public IEnumerable <RecommendationSimple> GetRecommendationSimplesByScenarioIdAndProcessors(Guid scenarioId, IEnumerable <string> processors)
{
lock (_session)
{
List <RecommendationSimple> results = _session
.GetAllWithTransform <Recommendation, RecommendationSimple_Transformer, RecommendationSimple>(
recommendation =>
recommendation.ScenarioId == scenarioId &&
recommendation.Processor.In(processors),
indexName: Recommendations_Default.DefaultIndexName, isMapReduce: false);
return(results);
}
}
public IEnumerable <Scenario> GetByPassId(int passId)
{
lock (_session)
{
var scenariosWithPassId = _session.GetAllWithTransform <Scenario, ScenariosWithPassId_Transformer, ScenariosWithPassIdTransformerResult>(scenario => scenario.Id != Guid.Empty,
indexName: Scenarios_Default.DefaultIndexName, isMapReduce: false).ToList();
var scenarioIdsForPassId = scenariosWithPassId.Where(swp => swp.PassId == passId).Select(swp => swp.ScenarioId).Distinct();
if (scenarioIdsForPassId.Any())
{
var scenarios = _session.Query <Scenario>().Where(s => s.Id.In(scenarioIdsForPassId));
return(scenarios);
}
return(new List <Scenario>());
}
}
private IEnumerable <FunctionalAreaFaultTypes_Transformer.Result> FunctionalAreaFaultTypesTransformerResult(
Func <FunctionalAreaFaultTypes_Transformer.Result, bool> condition) => _session
.GetAllWithTransform <FunctionalArea, FunctionalAreaFaultTypes_Transformer,
FunctionalAreaFaultTypes_Transformer.Result>(f => f.Id != Guid.Empty,
FunctionalAreas_Default.DefaultIndexName, false)
.Where(condition);
/// <summary>
/// Checks the Demographic/SalesArea/ScheduleDay where there are not ratings prediction for all 96 slots in a day (4 x 24).
/// Checks that there are the expected number of documents for each date and sales area in the run.
/// </summary>
/// <param name="fromDateTime"></param>
/// <param name="toDateTime"></param>
/// <param name="salesAreaNames"></param>
/// <param name="demographicsNames"></param>
/// <param name="noOfRatingPredictionsPerScheduleDayAreaDemo"></param>
/// <returns>List of messages for any errors in the document collection </returns>
public List <RatingsPredictionValidationMessage> Validate_RatingsPredictionSchedules(DateTime fromDateTime, DateTime toDateTime,
IEnumerable <string> salesAreaNames, IEnumerable <string> demographicsExtRefs, int noOfRatingPredictionsPerScheduleDayAreaDemo)
{
TimeSpan spanOfDays = toDateTime.Date - fromDateTime.Date;
int noOfDaysInRun = spanOfDays.Days + 1; //inclusive of fromDate
var messages = new List <RatingsPredictionValidationMessage>();
lock (_session)
{
//get all the ratingspredictionschedules documents (transformed group of salesArea,scheduledDay,demographic - count) by date range of run and all the sales areas passed in
//added 1 day to toDateTime in order to overcome the wierd comparison result of [schedule.ScheduleDay <= toDateTime.Date] where the last day of data was missing
var allRatingsScheduleInDateRange = _session.GetAllWithTransform <RatingsPredictionSchedule, RatingsPredictionSchedule_TransformerRating,
RatingsPredictionSchedule_TransformerRating.Result>
(schedule => schedule.ScheduleDay >= fromDateTime.Date && schedule.ScheduleDay <= toDateTime.Date.AddDays(1) && schedule.SalesArea.In(salesAreaNames),
indexName: RatingsPredictionsSchedules_BySalesAreaScheduleDay.DefaultIndexName, isMapReduce: false);
//then filter by the demographics enabled for gameplan
var allRatingsScheduleForDemographicsEnabled = allRatingsScheduleInDateRange.Where(r => r.Demographic.In(demographicsExtRefs)).ToList();
//check that we have 96 (4 x 24) ratings for each day for each sales area, report where we dont
//(this could be less than 96 where individual ratings are missing from a document or more than 96 say 192 for duplicate documents)
var _incorrectRatings = allRatingsScheduleForDemographicsEnabled.Where(r => r.Count != noOfRatingPredictionsPerScheduleDayAreaDemo).ToList();
foreach (var item in _incorrectRatings)
{
messages.Add(new RatingsPredictionValidationMessage {
Message = $"Count: {item.Count} for Demographic: {item.Demographic}, incorrect in Sales Area: " +
$"{item.SalesArea}, in Schedule Day: {item.ScheduleDay.ToString("yyyy-MM-dd", CultureInfo.InvariantCulture)}"
});
}
// check for missing whole documents by date and sales area from the above in memory collection
var missingRatingPredictionDays = new List <string>();
foreach (string salesAreaName in salesAreaNames)
{
for (int i = 0; i < noOfDaysInRun; i++)
{
var ratingsScheduleForThisDay = allRatingsScheduleForDemographicsEnabled.Where(r =>
r.SalesArea == salesAreaName &&
r.ScheduleDay == fromDateTime.Date.AddDays(i)).ToList();
if (ratingsScheduleForThisDay.Count == 0)
{
missingRatingPredictionDays.Add(fromDateTime.Date.AddDays(i).ToString("yyyy-MM-dd", CultureInfo.InvariantCulture));
}
}
if (missingRatingPredictionDays.Any())
{
messages.Add(new RatingsPredictionValidationMessage
{
SeverityLevel = ValidationSeverityLevel.Warning,
Message = $"Missing Schedule Days: {string.Join(", ", missingRatingPredictionDays)} for the following Sales Area: {salesAreaName}"
});
missingRatingPredictionDays.Clear();
}
}
return(messages);
}
}