public void Calculate2Test_針對Revenue資料每4筆進行加總()
{
var target = new MyCalculator();
int GroupCountTest = 4;
// DdlType： 0：Cost，1：Revenue，2：SellPrice。
var DType = "1";
var lhw = new List<HomeWork>()
{
new HomeWork(){ Id = 1, Cost = 1, Revenue = 11, SellPrice = 21 },
new HomeWork(){ Id = 2, Cost = 2, Revenue = 12, SellPrice = 22 },
new HomeWork(){ Id = 3, Cost = 3, Revenue = 13, SellPrice = 23 },
new HomeWork(){ Id = 4, Cost = 4, Revenue = 14, SellPrice = 24 },
new HomeWork(){ Id = 5, Cost = 5, Revenue = 15, SellPrice = 25 },
new HomeWork(){ Id = 6, Cost = 6, Revenue = 16, SellPrice = 26 },
new HomeWork(){ Id = 7, Cost = 7, Revenue = 17, SellPrice = 27 },
new HomeWork(){ Id = 8, Cost = 8, Revenue = 18, SellPrice = 28 },
new HomeWork(){ Id = 9, Cost = 9, Revenue = 19, SellPrice = 29 },
new HomeWork(){ Id = 10, Cost = 10, Revenue = 20, SellPrice = 30 },
new HomeWork(){ Id = 11, Cost = 11, Revenue = 21, SellPrice = 31 }
};
List<int> strAns = new List<int>() { 50, 66, 60 };
List<int> strAnsCalculate = target.Calculation_results(GroupCountTest, DType, lhw);
CollectionAssert.AreEqual(strAns, strAnsCalculate);//會比順序
}
public void 傳入1跟2然後回傳3()
{
//arrange
var target = new MyCalculator();
var first = 1;
var second = 2;
var expected = 3;
//act
var actual = target.Add(first, second);
//assert
Assert.AreEqual(expected, actual);
}
public void AddTest_first_1_second_2_should_be_3()
{
//arrange
var target = new MyCalculator();
var first = 1;
var second = 2;
var expected = 3;
//act
var actual = target.Add(first, second);
//assert
Assert.AreEqual(expected, actual);
}
public MainWindow()
{
InitializeComponent();
MyCalculator _app = new MyCalculator(this);
}
static void Main(string[] args)
{
ICalc2 mu= new MyCalculator();
Console.WriteLine(mu.Sum());
}
public bool Menu()
{
Console.Clear();
Console.WriteLine("\tCalculator");
Console.WriteLine("Choose any of these options o peform: ");
Console.WriteLine("1) Addition");
Console.WriteLine("2) Substraction");
Console.WriteLine("3) Multiplication");
Console.WriteLine("4) Division");
Console.WriteLine("5) Squaer root");
Console.WriteLine("6) Power of x");
Console.WriteLine("7) sin(x)");
Console.WriteLine("8) cos(x)");
Console.WriteLine("9) tan(x)");
Console.WriteLine("Press Any keywrod to close Program.... ");
MyCalculator cls = new MyCalculator();
string chosenOption = Console.ReadLine();
switch (chosenOption)
{
case "1":
Console.Clear();
cls.Addition();
return(true);
case "2":
Console.Clear();
cls.Substractions();
return(true);
case "3":
Console.Clear();
cls.Multiplicaion();
return(true);
case "4":
Console.Clear();
cls.Division();
return(true);
case "5":
Console.Clear();
cls.SqrtRoot();
return(true);
case "6":
Console.Clear();
cls.Power();
return(true);
case "7":
Console.Clear();
cls.sin();
return(true);
case "8":
Console.Clear();
cls.cos();
return(true);
case "9":
Console.Clear();
cls.tan();
return(true);
default:
return(false);
}
}
static void Main(string[] args)
{
MyCalculator cal = new MyCalculator();
cal.displayMenu();
}
