203 lines
11 KiB
C#
203 lines
11 KiB
C#
namespace LaaProductionWeb.Services
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{
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using LaaProductionWeb.Data.Interfaces;
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using LaaProductionWeb.Services.Interfaces;
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using LaaProductionWeb.Services.Models;
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using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.Text;
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public class ReportService : IReportService
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{
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private readonly ISqlClient sqlClient;
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public ReportService(ISqlClient sqlClient)
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=> this.sqlClient = sqlClient;
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public HeliumReportModel LoadHeliumPressureReport(HeliumReportModel model = null)
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{
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if (model is null)
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{
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model = new HeliumReportModel();
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}
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var where = model.Filter.Where();
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var orderBy = model.Filter.OrderBy();
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model.Items = this.sqlClient.ExecuteReader($@"
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SELECT [PT].[CordonelPressureTest_FertigungsAuftragsNr] AS [FertigungNr] -- 0 Filter
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, [POS].[AuftragNr] AS [AuftragNr] -- 1 Filter
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, [POS].[PositionNr] AS [PositionNr] -- 2 Filter
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, [PCB2SN].[MapPcbIdToSerialNumber_SerialNumber] AS [SerialNr] -- 3
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, [ID].[IdentNr] AS [IdentNr] -- 4 Filter
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, [PT_HE].[CordonelPressureTestHe_Id] AS [HeId] -- 5
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, [PT_HE].[CordonelPressureTestHe_TestID] AS [HeTestId] -- 6
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, [PT].[CordonelPressureTest_PcbId] AS [PcbId] -- 7 Filter
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, [ID].[Nennweite] AS [Nennweite] -- 8 Filter
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, [ID].[Baulaenge] AS [Baulaenge] -- 9 Filter
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, [ID].[Typ] AS [Typ] -- 10 Filter
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, [ID].[Druck] AS [Druck] -- 11 Filter
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, [ID].[Temperatur] AS [Temperatur] -- 12 Filter
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, [PT_HE].[CordonelPressureTestHe_LeakRate] AS [HeLakeRate] -- 13
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, [PT_HE].[CordonelPressureTestHe_TestPressure] AS [HeTestPressure] -- 14
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, [PT].[CordonelPressureTest_Valid] AS [IsValid] -- 15 Filter
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, [PT].[CordonelPressureTest_Date] AS [TestDate] -- 16 Filter
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, [PT].[CordonelPressureTest_Text] AS [Text] -- 17 Filter
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, [PT_HE].[CordonelPressureTestHe_TesterName] AS [Tester] -- 18
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FROM [Cordonel_PressureTest] AS [PT]
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JOIN [Cordonel_PressureTest_He] AS [PT_HE] ON [PT_HE].[CordonelPressureTestHe_TestID] = [PT].[CordonelPressureTest_Id]
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LEFT JOIN [Druckpruefung] AS [DP] ON [DP].[FabNr] = [PT].[CordonelPressureTest_PcbId]
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JOIN [MapPcbIdToSerialNumber] AS [PCB2SN] ON [PCB2SN].[MapPcbIdToSerialNumber_PcbId] = [PT].[CordonelPressureTest_PcbId]
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JOIN [AuftragPosition_Gesamt] AS [POS] ON [POS].[FertigungsauftragNr] = [PT].[CordonelPressureTest_FertigungsAuftragsNr]
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JOIN [Identnr] AS [ID] ON [ID].[IdentNr] = [POS].[Identnr]
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WHERE [CordonelPressureTest_IsDeleted] = 0
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AND {where.Query}
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ORDER BY {orderBy.Query}",
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parameters =>
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{
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foreach (var kvp in where.Parameters)
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{
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parameters.Add(kvp.Key, kvp.Value);
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}
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foreach (var kvp in orderBy.Parameters)
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{
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parameters.Add(kvp.Key, kvp.Value);
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}
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},
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reader => new HeliumReportItem
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{
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FertigungNr = reader.GetValue<int>(0),
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AuftragNr = reader.GetValue<int>(1),
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PositionNr = reader.GetValue<short>(2),
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SerialNr = reader.GetValue<int>(3),
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IdentNr = reader.GetValue<int>(4),
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HeId = reader.GetValue<int>(5),
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HeTestId = reader.GetValue<int>(6),
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PcbId = reader.GetValue<int>(7),
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Nennweite = reader.GetValue<int?>(8),
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Baulaenge = reader.GetValue<int?>(9),
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Typ = reader.GetString(10),
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Druck = reader.GetValue<int?>(11),
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Temperatur = reader.GetValue<int?>(12),
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HeLakeRate = reader.GetString(13),
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HeTestPressure = reader.GetString(14),
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IsValid = reader.GetValue<bool>(15),
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TestDate = reader.GetValue<DateTimeOffset>(16),
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Text = reader.GetString(17),
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Tester = reader.GetString(18)
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});
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return model;
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}
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public byte[] LoadHeliumPressureReportAsCSV(HeliumReportModel model)
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{
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if (model is null)
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{
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model = new HeliumReportModel();
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}
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var where = model.Filter.Where();
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var orderBy = model.Filter.OrderBy();
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var csvItems = new List<object[]>();
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var headers = Array.Empty<string>();
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var items = this.sqlClient.ExecuteReader($@"
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SELECT [PT].[CordonelPressureTest_FertigungsAuftragsNr] AS [FertigungNr] -- 0 Filter
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, [POS].[AuftragNr] AS [AuftragNr] -- 1 Filter
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, [POS].[PositionNr] AS [PositionNr] -- 2 Filter
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, [PCB2SN].[MapPcbIdToSerialNumber_SerialNumber] AS [SerialNr] -- 3
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, [ID].[IdentNr] AS [IdentNr] -- 4 Filter
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, [PT_HE].[CordonelPressureTestHe_Id] AS [HeId] -- 5
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, [PT_HE].[CordonelPressureTestHe_TestID] AS [HeTestId] -- 6
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, [PT].[CordonelPressureTest_PcbId] AS [PcbId] -- 7 Filter
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, [ID].[Nennweite] AS [Nennweite] -- 8 Filter
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, [ID].[Baulaenge] AS [Baulaenge] -- 9 Filter
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, [ID].[Typ] AS [Typ] -- 10 Filter
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, [ID].[Druck] AS [Druck] -- 11 Filter
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, [ID].[Temperatur] AS [Temperatur] -- 12 Filter
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, [PT_HE].[CordonelPressureTestHe_LeakRate] AS [HeLakeRate] -- 13
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, [PT_HE].[CordonelPressureTestHe_TestPressure] AS [HeTestPressure] -- 14
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, [PT].[CordonelPressureTest_Valid] AS [IsValid] -- 15 Filter
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, [PT].[CordonelPressureTest_Date] AS [TestDate] -- 16 Filter
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, [PT].[CordonelPressureTest_Text] AS [Text] -- 17 Filter
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, [PT_HE].[CordonelPressureTestHe_TesterName] AS [Tester] -- 18
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, [CPT].[CordonelPressureTest_TestPointNr] AS [PointNr] -- 19
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, CAST([CPT].[CordonelPressureTest_TestPointResult] AS NUMERIC(9, 8)) AS [PointResult] -- 20
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FROM [Cordonel_PressureTest] AS [PT]
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JOIN [Cordonel_PressureTest_He] AS [PT_HE] ON [PT_HE].[CordonelPressureTestHe_TestID] = [PT].[CordonelPressureTest_Id]
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LEFT JOIN [Druckpruefung] AS [DP] ON [DP].[FabNr] = [PT].[CordonelPressureTest_PcbId]
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JOIN [MapPcbIdToSerialNumber] AS [PCB2SN] ON [PCB2SN].[MapPcbIdToSerialNumber_PcbId] = [PT].[CordonelPressureTest_PcbId]
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JOIN [AuftragPosition_Gesamt] AS [POS] ON [POS].[FertigungsauftragNr] = [PT].[CordonelPressureTest_FertigungsAuftragsNr]
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JOIN [Identnr] AS [ID] ON [ID].[IdentNr] = [POS].[Identnr]
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LEFT JOIN [Cordonel_PressureTest_TestPoints] AS [CPT] ON [CPT].[CordonelPressureTest_Id] = [PT].[CordonelPressureTest_Id]
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WHERE [CordonelPressureTest_IsDeleted] = 0
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AND {where.Query}
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ORDER BY {orderBy.Query}",
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parameters =>
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{
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foreach (var kvp in where.Parameters)
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{
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parameters.Add(kvp.Key, kvp.Value);
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}
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foreach (var kvp in orderBy.Parameters)
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{
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parameters.Add(kvp.Key, kvp.Value);
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}
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},
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reader => new object[]
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{
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reader.GetValue<int>(0),
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reader.GetValue<int>(1),
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reader.GetValue<short>(2),
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reader.GetValue<int>(3),
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reader.GetValue<int>(4),
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reader.GetValue<int>(5),
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reader.GetValue<int>(6),
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reader.GetValue<int>(7),
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reader.GetValue<int?>(8),
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reader.GetValue<int?>(9),
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reader.GetString(10).Replace(',', ' '),
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reader.GetValue<int?>(11),
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reader.GetValue<int?>(12),
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reader.GetString(13).Replace(',', '.'),
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reader.GetString(14).Replace(',', ' '),
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reader.GetValue<bool>(15),
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$"{reader.GetValue<DateTimeOffset>(16):yyyy-MM-dd}",
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reader.GetString(17).Replace(',', ' '),
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reader.GetString(18).Replace(',', ' '),
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reader.GetValue<int>(19),
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$"{reader.GetValue<decimal>(20):0.000000000}",
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},
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columns => csvItems.Add(columns))
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.ToList();
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csvItems.AddRange(items);
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var csvLines = csvItems.Select(x => string.Join(",", x));
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var csvContent = string.Join(Environment.NewLine, csvLines);
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return Encoding.UTF8.GetBytes(csvContent);
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}
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public IEnumerable<HeliumPressurePoint> LoadHeliumPressureResults(int testId)
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=> this.sqlClient.ExecuteReader($@"
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SELECT [CordonelPressureTestTestPoints_Id]
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, [CordonelPressureTest_TestPointNr]
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, CAST([CordonelPressureTest_TestPointResult] AS NUMERIC(9, 8))
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FROM [Cordonel_PressureTest_TestPoints]
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WHERE [CordonelPressureTest_Id] = @{nameof(testId)}",
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parameters => parameters.Add(nameof(testId), testId),
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reader => new HeliumPressurePoint
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{
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TestId = reader.GetValue<int>(0),
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PointNr = reader.GetValue<int>(1),
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Result = reader.GetValue<decimal>(2),
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});
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}
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}
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