public void FujiUserRepo_UserWhoHasntEatenAnyApplesReturnsCountOf_0()
{
// Arrange
IFujiUserRepository fujiUserRepo = new FujiUserRepository(_mockContext.Object);
// Act
Apple[] apples = new Apple[] {
new Apple {
Id = 1, VarietyName = "MacBook", ScientificName = "Galus Indictus"
},
new Apple {
Id = 2, VarietyName = "iPhone", ScientificName = "Poculum Relego"
},
new Apple {
Id = 3, VarietyName = "iWatch", ScientificName = "Inflo Fugitivus"
}
};
Dictionary <Apple, int> result = fujiUserRepo.GetCountOfSpecificApplesEaten(apples, new FujiUser {
Id = 1
});
// Assert
Assert.That(result[apples[0]], Is.EqualTo(0));
Assert.That(result[apples[1]], Is.EqualTo(0));
Assert.That(result[apples[2]], Is.EqualTo(0));
}
public void FujiUserRepo_AskingForWhichApplesEatenWhenSupplyingOnlySpecificApplesCorrectlyFiltersList()
{
// Arrange
// (not good to have logic in the arrange here, i.e. the _users.Where to select which user we're setting it up for
// Could have hard-coded it in as element #2 of the list but that is fragile since we might edit that stub data
// in the future and it could break the test for no good reason.
IFujiUserRepository fujiUserRepo = new FujiUserRepository(_mockContext.Object);
// Act
Apple[] apples = new Apple[] {
new Apple {
Id = 1, VarietyName = "MacBook", ScientificName = "Galus Indictus"
},
//new Apple {Id = 2, VarietyName = "iPhone", ScientificName = "Poculum Relego" },
new Apple {
Id = 3, VarietyName = "iWatch", ScientificName = "Inflo Fugitivus"
}
};
Dictionary <Apple, int> result = fujiUserRepo.GetCountOfSpecificApplesEaten(apples, new FujiUser {
Id = 2
});
// Assert
Assert.That(result.Count == 2);
Assert.That(result[apples[0]], Is.EqualTo(1));
Assert.That(result[apples[1]], Is.EqualTo(1));
}
