public void TestSameDictionaryDifferentValues()
{
//arrange
var expectedresult = new Dictionary <string, List <string> >()
{
{ "Gender1", new List <string>()
{
"abPet4",
"aPet1",
"bzPet5",
"dupe1",
"NEWVAL"
} },
{ "Gender2", new List <string>()
{
"bPet7",
"bPet8",
"dupe1"
} }
};
var expectedresult2 = new Dictionary <string, List <string> >()
{
{ "Gender1", new List <string>()
{
"bzPet5",
"abPet4",
"aPet1",
"dupe1"
} },
{ "Gender2", new List <string>()
{
"bPet7",
"bPet8",
"dupe1"
} }
};
var dictionaryEqualityComparer = new CatMapDictionaryEqualityComparer();
//act
var areEqual = dictionaryEqualityComparer.Equals(expectedresult, expectedresult2);
//assert
Assert.IsFalse(areEqual);
}
public void TestProcess()
{
//Arrange
var processCatsAlphaOwnerGender = new CatToOwnersGenderMapper();
List <PetOwner> testData = new List <PetOwner>()
{
new PetOwner()
{
Gender = "Gender1",
Pets = new List <Pet>()
{
new Pet()
{
Name = "aPet1",
Type = "Cat"
},
new Pet()
{
Name = "dupe1",
Type = "Cat"
},
new Pet()
{
Name = "cPet3",
Type = "Type2"
}
}
},
new PetOwner()
{
Gender = "Gender1",
Pets = new List <Pet>()
{
new Pet()
{
Name = "abPet4",
Type = "Cat"
},
new Pet()
{
Name = "bzPet5",
Type = "Cat"
},
new Pet()
{
Name = "caPet6",
Type = "Type2"
}
}
},
new PetOwner()
{
Gender = "Gender2",
Pets = new List <Pet>()
{
new Pet()
{
Name = "dupe1",
Type = "Cat"
},
new Pet()
{
Name = "bPet7",
Type = "Cat"
},
new Pet()
{
Name = "bPet8",
Type = "Cat"
},
}
},
};
var expectedresult = new Dictionary <string, List <string> >()
{
{ "Gender1", new List <string>()
{
"abPet4",
"aPet1",
"bzPet5",
"dupe1"
} },
{ "Gender2", new List <string>()
{
"bPet7",
"bPet8",
"dupe1"
} }
};
//Act
var actualResult = processCatsAlphaOwnerGender.Process(testData);
var dictionaryEqualityComparer = new CatMapDictionaryEqualityComparer();
var areEqual = dictionaryEqualityComparer.Equals(actualResult, expectedresult);
//Assert
Assert.IsTrue(areEqual);
}
public async Task GetCatMapDictionaryAsyncTest()
{
//arrange
List <PetOwner> testData = new List <PetOwner>()
{
new PetOwner()
{
Gender = "Gender1",
Pets = new List <Pet>()
{
new Pet()
{
Name = "aPet1",
Type = "Cat"
},
new Pet()
{
Name = "dupe1",
Type = "Cat"
},
new Pet()
{
Name = "cPet3",
Type = "Type2"
}
}
},
new PetOwner()
{
Gender = "Gender1",
Pets = new List <Pet>()
{
new Pet()
{
Name = "abPet4",
Type = "Cat"
},
new Pet()
{
Name = "bzPet5",
Type = "Cat"
},
new Pet()
{
Name = "caPet6",
Type = "Type2"
}
}
},
new PetOwner()
{
Gender = "Gender2",
Pets = new List <Pet>()
{
new Pet()
{
Name = "dupe1",
Type = "Cat"
},
new Pet()
{
Name = "bPet7",
Type = "Cat"
},
new Pet()
{
Name = "bPet8",
Type = "Cat"
},
}
},
};
var expectedresult = new Dictionary <string, List <string> >()
{
{ "Gender1", new List <string>()
{
"abPet4",
"aPet1",
"bzPet5",
"dupe1"
} },
{ "Gender2", new List <string>()
{
"bPet7",
"bPet8",
"dupe1"
} }
};
var ILoggerMock = new Mock <ILogger <GetCatMapService> >();
var IReadPetOwnersMock = new Mock <IReadPetOwners>();
IReadPetOwnersMock.Setup(p => p.ReadPetOwners()).ReturnsAsync(testData);
var ownerProcessor = new CatToOwnersGenderMapper();
var catsAlphaOwnerGenderService = new GetCatMapService(IReadPetOwnersMock.Object, ownerProcessor, ILoggerMock.Object);
//act
var actualResult = await catsAlphaOwnerGenderService.GetCatMapDictionaryAsync();
var dictionaryEqualityComparer = new CatMapDictionaryEqualityComparer();
var areEqual = dictionaryEqualityComparer.Equals(actualResult, expectedresult);
//assert
Assert.IsTrue(areEqual);
}