public void MRUTЕЕ()
{
// исходные данные
int a = 3589;
int b = 6295;
int expected = 22592757;
// получение значения с помощью тестируемого метода
Mult Z1 = new Mult();
Z1.M1 = a;
Z1.M2 = b;
int actual = Z1.MRU();
// сравнение ожидаемого результата с полученным
Assert.AreEqual(expected, actual);
/*
* Z1.ConvToMass();
*
* Z1.MMU();
*
* Z1.MKB_();
* Z1.MSU();
*/
}
private void button16_Click(object sender, EventArgs e)
{
// Console.WriteLine(textBox1.Text.Substring(2));
//textBox1.Text = textBox1.Text.TrimStart();
num2 = double.Parse(textBox1.Text.Substring(2));
double Sum;
double Res;
double Mult;
double Div;
switch (operacion)
{
case "+":
Sum = objSuma.Sumar((num1), (num2));
textBox1.Text = Sum.ToString();
break;
case "-":
Res = objRes.Restar((num1), (num2));
textBox1.Text = Res.ToString();
break;
case "*":
Mult = objMul.Multiplicar((num1), (num2));
textBox1.Text = Mult.ToString();
break;
case "/":
Div = objDiv.Dividir((num1), (num2));
textBox1.Text = Div.ToString();
break;
}
}
public MathTask Next()
{
_step++;
MathTask t = null;
do
{
var op = GetNextOperationType();
switch (op)
{
case Operation.Add: t = new Add(op, level); break;
case Operation.Substract: t = new Substract(op, level); break;
case Operation.Multiply: t = new Mult(op, level); break;
case Operation.Divide: t = new Divide(op, level); break;
case Operation.Prime: t = new Prime(op, level); break;
case Operation.Perimeter: t = new Perimeter(op, level); break;
}
t.GenerateArgs(_step, _random);
} while (hs.Contains(t.GetHashCode()));
_tasks.Add(t);
hs.Add(t.GetHashCode());
return(t);
}
public void CalculateTest(double firstValue, double secondValue, double expected)
{
Mult calculator = new Mult();
var actualResult = calculator.Calculate(firstValue, secondValue);
Assert.AreEqual(expected, actualResult);
}
private string AddMults(Mult mult)
{
string res = String.Empty;
bool is_seen = false;
string key = mult.First;
while (key != String.Empty)
{
if (is_seen)
{
res += "t";
}
string val = mult.Value(key);
if (val == String.Empty)
{
val = "\x1";
}
res += LPack3(key) + LPack3(val);
is_seen = true;
key = mult.Order(key, 1);
}
if (!is_seen)
{
res += LPack3(String.Empty);
}
res += "f";
// *** Check current status ***
if (this.Status == RpcMessageStatus.Error)
{
res = "";
}
return(res);
}
public int EvalInt(Vm vm)
{
var m = sign == "-" ? -1 : 1;
var lhs = m * term.EvalInt(vm);
foreach (var exprCont in cont)
{
IntOp intOp;
if (exprCont.Op == "+")
{
intOp = new Add();
}
else if (exprCont.Op == "-")
{
intOp = new Sub();
}
else if (exprCont.Op == "*")
{
intOp = new Mult();
}
else
{
intOp = new Div();
}
var rhs = exprCont.Term.EvalInt(vm);
lhs = intOp.Execute(lhs, rhs);
}
return(lhs);
}
public void Test_StandSize2()
{
int[][] a = new int[2][] { new int[2] {
1, 2
}, new int[2] {
3, 4
} };
int[][] b = new int[2][] { new int[2] {
5, 6
}, new int[2] {
7, 8
} };
var res = Mult.MultStand(a, b);
int[][] correctRes = new int[2][] { new int[2] {
19, 22
}, new int[2] {
43, 50
} };
Assert.IsNotNull(res);
for (int i = 0; i < 2; i++)
{
for (int j = 0; j < 2; j++)
{
Assert.AreEqual(correctRes[i][j], res[i][j], "i, j: " + i.ToString() + " " + j.ToString());
}
}
}
public void CalculateTest(double firstArgument, double secondArgument, double result, double accracy)
{
var testingFunction = new Mult();
var testResult = testingFunction.Calculate(firstArgument, secondArgument);
Assert.AreEqual(result, testResult, accracy);
}
public void MultOpForward()
{
var nodeMockA = new Mock <Op <double> >();
var volA = new VolumeMock(1.0, new Shape(1));
nodeMockA.Setup(o => o.Evaluate(It.IsAny <Session <double> >())).Returns(volA);
var nodeMockb = new Mock <Op <double> >();
var volB = new VolumeMock(2.0, new Shape(1));
nodeMockb.Setup(o => o.Evaluate(It.IsAny <Session <double> >())).Returns(volB);
var op = new Mult <double>(nodeMockA.Object, nodeMockb.Object);
using (var session = new Session <double>())
{
var eval = op.Evaluate(session);
Assert.IsNotNull(eval);
var s = session;
nodeMockA.Verify(o => o.Evaluate(s));
nodeMockb.Verify(o => o.Evaluate(s));
Assert.AreEqual(1, volA.DoMultiplyCount);
}
}
public RpcParameter(object arg)
{
if (arg == null)
{
this.ParameterType = RpcParameterType.Literal;
this.Value = string.Empty;
}
else if ((arg is string) || (arg is EncryptedString) || (arg is char))
{
this.ParameterType = RpcParameterType.Literal;
this.Value = arg.ToString();
}
else if (arg is Mult)
{
this.ParameterType = RpcParameterType.List;
this.Value = MultValue;
this.Mult = (Mult)arg;
}
else if (arg is string[])
{
string[] arr = arg as string[];
Mult m = new Mult();
for (int i = 0; i < arr.Length; i++)
{
m[(i + 1).ToString()] = arr[i];
}
this.ParameterType = RpcParameterType.List;
this.Value = MultValue;
this.Mult = m;
}
else
{
throw new ArgumentException("Invalid RPC Parameter Type: " + arg.GetType().Name);
}
}
static void Main(string[] args)
{
int x = 5;
Sum s = a => a + a;
Mult m = a => a * a;
Console.WriteLine("({0} + {1}) ^ 2 = {2}", x, x, m(s(x)));
Console.WriteLine("({0} * {1}) + this.result = {2}", x, x, s(m(x)));
//imperative composition
Console.WriteLine("\nImperative composition");
SumMult sm = a =>
{
int holder = a;
holder = s(a);
holder = m(holder);
return(holder);
};
Console.WriteLine("Delegate SumMult ({0} + {1}) ^ 2 = {2}", x, x, sm(x));
//function composition
Console.WriteLine("\nFunction composition");
Operation opMult = a => a * a;
Operation opSum = a => a + a;
Compose compose = (f1, f2, a) => f1(f2(a));
Console.WriteLine("Delegate Compose(Mult, Sum) ({0} + {1}) ^ 2 = {2}", x, x, compose(opMult, opSum, x));
Console.WriteLine("Delegate Compose(Sum, Mult) ({0} * {1}) + this.result = {2}", x, x, compose(opSum, opMult, x));
Console.ReadKey();
}
public void Visit(Mult p)
{
//operand are both on stack
Console.WriteLine("Pop stack into a");
Console.WriteLine("Pop stack into b");
Console.WriteLine("mult a, b");
Console.WriteLine("push result of a * b onto stack");
}
public void CalculateTest()
{
Mult calculator = new Mult();
Assert.AreEqual(10, calculator.Calculate(5, 2));
Assert.AreEqual(100, calculator.Calculate(10, 10));
Assert.AreEqual(-5, calculator.Calculate(5, -1));
}
public OperateurTest()
{
val = new Numeric[2];
this.val[0] = new Numeric("6");
this.val[1] = new Numeric("2");
p = new Plus(this.val);
mul = new Mult(this.val);
mod = new Modulo(this.val);
min = new Minus(this.val);
d = new Div(this.val);
}
public Memory(Register _r1, Register _r2, Mult _mult, Immediate _imm, OPSIZE _size, Segment.SEG _seg)
{
r1 = _r1;
r2 = _r2;
mult = _mult;
imm = _imm;
if (imm != null)
{
imm.isOffset = true;
}
size = _size;
seg = _seg;
}
public EvalAndViewTests()
{
_constExpr1 = new Const(7);
_constExpr2 = new Const(2);
_constExpr3 = new Const(3);
_addExpr1 = new Add(_constExpr1, _constExpr2);
_multExpr1 = new Mult(_constExpr1, _constExpr2);
_multExpr2 = new Mult(_constExpr2, _constExpr3);
_addExpr2 = new Add(_multExpr1, _multExpr2);
}
public void Mult()
{
var a = new Const <double>(1.0, "one");
var b = new Const <double>(2.0, "two");
var op = new Mult <double>(a, b);
var xml = op.ToXml();
var deserialized = SerializationExtensions.FromXml <double>(xml) as Mult <double>;
Assert.IsNotNull(deserialized);
Assert.AreEqual(2, deserialized.Parents.Count);
Assert.AreEqual("one", (deserialized.Parents[0] as Const <double>).Name);
Assert.AreEqual("two", (deserialized.Parents[1] as Const <double>).Name);
}
public void Constants(string x1, string x2, double r1, double r2)
{
Terminal op1 = new Terminal(x1);
Terminal op2 = new Terminal(x2);
Mult m = new Mult(op1, op2);
Div d = new Div(op1, op2);
Addition a = new Addition(op1, op2);
Subtraction s = new Subtraction(op1, op2);
Assert.True(m.Compute(0) == r1 * r2);
Assert.True(a.Compute(0) == r1 + r2);
Assert.True(s.Compute(0) == r1 - r2);
Assert.True(d.Compute(0) == r1 / r2);
}
public void Variables(double x, double y)
{
Terminal op1 = new Terminal("x0");
Terminal op2 = new Terminal("x1");
Mult m = new Mult(op1, op2);
Div d = new Div(op1, op2);
Addition a = new Addition(op1, op2);
Subtraction s = new Subtraction(op1, op2);
Assert.True(m.Compute(x, y) == x * y);
Assert.True(d.Compute(x, y) == x / y);
Assert.True(a.Compute(x, y) == x + y);
Assert.True(s.Compute(x, y) == x - y);
}
/// <summary>
/// This method serves UC-CALC-MUL external interface.
/// </summary>
/// <param name="Factors">the inputs of a arithmetic operation</param>
/// <returns>the arithmetic operation result</returns>
public Mult Mult(List <int> Factors)
{
Mult mul = new Mult();
try
{
mul.Product = Factors.Aggregate((total, next) => total * next);;
}
catch (Exception ex)
{
throw new DataException("Error dao Add.", ex);
}
return(mul);
}
public void Test_StandSize1()
{
int[][] a = new int[1][];
a[0] = new int[1] {
2
};
int[][] b = new int[1][];
b[0] = new int[1] {
3
};
var res = Mult.MultStand(a, b);
Assert.IsNotNull(res);
Assert.AreEqual(6, res[0][0]);
}
private void button16_Click(object sender, EventArgs e)
{
Op2 = double.Parse(tbxPant.Text);
double Mult;
double Div;
double Sum;
double Rest;
if (Operacion == "x")
{
Mult = obj1.Multi(Op1, Op2); //creo la operacion si es que sale mult , lo hare analogo para todas las operaciones
tbxPant.Text = Mult.ToString();
op3 = Mult;
Hist.Add(Mult.ToString());
}
else if (Operacion == "/")
{
Div = obj2.Divi(Op1, Op2); //creo la operacion si es que sale mult , lo hare analogo para todas las operaciones
if (Op2 != 0)
{
tbxPant.Text = Div.ToString();
op3 = Div;
Hist.Add(Div.ToString());
}
else if (Op2 == 0)
{
tbxPant.Text = "match ERORR";
}
}
else if (Operacion == "+")
{
Sum = obj3.Sumar(Op1, Op2); //creo la operacion si es que sale mult , lo hare analogo para todas las operaciones
tbxPant.Text = Sum.ToString();
op3 = Sum;
Hist.Add(Sum.ToString());
}
else if (Operacion == "-")
{
Rest = obj4.Restar(Op1, Op2); //creo la operacion si es que sale mult , lo hare analogo para todas las operaciones
tbxPant.Text = Rest.ToString();
op3 = Rest;
Hist.Add(Rest.ToString());
}
}
private void Multiplicacion(object sender, EventArgs e)
{
Double n1, n2, Mult;
n1 = Convert.ToDouble(txtNum1.Text);
n2 = Convert.ToDouble(txtNum2.Text);
Mult = n1 * n2;
labelResultado.Text = Mult.ToString();
if (txtNum1.Text == "")
{
labelResultado.Text = "No hay numero 1";
}
else if (txtNum2.Text == "")
{
labelResultado.Text = "No hay numero 2";
}
}
private void BuildUnitMultiList()
{
foreach (var msgtype in FMT)
{
// get unit and mult info
var fmtu = FMTU.FirstOrDefault(a => a.Key == msgtype.Key);
if (fmtu.Value == null)
{
continue;
}
var units = fmtu.Value.Item1.ToCharArray().Select(a => Unit.FirstOrDefault(b => b.Key == a));
var multipliers = fmtu.Value.Item2.ToCharArray().Select(a => Mult.FirstOrDefault(b => b.Key == a));
var binfmts = msgtype.Value.Item3.ToCharArray();
var itemcount = msgtype.Value.Item4.Split(',').Length;
if (binfmts.Length != itemcount)
{
continue;
}
for (var i = 0; i < itemcount; i++)
{
var field = msgtype.Value.Item4.Split(',')[i].Trim();
var unit = units.Skip(i).FirstOrDefault().Value;
var binfmt = binfmts[i];
var multi = 1.0;
double.TryParse(multipliers.Skip(i).FirstOrDefault().Value, NumberStyles.Any,
CultureInfo.InvariantCulture, out multi);
if (binfmt == 'c' || binfmt == 'C' ||
binfmt == 'e' || binfmt == 'E' ||
binfmt == 'L')
{
// these are scaled from the DF format * 100/1e7 etc
// to ensure csv's continue to work we dont modify these values
// 1 = no change
multi = 1;
}
UnitMultiList.Add(
new Tuple <string, string, string, double>(msgtype.Value.Item2, field, unit, multi));
}
}
}
//Fin para saber la operacion.
//Calcular el resultado.
private void ButFin_Click(object sender, EventArgs e)
{
//Variables de resultado
Double Res;
Double Sum;
Double Mult;
Double Div;
//Segundo valor.
P2 = Double.Parse(TBScreen.Text);
switch (Op)
{
case "+":
Sum = P1 + P2;
TBScreen.Text = Sum.ToString();
break;
case "-":
Res = P1 - P2;
TBScreen.Text = Res.ToString();
break;
case "*":
Mult = P1 * P2;
TBScreen.Text = Mult.ToString();
break;
case "/":
Div = P1 / P2;
if (Div != 0)
{
TBScreen.Text = Div.ToString();
}
else
{
MessageBox.Show("No se puede dividir entre 0.");
}
break;
}
LabelEstado.Text = "";
}
public void Composed(double value)
{
Terminal x = new Terminal("x0");
Terminal one = new Terminal("1");
Addition a2 = new Addition(one, one); //y
Mult aa = new Mult(a2, a2); //y^2
Mult xx = new Mult(x, x); //x^2
Subtraction s = new Subtraction(xx, aa); // x^2 - y^2
Addition xay = new Addition(x, a2); // x + y
Subtraction xsy = new Subtraction(x, a2); // x - y
Mult f = new Mult(xay, xsy); // (x + y)(x - y)
Assert.True(f.Compute(value) == (value + 2) * (value - 2));
Assert.True(s.Compute(value) == (value * value) - 4);
Assert.True(s.Compute(value) == f.Compute(value)); //(x + y)(x - y) == (x^2 - y^2)
}
public void Test_WrongSize_NullReturned()
{
int sizeA = 2, sizeB = 3;
int[][] a = new int[sizeA][];
for (int i = 0; i < sizeA; i++)
{
a[i] = new int[sizeA];
}
int[][] b = new int[sizeB][];
for (int i = 0; i < sizeB; i++)
{
b[i] = new int[sizeB];
}
var res = Mult.MultStand(a, b);
Assert.IsNull(res);
}
public async Task ParseMultsAsync()
{
HtmlWeb web = new HtmlWeb();
var actualUrl = GetActualUrl();
var parentNodeXPath = "//div[contains(concat(' ', normalize-space(@class), ' '), ' organic')]//div[contains(concat(' ', normalize-space(@class), ' '), ' indicator')]";
var htmlDoc = web.Load(actualUrl);
var nodes = htmlDoc.DocumentNode.SelectNodes(parentNodeXPath);
var russianCaptionNodeXPath = ".//span[@class ='live_namerus']";
var seriesNodeXPath = ".//span[@class ='live_series']";
foreach (var node in nodes)
{
Mult multObject = new Mult
{
RussianCaption = node.SelectSingleNode(russianCaptionNodeXPath).InnerText,
Series = node.SelectSingleNode(seriesNodeXPath).InnerText,
UpdateDate = DateTime.Now.Date
};
var existingMult = _adultMultContext.Mults.FirstOrDefault(x => x.RussianCaption == multObject.RussianCaption);
if (existingMult != null)
{
if (multObject.Series != existingMult.Series)
{
existingMult.Series = multObject.Series;
existingMult.IsUpdated = true;
await _adultMultContext.SaveChangesAsync();
}
}
else
{
multObject.IsUpdated = true;
await _adultMultContext.Mults.AddAsync(multObject);
}
}
await _adultMultContext.SaveChangesAsync();
}
public void Test_EvenStandardEqualsVin_Random()
{
int n = 10;
int[][] a = Program.FillMatr(n, n);
int[][] b = Program.FillMatr(n, n);
var resStand = Mult.MultStand(a, b);
var resVin = Mult.MultVin(a, b);
Assert.IsNotNull(resStand);
Assert.IsNotNull(resVin);
for (int i = 0; i < n; i++)
{
for (int j = 0; j < n; j++)
{
Assert.AreEqual(resStand[i][j], resVin[i][j], "i, j: " + i.ToString() + " " + j.ToString());
}
}
}
static void Main(string[] args)
{
Somar soma = new Somar();
Diminuir diminuir = new Diminuir();
Mult mult = new Mult();
Divide divide = new Divide();
Console.WriteLine("Calculadora básica em C#");
Console.WriteLine("");
Console.WriteLine("Escolha qual operação você vai realizar: (1) Adição, (2) Subtração, (3) Multiplicação, (4) Divisão");
int operacao = int.Parse(Console.ReadLine());
switch (operacao)
{
case 1:
soma.Soma();
break;
case 2:
diminuir.Sub();
break;
case 3:
mult.Multi();
break;
case 4:
divide.Div();
break;
default:
Console.WriteLine("Passe somente os valores corretos");
break;
}
}
//CONSTRUCTORS
public StatusEffect( string name, Mult multiplier )
: base( name ) {
multProps.Add( multiplier );
}
