public void TestThat_VotesForIPAddress_ThrowsAnException_WhenTheSuppliedIPAddressIsInavlid(string ipAddress)
{
var controller = new VotingControllerBuilder().Build();
Assert.Throws<ArgumentException>(() => controller.VotesForIPAddress(ipAddress));
}
public void TestThat_VotesForIPAddress_SetsTheIPAddressOnTheModel()
{
var votes = new[] {new CookieVoteModel(), new CookieVoteModel()};
var dataProvider = new DataProviderBuilder().WithVotesForIPAddresses(votes).Build();
var controller = new VotingControllerBuilder().WithDataProvider(dataProvider).Build();
var model = controller.VotesForIPAddress("1.2.3.4").GetViewModel<VotesForIpAddressViewModel>();
Assert.That(model.IPAddress, Is.EqualTo("1.2.3.4"));
}
public void TestThat_VotesForIPAddress_SetsTheVotesObtainedFromTheDataProviderOnTheModel()
{
var votes = new[] {new CookieVoteModel(), new CookieVoteModel()};
var dataProvider = new DataProviderBuilder().WithVotesForIPAddresses(votes).Build();
var controller = new VotingControllerBuilder().WithDataProvider(dataProvider).Build();
var model = controller.VotesForIPAddress("1.2.3.4").GetViewModel<VotesForIpAddressViewModel>();
CollectionAssert.AreEquivalent(votes, model.DistinctVotes);
}
public void TestThat_VotesForIPAddress_SetsTheHighestOccuringNumberOfVotesOnTheModel()
{
var votes = new[] {new CookieVoteModel {NumberOfVotes = 2}, new CookieVoteModel {NumberOfVotes = 4}};
var dataProvider = new DataProviderBuilder().WithVotesForIPAddresses(votes).Build();
var controller = new VotingControllerBuilder().WithDataProvider(dataProvider).Build();
var model = controller.VotesForIPAddress("1.2.3.4").GetViewModel<VotesForIpAddressViewModel>();
Assert.That(model.HighestNumberOfVotes, Is.EqualTo(4));
}