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Муканов Арман #233

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Муканов Арман #233

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5b8dcf7
Переписал тест на FluentAssertions
MNYOU Nov 27, 2023
47a660e
Отрефакторил тест
MNYOU Nov 27, 2023
37c9300
Добавил описание
MNYOU Nov 30, 2023
2f18a95
Добавил новые тесты
MNYOU Nov 30, 2023
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154 changes: 136 additions & 18 deletions cs/HomeExercises/NumberValidatorTests.cs
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Original file line number Diff line number Diff line change
Expand Up @@ -5,28 +5,146 @@

namespace HomeExercises
{
[TestFixture]
public class NumberValidatorTests
{
[Test]
public void Test()
public void Constructor_ShouldThrow_WhenPrecisionNegative()
{
Assert.Throws<ArgumentException>(() => new NumberValidator(-1, 2, true));
Assert.DoesNotThrow(() => new NumberValidator(1, 0, true));
Assert.Throws<ArgumentException>(() => new NumberValidator(-1, 2, false));
Assert.DoesNotThrow(() => new NumberValidator(1, 0, true));

Assert.IsTrue(new NumberValidator(17, 2, true).IsValidNumber("0.0"));
Assert.IsTrue(new NumberValidator(17, 2, true).IsValidNumber("0"));
Assert.IsTrue(new NumberValidator(17, 2, true).IsValidNumber("0.0"));
Assert.IsFalse(new NumberValidator(3, 2, true).IsValidNumber("00.00"));
Assert.IsFalse(new NumberValidator(3, 2, true).IsValidNumber("-0.00"));
Assert.IsTrue(new NumberValidator(17, 2, true).IsValidNumber("0.0"));
Assert.IsFalse(new NumberValidator(3, 2, true).IsValidNumber("+0.00"));
Assert.IsTrue(new NumberValidator(4, 2, true).IsValidNumber("+1.23"));
Assert.IsFalse(new NumberValidator(3, 2, true).IsValidNumber("+1.23"));
Assert.IsFalse(new NumberValidator(17, 2, true).IsValidNumber("0.000"));
Assert.IsFalse(new NumberValidator(3, 2, true).IsValidNumber("-1.23"));
Assert.IsFalse(new NumberValidator(3, 2, true).IsValidNumber("a.sd"));
Action act = () => new NumberValidator(-1);
act.Should()
.Throw<ArgumentException>()
.WithMessage("precision must be a positive number");
}

[Test]
public void Constructor_ShouldThrow_WhenPrecisionIsZero()
{
Action act = () => new NumberValidator(0);
act.Should()
.Throw<ArgumentException>()
.WithMessage("precision must be a positive number");
}

[Test]
public void Constructor_ShouldThrow_WhenScaleNegative()
{
Action act = () => new NumberValidator(3, -1);
act.Should()
.Throw<ArgumentException>()
.WithMessage("precision must be a non-negative number less or equal than precision");
}

[Test]
public void Constructor_ShouldThrow_WhenScaleEqualPrecision()
{
Action act = () => new NumberValidator(3, 3);
act.Should()
.Throw<ArgumentException>()
.WithMessage("precision must be a non-negative number less or equal than precision");
}

[Test]
public void Constructor_ShouldThrow_WhenScaleGreaterPrecision()
{
Action act = () => new NumberValidator(3, 4);
act.Should()
.Throw<ArgumentException>()
.WithMessage("precision must be a non-negative number less or equal than precision");
}

[Test]
public void Constructor_ShouldNotThrow_WhenScaleIsZero()
{
Action act = () => new NumberValidator(3, 0);
act.Should().NotThrow<ArgumentException>();
}


[TestCase("1.2")]
[TestCase("1,2")]
public void IsValidNumber_ShouldBeTrue_WhenValueWithDifferentSeparators(string value)
{
var validator = new NumberValidator(4, 2, true);

var result = validator.IsValidNumber(value);

result.Should().BeTrue();
}

[TestCase("1`4")]
[TestCase("1'4")]
[TestCase("1_4")]
[TestCase("1 000")]
public void IsValidNumber_ShouldBeFalse_WhenValueWithUnsupportedSeparators(string value)
{
var validator = new NumberValidator(10, 2, true);

var result = validator.IsValidNumber(value);

result.Should().BeFalse();
}

[TestCase("-0")]
[TestCase("-1")]
public void IsValidNumber_ShouldBeFalse_WhenOnlyPositive(string value)
{
var validator = new NumberValidator(4, 2, true);

var result = validator.IsValidNumber(value);

result.Should().BeFalse();
}

[TestCase("-0")]
[TestCase("-1")]
public void IsValidNumber_ShouldBeTrue_WhenNumberIsNegative(string value)
{
var validator = new NumberValidator(4, 2);

var result = validator.IsValidNumber(value);

result.Should().BeTrue();
}

[TestCase(null)]
[TestCase("")]
public void IsValidNumber_ShouldBeFalse_WhenValueIsNullOrEmpty(string value)
{
var validator = new NumberValidator(10, 2, true);

var result = validator.IsValidNumber(value);

result.Should().BeFalse();
}

[TestCase("1.")]
[TestCase(".1")]
[TestCase("+-0")]
[TestCase("@#$1")]
[TestCase("\n1")]
[TestCase("abc")]
[TestCase("a4")]
public void IsValidNumber_ShouldBeFalse_WhenInvalidFormat(string value)
{
var validator = new NumberValidator(10, 2);

var result = validator.IsValidNumber(value);

result.Should().BeFalse();
}

[TestCase("1111")]
[TestCase("-111")]
[TestCase("-10.0")]
[TestCase("0.00")]
public void IsValidNumber_ShouldBeFalse_WhenValueTooLong(string value)
{
var validator = new NumberValidator(3, 1);

var result = validator.IsValidNumber(value);

result.Should().BeFalse();
}
}

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23 changes: 12 additions & 11 deletions cs/HomeExercises/ObjectComparison.cs
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Original file line number Diff line number Diff line change
Expand Up @@ -10,21 +10,18 @@ public class ObjectComparison
[Category("ToRefactor")]
public void CheckCurrentTsar()
{
// Это решение более читаемо за счет FluentAPI.
// При неудачном тестировании в отличии от CheckCurrentTsar_WithCustomEquality предоставляет подробную информацию.
// При изменении Person потребуется только немного изменить expectedTsar.


var actualTsar = TsarRegistry.GetCurrentTsar();

var expectedTsar = new Person("Ivan IV The Terrible", 54, 170, 70,
new Person("Vasili III of Russia", 28, 170, 60, null));

// Перепишите код на использование Fluent Assertions.
Assert.AreEqual(actualTsar.Name, expectedTsar.Name);
Assert.AreEqual(actualTsar.Age, expectedTsar.Age);
Assert.AreEqual(actualTsar.Height, expectedTsar.Height);
Assert.AreEqual(actualTsar.Weight, expectedTsar.Weight);

Assert.AreEqual(expectedTsar.Parent!.Name, actualTsar.Parent!.Name);
Assert.AreEqual(expectedTsar.Parent.Age, actualTsar.Parent.Age);
Assert.AreEqual(expectedTsar.Parent.Height, actualTsar.Parent.Height);
Assert.AreEqual(expectedTsar.Parent.Parent, actualTsar.Parent.Parent);
expectedTsar.Should().BeEquivalentTo(actualTsar,
options => options.Excluding(p => p.SelectedMemberInfo.Name == nameof(Person.Id)));
}

[Test]
Expand All @@ -35,7 +32,11 @@ public void CheckCurrentTsar_WithCustomEquality()
var expectedTsar = new Person("Ivan IV The Terrible", 54, 170, 70,
new Person("Vasili III of Russia", 28, 170, 60, null));

// Какие недостатки у такого подхода?
// Какие недостатки у такого подхода?
// Плохо читаем
// Из-за рекурсивного вызова в AreEqual возможно переполнение стека
// Не предоставляет детальную информацию при неудачном тестировании
// При изменении Person потребует изменений в методе AreEqual
Assert.True(AreEqual(actualTsar, expectedTsar));
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Внутри AreEqual есть рекурсивный вызов. Есть ли у него какие-то недостатки?

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Добавил

}

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