public void Contacts_with_optional_condition_met_should_be_ranked_first_2()
{
// arrange
_logic = new RankingByAdditionalOptionalConditionsMetLogic(new ConditionFluentCollection().Add(o => true), new ConditionFluentCollection().Add(o => !o.Country.IsNullOrEmpty()));
var topRanked = A.CollectionOfDummy <Contact>(_random.Next(100));
topRanked.ForEach(o => o.Country = Guid.NewGuid().ToString());
// act
var result = _logic.GetPotentialCustomers(new FluentCollectionBase <Contact>(A.CollectionOfDummy <Contact>(_random.Next(100))).AddRange(topRanked));
// assert
result.Take(topRanked.Count).ShouldBeEquivalentTo(topRanked);
}
public void Result_count_should_be_same_as_matched_contacts_2()
{
// arrange
var matchingContacts = new FluentCollectionBase <Contact>(A.CollectionOfDummy <Contact>(_random.Next(100)));
matchingContacts.ForEach(o => o.NumberOfRecommendations = _random.Next(100, 200));
var contacts = new FluentCollectionBase <Contact>(A.CollectionOfDummy <Contact>(_random.Next(100))).AddRange(matchingContacts);
_logic = new RankingByAdditionalOptionalConditionsMetLogic(
new FluentCollectionBase <Func <Contact, bool> >()
.Add(o => o.NumberOfRecommendations >= 100)
.Add(o => o.NumberOfRecommendations <= 200),
Enumerable.Empty <Func <Contact, bool> >());
// act
var result = _logic.GetPotentialCustomers(contacts);
// assert
result.Count().Should().Be(matchingContacts.Count());
}
public void Result_count_should_be_same_as_matched_contacts_1()
{
// arrange
_logic = new RankingByAdditionalOptionalConditionsMetLogic(
new FluentCollectionBase <Func <Contact, bool> >().Add(o => o.NumberOfConnections > 0),
Enumerable.Empty <Func <Contact, bool> >());
var contacts = new FluentCollectionBase <Contact>(A.CollectionOfDummy <Contact>(_random.Next(100)))
.Add(new Contact
{
PersonId = -1,
NumberOfConnections = 500
});
// act
var result = _logic.GetPotentialCustomers(contacts);
// assert
result.Count().Should().Be(1);
result.Single().PersonId.Should().Be(-1);
}