public void TestCount_ShouldReturnNumberOfFilesRead()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ XFS.Path(@"data\vm2014-person1.toml"), new MockFileData("[info]\nuser=\"foo1\"") },
{ XFS.Path(@"data\vm2014-person2.toml"), new MockFileData("[info]\nuser=\"foo2\"") },
{ XFS.Path(@"data\vm2014-person3.toml"), new MockFileData("[info]\nuser=\"foo3\"") },
{ XFS.Path(@"data\vm2014-person4.toml"), new MockFileData("[info]\nuser=\"foo4\"") },
{ XFS.Path(@"data\vm2014-person5.toml"), new MockFileData("[info]\nuser=\"foo5\"") }
});
var bets = new SubmittedBets(fileSystem);
bets.LoadAll("data");
bets.Count.ShouldBe(5);
fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ XFS.Path(@"data\vm2014-person1.toml"), new MockFileData("[info]\nuser=\"foo1\"") },
{ XFS.Path(@"data\vm2014-person4.toml"), new MockFileData("[info]\nuser=\"foo4\"") },
{ XFS.Path(@"data\vm2014-person5.toml"), new MockFileData("[info]\nuser=\"foo5\"") }
});
bets = new SubmittedBets(fileSystem);
bets.LoadAll("data");
bets.Count.ShouldBe(3);
}
protected override void ConfigureApplicationContainer(TinyIoCContainer container)
{
string dataPath = ConfigurationManager.AppSettings["DataPath"].ToString();
string tournamentFile = ConfigurationManager.AppSettings["TournamentFile"].ToString();
string resultsFile = ConfigurationManager.AppSettings["ResultsFile"].ToString();
// Register our app dependency as a normal singletons
var tournament = new Tournament();
tournament.Load(Path.Combine(dataPath, tournamentFile));
container.Register <ITournament, Tournament>(tournament);
var bets = new SubmittedBets();
bets.TournamentFile = tournamentFile;
bets.ActualResultsFile = resultsFile;
bets.LoadAll(dataPath);
container.Register <ISubmittedBets, SubmittedBets>(bets);
var resultCollection = new ResultCollection();
resultCollection.Current = new Results();
resultCollection.Current.Load(Path.Combine(dataPath, resultsFile));
resultCollection.Previous = new Results();
resultCollection.Previous.Load(Path.Combine(dataPath, resultsFile + ".bak"));
container.Register <IResultCollection, ResultCollection>(resultCollection);
}
public void TestLoadAll_ShouldFail_IfFolderDoesNotExist()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ XFS.Path(@"data\vm2014-person1.toml"), new MockFileData("foo") },
});
var bets = new SubmittedBets(fileSystem);
bool success = bets.LoadAll("dont-exist");
success.ShouldBe(false);
}
public void TestLoadAll_ShouldSucceed_IfFolderIsExist()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ XFS.Path(@"data\vm2014-person1.toml"), new MockFileData("[info]\nuser=\"foo\"") },
});
var bets = new SubmittedBets(fileSystem);
bool success = bets.LoadAll("data");
success.ShouldBe(true);
}
public void Test_LoadAll_ShouldSkipFile_IfNotToml()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ XFS.Path(@"data\vm2014-person1.toml"), new MockFileData("[info]\nuser=\"foo1\"") },
{ XFS.Path(@"data\vm2014-person2.toml"), new MockFileData("[info]\nuser=\"foo2\"") },
{ XFS.Path(@"data\vm2014-person3.toml"), new MockFileData("[info]\nuser=\"foo3\"") },
{ XFS.Path(@"data\.DS_store"), new MockFileData("garbage and not\nnot toml format") },
{ XFS.Path(@"data\vm2014-person5.toml"), new MockFileData("[info]\nuser=\"foo5\"") }
});
var bets = new SubmittedBets(fileSystem);
bets.LoadAll("data");
bets.Count.ShouldBe(4);
}
public void TestLoadAll_ShouldSkipActualResultsConfigFile()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ XFS.Path(@"data\vm2014-person1.toml"), new MockFileData("[info]\nuser=\"foo1\"") },
{ XFS.Path(@"data\vm2014-person2.toml"), new MockFileData("[info]\nuser=\"foo2\"") },
{ XFS.Path(@"data\vm2014-person3.toml"), new MockFileData("[info]\nuser=\"foo3\"") },
{ XFS.Path(@"data\vm2014-actual.toml"), new MockFileData("[info]\nuser=\"actual\"") },
{ XFS.Path(@"data\vm2014-person5.toml"), new MockFileData("[info]\nuser=\"foo5\"") }
});
var bets = new SubmittedBets(fileSystem);
bets.ActualResultsFile = XFS.Path(@"data\vm2014-actual.toml");
bets.LoadAll("data");
bets.Count.ShouldBe(4);
}
public void TestGetSingleBet_ShouldReturnBet_WhenGivenUserExists()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ XFS.Path(@"data\vm2014-person1.toml"), new MockFileData("[info]\nuser=\"foo1\"") },
{ XFS.Path(@"data\vm2014-person2.toml"), new MockFileData("[info]\nuser=\"foo2\"") },
{ XFS.Path(@"data\vm2014-person3.toml"), new MockFileData("[info]\nuser=\"foo3\"") },
{ XFS.Path(@"data\vm2014-person4.toml"), new MockFileData("[info]\nuser=\"foo4\"") },
{ XFS.Path(@"data\vm2014-person5.toml"), new MockFileData("[info]\nuser=\"foo5\"") }
});
var bets = new SubmittedBets(fileSystem);
bets.LoadAll("data");
var bet = bets.GetSingleBet("foo2");
Assert.That(bet.GetInfo().user, Is.EqualTo("foo2"));
}
public void TestGetBetters_ShouldReturnNamesOfAllBetters()
{
var fileSystem = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ XFS.Path(@"data\vm2014-person1.toml"), new MockFileData("[info]\nuser = \"person1\"") },
{ XFS.Path(@"data\vm2014-person4.toml"), new MockFileData("[info]\nuser = \"person2\"") },
{ XFS.Path(@"data\vm2014-person5.toml"), new MockFileData("[info]\nuser = \"person3\"") }
});
var bets = new SubmittedBets(fileSystem);
bets.LoadAll("data");
var betters = bets.GetBetters();
betters.Count.ShouldBe(3);
betters.ShouldContain("person1");
betters.ShouldContain("person2");
betters.ShouldContain("person3");
}