public void DoesntInsertsNewAuthorNewRatingWhenHeDeletedHimself()
{
var ratings = new List <Rating>();
var organization = "organization";
var repository = "repository";
var author = new FakeAuthor(organization, repository, "author");
var formula = new FakeFormula(10, 1);
var deletion = new DefaultDeletion("AUTHOR", 2);
new DefaultEntityFactory(
new FakeEntities(
new List <Work>(),
new List <Author>(),
ratings
),
formula
)
.InsertRatings(
organization,
repository,
author.Email(),
new[] { deletion },
new FakeWork(0u, author).Id(),
DateTimeOffset.UtcNow
);
Assert.Empty(ratings);
}
public void InsertsNewAuthorNewRatingWhenDeleteManyOldVictims()
{
var organization = "organization";
var repository = "repository";
var author = new FakeAuthor(organization, repository, "new author");
var victim1 = new FakeAuthor(organization, repository, "old first victim");
var victim2 = new FakeAuthor(organization, repository, "old second victim");
var work1 = new FakeWork(3, victim1);
var work2 = new FakeWork(4, victim2);
var newWork = new FakeWork(0u, author);
var ratings = new List <Rating>
{
new FakeRating(50, work1, victim1),
new FakeRating(40, work2, victim2)
};
var formula = new FakeFormula(10, 1);
var deletion1 = new DefaultDeletion(victim1.Email(), 2);
var deletion2 = new DefaultDeletion(victim2.Email(), 3);
new DefaultEntityFactory(
new FakeEntities(
new List <Work> {
work1, work2, newWork
},
new List <Author>(),
ratings
),
formula
)
.InsertRatings(
organization,
repository,
author.Email(),
new[] { deletion1, deletion2 },
newWork.Id(),
DateTimeOffset.UtcNow
);
bool RatingOfAuthor(Rating r)
{
return(r.Author().Email().Equals(author !.Email()));
}
Assert.Equal(
formula.WinnerNewRating(
formula.DefaultRating(),
new[]
{
new DefaultMatch(formula.DefaultRating(), deletion1.Counted()),
new DefaultMatch(formula.DefaultRating(), deletion2.Counted())
}
),
ratings.Single(RatingOfAuthor).Value()
);
}
public void InsertsOldAuthorNewRatingWhenDeleteOneNewVictim()
{
var organization = "organization";
var repository = "repository";
var author = new FakeAuthor(organization, repository, "old author");
var victim = "single new victim";
var work = new FakeWork(10u, author);
var rating = new FakeRating(1500d, work, author);
var ratings = new List <Rating> {
rating
};
var formula = new FakeFormula(10, 1);
var deletion = new DefaultDeletion(victim, 2);
var newWork = new FakeWork(0u, author);
new DefaultEntityFactory(
new FakeEntities(
new List <Work> {
work, newWork
},
new List <Author> {
author
},
ratings
),
formula
)
.InsertRatings(
organization,
repository,
author.Email(),
new[] { deletion },
newWork.Id(),
DateTimeOffset.UtcNow
);
bool RatingOfAuthor(Rating r)
{
return(r.Author().Email().Equals(author !.Email()));
}
Assert.Equal(
formula.WinnerNewRating(
rating.Value(),
new[]
{
new DefaultMatch(formula.DefaultRating(), deletion.Counted())
}
),
ratings.Last(RatingOfAuthor).Value()
);
}
public void InsertsOldVictimNewRating()
{
var organization = "organization";
var repository = "repository";
var author = new FakeAuthor(organization, repository, "new author");
var victim = new FakeAuthor(organization, repository, "old single victim");
var work = new FakeWork(3, victim);
var newWork = new FakeWork(0u, author);
var ratings = new List <Rating> {
new FakeRating(50, work, victim)
};
var formula = new FakeFormula(10, 1);
var deletion = new DefaultDeletion(victim.Email(), 2);
new DefaultEntityFactory(
new FakeEntities(
new List <Work> {
work, newWork
},
new List <Author>(),
ratings
),
formula
)
.InsertRatings(organization, repository, author.Email(), new[] { deletion }, newWork.Id(), DateTimeOffset.UtcNow);
bool RatingOfVictim(Rating r)
{
return(r.Author().Email().Equals(victim !.Email()));
}
Assert.Equal(
formula.LoserNewRating(
formula.DefaultRating(),
new DefaultMatch(formula.DefaultRating(), deletion.Counted())
),
ratings.Last(RatingOfVictim).Value()
);
}