public IDictionary<int, List<int>> GetAreaTypeIdToIndicatorIdsWithData()
{
var indicatorIds = new IndicatorSearch().SearchIndicators(_parameters.SearchText);
var profileIds = _parameters.RestrictResultsToProfileIdList;
var areaTypes = new AreaTypeListProvider(new GroupIdProvider(profileReader), areasReader, groupDataReader)
.GetChildAreaTypesUsedInProfiles(profileIds);
IDictionary<int, List<int>> areaTypeIdToIndicatorIdsWithData = new Dictionary<int, List<int>>();
foreach (var areaType in areaTypes)
{
List<int> indicatorIdsWithData = new List<int>();
int areaTypeId = areaType.Id;
var groupings = new GroupingListProvider(groupDataReader, profileReader)
.GetGroupings(profileIds, indicatorIds, areaTypeId);
var groupRoots = new GroupRootBuilder().BuildGroupRoots(groupings);
foreach (var groupRoot in groupRoots)
{
var grouping = groupRoot.FirstGrouping;
var count = groupDataReader.GetCoreDataCountAtDataPoint(grouping);
if (count > 0)
{
indicatorIdsWithData.Add(grouping.IndicatorId);
}
}
areaTypeIdToIndicatorIdsWithData.Add(areaTypeId, indicatorIdsWithData);
}
return areaTypeIdToIndicatorIdsWithData;
}
public void TestGroupingsAnnualAndMonthlyGroupingsGiveTwoGroupRoots()
{
List<Grouping> grouping = new List<Grouping>();
grouping.Add(new Grouping
{
IndicatorId = 1,
SexId = 1,
BaselineYear = 2001,
BaselineQuarter = -1,
DataPointYear = 2001,
DataPointQuarter = -1
});
grouping.Add(new Grouping
{
IndicatorId = 1,
SexId = 1,
BaselineYear = 2001,
BaselineQuarter = -1,
BaselineMonth = 1,
DataPointYear = 2001,
DataPointQuarter = -1,
DataPointMonth = 1
});
GroupRootBuilder builder = new GroupRootBuilder();
IList<GroupRoot> roots = builder.BuildGroupRoots(grouping);
Assert.AreEqual(2, roots.Count);
}
public void TestAgeIdAssignedFromGrouping()
{
var ageId = 200;
List<Grouping> grouping = new List<Grouping>();
grouping.Add(new Grouping { AgeId = ageId });
var root = new GroupRootBuilder().BuildGroupRoots(grouping).First();
Assert.AreEqual(ageId, root.AgeId);
}
public void TestAgeLabelSetCorrectly()
{
List<Grouping> grouping = new List<Grouping>();
grouping.Add(new Grouping { IndicatorId = 1, SexId = 1 });
grouping.Add(new Grouping { IndicatorId = 2, SexId = 1, AgeId = AgeIds.AllAges });
grouping.Add(new Grouping { IndicatorId = 2, SexId = 1, AgeId = AgeIds.From0To4 });
GroupRootBuilder builder = new GroupRootBuilder();
IList<GroupRoot> roots = builder.BuildGroupRoots(grouping);
Assert.AreEqual(3, roots.Count);
Assert.IsFalse(roots[0].StateAge);
Assert.IsTrue(roots[1].StateAge);
Assert.IsTrue(roots[2].StateAge);
}
public IList<GroupRootSummary> Build(int profileId, int areaTypeId)
{
IndicatorMetadataRepository metadataRepo = IndicatorMetadataRepository.Instance;
IList<int> groupIds = ReaderFactory.GetGroupDataReader().GetGroupingIds(profileId);
IList<GroupRootSummary> groupRootSummaries = new List<GroupRootSummary>();
foreach (int groupId in groupIds)
{
IList<Grouping> groupings =
ReaderFactory.GetGroupDataReader()
.GetGroupingsByGroupIdAndAreaTypeIdOrderedBySequence(groupId, areaTypeId);
GroupRootBuilder rootBuilder = new GroupRootBuilder();
IList<GroupRoot> roots = rootBuilder.BuildGroupRoots(groupings);
IndicatorMetadataCollection metadataCollection = metadataRepo.GetIndicatorMetadataCollection(groupings);
foreach (var groupRoot in roots)
{
IndicatorMetadata indicatorMetadata =
metadataCollection.GetIndicatorMetadataById(groupRoot.IndicatorId);
var duplicate = groupRootSummaries.FirstOrDefault(
x =>
x.Age.Id == groupRoot.AgeId &&
x.Sex.Id == groupRoot.SexId &&
x.IndicatorId == groupRoot.IndicatorId);
if (duplicate == null)
{
groupRootSummaries.Add(
new GroupRootSummary
{
GroupId = groupRoot.FirstGrouping.GroupId,
Age = groupRoot.Age,
Sex = groupRoot.Sex,
IndicatorId = groupRoot.IndicatorId,
IndicatorName = indicatorMetadata.Descriptive[IndicatorMetadataTextColumnNames.Name],
StateSex = groupRoot.StateSex,
StateAge = groupRoot.StateAge,
IndicatorUnit = indicatorMetadata.Unit
});
}
}
}
return groupRootSummaries;
}
public void TestTwoGroupings()
{
List<Grouping> grouping = new List<Grouping>();
grouping.Add(new Grouping { IndicatorId = 1, SexId = 1 });
grouping.Add(new Grouping { IndicatorId = 2, SexId = 1 });
GroupRootBuilder builder = new GroupRootBuilder();
IList<GroupRoot> roots = builder.BuildGroupRoots(grouping);
Assert.AreEqual(2, roots.Count);
}
public void TestStateSexSetCorrectly()
{
List<Grouping> grouping = new List<Grouping>();
grouping.Add(new Grouping { IndicatorId = 1, SexId = 1 });
grouping.Add(new Grouping { IndicatorId = 2, SexId = 1 });
grouping.Add(new Grouping { IndicatorId = 2, SexId = 4 });
GroupRootBuilder builder = new GroupRootBuilder();
IList<GroupRoot> roots = builder.BuildGroupRoots(grouping);
Assert.AreEqual(3, roots.Count);
Assert.IsFalse(roots[0].StateSex);
Assert.IsTrue(roots[1].StateSex);
Assert.IsTrue(roots[2].StateSex);
}
public void TestSexIdAssignedFromGrouping()
{
List<Grouping> grouping = new List<Grouping>();
grouping.Add(new Grouping { SexId = SexIds.Male });
grouping.Add(new Grouping { SexId = SexIds.Female });
var roots = new GroupRootBuilder().BuildGroupRoots(grouping);
Assert.AreEqual(SexIds.Male, roots[0].SexId);
Assert.AreEqual(SexIds.Female, roots[1].SexId);
}
public void TestPolarityAssignedFromGrouping()
{
var polarity = PolarityIds.BlueOrangeBlue;
List<Grouping> grouping = new List<Grouping>();
grouping.Add(new Grouping { PolarityId = polarity });
var root = new GroupRootBuilder().BuildGroupRoots(grouping).First();
Assert.AreEqual(polarity, root.PolarityId);
}
public void TestOrderOfRootsIsSameAsGroupings()
{
List<Grouping> grouping = new List<Grouping>();
grouping.Add(new Grouping { IndicatorId = 43, Sequence = 1 });
grouping.Add(new Grouping { IndicatorId = 2, Sequence = 2 });
grouping.Add(new Grouping { IndicatorId = 9, Sequence = 3 });
GroupRootBuilder builder = new GroupRootBuilder();
IList<GroupRoot> roots = builder.BuildGroupRoots(grouping);
// Do not want any reordering, e.g. by indicator ID
Assert.AreEqual(43, roots[0].IndicatorId);
Assert.AreEqual(2, roots[1].IndicatorId);
Assert.AreEqual(9, roots[2].IndicatorId);
}
public void TestNoGroupingsSomeIndicatorIds()
{
List<Grouping> grouping = new List<Grouping>();
GroupRootBuilder builder = new GroupRootBuilder();
IList<GroupRoot> roots = builder.BuildGroupRoots(grouping);
Assert.AreEqual(0, roots.Count);
}
private void BuildGroupRoots()
{
var rootBuilder = new GroupRootBuilder();
GroupData.GroupRoots = rootBuilder.BuildGroupRoots(Groupings);
}
private IList<IndicatorMetadata> AddTopicData(Area area, IEnumerable<Area> parentAreas)
{
IndicatorMetadataCollection allMetadata = new IndicatorMetadataCollection();
foreach (var groupId in GroupIds)
{
IList<Grouping> groupings = groupDataReader.GetGroupingsByGroupId(groupId);
IList<GroupRoot> roots = new GroupRootBuilder().BuildGroupRoots(groupings);
IndicatorMetadataCollection metadataCollection =
IndicatorMetadataRepository.Instance.GetIndicatorMetadataCollection(groupings);
allMetadata.AddIndicatorMetadata(metadataCollection.IndicatorMetadata);
foreach (GroupRoot root in roots)
{
Grouping grouping = root.FirstGrouping;
// Add indicator information
IndicatorMetadata metadata = metadataCollection.GetIndicatorMetadataById(grouping.IndicatorId);
IList<TimePeriod> periods = grouping.GetTimePeriodIterator(metadata.YearType).TimePeriods;
writer.AddPracticeIndicatorTitles(metadata, periods);
writer.AddCcgIndicatorTitles(metadata, periods);
foreach (TimePeriod timePeriod in periods)
{
// Add data
writer.AddPracticeIndicatorData(GetPracticeDataMap(area, grouping, timePeriod));
writer.AddAreaIndicatorData(GetParentAreaDataMap(grouping, timePeriod, parentAreas, metadata));
}
}
}
return allMetadata.IndicatorMetadata;
}
public Dictionary<string, IList<SimpleAreaData>> Build()
{
IndicatorMetadataRepository indicatorMetadataRepository = IndicatorMetadataRepository.Instance;
IList<Grouping> groupings = groupDataReader.GetGroupingsByGroupIdAndAreaTypeIdOrderedBySequence(GroupId, AreaTypeId);
GroupRootBuilder rootBuilder = new GroupRootBuilder();
IList<GroupRoot> roots = rootBuilder.BuildGroupRoots(groupings);
CoreDataSetProviderFactory coreDataSetProviderFactory = new CoreDataSetProviderFactory();
Dictionary<string, IList<SimpleAreaData>> responseObjects = new Dictionary<string, IList<SimpleAreaData>>();
foreach (IArea area in Areas)
{
List<SimpleAreaData> dataObjects = new List<SimpleAreaData>();
responseObjects.Add(area.Code, dataObjects);
var isAreaCcg = area.IsCcg;
bool isAreaAggregate = isAreaCcg || area.IsGpDeprivationDecile || area.IsShape;
CoreDataSetProvider coreDataSetProvider = coreDataSetProviderFactory.New(area);
var indicatorComparerFactory =
new IndicatorComparerFactory { PholioReader = pholioReader };
foreach (GroupRoot root in roots)
{
Grouping grouping = root.FirstGrouping;
IndicatorComparer comparer = indicatorComparerFactory.New(grouping);
IndicatorMetadata metadata = indicatorMetadataRepository.GetIndicatorMetadata(grouping.IndicatorId);
var formatter = NumericFormatterFactory.New(metadata, groupDataReader);
var dataProcessor = new ValueWithCIsDataProcessor(formatter);
List<ValueData> dataList = new List<ValueData>();
ITimePeriodTextListBuilder timePeriodTextListBuilder =
TimePeriodTextListBuilderFactory.New(IncludeTimePeriods, metadata);
Dictionary<string, List<int?>> significanceHash = null;
if (isAreaAggregate == false || isAreaCcg)
{
significanceHash = GetSignificanceHash(ComparatorAreaCodes);
}
var timePeriods = GetTimePeriods(grouping, metadata.YearType);
foreach (TimePeriod timePeriod in timePeriods)
{
timePeriodTextListBuilder.Add(timePeriod);
CoreDataSet areaData = coreDataSetProvider.GetData(grouping, timePeriod, metadata);
if (areaData != null)
{
ValueWithCIsData data = areaData.GetValueWithCIsData();
dataProcessor.FormatAndTruncate(data);
if (isAreaAggregate && isAreaCcg == false)
{
dataList.Add(data.GetValueData());
}
else
{
dataList.Add(data);
foreach (var comparatorAreaCode in ComparatorAreaCodes)
{
CoreDataSet comparatorData =
groupDataReader.GetCoreData(grouping, timePeriod, comparatorAreaCode)
.FirstOrDefault();
try
{
int significance;
if (comparer is ICategoryComparer)
{
var d = new ChildAreaValuesBuilder(indicatorComparerFactory,
groupDataReader, areasReader, profileReader)
{
ParentAreaCode = comparatorAreaCode,
AreaTypeId = AreaTypeId,
ComparatorId = grouping.ComparatorId
}.Build(grouping);
var coreData = d.First(x => x.AreaCode.Equals(area.Code));
significance = coreData.Significance.Values.First();
}
else
{
significance =
(int)comparer.Compare(areaData, comparatorData, metadata);
}
var significanceList = significanceHash[comparatorAreaCode];
significanceList.Add(significance);
}
catch (Exception ex)
{
ExceptionLog.LogException(ex, string.Empty);
}
}
}
}
else
{
// Placeholders for missing data
dataList.Add(null);
if (significanceHash != null)
{
foreach (var comparatorAreaCode in ComparatorAreaCodes)
{
significanceHash[comparatorAreaCode].Add(null);
}
}
}
}
SimpleAreaData dataObject;
if (IncludeTimePeriods)
{
// Only attach metadata when requested (hybrid of GroupRoot & CoreDataSet)
//TODO this is difficult to keep aligned with Grouping class
dataObject = new FullAreaData
{
IndicatorId = grouping.IndicatorId,
Significances = significanceHash,
Data = dataList,
StateSex = root.StateSex,
Sex = grouping.Sex,
Age = grouping.Age,
ComparatorConfidence = grouping.ComparatorConfidence,
ComparatorMethodId = grouping.ComparatorMethodId,
Periods = timePeriodTextListBuilder.GetTimePeriodStrings()
};
}
else
{
dataObject = new SimpleAreaData
{
IndicatorId = grouping.IndicatorId,
Significances = significanceHash,
Data = dataList
};
}
dataObjects.Add(dataObject);
}
}
return responseObjects;
}
private IEnumerable<GroupRoot> GetRoots()
{
IGroupDataReader reader = ReaderFactory.GetGroupDataReader();
IList<Grouping> groupings;
if (_parameters.UseIndicatorIds)
{
groupings = new GroupingListProvider(reader, profileReader).GetGroupings(
profileIds,
_parameters.IndicatorIds,
_parameters.ChildAreaTypeId);
var roots = new GroupRootBuilder().BuildGroupRoots(groupings);
return new GroupRootFilter(reader).RemoveRootsWithoutChildAreaData(roots);
}
groupings = reader.GetGroupingsByGroupIdAndAreaTypeIdOrderedBySequence(_parameters.GroupId, _parameters.ChildAreaTypeId);
return new GroupRootBuilder().BuildGroupRoots(groupings);
}
