public void GeneratorReturnsName()
{
var person = new PersonWithoutGender();
var buildChain = new BuildHistory();
var executeStrategy = Substitute.For <IExecuteStrategy>();
executeStrategy.BuildChain.Returns(buildChain);
buildChain.Push(person);
var sut = new Wrapper();
var actual = (string)sut.RunGenerate(typeof(string), "LastName", executeStrategy);
TestData.LastNames.Any(x => x == actual).Should().BeTrue();
}
public void IsMaleReturnsRandomValueWhenNoGenderPropertyFound()
{
var person = new PersonWithoutGender();
var buildChain = new BuildHistory();
var executeStrategy = Substitute.For <IExecuteStrategy>();
executeStrategy.BuildChain.Returns(buildChain);
buildChain.Push(person);
var sut = new Wrapper <string>(
NameExpression.FirstName,
typeof(string));
var maleFound = false;
var nonMaleFound = false;
for (var index = 0; index < 1000; index++)
{
var actual = sut.GetIsMale(executeStrategy);
if (actual)
{
maleFound = true;
}
else
{
nonMaleFound = true;
}
if (maleFound && nonMaleFound)
{
// We have found both random options
return;
}
}
throw new AssertionFailedException(
$"Did not find both values - Male found {maleFound} - Non-male found {nonMaleFound}");
}
public void GeneratorReturnsNameWhenTypeLacksGender()
{
var person = new PersonWithoutGender();
var buildChain = new BuildHistory();
var executeStrategy = Substitute.For <IExecuteStrategy>();
executeStrategy.BuildChain.Returns(buildChain);
buildChain.Push(person);
var sut = new Wrapper();
var actual = (string)sut.RunGenerate(typeof(string), "FirstName", executeStrategy);
if (TestData.MaleNames.Any(x => x == actual))
{
// This is a match on a male name so all good
}
else
{
// Not a male name so it must be a female name
TestData.FemaleNames.Any(x => x == actual).Should().BeTrue();
}
}
