentContext.Test.Name);
}
public void Model_Score_AddMonsterToList_With_Null_Add_Should_Skip()
{
var myAdd = DefaultModels.MonsterDefault();
var myData = new Score();
myData.AddMonsterToList(null);
var Actual = myData.MonstersKilledList;
string Expected = null;
// Validate the controller can stand up and has a Title
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public void TurnEngine_Turn_AttackChoice_Monster_Valid_Attacker_Empty_Defender_Should_Pass()
{
var Attacker = DefaultModels.MonsterDefault();
var myTurnEngine = new TurnEngine();
myTurnEngine.CharacterList = new List <Character>();
var Actual = myTurnEngine.AttackChoice(Attacker);
object Expected = null;
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_DropAllItems_Null_Should_Skip()
{
MockForms.Init();
var myData = new Monster();
var myDataDefault = DefaultModels.MonsterDefault();
myDataDefault.UniqueItem = null;
var Result = myDataDefault.DropAllItems();
var Expected = 0;
Assert.AreEqual(Expected, Result.Count, TestContext.CurrentContext.Test.Name);
}
public void TurnEngine_TakeTurn_Attack_Valid_Defender_Valid_Defender_Should_Die()
{
MockForms.Init();
// Turn off random numbers
GameGlobals.SetForcedRandomNumbers(1, 20);
var Attacker = DefaultModels.CharacterDefault();
Attacker.Name = "Fighter";
Attacker.ScaleLevel(20);
var myDefaultMonster = new Monster(DefaultModels.MonsterDefault());
myDefaultMonster.Name = "Rat";
myDefaultMonster.ScaleLevel(1);
// Add Uniqueitem
var myItem = new Item
{
Attribute = AttributeEnum.Attack,
Location = ItemLocationEnum.Feet,
Value = 1
};
ItemsViewModel.Instance.AddAsync(myItem).GetAwaiter().GetResult(); // Register Item to DataSet
myDefaultMonster.UniqueItem = myItem.Guid;
var myTurnEngine = new TurnEngine();
myTurnEngine.MonsterList.Add(myDefaultMonster);
// Get Score, and remember item.
var BeforeItemDropList = myTurnEngine.BattleScore.ItemsDroppedList;
GameGlobals.ForceToHitValue = 20; // Force a hit
var BeforeMonsterList = myTurnEngine.MonsterList.Count();
// Instead of calling TurnAsAttack, call TakeTurn...
var Status = myTurnEngine.TakeTurn(Attacker);
var AfterMonsterList = myTurnEngine.MonsterList.Count();
// Item should drop...
// Reset
GameGlobals.ToggleRandomState();
Assert.AreEqual(BeforeMonsterList - 1, AfterMonsterList, TestContext.CurrentContext.Test.Name);
}
public void ViewModel_MonstersViewModel_GetData_With_Data_Should_Pass()
{
var myData = DefaultModels.MonsterDefault();
var value = "hi";
myData.Name = value;
var myViewModel = new MonsterDetailViewModel(myData);
var Actual = myViewModel.Data;
var Expected = myData;
Assert.AreEqual(Expected.Name, Actual.Name, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_Update_With_Bogus_Data_Should_Skip()
{
var myDataDefault = DefaultModels.MonsterDefault();
var myData = new Monster();
myData.Name = "Original Name";
myData.Update(null);
var Expected = "Original Name";
var Actual = myData.Name;
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public void Model_Score_AddMonsterToList_With_Valid_Should_Pass()
{
var myAdd = DefaultModels.MonsterDefault();
var myData = new Score();
myData.AddMonsterToList(myAdd);
var Actual = myData.MonstersKilledList;
var myValue = "Name , Description , Level : 1 , Total Experience : 0 , Unique Item : None\n";
var Expected = myValue;
// Validate the controller can stand up and has a Title
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public void RoundEngine_RoundNextTurn_1_Character_Should_Have_NewRound_Should_Pass()
{
MockForms.Init();
// Start round with one monster and character
var myRoundEngine = new RoundEngine();
myRoundEngine.MonsterList.Add(new Monster(DefaultModels.MonsterDefault()));
myRoundEngine.CharacterList.Add(new Character(DefaultModels.CharacterDefault()));
myRoundEngine.StartRound();
var Expected = RoundEnum.NextTurn;
var Actual = myRoundEngine.RoundNextTurn();
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_CalculateExperienceEarned_3_Should_Pass()
{
var myData = new Monster();
var myDataDefault = DefaultModels.MonsterDefault();
myDataDefault.ExperienceRemaining = 3000;
myDataDefault.Attribute.MaxHealth = 20;
myDataDefault.Attribute.CurrentHealth = 20;
// Call calculate experience before applying damage
var Result = myDataDefault.CalculateExperienceEarned(3);
var Expected = 450;
Assert.AreEqual(Expected, Result, TestContext.CurrentContext.Test.Name);
}
public void Model_Monster_TakeDamage_With_Zero_Should_Skip()
{
var health = 100;
var myData = DefaultModels.MonsterDefault();
myData.Attribute.CurrentHealth = health;
myData.Attribute.MaxHealth = health;
var value = 0;
myData.TakeDamage(value);
var Expected = health - value;
var Actual = myData.GetHealthCurrent();
Assert.AreEqual(Expected, Actual, TestContext.CurrentContext.Test.Name);
}
