public void TestCoinCount()
{
CurrencyRepo repo = new CurrencyRepo();
ViewModelRepo vm = new ViewModelRepo(repo);
string defaultCount = vm.CoinCount; //get start count
ICoin quarter = new Quarter(); //make and add quarter
repo.AddCoin(quarter);
string countAfterOneCoin = vm.CoinCount;//get count after adding quarter
ICoin penny = new Penny();
ICoin dollar = new DollarCoin();
ICoin nickel = new Nickel();
ICoin dime = new Dime();
repo.AddCoin(penny);
repo.AddCoin(dollar);
repo.AddCoin(nickel);
repo.AddCoin(dime);
string countAfterOneOfEachCoin = vm.CoinCount;
Assert.AreEqual("Coins: 0", defaultCount);
Assert.AreEqual("Coins: 1", countAfterOneCoin);
Assert.AreEqual("Coins: 5", countAfterOneOfEachCoin);
}
public void TestCoinValue()
{
CurrencyRepo repo = new CurrencyRepo();
ViewModelRepo vm = new ViewModelRepo(repo);
string defaultValue = vm.CoinValue; //get start count
ICoin quarter = new Quarter(); //make and add quarter
repo.AddCoin(quarter);
string valueAfterQuarter = vm.CoinValue;//get count after adding quarter
ICoin penny = new Penny();
ICoin dollar = new DollarCoin();
ICoin nickel = new Nickel();
ICoin dime = new Dime();
repo.AddCoin(penny);
repo.AddCoin(dollar);
repo.AddCoin(nickel);
repo.AddCoin(dime);
string valueAfterOneOfEachCoin = vm.CoinValue;
Assert.AreEqual("Repo Value: 0", defaultValue);
Assert.AreEqual("Repo Value: 0.25", valueAfterQuarter);
Assert.AreEqual("Repo Value: 1.41", valueAfterOneOfEachCoin);
}
public void SaveableCurrenyRepo_Saving_Load()
{
List <ICoin> RepoCoins()
{
ICoin p = new Penny();
ICoin h = new HalfDollar();
ICoin dc = new DollarCoin();
ICoin q = new Quarter();
ICoin d = new Dime();
ICoin n = new Nickel();
List <ICoin> Repo_list = new List <ICoin>
{
{ p }
};
return(Repo_list);
}
//Arrange
List <ICoin> loadedCoins;
loadedCoins = RepoCoins();
//Act
repo.Save(loadedCoins);
repo.Load();
//Assert
Assert.AreEqual(repo.Coins.Count, loadedCoins.Count);
CollectionAssert.AreEqual(repo.Coins, loadedCoins);
}
ICoin ConvertStringToICoin(string str)
{
switch (str)
{
case "Penny":
ICoin p = new Penny();
return(p);
case "Nickel":
ICoin n = new Nickel();
return(n);
case "Dime":
ICoin d = new Dime();
return(d);
case "Quarter":
ICoin q = new Quarter();
return(q);
case "Dollar Coin":
ICoin dc = new DollarCoin();
return(dc);
default:
return(null);
}
}
private void LoadCommand()
{
SerializableCurrencyRepo loadedRepo = null;
OpenFileDialog dialog = new OpenFileDialog();
dialog.DefaultExt = ".bs";
dialog.Filter = $"{StaticInformation.FileExtensionName} Files (*{StaticInformation.FileExtension})|*{StaticInformation.FileExtension}";
Nullable <bool> result = dialog.ShowDialog();
if (result == true)
{
string filename = dialog.FileName;
loadedRepo = SaveAndLoadUtility.Load <SerializableCurrencyRepo>(filename);
USCurrencyRepo repo = new USCurrencyRepo();
List <ICoin> coins = new List <ICoin>();
foreach (SerializableCoin coin in loadedRepo.Coins)
{
USCoin usCoin;
string name = coin.Name.Replace("US ", "");
switch (name)
{
case "Penny":
usCoin = new Penny();
break;
case "Nickel":
usCoin = new Nickel();
break;
case "Dime":
usCoin = new Dime();
break;
case "Quarter":
usCoin = new Quarter();
break;
case "Half Dollar":
usCoin = new HalfDollar();
break;
case "Dollar Coin":
usCoin = new DollarCoin();
break;
default:
usCoin = new Penny();
break;
}
coins.Add(usCoin);
}
StaticInformation.MainRepo.Coins = coins;
RefreshAll();
}
}
public USCurrencyRepoTest()
{
repo = new CurrencyRepo();
penny = new Penny();
nickel = new Nickel();
dime = new Dime();
quarter = new Quarter();
dollarCoin = new DollarCoin();
}
public void NickelMonetaryValue()
{
//Arrange
n = new Nickel();
//Act
//Assert
Assert.AreEqual(.05, n.MonetaryValue);
}
public void NickelAbout()
{
//Arrange
n = new Nickel();
//Act
//Assert
Assert.AreEqual("US Nickel is from 2017. It is worth $0.05. It was made in Denver.", n.About());
}
public void CheckNickel()
{
//arrange
Currency nickel = new Nickel();
//act
float Val = nickel.Value;
//assert
Assert.AreEqual(5, Val, 0.01);
}
public void NickelMonetaryValue()
{
//Arrange
Nickel p;
//Act
p = new Nickel();
//Assert
Assert.AreEqual(.05, p.MonetaryValue);
}
public void NickelAbout()
{
//Arrange
Nickel n;
//Act
n = new Nickel();
//Assert
Assert.AreEqual($"US Nickel is from {System.DateTime.Now.Year}. It is worth $0.05. It was made in Denver", n.About());
}
public void NickelAbout()
{
//Arrange
Nickel n;
//Act
n = new Nickel();
//Assert
Assert.AreEqual("Nickel is from 2019. It is worth 0.05. It was made in Denver", n.About());
}
private void ButtonAddCoin_Click(object sender, RoutedEventArgs e)
{
Coin tempC = new Penny();
switch (CoinList.SelectionBoxItem)
{
case "Penny":
{
tempC = new Penny();
break;
}
case "Nickel":
{
tempC = new Nickel();
break;
}
case "Dime":
{
tempC = new Dime();
break;
}
case "Quarter":
{
tempC = new Quarter();
break;
}
case "Half Dollar":
{
tempC = new HalfDollar();
break;
}
case "Dollar Coin":
{
tempC = new DollarCoin();
break;
}
}
repo.AddCoin(tempC);
ViewModelRepo = new ViewModelCreateCurrencyRepo(repo);
this.DataContext = ViewModelRepo;
string value = Convert.ToString(repo.TotalValue());
labelRepoValueDisplay.Content = "$" + value;
}
public void NickelConstructor()
{
//Arrange
Nickel n, philiNickel;
//Act
n = new Nickel();
philiNickel = new Nickel(MintMark.P);
//Assert
Assert.AreEqual(MintMark.D, n.USCoinMintMark);//default mark is D
Assert.AreEqual(DateTime.Now.Year, n.Year);
Assert.AreEqual(MintMark.P, philiNickel.USCoinMintMark);
}
public void NickelConstructor()
{
//Arrange
Nickel p, philiNickel;
//Act
p = new Nickel();
philiNickel = new Nickel(USCoinMintMark.P);
//Assert
Assert.AreEqual(USCoinMintMark.D, p.MintMark); //D is the default mint mark
Assert.AreEqual(System.DateTime.Now.Year, p.Year); //Current Year is default year
Assert.AreEqual(USCoinMintMark.P, philiNickel.MintMark);
}
public void NickelConstructor()
{
//Arrange
Nickel newOrleansNickel;
n = new Nickel();
//Act
newOrleansNickel = new Nickel(USCoinMintMark.O);
//Assert
//Current Year is default year
Assert.AreEqual(USCoinMintMark.D, n.MintMark);
Assert.AreEqual(System.DateTime.Now.Year, n.Year);
Assert.AreEqual(System.DateTime.Now.Year, newOrleansNickel.Year);
Assert.AreEqual(USCoinMintMark.O, newOrleansNickel.MintMark);
}
//public void USCoinSerialize()
//{
// //Arrange
// List<ICoin> coinList, readCoinList;
// coinList = getCoinList();
// //Act
// IFormatter formatter = new BinaryFormatter();
// Stream stream = new MemoryStream();
// formatter.Serialize(stream, coinList);
// stream.Position = 0;
// readCoinList = (List<ICoin>)formatter.Deserialize(stream);
// //Assert
// foreach (Coin c in coinList)
// {
// Assert.IsTrue(c is ISerializable);
// }
// CollectionAssert.AreEqual(coinList, readCoinList);
//}
private List <ICoin> getCoinList()
{
ICoin n = new Nickel();
ICoin pen = new Penny();
ICoin q = new Quarter();
ICoin d = new Dime();
ICoin hd = new HalfDollar();
ICoin doll = new DollarCoin();
List <ICoin> coinList = new List <ICoin>
{
{ doll },
{ hd },
{ q },
{ d },
{ n },
{ pen }
};
return(coinList.OrderByDescending(c => c.MonetaryValue).ToList());
}
public bool TryDetect(string pieceOfMetal, out Coin?coin)
{
switch (pieceOfMetal.ToLowerInvariant())
{
case "nickel":
coin = new Nickel();
return(true);
case "dime":
coin = new Dime();
return(true);
case "quarter":
coin = new Quarter();
return(true);
default:
coin = null;
return(false);
}
}
/// <summary>
/// Replenishes all change up to maximum amount.
/// </summary>
public void ReplenishChange()
{
int replenishQuantity = 200;
Money money = null;
List <decimal> denominations = new List <decimal>(validChangeDenominations);
denominations.Sort();
denominations.Reverse();
foreach (decimal denomination in denominations)
{
if (currencyDenominations.ContainsKey(denomination))
{
money = currencyDenominations[denomination];
money.SetQuantity(replenishQuantity);
}
else
{
switch (denomination)
{
case 0.25M:
money = new Quarter(true, replenishQuantity);
break;
case 0.10M:
money = new Dime(true, replenishQuantity);
break;
case 0.05M:
money = new Nickel(true, replenishQuantity);
break;
}
if (money != null)
{
currencyDenominations.Add(denomination, money);
}
}
}
}
public List <Currency> LoadAll_SortedByValueDescending()
{
List <Currency> lst = new List <Currency>();
CurrencyRow f = null;
f = new Penny();
lst.Add(new Entity.Currency()
{
Value = f.Value, SingularDescription = f.SingularDescription, PluralDescription = f.PluralDescription
});
f = new Nickel();
lst.Add(new Entity.Currency()
{
Value = f.Value, SingularDescription = f.SingularDescription, PluralDescription = f.PluralDescription
});
f = new Dime();
lst.Add(new Entity.Currency()
{
Value = f.Value, SingularDescription = f.SingularDescription, PluralDescription = f.PluralDescription
});
f = new Quarter();
lst.Add(new Entity.Currency()
{
Value = f.Value, SingularDescription = f.SingularDescription, PluralDescription = f.PluralDescription
});
f = new Dollar();
lst.Add(new Entity.Currency()
{
Value = f.Value, SingularDescription = f.SingularDescription, PluralDescription = f.PluralDescription
});
return(lst.OrderByDescending(x => x.Value).ToList());
}
static void Main(string[] args)
{
Console.WriteLine("Coininator 9000");
//Make some Coins
Nickel n = new Nickel();
Penny p = new Penny();
Quarter q = new Quarter();
Dime d = new Dime();
HalfDollar hd = new HalfDollar();
DollarCoin doll = new DollarCoin();
Console.WriteLine("List of US Coins\n");
Console.WriteLine(n.About());
Console.WriteLine(p.About());
Console.WriteLine(q.About());
Console.WriteLine(d.About());
Console.WriteLine(hd.About());
Console.WriteLine(doll.About());
Console.ReadKey();
}
/// <summary>
/// Give change back to the machine operator.
/// </summary>
/// <returns></returns>
public List <Money> FinishTransaction()
{
List <Money> changeCurrency = new List <Money>();
if (TotalChangeAvailable > 0 && Balance > 0)
{
decimal currencyThreshold = 0.25M;
if (currencyDenominations[currencyThreshold].Count > 0 && Balance >= currencyThreshold)
{
Money quarters = new Quarter(true);
quarters.MakeChange(currencyDenominations[currencyThreshold], Balance);
changeCurrency.Add(quarters);
Balance -= quarters.TotalValue;
}
currencyThreshold = 0.10M;
if (currencyDenominations[currencyThreshold].Count > 0 && Balance >= currencyThreshold)
{
Money dimes = new Dime(true);
dimes.MakeChange(currencyDenominations[currencyThreshold], Balance);
changeCurrency.Add(dimes);
Balance -= dimes.TotalValue;
}
currencyThreshold = 0.05M;
if (currencyDenominations[currencyThreshold].Count > 0 && Balance >= currencyThreshold)
{
Money nickels = new Nickel(true);
nickels.MakeChange(currencyDenominations[currencyThreshold], Balance);
changeCurrency.Add(nickels);
Balance -= nickels.TotalValue;
}
decimal changeGiven = 0;
foreach (Money currency in changeCurrency)
{
changeGiven += currency.TotalValue;
}
TransactionLog($"GIVE CHANGE: {changeGiven:C}");
}
return(changeCurrency);
// Old version before Money class
//decimal changeGiven = Balance;
//int quarters = 0;
//int dimes = 0;
//int nickels = 0;
//while (Balance > 0)
//{
// if (Balance >= (decimal).25)
// {
// Balance -= (decimal).25;
// quarters++;
// }
// else if (Balance >= (decimal).10)
// {
// Balance -= (decimal).10;
// dimes++;
// }
// else if (Balance >= (decimal).05)
// {
// Balance -= (decimal).05;
// nickels++;
// }
//}
//TransactionLog($"GIVE CHANGE: {changeGiven:C}");
//string totalChange = $"Your Change is {quarters} Quarter(s), {dimes} Dime(s), and {nickels} Nickel(s)";
//return totalChange;
}
public NickelTests()
{
n = new Nickel();
}
public void TestPrintElectronShellCfg_All()
{
IElement testSubject;;
testSubject = new Hydrogen();
Console.WriteLine($"Hydrogen {testSubject.PrintElectronShellCfg()}");
testSubject = new Helium();
Console.WriteLine($"Helium {testSubject.PrintElectronShellCfg()}");
testSubject = new Lithium();
Console.WriteLine($"Lithium {testSubject.PrintElectronShellCfg()}");
testSubject = new Beryllium();
Console.WriteLine($"Beryllium {testSubject.PrintElectronShellCfg()}");
testSubject = new Boron();
Console.WriteLine($"Boron {testSubject.PrintElectronShellCfg()}");
testSubject = new Carbon();
Console.WriteLine($"Carbon {testSubject.PrintElectronShellCfg()}");
testSubject = new Nitrogen();
Console.WriteLine($"Nitrogen {testSubject.PrintElectronShellCfg()}");
testSubject = new Oxygen();
Console.WriteLine($"Oxygen {testSubject.PrintElectronShellCfg()}");
testSubject = new Fluorine();
Console.WriteLine($"Fluorine {testSubject.PrintElectronShellCfg()}");
testSubject = new Neon();
Console.WriteLine($"Neon {testSubject.PrintElectronShellCfg()}");
testSubject = new Sodium();
Console.WriteLine($"Sodium {testSubject.PrintElectronShellCfg()}");
testSubject = new Magnesium();
Console.WriteLine($"Magnesium {testSubject.PrintElectronShellCfg()}");
testSubject = new Aluminum();
Console.WriteLine($"Aluminum {testSubject.PrintElectronShellCfg()}");
testSubject = new Silicon();
Console.WriteLine($"Silicon {testSubject.PrintElectronShellCfg()}");
testSubject = new Phosphorus();
Console.WriteLine($"Phosphorus {testSubject.PrintElectronShellCfg()}");
testSubject = new Sulfur();
Console.WriteLine($"Sulfur {testSubject.PrintElectronShellCfg()}");
testSubject = new Chlorine();
Console.WriteLine($"Chlorine {testSubject.PrintElectronShellCfg()}");
testSubject = new Argon();
Console.WriteLine($"Argon {testSubject.PrintElectronShellCfg()}");
testSubject = new Potassium();
Console.WriteLine($"Potassium {testSubject.PrintElectronShellCfg()}");
testSubject = new Calcium();
Console.WriteLine($"Calcium {testSubject.PrintElectronShellCfg()}");
testSubject = new Scandium();
Console.WriteLine($"Scandium {testSubject.PrintElectronShellCfg()}");
testSubject = new Titanium();
Console.WriteLine($"Titanium {testSubject.PrintElectronShellCfg()}");
testSubject = new Vanadium();
Console.WriteLine($"Vanadium {testSubject.PrintElectronShellCfg()}");
testSubject = new Chromium();
Console.WriteLine($"Chromium {testSubject.PrintElectronShellCfg()}");
testSubject = new Manganese();
Console.WriteLine($"Manganese {testSubject.PrintElectronShellCfg()}");
testSubject = new Iron();
Console.WriteLine($"Iron {testSubject.PrintElectronShellCfg()}");
testSubject = new Cobalt();
Console.WriteLine($"Cobalt {testSubject.PrintElectronShellCfg()}");
testSubject = new Nickel();
Console.WriteLine($"Nickel {testSubject.PrintElectronShellCfg()}");
testSubject = new Copper();
Console.WriteLine($"Copper {testSubject.PrintElectronShellCfg()}");
testSubject = new Zinc();
Console.WriteLine($"Zinc {testSubject.PrintElectronShellCfg()}");
testSubject = new Gallium();
Console.WriteLine($"Gallium {testSubject.PrintElectronShellCfg()}");
testSubject = new Germanium();
Console.WriteLine($"Germanium {testSubject.PrintElectronShellCfg()}");
testSubject = new Arsenic();
Console.WriteLine($"Arsenic {testSubject.PrintElectronShellCfg()}");
testSubject = new Selenium();
Console.WriteLine($"Selenium {testSubject.PrintElectronShellCfg()}");
testSubject = new Bromine();
Console.WriteLine($"Bromine {testSubject.PrintElectronShellCfg()}");
testSubject = new Krypton();
Console.WriteLine($"Krypton {testSubject.PrintElectronShellCfg()}");
testSubject = new Rubidium();
Console.WriteLine($"Rubidium {testSubject.PrintElectronShellCfg()}");
testSubject = new Strontium();
Console.WriteLine($"Strontium {testSubject.PrintElectronShellCfg()}");
testSubject = new Yttrium();
Console.WriteLine($"Yttrium {testSubject.PrintElectronShellCfg()}");
testSubject = new Zirconium();
Console.WriteLine($"Zirconium {testSubject.PrintElectronShellCfg()}");
testSubject = new Niobium();
Console.WriteLine($"Niobium {testSubject.PrintElectronShellCfg()}");
testSubject = new Molybdenum();
Console.WriteLine($"Molybdenum {testSubject.PrintElectronShellCfg()}");
testSubject = new Technetium();
Console.WriteLine($"Technetium {testSubject.PrintElectronShellCfg()}");
testSubject = new Ruthenium();
Console.WriteLine($"Ruthenium {testSubject.PrintElectronShellCfg()}");
testSubject = new Rhodium();
Console.WriteLine($"Rhodium {testSubject.PrintElectronShellCfg()}");
testSubject = new Palladium();
Console.WriteLine($"Palladium {testSubject.PrintElectronShellCfg()}");
testSubject = new Silver();
Console.WriteLine($"Silver {testSubject.PrintElectronShellCfg()}");
testSubject = new Cadmium();
Console.WriteLine($"Cadmium {testSubject.PrintElectronShellCfg()}");
testSubject = new Indium();
Console.WriteLine($"Indium {testSubject.PrintElectronShellCfg()}");
testSubject = new Tin();
Console.WriteLine($"Tin {testSubject.PrintElectronShellCfg()}");
testSubject = new Antimony();
Console.WriteLine($"Antimony {testSubject.PrintElectronShellCfg()}");
testSubject = new Tellurium();
Console.WriteLine($"Tellurium {testSubject.PrintElectronShellCfg()}");
testSubject = new Iodine();
Console.WriteLine($"Iodine {testSubject.PrintElectronShellCfg()}");
testSubject = new Xenon();
Console.WriteLine($"Xenon {testSubject.PrintElectronShellCfg()}");
testSubject = new Cesium();
Console.WriteLine($"Cesium {testSubject.PrintElectronShellCfg()}");
testSubject = new Barium();
Console.WriteLine($"Barium {testSubject.PrintElectronShellCfg()}");
}
