public void FilterBy_ShouldReturnMotorsFilteredByAllParameters()
{
var motorFamilies = new List <MotorFamily>()
{
MotorFamily.VOLVO, MotorFamily.Ford
};
var features = new List <string>()
{
"F", "", "H", "EMD"
};
var displacements = new List <uint?>()
{
120, 200, 250
};
var expectedMotors = new List <Motor>()
{
motorsExamples1[0], motorsExamples1[3], motorsExamples1[7]
};
var motorService = new MotorService(new DataAccessByMemoryCache());
var result = motorService.MotorsFilterBy(motorsExamples1, motorFamilies, GetAllDisplacements(), GetAllFeatures());
Assert.Equal(expectedMotors.OrderBy(m => m.MotorNumber), result.OrderBy(m => m.MotorNumber));
}
public void FindSimilar_ShouldFindTwoResults()
{
List <Motor> allMotors = new List <Motor>()
{
motorsExamples1[0], motorsExamples1[1], motorsExamples1[2]
};
Motor compared = motorsExamples2[0];
//TODO: Refactor the data initiation - should be common list of motors with BOM and second list should be it's depp-copy with changed bom afterwards
allMotors[0].AddPart(partsExamples[0], 1, 1);
allMotors[0].AddPart(partsExamples[1], 2, 1);
allMotors[0].AddPart(partsExamples[2], 2, 1);
allMotors[1].AddPart(partsExamples[3], 3, 1);
allMotors[1].AddPart(partsExamples[4], 4, 1);
allMotors[1].AddPart(partsExamples[5], 5, 1);
allMotors[2].AddPart(partsExamples[0], 3, 1);
allMotors[2].AddPart(partsExamples[2], 4, 1);
allMotors[2].AddPart(partsExamples[4], 5, 1);
compared.AddPart(partsExamples[0], 1, 1);
compared.AddPart(partsExamples[1], 2, 1);
compared.AddPart(partsExamples[3], 2, 1);
List <KeyValuePair <int, Motor> > expected = new List <KeyValuePair <int, Motor> >();
expected.Add(new KeyValuePair <int, Motor>(1, allMotors[0]));
expected.Add(new KeyValuePair <int, Motor>(2, allMotors[1]));
expected.Add(new KeyValuePair <int, Motor>(2, allMotors[2]));
MotorService motorService = new MotorService(new DataAccessByMemoryCache());
List <KeyValuePair <int, Motor> > actual = motorService.FindSimilar(compared, allMotors);
Assert.Equal(expected, actual);
}
public void PartsFilterByDesignations_ShouldReturnAllRecordsIfDesignationIsNullO()
{
var expectedParts = partsExamples;
var motorService = new MotorService(new DataAccessByMemoryCache());
var expected = motorService.PartsFilterByDesignations(partsExamples, null);
Assert.Equal(expectedParts.OrderBy(m => m.PartNumber), expected.OrderBy(m => m.PartNumber));
}
public void FilterBy_ShouldThrowExceptionIfParametersAreNulls()
{
IEnumerable <MotorFamily> families = null;
IEnumerable <uint?> displacements = null;
IEnumerable <string> features = null;
var motorService = new MotorService(new DataAccessByMemoryCache());
Assert.Throws <ArgumentNullException>(() => motorService.MotorsFilterBy(motorsExamples1, families, displacements, features));
}
public void FilterBy_ShouldReturnEmptyCollectionIfParametersAreEmptyCollections()
{
List <MotorFamily> families = new List <MotorFamily>();
List <uint?> displacements = new List <uint?>();
List <string> features = new List <string>();
var motorService = new MotorService(new DataAccessByMemoryCache());
var result = motorService.MotorsFilterBy(motorsExamples1, families, displacements, features);
Assert.Empty(result);
}
public void PartsFilterByDesignations_ShouldReturnCorrectResult()
{
var designations = new List <string>()
{
"NUT"
};
var expectedParts = new List <Part>()
{
partsExamples[2], partsExamples[3]
};
var motorService = new MotorService(new DataAccessByMemoryCache());
var result = motorService.PartsFilterByDesignations(partsExamples, designations);
Assert.Equal(expectedParts.OrderBy(m => m.PartNumber), result.OrderBy(m => m.PartNumber));
}
public void FilterBy_ShouldReturnMotorsFilteredByFeatures()
{
var features = new List <string>()
{
"F", ""
};
var expectedMotors = new List <Motor>()
{
motorsExamples1[1], motorsExamples1[2]
};
var motorService = new MotorService(new DataAccessByMemoryCache());
var result = motorService.MotorsFilterBy(motorsExamples1, GetAllFamilies(), GetAllDisplacements(), features);
Assert.Equal(expectedMotors.OrderBy(m => m.MotorNumber), result.OrderBy(m => m.MotorNumber));
}
public void FilterBy_ShouldReturnMotorsFilteredByDisplacements()
{
var displacements = new List <uint?>()
{
200, 250
};
var expectedMotors = new List <Motor>()
{
motorsExamples1[0], motorsExamples1[1], motorsExamples1[4], motorsExamples1[6], motorsExamples1[7]
};
var motorService = new MotorService(new DataAccessByMemoryCache());
var result = motorService.MotorsFilterBy(motorsExamples1, GetAllFamilies(), displacements, GetAllFeatures());
Assert.Equal(expectedMotors.OrderBy(m => m.MotorNumber), result.OrderBy(m => m.MotorNumber));
}
public void FilterBy_ShouldReturnMotorsFilteredByFamilies()
{
var motorFamilies = new List <MotorFamily>()
{
MotorFamily.Toyota
};
var expectedMotors = new List <Motor>()
{
motorsExamples1[4]
};
var motorService = new MotorService(new DataAccessByMemoryCache());
var result = motorService.MotorsFilterBy(motorsExamples1, motorFamilies, GetAllDisplacements(), GetAllFeatures());
Assert.Equal(expectedMotors.OrderBy(m => m.MotorNumber), result.OrderBy(m => m.MotorNumber));
}
public void PartsFilterBy_ShouldReturnPartsFilteredByDescriptionsAndDesignations()
{
var designations = new List <string>()
{
"SHAFT"
};
var descriptions = new List <string>()
{
"Conical"
};
var expectedParts = new List <Part>()
{
partsExamples[0], partsExamples[5]
};
var motorService = new MotorService(new DataAccessByMemoryCache());
var result = motorService.PartsFilterBy(partsExamples, designations, descriptions);
Assert.Equal(expectedParts.OrderBy(m => m.PartNumber), result.OrderBy(m => m.PartNumber));
}
public void FilterBy_ShouldReturnEmptyCollectionIfNothingFound()
{
var features = new List <string>()
{
"Not existing feature"
};
var displacements = new List <uint?>()
{
404
};
var families = new List <MotorFamily>()
{
MotorFamily.VOLVO
};
var motorService = new MotorService(new DataAccessByMemoryCache());
var result = motorService.MotorsFilterBy(motorsExamples1, families, displacements, features);
Assert.Empty(result);
Assert.NotNull(result);
}
public DCMotorController(ILogger <DCMotorController> logger, MotorService motorService)
{
_logger = logger;
_motorService = motorService;
}