public void RandomPlayerHelper_GetRandomMonster_Valid_Items_False_Should_Return_New_Monster()
{
// Arrange
// Act
var result = RandomPlayerHelper.GetRandomMonster(1, false);
// Reset
// Assert
Assert.AreEqual(PlayerTypeEnum.Monster, result.PlayerType);
}
public void RandomPlayerHelper_GetRandomMonster_Not_Valid_Should_Return_New_Monster()
{
// Arrange
// Act
var result = RandomPlayerHelper.GetRandomMonster(100000);
// Reset
// Assert
Assert.AreEqual(400000, result.ExperienceRemaining);
}
/// <summary>
/// Constructor for Create makes a new model
/// </summary>
public MonsterCreatePage()
{
InitializeComponent();
this.ViewModel.Data = RandomPlayerHelper.GetRandomMonster(1);
BindingContext = this.ViewModel;
this.ViewModel.Title = "Monster Create";
// Sets the Job Picker to the Monster's Type
MonsterTypePicker.SelectedItem = ViewModel.Data.MonsterType.ToMessage();
}
public void RandomPlayerHelper_GetRandomMonster_InValid_Empty_List_Should_Return_New_Monster()
{
// Arrange
MonsterIndexViewModel.Instance.Dataset.Clear();
// Act
var result = RandomPlayerHelper.GetRandomMonster(1);
// Reset
// Assert
Assert.AreEqual(PlayerTypeEnum.Monster, result.PlayerType);
}
public async Task RandomPlayerHelper_GetRandomMonster_Valid_Items_True_Should_Return_New_Monster()
{
// Arrange
MonsterIndexViewModel.Instance.Dataset.Clear();
await MonsterIndexViewModel.Instance.CreateAsync(new MonsterModel { Name = "1" });
await MonsterIndexViewModel.Instance.CreateAsync(new MonsterModel { Name = "2" });
await MonsterIndexViewModel.Instance.CreateAsync(new MonsterModel { Name = "3" });
// Act
var result = RandomPlayerHelper.GetRandomMonster(1, true);
// Reset
// Assert
Assert.AreEqual(PlayerTypeEnum.Monster, result.PlayerType);
}
/// <summary>
/// Add Monsters to the Round
///
/// Because Monsters can be duplicated, will add 1, 2, 3 to their name
///
/*
* Hint:
* I don't have crudi monsters yet so will add 6 new ones..
* If you have crudi monsters, then pick from the list
*
* Consdier how you will scale the monsters up to be appropriate for the characters to fight
*
*/
/// </summary>
/// <returns></returns>
public override int AddMonstersToRound()
{
int TargetLevel = 1;
if (EngineSettings.CharacterList.Count() > 0)
{
// Get the Avg Character Level (linq is soo cool....)
TargetLevel = Convert.ToInt32(EngineSettings.CharacterList.Average(m => m.Level));
}
// get the same amount of monster as characters in game
for (var i = 0; i < EngineSettings.CharacterList.Count(); i++)
{
var data = RandomPlayerHelper.GetRandomMonster(TargetLevel, EngineSettings.BattleSettingsModel.AllowMonsterItems);
// Help identify which Monster it is
data.Name += " " + EngineSettings.MonsterList.Count() + 1;
EngineSettings.MonsterList.Add(new PlayerInfoModel(data));
}
return(EngineSettings.MonsterList.Count());
}
/// <summary>
/// Add Monsters to the Round
///
/// Because Monsters can be duplicated, will add 1, 2, 3 to their name
///
/*
* Hint:
* I don't have crudi monsters yet so will add 6 new ones...
* If you have crudi monsters, then pick from the list
*
* Consdier how you will scale the monsters up to be appropriate for the characters to fight
*
*/
/// </summary>
/// <returns></returns>
public virtual int AddMonstersToRound()
{
// TODO: Teams, You need to implement your own Logic can not use mine.
int TargetLevel = 1;
if (EngineSettings.CharacterList.Count() > 0)
{
// Get the Min Character Level (linq is soo cool....)
TargetLevel = Convert.ToInt32(EngineSettings.CharacterList.Min(m => m.Level));
}
for (var i = 0; i < EngineSettings.MaxNumberPartyMonsters; i++)
{
var data = RandomPlayerHelper.GetRandomMonster(TargetLevel, EngineSettings.BattleSettingsModel.AllowMonsterItems);
// Help identify which Monster it is
data.Name += " " + EngineSettings.MonsterList.Count() + 1;
EngineSettings.MonsterList.Add(new PlayerInfoModel(data));
}
return(EngineSettings.MonsterList.Count());
}