static void Main(string[] args) { var selectionReaderEquations = new SelectionReaderEquations(); var factory = new FactoryReaderQuadraticEquations(selectionReaderEquations); var executor = new ExecutorQuadraticEquation(); var processSolvingQuadraticEquations = new ProcessSolvingQuadraticEquations(executor, factory); try { processSolvingQuadraticEquations.Run(); } catch (DirectoryNotFoundException ex) { Console.WriteLine("Error: " + ex.Message); } catch (InvalidDataFotParametersException ex) { Console.WriteLine("Error: " + ex.Message); } catch (Exception ex) { Console.WriteLine("Неожиданное исключение:"); Console.WriteLine(ex); } Console.WriteLine("Для заверщения нажмите Enter:"); Console.ReadLine(); }
public CountSolutionsEquation Execute_OtherCorrectParameters_CorrectCountSolutions(double a, double b, double c) { // arrange var executor = new ExecutorQuadraticEquation(); // act and assert return(executor.Execute(a, b, c).CountSolutions); }
public void Ctor_DoesNotException() { // arrange, act and assert Assert.DoesNotThrow(() => { _ = new ExecutorQuadraticEquation(); }); }
public void Execute_OtherCorrectParameters_NotSolutions(double a, double b, double c) { // arrange var executor = new ExecutorQuadraticEquation(); // act var solutions = executor.Execute(a, b, c); // assert Assert.AreEqual(CountSolutionsEquation.NOT_SOLUTION, solutions.CountSolutions); }
public double Execute_OtherCorrectParameters_CorrectOneSolution(double a, double b, double c) { // arrange var executor = new ExecutorQuadraticEquation(); // act var solutions = executor.Execute(a, b, c); // assert Assert.AreEqual(CountSolutionsEquation.ONE, solutions.CountSolutions); return(solutions.X1); }
public void Execute_OtherCorrectParameters_CorrectBothSolutions(double a, double b, double c, double expectedSolutionFirst, double expectedSolutionSecond) { // arrange var executor = new ExecutorQuadraticEquation(); // act var solutions = executor.Execute(a, b, c); // assert Assert.AreEqual(CountSolutionsEquation.TWO, solutions.CountSolutions); Assert.IsTrue(expectedSolutionFirst == solutions.X1 || expectedSolutionFirst == solutions.X2); Assert.IsTrue(expectedSolutionSecond == solutions.X1 || expectedSolutionSecond == solutions.X2); }