public void it_fails_on_equivalence()
{
var assertion = new CollectionAssertion <int[]>(new[] { 42 });
var expression = assertion != new[] { 42 };
Assert.Throws <AssertionException>(() => expression.Evaluate());
}
public void it_asserts_non_equivalence()
{
// TODO: dream up a better way to test non-equivalance.
// These two tests actually pass if you delete the method under test.
var assertion = new CollectionAssertion<int[]>(new[] { 42 });
(assertion != new[] { 43 }).Evaluate();
}
public void GetIdealBodyWeightFromDataSource_WithGoodinputs_Returns_Correct_Results()
{
WeightCalculator weightCalculator = new WeightCalculator(new FakeWeightRepository());
List <double> actual = weightCalculator.GetIdealBodyWeightFromDataSource();
double[] expected = { 62.5, 62.75, 74 };
CollectionAssertion.AreEqual(expected, actual);
}
public void it_asserts_non_equivalence()
{
// TODO: dream up a better way to test non-equivalance.
// These two tests actually pass if you delete the method under test.
var assertion = new CollectionAssertion <int[]>(new[] { 42 });
(assertion != new[] { 43 }).Evaluate();
}
public void it_asserts_equivalence()
{
var assertion = new CollectionAssertion <int[]>(new[] { 42 });
(assertion == new[] { 42 }).Evaluate();
}
public void it_fails_on_equivalence()
{
var assertion = new CollectionAssertion<int[]>(new[] { 42 });
var expression = assertion != new[] { 42 };
Assert.Throws<AssertionException>(() => expression.Evaluate());
}
public void it_asserts_equivalence()
{
var assertion = new CollectionAssertion<int[]>(new[] { 42 });
(assertion == new[] { 42 }).Evaluate();
}
