public void TestShape()
{
var reader = new PracticeDataAccess();
Assert.AreEqual(6, reader.GetShape(AreaCodes.Gp_BermudaBasingstoke).Value);
Assert.AreEqual(3, reader.GetShape(AreaCodes.Gp_AlbionSurgery).Value);
}
public void TestGetPracticeCodeToValueMap()
{
IDictionary<string, float> map = new PracticeDataAccess().GetPracticeCodeToValidValueMap(
IndicatorIds.EstimatedPrevalenceOfCHD,
new TimePeriod { Year = 2011, YearRange = 1 }, SexIds.Persons);
Assert.AreEqual(6.021, Math.Round(map[AreaCodes.Gp_CrossfellHealthCentre], 3));
Assert.IsTrue(map.Count > 7000 && map.Count < 9000);
}
public void TestGetDeprivationDecileDataValue()
{
CategoryArea categoryArea = CategoryArea.New(
CategoryTypeIds.DeprivationDecileGp2015, 5);
var reader = new PracticeDataAccess();
double val = reader.GetGpDeprivationDecileDataValue(Aged0To4Years(),
new TimePeriod { Year = 2011, YearRange = 1 }, categoryArea);
double val2011Rounded = Math.Round(val, 1);
Assert.AreEqual(6, val2011Rounded);
}
/// <summary>
/// Returns hash to limit JSON footprint to only data required by profile
/// </summary>
public IDictionary<string, ValueData> Build(Grouping grouping)
{
InitBuild(grouping);
if (grouping != null)
{
var dataHash = new PracticeDataAccess().GetPracticeCodeToValueDataMap(grouping, Period, ParentAreaCode);
FormatData(dataHash);
return dataHash;
}
return null;
}
public void TestGetPracticeCodeToValueDataMap()
{
var grouping = new Grouping
{
IndicatorId = IndicatorIds.EstimatedPrevalenceOfCHD,
SexId = SexIds.Persons,
AgeId = 1
};
IDictionary<string, ValueData> map = new PracticeDataAccess().GetPracticeCodeToValueDataMap(grouping,
new TimePeriod { Year = 2011, YearRange = 1 }, AreaCodes.Pct_Hounslow);
Assert.AreEqual(4.056, Math.Round(map[AreaCodes.Gp_Thornbury].Value, 3));
Assert.IsTrue(map.Count > 45 && map.Count < 60);
}
public void TestGetCcgDataValue()
{
var grouping = new Grouping
{
IndicatorId = IndicatorIds.Aged0To4Years,
SexId = SexIds.Persons,
AgeId = AgeIds.From0To4
};
var reader = new PracticeDataAccess();
double val = reader.GetPracticeAggregateDataValue(grouping, new TimePeriod { Year = 2011, YearRange = 1 },
AreaCodes.Ccg_Barnet);
// Value ~6.8 but changes with composition of CCG
Assert.IsTrue(val < 7 && val > 6);
}
public void TestGetPracticeAggregateDataValueNull()
{
double val = new PracticeDataAccess()
.GetPracticeAggregateDataValue(Aged0To4Years(),
new TimePeriod { Year = 2001, YearRange = 1 },
AreaCodes.NotAnActualCode);
Assert.AreEqual(ValueData.NullValue, val);
}
public void TestGetPracticeCodeToBaseDataMapNullCIs()
{
var grouping = new Grouping
{
IndicatorId = IndicatorIds.IDACI,
AgeId = AgeIds.Under16,
SexId = SexIds.Persons
};
Dictionary<string, CoreDataSet> map = new PracticeDataAccess()
.GetPracticeCodeToBaseDataMap(grouping,
new TimePeriod { Year = 2011, YearRange = 1 });
Assert.AreEqual(map[AreaCodes.Gp_Burnham].LowerCI, ValueData.NullValue);
}
public void TestGetPracticeCodeToBaseDataMap()
{
var grouping = new Grouping
{
IndicatorId = IndicatorIds.AgedOver85Years,
AgeId = AgeIds.Over85,
SexId = SexIds.Persons
};
Dictionary<string, CoreDataSet> map = new PracticeDataAccess()
.GetPracticeCodeToBaseDataMap(grouping,
new TimePeriod { Year = 2011, YearRange = 1 });
Assert.AreEqual(Math.Round(map[AreaCodes.Gp_Burnham].Value, 3), 2.909);
Assert.IsTrue(map[AreaCodes.Gp_Burnham].Denominator > 0);
Assert.IsTrue(map[AreaCodes.Gp_Burnham].Count > 0);
}
public ShapeCoreDataSetProvider(Area area, PracticeDataAccess practiceDataAccess)
: base(area)
{
this.practiceDataAccess = practiceDataAccess;
}
public GpDeprivationDecileCoreDataSetProvider(CategoryArea categoryArea, PracticeDataAccess practiceDataAccess)
: base(categoryArea)
{
this.categoryArea = categoryArea;
this.practiceDataAccess = practiceDataAccess;
}
