public UsZipCodeDto MapToUsZipCodeDto(ZipCode z)
{
var zipCode = new UsZipCodeDto()
{
Id = z.ZipCodeId,
ZipCode = z.Digits,
CityId = z.CityId
};
return(zipCode);
}
public async Task CreateZipCodeWithNameAndId(string zipCodeDigits, int cityId)
{
using (var mock = AutoMock.GetLoose())
{
var toCreate = new UsZipCodeToCreateDto
{
ZipCode = zipCodeDigits,
CityId = cityId
};
var zipCode = new ZipCode
{
Digits = zipCodeDigits,
CityId = cityId
};
var returnDto = new UsZipCodeDto
{
Id = 1,
ZipCode = zipCodeDigits,
CityId = cityId
};
// Expression<Func<ZipCode, bool>> ex = z => z.CityId == d.CityId && z.Digits == d.ZipCode;
// // would like to test with ^^this^^ but don't think I'm able to
// mock.Mock<IUsZipCodeData>().Setup(x => x.Find(ex)).Returns(Task.FromResult(zipCode));
var zipCodeList = new List <ZipCode>();
var matchingZipCodes = zipCodeList.AsEnumerable();
mock.Mock <IMap>().Setup(x => x.MapToZipCode(It.IsAny <UsZipCodeToCreateDto>())).Returns(zipCode);
mock.Mock <IUsZipCodeData>().Setup(x => x.FindManyAsync(It.IsAny <Expression <Func <ZipCode, bool> > >()))
.Returns(Task.FromResult(matchingZipCodes));
mock.Mock <IUsZipCodeData>().Setup(x => x.Add(zipCode));
mock.Mock <IUsZipCodeData>().Setup(x => x.SaveAllAsync()).Returns(Task.FromResult(true));
mock.Mock <IMap>().Setup(x => x.MapToUsZipCodeDto(zipCode)).Returns(returnDto);
var cls = mock.Create <UtilityRepo>();
var expected = 1;
var actual = await cls.CreateZipCodeAsync(zipCodeDigits, cityId);
Assert.Equal(expected, actual);
}
}
