public void Summ_method_result_should_be_positive_in_case_of_both_positive_input_parameters()
{
//arrange
var logic = new Sample.Core.MathTurtle.SampleForInteger();
var firstParameter = 10;
var secondParameter = 5;
//act
var result = logic.Summ(firstParameter, secondParameter);
//assert
Assert.True(result > 0);
}
public void Rem_method_result_should_return_0_if_both_parameters_are_even()
{
//arrange
var logic = new Sample.Core.MathTurtle.SampleForInteger();
var firstParameter = 20;
var secondParameter = 2;
//act
var result = logic.Rem(firstParameter, secondParameter);
//assert
Assert.Equal(result, 0);
}
public void Div_method_result_should_return_first_parameter_if_second_eq_one()
{
//arrange
var logic = new Sample.Core.MathTurtle.SampleForInteger();
var firstParameter = 10;
var secondParameter = 1;
//act
var result = logic.Div(firstParameter, secondParameter);
//assert
Assert.Equal(result, firstParameter);
}
public void Mul_method_result_should_be_even_when_both_parameters_are_even()
{
//arrange
var logic = new Sample.Core.MathTurtle.SampleForInteger();
var firstParameter = 20;
var secondParameter = 2;
//act
var result = logic.Mul(firstParameter, secondParameter);
//assert
Assert.True(result % 2 == 0);
}
public void Sub_method_result_should_be_positive_if_first_parameter_is_gt_then_second()
{
//arrange
var logic = new Sample.Core.MathTurtle.SampleForInteger();
var firstParameter = 10;
var secondParameter = 5;
//act
var result = logic.Sub(firstParameter, secondParameter);
//assert
Assert.True(result > 0);
}
public void Complex_method_result_should_return_positive_value_in_case_of_all_positive_parameters()
{
//arrange
var logic = new Sample.Core.MathTurtle.SampleForInteger();
var random = new Random();
var firstParameter = random.Next(1, 100);
var secondParameter = random.Next(1, 100);
var thirdParameter = random.Next(1, 100);
var forthParameter = random.Next(1, 100);
//act
var result = logic.Complex(firstParameter, secondParameter, thirdParameter, forthParameter);
//assert
Assert.True(result > 0);
}
