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Icollection12/28/2023 ![]() ![]() Var necessityValueCheckModels = purchases.Select(x => x.GetNecessityValue()).Distinct()Ĭhecked = !necessityValuesToFilter?.Select(y => (int)y).Contains((int)x) ? true Var categor圜heckModels = purchases.Where(x => x.CategoryId != null).Select(x => x.Category).Distinct()Ĭhecked = !categoriesToFilter?.Select(y => y.Id).Contains(x.Id) ? true Var chart = GetChart(reportType, filteredPurchases) Var filteredPurchases = FilterPurchases(purchases, startDate, endDate, categoriesToFilter, necessityValuesToFilter) Var newestPurchase = purchases.OrderByDescending(x => x.OrderDate).First() ![]() ![]() Var oldestPurchase = purchases.OrderBy(x => x.OrderDate).First() ICollection categoriesToFilter, ICollection necessityValuesToFilter) Private static ReportViewModel GetReportViewModel(ReportType reportType, IList purchases, DateTime?startDate, DateTime?endDate, Return(typeof(TReturn) = typeof(TDataReturn) ? (TReturn)(object)result : mapper.Map (result)) Includes?.Select(i => i.Compile()).ToList()) TDataReturn result = await store.QueryAsync(mappedQueryFunc?.Compile(), ICollection, IIncludableQueryable > includes = mapper.MapIncludesList, IIncludableQueryable >(includeProperties) ICollection, IIncludableQueryable > includeProperties = null)Įxpression, TDataReturn> mappedQueryFunc = mapper.MapExpression, TDataReturn>(queryFunc) Internal static async Task QueryAsync (this IStore store, IMapper mapper,Įxpression, TModelReturn> queryFunc = null, Union(solutionsWithNode.Select(d => d.Node)) Node = CreateNodeFromCsprojFileData(missingReferenceData, outOfBound ? NodeState.OutOfBound : NodeState.NotFound) Progress = progress ? new EmptyProgressReporter() ĭictionary sourceRanges = new Dictionary() įoreach (var kind in statements.Select(s => s.Kind).Distinct()) If (statements = null) throw new ArgumentNullException("statements") Public static Document CreateBills(ICollection statements, IProgressReporter progress, bool duplexMode) Select((p) => GetHappiness(p, happinesses)) Get the maximum potential happiness from all the seating arrangements (p) => potentials.Where((r) => r.Name = p).ToDictionary((r) => r.AdjacentName, (r) => r.Happiness)) IDictionary> happinesses = names.ToDictionary( Key the happiness for each person for the people they could sit next to IList> permutations = Maths.GetPermutations(names) TODO Remove all permutations which are equal when considering the table is circular Determine all of the possible seating arrangements Internal static int GetMaximumTotalChangeInHappiness(ICollection potentialHappiness) / The optional total change in happiness for the specified potentials. / A collection of potential guess happinesses. / Gets the maximum total change in happiness for the specified potential happiness of the guests. ![]() _logger.LogInfo($"Summarisation Wrapper: Summarising Generic Collection Data End") SummarisedActual.OrganisationId = contractAllocationaDictionary.GetValueOrDefault(int.Parse(summarisedActual.OrganisationId)) _logger.LogInfo($"Summarisation Wrapper: Mapping Generic Collection Ukprns to OrgIds") įoreach (var summarisedActual in validSummarisedActuals) ToDictionary(u => u.ukprn, o => o.organisation) Var contractAllocationaDictionary = fcsContractAllocations? Var validSummarisedActuals = summarisedActuals.Where(u => deliveryUkprns.Contains(int.Parse(u.OrganisationId))).ToList() Var deliveryUkprns = fcsContractAllocations.Select(u => u.DeliveryUkprn.Value).ToList() _logger.LogInfo($"Summarisation Wrapper: Summarising Generic Collection Data Start") Public ICollection Summarise(ICollection fcsContractAllocations, ICollection summarisedActuals) ![]()
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