public DailyPerformanceResponse GetPerformance(int accountId, string fromDate, string toDate, string themes, string countries)
        {
            var r    = new Random();
            var list = new List <DailyPerformance>();

            for (var i = 0; i < 10; i++)
            {
                var performance = new DailyPerformance
                {
                    Acq1   = (double)r.Next(1, 1000) / 100,
                    Acq2   = (double)r.Next(1, 1000) / 100,
                    CPA    = (double)r.Next(1, 1000) / 100,
                    CPR    = (double)r.Next(1, 1000) / 100,
                    Clicks = r.Next(0, 10),
                    Cost   = r.Next(0, 10),
                    Date   = DateTime.Now.ToString("dd/MM/yy")
                };
                list.Add(performance);
            }
            var response = new DailyPerformanceResponse
            {
                PerformanceList       = list,
                Acq1FieldName         = "Acq1 name",
                Acq2FieldName         = "Acq2 name",
                CPAFieldName          = "CPA name",
                CPRFieldName          = "CPR name",
                PerformanceStatistics = new Dictionary <string, double>()
            };

            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalClicks, Math.Round(response.PerformanceList.Select(x => x.Clicks).Sum(), 1));
            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalCost, Math.Round(response.PerformanceList.Select(x => x.Cost).Sum(), 1));
            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalAcq1, Math.Round(response.PerformanceList.Select(x => x.Acq1).Sum(), 1));
            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalAcq2, Math.Round(response.PerformanceList.Select(x => x.Acq2).Sum(), 1));
            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalCPA, Math.Round(response.PerformanceList.Select(x => x.CPA).Sum(), 1));
            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalCPR, Math.Round(response.PerformanceList.Select(x => x.CPR).Sum(), 1));

            return(response);
        }
Ejemplo n.º 2
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        public DailyPerformanceResponse GetPerformance(int accountId, string from, string to, string themes, string countries)
        {
            var perfParam = new PerfromanceParams(accountId, from, to, themes, countries, PerformanceReportType.DailyPerformance);

            using (var connection = new SqlConnection(AppSettings.GetConnectionString("Edge.Core.Data.DataManager.Connection", "String")))
            {
                connection.Open();

                #region Prepare MDX
                // get cube name and relevant measure config for preparing MDX command
                var cubeName = GetAccountCubeName(accountId, connection);
                if (String.IsNullOrWhiteSpace(cubeName))
                {
                    throw new MobileApiException(String.Format("Cannot retrieve cube name for account {0}", accountId),
                                                 String.Format("Your account {0} is not configured correctly, please contact [email protected] (Error: 'Cube').", accountId));
                }

                var measureList = GetMeasures(accountId, connection);
                if (measureList.Count == 0 || measureList.Any(x => String.IsNullOrEmpty(x.MdxFieldName)))
                {
                    throw new MobileApiException(String.Format("Measures are not defined properly for account {0}, check if MDX name is defined", accountId),
                                                 String.Format("Your account {0} is not configured correctly, please contact [email protected] (Error: 'Measures').", accountId));
                }

                // prepare SELECT and FROM
                var selectClause = String.Format(@"SELECT NONEMPTY({{[Time Dim].[Time Dim].[Day]}}) ON ROWS,( {{ [Measures].[Cost],[Measures].[Clicks],[Measures].[{0}], [Measures].[{1}],[Measures].[{2}],[Measures].[{3}]}} ) ON COLUMNS",
                                                 measureList.First(x => x.MeasureBaseID == BaseMeasure.ACQ1).MdxFieldName,
                                                 measureList.First(x => x.MeasureBaseID == BaseMeasure.ACQ2).MdxFieldName,
                                                 measureList.First(x => x.MeasureBaseID == BaseMeasure.ACQ1_CPA).MdxFieldName,
                                                 measureList.First(x => x.MeasureBaseID == BaseMeasure.ACQ2_CPA).MdxFieldName);

                var fromClause = String.Format(@"FROM [{0}] WHERE ([Accounts Dim].[Accounts].[Account].&[{1}],{4}{5}{{[Time Dim].[DayCode].&[{2}]:[Time Dim].[DayCode].&[{3}] }})",
                                               cubeName,
                                               accountId,
                                               perfParam.FromDate.ToString("yyyyMMdd"),
                                               perfParam.ToDate.ToString("yyyyMMdd"),
                                               GetWhereClause(perfParam.Themes, "Theme"),
                                               GetWhereClause(perfParam.Countries, "Country"));
                Log.Write("Mobile API", String.Format("Execute Daily MDX: SELECT='{0}', FROM='{1}'", selectClause, fromClause), LogMessageType.Debug);
                #endregion

                try
                {
                    #region Execute MDX
                    using (var cmd = DataManager.CreateCommand("SP_ExecuteMDX", CommandType.StoredProcedure))
                    {
                        cmd.Parameters.AddWithValue("@WithMDX", " ");
                        cmd.Parameters.AddWithValue("@SelectMDX", selectClause);
                        cmd.Parameters.AddWithValue("@FromMDX", fromClause);
                        cmd.Connection     = connection;
                        cmd.CommandTimeout = GetSqlTimeout();

                        // execute MDX
                        using (var reader = cmd.ExecuteReader())
                        {
                            var list = new List <DailyPerformance>();
                            while (reader.Read())
                            {
                                list.Add(new DailyPerformance
                                {
                                    Date   = reader[2] != DBNull.Value ? DateTime.ParseExact(reader[2].ToString(), "dd/MM/yyyy", null, DateTimeStyles.None).ToString("dd/MM/yy") : String.Empty,
                                    Cost   = reader[3] != DBNull.Value ? Math.Round(Convert.ToDouble(reader[3]), 0) : 0,
                                    Clicks = reader[4] != DBNull.Value ? Math.Round(Convert.ToDouble(reader[4]), 0) : 0,
                                    Acq1   = reader[5] != DBNull.Value ? Math.Round(Convert.ToDouble(reader[5]), 0) : 0,
                                    Acq2   = reader[6] != DBNull.Value ? Math.Round(Convert.ToDouble(reader[6]), 0) : 0,
                                    CPA    = reader[7] != DBNull.Value ? Math.Round(Convert.ToDouble(reader[7]), 0) : 0,
                                    CPR    = reader[8] != DBNull.Value ? Math.Round(Convert.ToDouble(reader[8]), 0) : 0,
                                });
                            }
                            // prepare response
                            var response = new DailyPerformanceResponse
                            {
                                PerformanceList       = list,
                                Acq1FieldName         = measureList.First(x => x.MeasureBaseID == BaseMeasure.ACQ1).MeasureDisplayName,
                                Acq2FieldName         = measureList.First(x => x.MeasureBaseID == BaseMeasure.ACQ2).MeasureDisplayName,
                                CPAFieldName          = measureList.First(x => x.MeasureBaseID == BaseMeasure.ACQ1_CPA).MeasureDisplayName,
                                CPRFieldName          = measureList.First(x => x.MeasureBaseID == BaseMeasure.ACQ2_CPA).MeasureDisplayName,
                                PerformanceStatistics = new Dictionary <string, double>()
                            };
                            // calculate statistics values (Sum and Average)
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalClicks, Math.Round(response.PerformanceList.Select(x => x.Clicks).Sum(), 0));
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalCost, Math.Round(response.PerformanceList.Select(x => x.Cost).Sum(), 0));
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalAcq1, Math.Round(response.PerformanceList.Select(x => x.Acq1).Sum(), 0));
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalAcq2, Math.Round(response.PerformanceList.Select(x => x.Acq2).Sum(), 0));
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalCPA, response.PerformanceList.Select(x => x.Acq1).Sum() > 0 ? Math.Round(response.PerformanceList.Select(x => x.Cost).Sum() / response.PerformanceList.Select(x => x.Acq1).Sum()) : 0);
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.TotalCPR, response.PerformanceList.Select(x => x.Acq2).Sum() > 0 ? Math.Round(response.PerformanceList.Select(x => x.Cost).Sum() / response.PerformanceList.Select(x => x.Acq2).Sum()) : 0);

                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.AvgClicks, response.PerformanceList.Count > 0 ? Math.Round(response.PerformanceList.Select(x => x.Clicks).Average(), 0) : 0);
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.AvgCost, response.PerformanceList.Count > 0 ? Math.Round(response.PerformanceList.Select(x => x.Cost).Average(), 0) : 0);
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.AvgAcq1, response.PerformanceList.Count > 0 ? Math.Round(response.PerformanceList.Select(x => x.Acq1).Average(), 0) : 0);
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.AvgAcq2, response.PerformanceList.Count > 0 ? Math.Round(response.PerformanceList.Select(x => x.Acq2).Average(), 0) : 0);
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.AvgCPA, response.PerformanceList.Count > 0 ? Math.Round(response.PerformanceList.Select(x => x.Cost).Sum() / response.PerformanceList.Select(x => x.Acq2).Sum(), 0) : 0);
                            response.PerformanceStatistics.Add(PerformanceStatisticsKeys.AvgCPR, response.PerformanceList.Count > 0 ? Math.Round(response.PerformanceList.Select(x => x.Cost).Sum() / response.PerformanceList.Select(x => x.Acq1).Sum(), 0) : 0);

                            return(response);
                        }
                    }
                    #endregion
                }
                catch (Exception ex)
                {
                    throw new MobileApiException(String.Format("Failure in Daily performance MDX, ex: {0}. SELECT='{1}', FROM='{2}'", ex.Message, selectClause, fromClause),
                                                 "Failed to generate Daily performance report, please contact [email protected] (Error: 'MDX').");
                }
            }
        }