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; }