public void ShouldNotBeInRange()
{
DocExampleWriter.Document(() =>
{
var mrBurns = new Person() { Name = "Mr. Burns", Salary = 30000 };
mrBurns.Salary.ShouldNotBeInRange(30000, 40000);
}, _testOutputHelper);
}
public void ShouldBeGreaterThanOrEqualTo()
{
DocExampleWriter.Document(() =>
{
var mrBurns = new Person() { Name = "Mr. Burns", Salary = 299999999 };
mrBurns.Salary.ShouldBeGreaterThanOrEqualTo(300000000);
}, _testOutputHelper);
}
public void ShouldBeLessThanOrEqualTo()
{
DocExampleWriter.Document(() =>
{
var homer = new Person() { Name = "Homer", Salary = 30001 };
homer.Salary.ShouldBeLessThanOrEqualTo(30000);
}, _testOutputHelper);
}
public void ShouldBeAssignableTo()
{
DocExampleWriter.Document(() =>
{
var theSimpsonsDog = new Person() { Name = "Santas little helper" };
theSimpsonsDog.ShouldBeAssignableTo<Pet>();
}, _testOutputHelper);
}
public void ShouldBeInRange()
{
DocExampleWriter.Document(() =>
{
var homer = new Person() { Name = "Homer", Salary = 300000000 };
homer.Salary.ShouldBeInRange(30000, 40000);
}, _testOutputHelper);
}
public void ShouldBeEmpty()
{
DocExampleWriter.Document(() =>
{
var homer = new Person() { Name = "Homer" };
var powerPlantOnTheWeekend = new List<Person>() { homer };
powerPlantOnTheWeekend.ShouldBeEmpty();
}, _testOutputHelper);
}
public void ShouldBeSameAs()
{
DocExampleWriter.Document(() =>
{
var principleSkinner = new Person() { Name = "Armin Tamzarian"};
var symourSkinner = new Person() { Name = "Seymour Skinner" };
principleSkinner.ShouldBeSameAs(symourSkinner);
}, _testOutputHelper);
}
public void ShouldHaveSingleItem()
{
DocExampleWriter.Document(() =>
{
var maggie = new Person() { Name = "Maggie" };
var homer = new Person() { Name = "Homer" };
var simpsonsBabies = new List<Person>() { homer, maggie };
simpsonsBabies.ShouldHaveSingleItem();
}, _testOutputHelper);
}
public void ShouldSatisfyAllConditions()
{
DocExampleWriter.Document(() =>
{
var mrBurns = new Person() { Name = null };
mrBurns.ShouldSatisfyAllConditions
(
() => mrBurns.Name.ShouldNotBeNullOrEmpty(),
() => mrBurns.Name.ShouldBe("Mr.Burns")
);
}, _testOutputHelper);
}
public void ShouldNotContain_Predicate()
{
DocExampleWriter.Document(() =>
{
var mrBurns = new Person() { Name = "Mr.Burns", Salary = 3000000 };
var kentBrockman = new Person() { Name = "Homer", Salary = 3000000 };
var homer = new Person() { Name = "Homer", Salary = 30000 };
var millionares = new List<Person>() { mrBurns, kentBrockman, homer };
millionares.ShouldNotContain(m => m.Salary < 1000000);
}, _testOutputHelper);
}
public void ShouldContain()
{
DocExampleWriter.Document(() =>
{
var mrBurns = new Person() { Name = "Mr.Burns", Salary = 3000000 };
var kentBrockman = new Person() { Name = "Kent Brockman", Salary = 3000000 };
var homer = new Person() { Name = "Homer", Salary = 30000 };
var millionares = new List<Person>() { kentBrockman, homer };
millionares.ShouldContain(mrBurns);
}, _testOutputHelper);
}
public void ShouldBeUnique()
{
DocExampleWriter.Document(() =>
{
var lisa = new Person() { Name = "Lisa" };
var bart = new Person() { Name = "Bart" };
var maggie = new Person() { Name = "Maggie" };
var simpsonsKids = new List<Person>() { bart, lisa, maggie, maggie};
simpsonsKids.ShouldBeUnique();
}, _testOutputHelper);
}
public void ShouldNotThrowAction()
{
DocExampleWriter.Document(() =>
{
var homer = new Person() { Name = "Homer", Salary = 30000 };
var denominator = 0;
Should.NotThrow(() =>
{
var y = homer.Salary / denominator;
});
}, _testOutputHelper);
}
public void ShouldBe()
{
DocExampleWriter.Document(() =>
{
var apu = new Person() { Name = "Apu" };
var homer = new Person() { Name = "Homer" };
var skinner = new Person() { Name = "Skinner" };
var barney = new Person() { Name = "Barney" };
var theBeSharps = new List<Person>() { homer, skinner, barney };
theBeSharps.ShouldBe(new[] { apu, homer, skinner, barney });
}, _testOutputHelper);
}
public void ShouldNotContain()
{
DocExampleWriter.Document(() =>
{
var homerSimpson = new Person() { Name = "Homer" };
var homerGlumplich = new Person() { Name = "Homer" };
var lenny = new Person() { Name = "Lenny" };
var carl = new Person() { Name = "carl" };
var clubOfNoHomers = new List<Person>() { homerSimpson, homerGlumplich, lenny, carl };
clubOfNoHomers.ShouldNotContain(homerSimpson);
}, _testOutputHelper);
}
public void ShouldContain_Predicate()
{
DocExampleWriter.Document(() =>
{
var homer = new Person() { Name = "Homer", Salary = 30000 };
var moe = new Person() { Name = "Moe", Salary = 20000 };
var barney = new Person() { Name = "Barney", Salary = 0 };
var millionares = new List<Person>() { homer, moe, barney };
// Check if at least one element in the IEnumerable satisfies the predicate
millionares.ShouldContain(m => m.Salary > 1000000);
}, _testOutputHelper);
}
public void ShouldNotThrowFunc()
{
DocExampleWriter.Document(() =>
{
var homer = new Person() { Name = "Homer", Salary = 30000 };
var denominator = 0;
Should.NotThrow(() =>
{
var task = Task.Factory.StartNew(() => { var y = homer.Salary / denominator; });
return task;
});
}, _testOutputHelper);
}
public void ShouldBeSubsetOf()
{
DocExampleWriter.Document(() =>
{
var lisa = new Person() { Name = "Lisa" };
var bart = new Person() { Name = "Bart" };
var maggie = new Person() { Name = "Maggie" };
var homer = new Person() { Name = "Homer" };
var marge = new Person() { Name = "Marge" };
var ralph = new Person() { Name = "Ralph" };
var simpsonsKids = new List<Person>() { bart, lisa, maggie, ralph };
var simpsonsFamily = new List<Person>() { lisa, bart, maggie, homer, marge };
simpsonsKids.ShouldBeSubsetOf(simpsonsFamily);
}, _testOutputHelper);
}