public void CalculatorDoubleTest(string expression, double expected)
{
var calculator = new CalculatorService();
var result = calculator.CalculateExpression(expression);
Assert.Equal(expected, result);
}
public void TestAllPlus()
{
var expression = "10+100+1000+10000";
var actual = new CalculatorService().Calculate(expression);
Assert.AreEqual(11110, actual.Value, 0, "TestAllPlus passed");
}
public void TaskTest3()
{
var expression = "4+5/2-1";
var actual = new CalculatorService().Calculate(expression);
Assert.AreEqual(5.5, actual.Value, 0.0001, "TaskTest3 passed");
}
public void TestMix3()
{
var expression = "-45-20*5*12+34/13";
var actual = new CalculatorService().Calculate(expression);
Assert.AreEqual(-1242.38461538, actual.Value, 0.0001, "TestMix3 passed");
}
public void TaskTest1()
{
var expression = "4+5*2";
var actual = new CalculatorService().Calculate(expression);
Assert.AreEqual(14, actual.Value, 0.0001, "TaskTest1 passed");
}
public void Calculate_FailsValidation_ReturnsExpectedResult()
{
// Arrange
var calculatorService = new CalculatorService(_logger.Object);
var calculation = new Mock <ICalculation <decimal> >(MockBehavior.Strict);
var validationResult = new ValidationResult
{
IsValid = false,
Errors = new List <Error>
{
new Error
{
ErrorCode = ErrorCode.InvalidParameters
}
}
};
calculation.Setup(x => x.Validate()).Returns(validationResult);
// Act
var result = calculatorService.Calculate(calculation.Object);
// Assert
var expected = new CalculationResult <decimal> {
Validation = validationResult
};
result.Should().BeEquivalentTo(expected);
calculation.Verify(x => x.Validate(), Times.Once);
_logger.VerifyNoOtherCalls();
}
public void TestMix1()
{
var expression = "10 / 2 * 3 + 4 + 5 - 80";
var actual = new CalculatorService().Calculate(expression);
Assert.AreEqual(-56, actual.Value, 0.0001, "TestMix1 passed");
}
public void TestAllMultiply()
{
var expression = "10* 100 * 1000";
var actual = new CalculatorService().Calculate(expression);
Assert.AreEqual(1000000, actual.Value, 0, "TestAllMultiply passed");
}
public void TestAllDivide()
{
var expression = "10/ 100 / 1000";
var actual = new CalculatorService().Calculate(expression);
Assert.AreEqual(0.0001, actual.Value, 0.0001, "TestAllDivide passed");
}
public void CheckNumberInDivide_1_1_Should_Be_true()
{
var calculatorService = new CalculatorService();
var actual = calculatorService.CheckNumberInDivide(1, 1);
Assert.IsTrue(actual);
}
public void CheckNumberInDivide_1_0_Should_Be_false()
{
var calculatorService = new CalculatorService();
var actual = calculatorService.CheckNumberInDivide(1, 0);
Assert.IsFalse(actual);
}
public void Calculation_InvalidData_Error(CalculatorType type, decimal p1, decimal p2)
{
CalculatorService service = new CalculatorService(new MockCalculatorFactory(), new MockCalculationLogger());
var result = service.PerformCalculation(type, p1, p2);
Assert.False(result.Success);
}
public IActionResult Division([Bind] string nums)
{
var serv = new CalculatorService();
var result = serv.Division(nums);
return(Ok(result));
}
private void TestMinus(int num1, int num2, int expect)
{
var calculatorService = new CalculatorService();
var actual = calculatorService.Minus(num1, num2);
Assert.AreEqual(expect, actual);
}
public void CalculatorDividByZero(string expression)
{
var calculator = new CalculatorService();
var result = calculator.CalculateExpression(expression);
Assert.Equal(result, Double.PositiveInfinity);
}
public void TestDivideBy0()
{
var expression = "10/ 0";
var actual = new CalculatorService().Calculate(expression);
Assert.AreEqual(false, actual.HasValue, "TestDivideBy0 passed");
}
private int CalculatorServiceAdd(int num1, int num2)
{
var calculatorService = new CalculatorService();
var actual = calculatorService.Add(num1, num2);
return(actual);
}
public void Calculate_PassesValidation_ReturnsExpectedResult()
{
// Arrange
var calculatorService = new CalculatorService(_logger.Object);
var calculation = new Mock <ICalculation <decimal> >(MockBehavior.Strict);
var validationResult = new ValidationResult {
IsValid = true
};
calculation.Setup(x => x.Validate()).Returns(validationResult);
calculation.Setup(x => x.Calculate()).Returns(0.55M);
calculation.Setup(x => x.GetInputsForLogMessage()).Returns("SomeInputs");
// Act
var result = calculatorService.Calculate(calculation.Object);
// Assert
var expected = new CalculationResult <decimal>
{
Value = 0.55M,
Validation = validationResult
};
result.Should().BeEquivalentTo(expected);
calculation.Verify(x => x.Validate(), Times.Once);
calculation.Verify(x => x.Calculate(), Times.Once);
_logger.VerifyInformationWasCalled("[CALCULATION] Type: ICalculation`1Proxy | Inputs: SomeInputs | Result: 0.55");
}
public void OperationsLocked()
{
IConfigurationStore configurationStore = new DefaultConfigurationStore();
MutableConfiguration facNode = new MutableConfiguration("facility");
facNode.Attributes["id"] = "slow";
facNode.Attributes["type"] = "Castle.Windsor.Tests.Facilities.SlowlyInitFacility, Castle.Windsor.Tests";
configurationStore.AddFacilityConfiguration("slow", facNode);
MutableConfiguration compNode = new MutableConfiguration("component");
compNode.Attributes["id"] = "a";
compNode.Attributes["type"] = "Castle.Windsor.Tests.Components.CalculatorService, Castle.Windsor.Tests";
configurationStore.AddComponentConfiguration("a", compNode);
AsyncInitializationContainer container = new AsyncInitializationContainer(configurationStore);
Assert.AreEqual(1, container.Kernel.GraphNodes.Length);
Assert.AreEqual(1, container.Kernel.GraphNodes.Length);
CalculatorService service = (CalculatorService)
container[typeof(CalculatorService)];
Assert.IsNotNull(service);
service = (CalculatorService)
container[typeof(CalculatorService)];
}
public void DevideTest()
{
var calService = new CalculatorService();
var resultSum = calService.Divide(9, 3);
Assert.Equal(3, resultSum);
}
public void Xml_hook_and_selector()
{
ProxyAllHook.Instances = 0;
SelectAllSelector.Calls = 0;
SelectAllSelector.Instances = 0;
container.Install(XmlResource("interceptorsWithHookAndSelector.xml"));
var model = container.Kernel.GetHandler("ValidComponent").ComponentModel;
var options = model.ObtainProxyOptions(false);
Assert.IsNotNull(options);
Assert.IsNotNull(options.Selector);
Assert.IsNotNull(options.Hook);
Assert.AreEqual(0, SelectAllSelector.Instances);
Assert.AreEqual(0, ProxyAllHook.Instances);
service = container.Resolve <CalculatorService>("ValidComponent");
Assert.AreEqual(1, SelectAllSelector.Instances);
Assert.AreEqual(0, SelectAllSelector.Calls);
Assert.AreEqual(1, ProxyAllHook.Instances);
service.Sum(2, 2);
Assert.AreEqual(1, SelectAllSelector.Calls);
}
public void SumTest(int firstNumber, int secondNumber, int expectedResult)
{
var calService = new CalculatorService();
var resultSum = calService.Sum(firstNumber, secondNumber);
Assert.Equal(expectedResult, resultSum);
}
public void Calculate_WhenParamsEqual_5MinsUnits_2MilesUnits_2010_10_08_5_30PM_ToEqual_975Fare_ReturnsJsonResult()
{
//arrange
var service = new CalculatorService();
var controller = new CalculatorController(service);
AngularJS.Cab.Fare.Calculator.Models.CabFareModel input = new AngularJS.Cab.Fare.Calculator.Models.CabFareModel()
{
numMinutesAbove6mph = 5,
numMilesBelow6mph = 2,
dateOfTrip = new DateTime(2010, 10, 8),
timeOfTrip = DateTime.ParseExact("17:30:00", "HH:mm:ss", CultureInfo.InvariantCulture),
minuteUnit = 0,
mileUnit = 0,
nightCharge = 0,
weekDayCharge = 0,
totalUnitsFee = 0,
totalFare = 0
};
//perform the action
var actual = controller.Index(input);
//assert
Assert.IsInstanceOfType(actual, typeof(JsonResult), "Should have returned a JsonResult");
var jsonResult = (JsonResult)actual;
Assert.IsInstanceOfType(jsonResult.Data, typeof(CabFareModel), "Data not able ton convert to CabFareModel");
var model = (CabFareModel)jsonResult.Data;
Assert.AreEqual(9.75, model.totalFare, "The total fare is wrong");
}
// Constructor
public CalculateCommand(CalculatorService calculator,
char @operator, int operand)
{
_calculator = calculator;
_operator = @operator;
_operand = operand;
}
protected async Task HandleValidSubmit()
{
try
{
CalculationStatus = new CalculationStatusViewModel();
IsCalculating = true;
var jobId = await CalculatorService.StartCalculation(CalculationRequest);
await Task.Run(() => // TODO: make it cancelable !
{
CalculationResponse statusObject;
do
{
statusObject = CalculatorService.GetCalculationStatus(jobId).Result;
CalculationStatus.Status = statusObject.Status.ToString();
CalculationStatus.Progress = $"{ statusObject.Progress } %";
InvokeAsync(() => StateHasChanged());
} while (statusObject.Status == Models.CalculationStatus.Running);
if (statusObject.Status == Models.CalculationStatus.Completed)
{
CalculationStatus.Outcome = statusObject.Outcome;
}
});
}
finally
{
IsCalculating = false;
StateHasChanged();
}
}
public void TesVariousDelimetrs()
{
string pattern = @"-?\d+";
string input = "//***\ndsada1fds***2***10”,3,4,2000,";
var matches = Regex.Matches(input, pattern);
StringBuilder positiveNumberList = new StringBuilder();
for (int i = 0; i < matches.Count; i++)
{
int result = 0;
if (!string.IsNullOrEmpty(matches[i].ToString()) && int.TryParse(matches[i].ToString(), out result) && result > 0 && result <= 1000)
{
positiveNumberList.Append(result + ",");
}
}
int expected = 20;
CalculatorService calculatorService = new CalculatorService();
int actual = calculatorService.Add(positiveNumberList.ToString().TrimEnd(','));
Assert.AreEqual(expected, actual);
}
public async Task <IActionResult> Efficiency(string core, string speedUp)
{
var result = new Efficiency();
using (var client = new HttpClient())
{
var request = CalculatorService.GetRequestEfficiency(core, speedUp);
var content = new StringContent(request, Encoding.UTF8, "text/xml");
var action = "http://tempuri.org/ICalculator/Efficiency";
client.DefaultRequestHeaders.Add("SOAPAction", action);
using (var response = await client.PostAsync(CalculatorService.Url, content))
{
var asyncstring = await response.Content.ReadAsStringAsync();
var soapResponse = Transform.Exec(asyncstring);
var serialize = JsonConvert.DeserializeObject <EfficiencyRoot>(soapResponse);
result.Calculated = serialize.Envelope.Body.EfficiencyResponse.EfficiencyResult.Calculated;
}
}
return(Ok(result));
}
public async void Calculator_CalculatesPrices()
{
var discounterFactory = new Mock <IDiscounterFactory>();
var calculator = new CalculatorService(discounterFactory.Object);
var products = new List <Product>()
{
new Product {
Name = "bread", Quantity = 1, Price = new Price {
Amount = 1.00m
}
},
new Product {
Name = "butter", Quantity = 1, Price = new Price {
Amount = 0.8m
}
},
new Product {
Name = "milk", Quantity = 1, Price = new Price {
Amount = 1.15m
}
}
};
var basket = new Basket
{
Products = products
};
discounterFactory
.Setup(f => f.GetDiscounter(It.IsAny <Product>()))
.Returns <IDiscounterService>(null);
var receipt = await calculator.Calculate(basket);
Assert.True(receipt.Total == 2.95m);
}
public CalculatorService Init(out MockConfig mockConfig)
{
mockConfig = new MockConfig();
var service = new CalculatorService();
return(service);
}
public void DifferentMarginTest()
{
var request = new Request();
request.ProductHierarchy = new List<Relation>(this.hierarchy);
request.GeographyHierarchy = new List<Relation>(this.hierarchy);
request.SalesComponentHierarchy = new List<Relation>(this.hierarchy);
request.PeriodHierarchy = new List<Relation>();
request.Sales = new List<ConcreteFact>();
request.Sales.AddRange(makeDuetos(4, 7, 4, 7, 4, 7, 1, 10, 100));
//including facts for each period
request.Margins = Enumerable.Range(1, 10).SelectMany(r =>
{
var facts = new List<NullableFact>();
facts.Add(new NullableFact() { TimeId = (short)r, ProductId = 2, Value = 0.15f });
facts.Add(new NullableFact() { TimeId = (short)r, ProductId = 3, Value = 0.25f });
return facts;
}).ToList();
request.Spend = new List<NullableFact>() { new NullableFact() { ProductId = 1, GeographyId = 1, Value = 100 } };
// no adjustments
request.Adjustments = null;
var calculator = new CalculatorService();
var result = calculator.CalculateRoi(request);
Assert.AreEqual(1, result.Count);
Assert.AreEqual(128f, result.Single().Value, 0.0001);
}
internal int Calculate()
{
var calculator = new CalculatorService(this);
calculator.Run();
return(this.result);
}
public void ImplementsICalculatorService(CalculatorService service)
{
// -- Arrange
// -- Act
// -- Assert
Assert.IsAssignableFrom<ICalculatorService>(service);
}
public void Run_NotSupportedOperation_Test()
{
var userInterfaceMock = new Mock<IUserInterface>();
userInterfaceMock.Setup(c => c.ReadModel()).Returns(new MathematicModel { First = 5, Second = 2, Operation = (Operations)3});
var calculatorService = new CalculatorService(new Mock<IMathematics>().Object, userInterfaceMock.Object);
Assert.Throws<NotSupportedException>(() => calculatorService.Run());
}
public void Run_Test()
{
var mathematicsMock = new Mock<IMathematics>();
mathematicsMock.Setup(m => m.Add(It.IsAny<int>(), It.IsAny<int>())).Returns(100);
mathematicsMock.Setup(m => m.Subtract(It.IsAny<int>(), It.IsAny<int>())).Returns(1);
var userInterfaceMock = new Mock<IUserInterface>();
userInterfaceMock.Setup(c => c.ReadModel()).Returns(new MathematicModel { First = 5, Second = 2 });
userInterfaceMock.Setup(c => c.WriteResult(100)).Verifiable("Output of add operation should be written to the ui");
var calculatorService = new CalculatorService(mathematicsMock.Object, userInterfaceMock.Object);
calculatorService.Run();
userInterfaceMock.VerifyAll();
}
public void CalculatesASimpleEquation(
string[] input,
decimal expected,
[Frozen] Mock<IFile> fileMock,
[Frozen(Matching.ImplementedInterfaces)] FileParser parser,
[Frozen(Matching.ImplementedInterfaces)] CruncherAutomator cruncher,
CalculatorService calculator)
{
// -- Arrange
fileMock.Setup(m => m.ReadAllLines(It.IsAny<string>())).Returns(input);
// -- Act
var actual = calculator.Process(@"C:\fakePath.input");
// -- Assert
Assert.Equal(expected, actual);
}
public void IntegratedCalculateRoi_BasicTest()
{
var request = new Request();
request.ProductHierarchy = new List<Relation>(this.hierarchy);
request.GeographyHierarchy = new List<Relation>(this.hierarchy);
request.SalesComponentHierarchy = new List<Relation>();
request.PeriodHierarchy = new List<Relation>();
request.Sales = new List<ConcreteFact>();
request.Sales.AddRange(makeDuetos(2, 2, 2, 2, 1, 1, 1, 10, 100));
request.Margins = Enumerable.Range(1, 10).Select(r => new NullableFact() { Value = 0.15f, TimeId = (short)r }).ToList();
request.Spend = new List<NullableFact>() { new NullableFact() { ProductId = 1, GeographyId = 1, Value = 100 } };
// no adjustments
request.Adjustments = null;
var calculator = new CalculatorService();
var result = calculator.CalculateRoi(request);
Assert.AreEqual(1, result.Count);
Assert.AreEqual(1.5f, result.Single().Value, 0.0001);
}
public void IntegratedTest()
{
var request = new Request();
request.ProductHierarchy = new List<Relation>(this.hierarchy);
request.GeographyHierarchy = new List<Relation>(this.hierarchy);
request.SalesComponentHierarchy = new List<Relation>();
request.PeriodHierarchy = new List<Relation>();
request.Sales = new List<ConcreteFact>();
request.Sales.AddRange(makeDuetos(4, 7, 4, 7, 4, 7, 1, 10, 100));
request.Margins = new List<NullableFact>() { new NullableFact() { Value = 0.15f } };
request.Spend = new List<NullableFact>() { new NullableFact() { ProductId = 1, GeographyId = 1, Value = 100 } };
var calculator = new CalculatorService();
var adjustments = new List<NullableFact>();
for (short g = 4; g <= 7; g++)
for (short s = 4; s <= 7; s++)
{
adjustments.Add(new NullableFact() { GeographyId = g, SalesComponentId = s, Value = 1.5f });
}
request.Adjustments = new List<Adjustment>() { new Adjustment() { AdjustmentType = AdjustmentType.Adjustment, Facts = adjustments } };
var result = calculator.CalculateRoi(request);
// Missing assert
Assert.Fail();
}
public void DifferentMarginTest_WithDiscreteGaps()
{
var request = new Request();
request.ProductHierarchy = new List<Relation>(this.hierarchy);
request.GeographyHierarchy = new List<Relation>(this.hierarchy);
request.SalesComponentHierarchy = new List<Relation>(this.hierarchy);
request.PeriodHierarchy = new List<Relation>();
request.Sales = new List<ConcreteFact>();
request.Sales.AddRange(makeDuetos(4, 7, 4, 7, 4, 7, 1, 10, 1));
// no product 7 in geog 7
// will exclude for all 4 sales components x 10 weeks (40 leaf)
request.Sales.RemoveAll(d => d.ProductId == 7 && d.GeographyId == 7);
// causal 6 not run in geogs 4,5
// will exclude for all 4 products x 10 weeks in both geogs (80 leaf)
request.Sales.RemoveAll(d => d.SalesComponentId == 6 && (d.GeographyId == 4 || d.GeographyId == 5));
//including facts for each period
request.Margins = Enumerable.Range(1, 10).SelectMany(r =>
{
var facts = new List<NullableFact>();
facts.Add(new NullableFact() { TimeId = (short)r, ProductId = 2, Value = 0.15f });
facts.Add(new NullableFact() { TimeId = (short)r, ProductId = 3, Value = 0.25f });
return facts;
}).ToList();
request.Spend = new List<NullableFact>() { new NullableFact() { ProductId = 1, GeographyId = 1, Value = 100 } };
// no adjustments
request.Adjustments = null;
var calculator = new CalculatorService();
var result = calculator.CalculateRoi(request);
Assert.AreEqual(1, result.Count);
Assert.AreEqual(1.02f, result.Single().Value, 0.0001);
}