Michal Buzik
52bd0d01ce
A – Registration and execution - Register GenesisCommunication Factory in the component list. - Separate the Genesis form and sequence from iPerl communication. B – Communication activities - Restore initialization, connection, PCB reading, password and login. - Include grouped login, mode switching and disconnection. - Support processing up to 10 slots. C1 – Input calibration factors - Read three factors from Water meters / Text1–Text3. - Validate integer values in the range 1–65535. - Preserve the default of 15625 when all three fields are empty. D – Q3 calibration - Connect the Prepare Q3 → measurement → Write Q3 workflow. - Add channel processing to FlyingStart and FlyingStartMassCollection. - Reset previous measurement data and validate calculated factors. - Mark factors as stored only after StoreCalibration succeeds. E – Results and database - Store calibration factors separately for each meter and channel. - Add result entities, mappings and Q3 data. - Extend DB.cs / EnsureSchema to create and update the schema. - Preserve compatibility with the existing binary format. Validation: - Debug build and 18 tests passed. - Simulated communication runs follow the same activity sequence. - The complete Q3 workflow has not yet been verified on hardware. Known limitation: - An inherited mismatch in simulated responses and error propagation can produce an incorrect OK result; this change does not fix it.
905 lines
36 KiB
C#
905 lines
36 KiB
C#
///
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/// Copyright (c) 2015-2023 Sensus Slovensko a.s.
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///
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using System;
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using System.Collections.Generic;
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using System.Text;
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using System.IO;
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using Common;
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using Config.Entities;
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using Results.Resources;
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namespace Results.Entities
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{
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public enum ResultCode
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{
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None = 0,
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Bit16 = (1 << 16),
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Bit17 = (1 << 17),
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Bit18 = (1 << 18),
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Bit19 = (1 << 19),
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RfidErrorCodeMask = (Bit16 | Bit17 | Bit18 | Bit19), /// RFID comm. err. (the first encounetered error is stored)
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Bit20 = (1 << 20),
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Bit21 = (1 << 21),
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Bit22 = (1 << 22),
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Bit23 = (1 << 23),
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RfidErrorTestIdMask = (Bit20 | Bit21 | Bit22 | Bit23), /// RFID comm. err. (the first encounetered error is stored)
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MissingOptoData = (1 << 24),
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OptoDataWithZeroFlow = (1 << 25),
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OptoErrorCodeMask = (MissingOptoData | OptoDataWithZeroFlow), /// Opto comm. err. (the first encounetered error is stored)
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Bit26 = (1 << 26),
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Bit27 = (1 << 27),
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Bit28 = (1 << 28),
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Bit29 = (1 << 29),
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Bit30 = (1 << 30),
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Bit31 = (1 << 31),
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}
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public class WaterMeter
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{
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public virtual int Id { get; protected set; }
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public virtual string SerialNr { get; set; } /// S/N _or_ S/N of the main meter of a compound meter _or_ PCB Number of an iPerl water meter
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public virtual string SerialNrAux { get; set; } /// S/N of the aux. meter of a compound meter _or_ eRegister PCB Number of a 640 water meter
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public virtual string RadioAddress { get; set; }
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public virtual string PurchaseOrder { get; set; }
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public virtual int YearOfProduction { get; set; }
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public virtual int WMPosition { get; set; } /// 1-based water meter position
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public virtual string EndState { get; set; } /// End state (of the main water meter)
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public virtual string EndStateAux { get; set; } /// End state of the auxiliary water meter
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public virtual double QRise { get; set; } /// [m3/h] detected Q_rise of a composed meter or 'sensitivity' of a single meter
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public virtual double QFall { get; set; } /// [m3/h] detected Q_fall of a composed meter
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public virtual long ErrorFlags { get; set; } /// bitfield : bit14=E15, bit15=E16
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public virtual long InfoFlags { get; set; } /// bitfield : bit14=E15, bit15=E16
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public virtual bool Passed { get; set; }
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public virtual int ResultCode { get; set; }
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public virtual string ArchivePath { get; set; }
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public virtual string Remark { get; set; }
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#if IPERL
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public virtual double OrigCalibFactor { get; set; } /// Original iPerl calibration factor used during the test
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public virtual double CalibFactor { get; set; } /// iPerl calibration factor used during the test
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public virtual double CalibFactorNominal { get; set; } /// Raw calibration factor representing 100 % for this test result
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public virtual double CalibFactorPercentage
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{
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get
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{
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double nominalCalibFactor = CalibFactorNominal > 0.0 ? CalibFactorNominal : 4096.0;
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return CalibFactor * 100.0 / nominalCalibFactor;
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}
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}
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public virtual double CalibFactorCorrectionPercentage
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{
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get { return CalibFactorPercentage - 100.0; }
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}
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public virtual double OrigCalibFactorLNA{ get; set; } /// Original iPerl LNA calibration factor used during the test
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public virtual double CalibFactorLNA { get; set; } /// iPerl LNA calibration factor used during the test
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public virtual double Q2ErrWOCorrection { get; set; }
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public virtual int Q2CorrRL { get; set; } /// iPerl Q2 correction for the R-flow written to iPerl
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public virtual int Q2CorrLR { get; set; } /// iPerl Q2 correction for the L-flow written to iPerl
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public virtual int Q2CorrFlowRight { get; set; } /// 1 = right to left
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public virtual double Diff2Hz8Hz { get; set; }
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public virtual bool Hz2CorrectionDone { get; set; } /// true = iPerl Q2 correction was done
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public virtual int Hz2Correction { get; set; } /// iPerl Q2 correction used during the test
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public virtual string FWVersion { get; set; }
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#endif
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#if TURA_SPECIAL
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/// <summary>
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/// Data from a production test bench (in case of tests on iPerl special)
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/// </summary>
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public virtual int PaletteNr { get; set; }
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public virtual int UmkartonNr { get; set; }
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public virtual string ProdTestBench { get; set; }
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public virtual int ProdWMPosition { get; set; }
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public virtual string ProdUserName { get; set; }
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public virtual string ProdPurchaseOrder { get; set; }
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public virtual bool ProdPassed { get; set; }
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public virtual int ProdResultCode { get; set; }
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public virtual int ProdQ2CorrRL { get; set; } /// iPerl Q2 correction for the R-flow written to iPerl
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public virtual int ProdQ2CorrLR { get; set; } /// iPerl Q2 correction for the L-flow written to iPerl
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#endif
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///
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/// Mapped to database only when ORACLE_DB is defined
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///
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public virtual int AssignedSerialNr { get; set; }
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public virtual string Prefix { get; set; }
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public virtual string Suffix { get; set; }
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public virtual string CompleteSerialNr { get; set; }
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public virtual string OriRadioAddress { get; set; } /// Not mapped to DB !!! Original radio address of a 640 water meter (albatrosID)
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public virtual int WMTypeRevision { get; set; }
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public virtual int Pruefindex { get; set; } /// >=1 ... pruefindex, 0 ... unknown (no reading from DB yet)
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public virtual int HydrPruefung { get; set; }
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public virtual object RawTestInfos { get; set; } /// IList<SensusTestInfo> fetched from Oracle at the beginning of the cycle, not mapped to DB !!!
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public virtual object CompleteTestInfos { get; set; } /// SensusTestInfo[] obtained as a best match at the beginning of the cycle, not mapped to DB !!!
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///
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/// Not mapped to database
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///
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public virtual string Workflow { get; set; } /// Not mapped to DB !!! Production tracing workflow name
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public virtual bool LastRecordIsNok { get; set; } /// Not mapped to DB !!! Previous record verification result
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public virtual bool PrintLabel { get; set; } /// Not mapped to DB !!!
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/// mapped to DB !!! Q3 channel number
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public virtual int Q3Channel { get; set; }
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public virtual WaterMeterData WaterMeterData { get; set; }
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public virtual Batch Batch { get; set; }
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public virtual IList<MeterTestRslt> MeterTestRslts { get; set; }
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///
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/// Wrappers
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///
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public virtual string GetEndStateAux() { return Compound() ? EndStateAux : string.Empty; }
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public virtual void SetEndStateAux(string s) { if (Compound()) EndStateAux = s; }
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public virtual string GetStartState() { return Compound() ? string.Empty : EndStateAux; }
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public virtual void SetStartState(string s) { if (!Compound()) EndStateAux = s; }
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public virtual string ProductName() { return WaterMeterData.ProductName; }
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public virtual string Producer() { return WaterMeterData.Producer; }
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public virtual string MetrologicalClass() { return WaterMeterData.MetrologicalClass; }
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public virtual string ApprovalInfo() { return WaterMeterData.ApprovalInfo; }
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public virtual FlowNames Qnames() { return (FlowNames)WaterMeterData.Qnames; }
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public virtual double Q4_Qmax() { return WaterMeterData.Q4_Qmax; }
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public virtual double Q3_Qn() { return WaterMeterData.Q3_Qn; }
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public virtual double Q2_Qt() { return WaterMeterData.Q2_Qt; }
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public virtual double Q1_Qmin() { return WaterMeterData.Q1_Qmin; }
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public virtual double ErrLimHiQ() { return WaterMeterData.ErrLimHiQ; }
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public virtual double ErrLimLoQ() { return WaterMeterData.ErrLimLoQ; }
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public virtual bool Compound() { return WaterMeterData.Compound; }
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public virtual bool HeatMeter() { return WaterMeterData.HeatMeter; }
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public virtual string ProducerAux() { return WaterMeterData.ProducerAux; }
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public virtual double Q3_Qn_Aux() { return WaterMeterData.Q3_Qn_Aux; }
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public virtual string MetrologicalClassAux() { return WaterMeterData.MetrologicalClassAux; }
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public virtual string ApprovalInfoAux() { return WaterMeterData.ApprovalInfoAux; }
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public virtual int BatchNr() { return Batch.BatchNr; }
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public virtual int BenchId() { return Batch.TestBenchId; }
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public virtual string ProcedureName() { return Batch.ProcedureName; }
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public virtual int ProcedureRevision() { return Batch.ProcedureRevision; }
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public virtual DateTime StartTime() { return Batch.StartTime; }
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public virtual DateTime EndTime() { return Batch.EndTime; }
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public virtual IList<MeterTestRslt> RegularMeterTestRslts()
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{
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IList<MeterTestRslt> rslt = new List<MeterTestRslt>();
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foreach (var mtr in MeterTestRslts)
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{
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if ((mtr.Name().Length > 0 && mtr.Name()[0] != '[') || !mtr.Name().Contains("]")) rslt.Add(mtr);
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}
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return rslt;
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}
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public virtual IList<MeterTestRslt> AutoMeterTestRslts(string param)
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{
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int len = param.Length;
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IList<MeterTestRslt> rslt = new List<MeterTestRslt>();
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.Name().Length > len + 1 && mtr.Name()[0] == '[' && mtr.Name().IndexOf(param) == 1 && mtr.Name()[len + 1] == ']')
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{
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rslt.Add(mtr);
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}
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}
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return rslt;
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}
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public virtual long ErrorFlagsFromTests()
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{
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long errorFlags = 0;
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.Evaluate() && mtr.TestDone) errorFlags |= mtr.TestRslt.ErrorFlags;
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}
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return errorFlags;
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}
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public virtual long ErrorFlagsFromTestsAndWM()
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{
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return ErrorFlagsFromTests() | ErrorFlags;
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}
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public virtual long ErrorFlagsFromTestsAndWMByFlag(ErrorFlagMask errorFlagsQuestion)
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{
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long errorFlagsMask = (long)errorFlagsQuestion;
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return ErrorFlagsFromTests() & errorFlagsMask;
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}
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/// <summary>
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/// Convert combined errorFlags of all tests to string
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/// </summary>
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/// <returns>ErrorFlags string</returns>
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public virtual string ErrorFlagsStr()
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{
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string eFlags = Utils.ErrorFlagsStr(ErrorFlagsFromTestsAndWM());
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#if LANG_PL
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return string.IsNullOrEmpty(eFlags) ? "brak" : eFlags;
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#else
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return eFlags;
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#endif
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}
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public virtual long InfoFlagsFromTests()
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{
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long infoFlags = 0;
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.Evaluate() && mtr.TestDone) infoFlags |= mtr.TestRslt.InfoFlags;
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}
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return infoFlags;
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}
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public virtual long InfoFlagsFromTestsAndWM()
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{
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return InfoFlagsFromTests() | InfoFlags;
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}
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/// <summary>
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/// Convert combined errorFlags of all tests to string
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/// </summary>
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/// <returns>ErrorFlags string</returns>
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public virtual string InfoFlagsStr()
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{
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return Utils.ErrorFlagsStr(InfoFlagsFromTestsAndWM());
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}
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public virtual string PassedOrErrorFlagsStr()
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{
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string eFlags = Utils.ErrorFlagsStr(ErrorFlagsFromTestsAndWM());
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return string.IsNullOrEmpty(eFlags) ? (WaterMeterData.Text4 + PassedColorStr(null)) : eFlags;
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}
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/// <summary>
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/// Convert failed tests and combined errorFlags of all tests to string
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/// </summary>
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/// <returns>ErrorFlagsEx string</returns>
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public virtual string ErrorFlagsStrEx()
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{
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StringBuilder errFlgsStr = new StringBuilder();
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.Evaluate() && mtr.TestDone && !mtr.Passed)
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{
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errFlgsStr.Append(mtr.Name());
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errFlgsStr.Append(" ");
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}
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}
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errFlgsStr.Append(Utils.ErrorFlagsStr(ErrorFlagsFromTestsAndWM()));
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return errFlgsStr.ToString();
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}
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public virtual bool PassedFromTests()
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{
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bool passed = (ErrorFlagsFromTestsAndWM() == 0);
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.Evaluate() && (!mtr.Passed || !mtr.TestDone))
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{
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passed = false;
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break;
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}
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}
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return passed;
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}
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public virtual bool PassedFromTestsE15()
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{
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//TODO BUMI this will just let us is E15
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bool passed = (ErrorFlagsFromTestsAndWMByFlag(ErrorFlagMask.E15) == 0);
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//TODO BUMI Check This may be not needed ?
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.Evaluate() && (!mtr.TestDone))
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{
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passed = false;
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break;
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}
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}
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return passed;
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}
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/// <summary>
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/// Three state test results and/or water meter result (Algeria PT25 requirement).
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/// NearlyOK means error is within error limits not narrowed by uncertainty
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/// OK: Uncertainty + ErrLimLo <= error <= ErrLimHi - Uncertainty
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/// NearlyOK: not OK but stil ErrLimLo <= error <= ErrLimHi
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/// Nok: otherwise
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/// </summary>
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public virtual ThreeState ThreeStateFromTests()
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{
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ThreeState result = ThreeState.OK;
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if (ErrorFlagsFromTestsAndWM() != 0) result = ThreeState.Nok;
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.Evaluate())
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{
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if(!mtr.TestDone || mtr.Error < mtr.ErrLimLo() || mtr.Error > mtr.ErrLimHi())
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{
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/// Test was not done or completely failed (was outside broader error limits)
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result = ThreeState.Nok;
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}
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else if (result == ThreeState.OK && (mtr.Error < mtr.ErrLimLo() + mtr.Uncertainty() || mtr.Error > mtr.ErrLimHi() - mtr.Uncertainty()))
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{
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/// So far the water meter was OK, but this test was outside narrow error limits (= limits shrinked by Uncertainty)
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result = ThreeState.NearlyOK;
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}
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}
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}
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return result;
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}
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public virtual bool CompletedFromTests()
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{
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bool completed = true;
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.Evaluate() && !mtr.TestDone)
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{
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completed = false;
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break;
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}
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}
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return completed;
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}
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public virtual string PassedColorStr(string yesNoFormatOrEmpty)
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{
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if (string.IsNullOrEmpty(yesNoFormatOrEmpty))
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{
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return Utils.PassedColorStr(Passed, true);
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}
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else
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{
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string[] yesNo = yesNoFormatOrEmpty.Split(new char[] { '~' });
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return Passed ? yesNo[0] : ((yesNo.Length >= 2) ? yesNo[1] : Results.Resources.Strings.No);
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}
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}
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///
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/// Not mapped to the database
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///
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public virtual bool Disabled { get; set; } /// true = Disabled water meters (not saved into DB)
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public virtual MeterTestRslt GetMeterTestRslt(string testName)
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{
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return GetMeterTestRslt(testName, CompoundMeterId.SingleOrCompound);
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}
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public virtual MeterTestRslt GetMeterTestRslt(string testName, CompoundMeterId meterId)
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{
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if (string.IsNullOrEmpty(testName)) return null;
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if (Disabled) return null;
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string testNameL = testName.ToLower();
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.Name().ToLower().Equals(testNameL))
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{
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if (mtr.CompoundMeterId == (byte)meterId)
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{
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return mtr;
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}
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else if (meterId == CompoundMeterId.SingleOrCompound && mtr.CompoundMeterId == (byte)CompoundMeterId.Single)
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{
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return mtr;
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}
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else if (meterId == CompoundMeterId.SingleOrCompound && mtr.CompoundMeterId == (byte)CompoundMeterId.Compound)
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{
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return mtr;
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}
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else if (meterId == CompoundMeterId.SingleOrCompound && mtr.CompoundMeterId == (byte)CompoundMeterId.HeatMeterEnergy)
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{
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return mtr;
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}
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}
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}
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return null;
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}
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public virtual TestRslt GetTestRslt(string testName)
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{
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MeterTestRslt mtr = GetMeterTestRslt(testName);
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if (mtr != null) return mtr.TestRslt;
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return null;
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}
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public virtual bool TryGetTestRslt(string testName, out TestRslt testRslt)
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{
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MeterTestRslt mtr = GetMeterTestRslt(testName);
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if (mtr != null)
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{
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testRslt = mtr.TestRslt;
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return true;
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}
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else
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{
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testRslt = null;
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return false;
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}
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}
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public virtual TestData GetTestData(string testName)
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{
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.TestRslt.TestData.Name == testName)
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{
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return mtr.TestRslt.TestData;
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}
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}
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return null;
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}
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public virtual bool TryGetTestData(string testName, out TestData testData)
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{
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foreach (var mtr in MeterTestRslts)
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{
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if (mtr.TestRslt.TestData.Name == testName)
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{
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testData = mtr.TestRslt.TestData;
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return true;
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}
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}
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testData = null;
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return false;
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}
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/// <summary>
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/// Constructor, initializes a list, used as a base for other constructors
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/// </summary>
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public WaterMeter()
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{
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MeterTestRslts = new List<MeterTestRslt>();
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AssignedSerialNr = 0;
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Prefix = string.Empty;
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Suffix = string.Empty;
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CompleteSerialNr = string.Empty;
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WMTypeRevision = 0;
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Pruefindex = 0;
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HydrPruefung = 0;
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RawTestInfos = null;
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CompleteTestInfos = null;
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Workflow = string.Empty;
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ErrorFlags = 0;
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InfoFlags = 0;
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LastRecordIsNok = false;
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/// Initialize strings
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SerialNr = string.Empty;
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SerialNrAux = string.Empty;
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RadioAddress = string.Empty;
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PurchaseOrder = string.Empty;
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EndState = string.Empty;
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EndStateAux = string.Empty;
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ArchivePath = string.Empty;
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Remark = string.Empty;
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#if IPERL
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FWVersion = string.Empty;
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#endif
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#if TURA_SPECIAL
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ProdUserName = string.Empty;
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ProdPurchaseOrder = string.Empty;
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#endif
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#if IPERL
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FWVersion = string.Empty;
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#endif
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PrintLabel = true;
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Q3Channel = 0; //No Q3 calibration by default
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}
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public virtual void CopyContentFrom(WaterMeter src)
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{
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if (src == null) return;
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SerialNr = src.SerialNr;
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SerialNrAux = src.SerialNrAux;
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RadioAddress = src.RadioAddress;
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PurchaseOrder = src.PurchaseOrder;
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YearOfProduction = src.YearOfProduction;
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WMPosition = src.WMPosition;
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EndState = src.EndState;
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EndStateAux = src.EndStateAux;
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QRise = src.QRise;
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QFall = src.QFall;
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ErrorFlags = src.ErrorFlags;
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InfoFlags = src.InfoFlags;
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Passed = src.Passed;
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ResultCode = src.ResultCode;
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ArchivePath = src.ArchivePath;
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Remark = src.Remark;
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#if IPERL
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OrigCalibFactor = src.OrigCalibFactor;
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CalibFactor = src.CalibFactor;
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CalibFactorNominal = src.CalibFactorNominal;
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OrigCalibFactorLNA = src.OrigCalibFactorLNA;
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CalibFactorLNA = src.CalibFactorLNA;
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Q2ErrWOCorrection = src.Q2ErrWOCorrection;
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Q2CorrRL = src.Q2CorrRL;
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Q2CorrLR = src.Q2CorrLR;
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Q2CorrFlowRight = src.Q2CorrFlowRight;
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Diff2Hz8Hz = src.Diff2Hz8Hz;
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Hz2CorrectionDone = src.Hz2CorrectionDone;
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Hz2Correction = src.Hz2Correction;
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FWVersion = src.FWVersion;
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#endif
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#if TURA_SPECIAL
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PaletteNr = src.PaletteNr;
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UmkartonNr = src.UmkartonNr;
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ProdTestBench = src.ProdTestBench;
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ProdWMPosition = src.ProdWMPosition;
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ProdUserName = src.ProdUserName;
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ProdPurchaseOrder = src.ProdPurchaseOrder;
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ProdPassed = src.ProdPassed;
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ProdResultCode = src.ProdResultCode;
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ProdQ2CorrRL = src.ProdQ2CorrRL;
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ProdQ2CorrLR = src.ProdQ2CorrLR;
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#endif
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AssignedSerialNr = src.AssignedSerialNr;
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Prefix = src.Prefix;
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Suffix = src.Suffix;
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CompleteSerialNr = src.CompleteSerialNr;
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OriRadioAddress = src.OriRadioAddress;
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WMTypeRevision = src.WMTypeRevision;
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Pruefindex = src.Pruefindex;
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HydrPruefung = src.HydrPruefung;
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RawTestInfos = src.RawTestInfos; /// Not mapped to DB
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CompleteTestInfos = src.CompleteTestInfos; /// Not mapped to DB
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Workflow = src.Workflow; /// Not mapped to DB
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LastRecordIsNok = src.LastRecordIsNok; /// Not mapped to DB
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PrintLabel = src.PrintLabel; /// Not mapped to DB
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Q3Channel = src.Q3Channel; /// Mapped to DB
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foreach (var mtr in MeterTestRslts)
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{
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MeterTestRslt srcMtr = src.GetMeterTestRslt(mtr.Name(), (CompoundMeterId)mtr.CompoundMeterId);
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if (srcMtr != null)
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{
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mtr.CopyContentFrom(srcMtr);
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mtr.TestRslt.CopyContentFrom(srcMtr.TestRslt);
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}
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}
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}
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public override string ToString()
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{
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StringBuilder sb = new StringBuilder(80);
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#if IPERL
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sb.AppendFormat("PCB:{0} S/N:{1} ", SerialNr, SerialNrAux);
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#else
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sb.AppendFormat("S/N:{0} ", SerialNr);
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#endif
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foreach (var tr in MeterTestRslts) sb.AppendFormat(" {0}:{1}%", tr.Name(), tr.Error.ToString("F2"));
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sb.AppendFormat(" test start: {0} {1} batch={2}", StartTime().ToShortDateString(), StartTime().ToShortTimeString(), BatchNr());
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return sb.ToString();
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}
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/// <summary>
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/// Get decorated test names for a specified watermeter
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/// </summary>
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/// <param name="wMtr">Watermeter results entity</param>
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/// <returns>A list of strings</returns>
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public virtual IList<string> GetAllDecoratedTestNames()
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{
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IList<string> testNames = new List<string>();
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if (MeterTestRslts != null)
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{
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foreach (var mtr in MeterTestRslts)
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{
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if ((mtr.CompoundMeterId == (byte)CompoundMeterId.Single || mtr.CompoundMeterId == (byte)CompoundMeterId.Compound || mtr.CompoundMeterId == (byte)CompoundMeterId.HeatMeterEnergy)
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&& (mtr.Q3Channel != 0 ||
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(mtr.TestDone
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&& (mtr.Publish() != Publish.Never)
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&& (mtr.Publish() != Publish.Internal))))
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{
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testNames.Add(mtr.Name());
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}
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}
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}
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return testNames;
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}
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static readonly System.Drawing.Color NotCompletedColor = System.Drawing.Color.White;
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static readonly System.Drawing.Color OkColor = System.Drawing.Color.LightGreen;
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static readonly System.Drawing.Color NokColor = System.Drawing.Color.LightPink;
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static readonly System.Drawing.Color RejectColor = System.Drawing.Color.Magenta;
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static readonly System.Drawing.Color ProductionErrorColor = System.Drawing.Color.RoyalBlue;
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static readonly System.Drawing.Color WrongDirectionColor = System.Drawing.Color.Gold;
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static readonly System.Drawing.Color WrongQ2FactorsColor = System.Drawing.Color.Red;
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/// <summary>
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/// Get color for highlighting results and an apporpriate text message.
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/// </summary>
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/// <param name="wMtr">Water meter results entity</param>
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/// <param name="message">Appropriate message</param>
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/// <returns>Color for results</returns>
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public virtual System.Drawing.Color GetColorOfResults(bool maxRepeatsExceeded, out string message)
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{
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bool wmtrCompleted = CompletedFromTests();
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bool wmtrPassed = PassedFromTests();
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if ((ErrorFlags & (int)ErrorFlagMask.E28) != 0)
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{
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message = Strings.Previous_step_is_missing_or_NOK;
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return ProductionErrorColor;
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}
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else if ((ErrorFlags & (int)ErrorFlagMask.E27) != 0)
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{
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message = Strings.Wrong_iPerl_counting_direction;
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return WrongDirectionColor;
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}
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else if ((ErrorFlags & (int)ErrorFlagMask.E26) != 0)
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{
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message = Strings.Invalid_Q2_correction_factors;
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return WrongQ2FactorsColor;
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}
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else if (wmtrPassed)
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{
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/// Water meter passed (therefore is was also completed)
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message = Strings.Passed;
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return OkColor;
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}
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else if (wmtrCompleted)
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{
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/// Water meter was completed but did not pass => Failed
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if (maxRepeatsExceeded)
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{
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message = Strings.Test_repetition_count_exceeded_upper_limit;
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return RejectColor;
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}
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else
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{
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message = Strings.Failed;
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return NokColor;
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}
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}
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else if (Disabled)
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{
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/// Water meter was not completed yet => did not pass, did not fail
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message = Strings.This_position_is_disabled;
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return NotCompletedColor;
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}
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else
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{
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/// Water meter was not completed yet => did not pass, did not fail
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message = Strings.Test_in_progress;
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return NotCompletedColor;
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}
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}
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public virtual void WriteBinary(BinaryWriter writer, IList<WaterMeterData> savedWMDatas)
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{
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writer.Write(Id);
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writer.Write((SerialNr != null) ? SerialNr : string.Empty);
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writer.Write((SerialNrAux != null) ? SerialNrAux : string.Empty);
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writer.Write((RadioAddress != null) ? RadioAddress : string.Empty);
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writer.Write((PurchaseOrder != null) ? PurchaseOrder : string.Empty);
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writer.Write(YearOfProduction);
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writer.Write(WMPosition);
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writer.Write((EndState != null) ? EndState : string.Empty);
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writer.Write((EndStateAux != null) ? EndStateAux : string.Empty);
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writer.Write(QRise);
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writer.Write(QFall);
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writer.Write(ErrorFlags);
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writer.Write(InfoFlags);
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writer.Write(Passed);
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writer.Write(ResultCode);
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writer.Write((ArchivePath != null) ? ArchivePath : string.Empty);
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writer.Write((Remark != null) ? Remark : string.Empty);
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#if IPERL
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writer.Write(OrigCalibFactor);
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writer.Write(CalibFactor);
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writer.Write(OrigCalibFactorLNA);
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writer.Write(CalibFactorLNA);
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writer.Write(Q2ErrWOCorrection);
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writer.Write(Q2CorrRL);
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writer.Write(Q2CorrLR);
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writer.Write(Q2CorrFlowRight);
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writer.Write(Diff2Hz8Hz);
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writer.Write(Hz2CorrectionDone);
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writer.Write(Hz2Correction);
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writer.Write((FWVersion != null) ? FWVersion : string.Empty);
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#endif
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#if TURA_SPECIAL
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writer.Write(PaletteNr);
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writer.Write(UmkartonNr);
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writer.Write((ProdTestBench != null) ? ProdTestBench : string.Empty);
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writer.Write(ProdWMPosition);
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writer.Write((ProdUserName != null) ? ProdUserName : string.Empty);
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writer.Write((ProdPurchaseOrder != null) ? ProdPurchaseOrder : string.Empty);
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writer.Write(ProdPassed);
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writer.Write(ProdResultCode);
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writer.Write(ProdQ2CorrRL);
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writer.Write(ProdQ2CorrLR);
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#endif
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writer.Write(AssignedSerialNr);
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writer.Write((Prefix != null) ? Prefix : string.Empty);
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writer.Write((Suffix != null) ? Suffix : string.Empty);
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writer.Write((CompleteSerialNr != null) ? CompleteSerialNr : string.Empty);
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writer.Write((OriRadioAddress != null) ? OriRadioAddress : string.Empty);
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writer.Write(WMTypeRevision);
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writer.Write(Pruefindex);
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writer.Write(HydrPruefung);
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/// Write RawTestInfos
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IList<Output.SensusTestInfo> rawTestInfos = RawTestInfos as IList<Output.SensusTestInfo>;
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writer.Write((rawTestInfos != null) ? rawTestInfos.Count : 0);
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if (rawTestInfos != null)
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{
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for (int i = 0; i < rawTestInfos.Count; i++) rawTestInfos[i].WriteBinary(writer);
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}
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/// Write CompleteTestInfos
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Output.SensusTestInfo[] completeTestInfos = CompleteTestInfos as Output.SensusTestInfo[];
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writer.Write((completeTestInfos != null) ? completeTestInfos.Length : 0);
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if (completeTestInfos != null)
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{
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for (int i = 0; i < completeTestInfos.Length; i++) completeTestInfos[i].WriteBinary(writer);
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}
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writer.Write(Workflow);
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writer.Write(LastRecordIsNok);
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writer.Write(PrintLabel);
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/// Save WaterMeterData or WaterMeterData.Id
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if (WaterMeterData != null && savedWMDatas != null && !savedWMDatas.Contains(WaterMeterData))
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{
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writer.Write(true);
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WaterMeterData.WriteBinary(writer);
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savedWMDatas.Add(WaterMeterData);
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}
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else
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{
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writer.Write(false);
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}
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/// Write MeterTestRslts
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int meterTestRsltsCount = MeterTestRslts != null ? MeterTestRslts.Count : 0;
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writer.Write(meterTestRsltsCount);
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for (int i = 0; i < meterTestRsltsCount; i++)
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{
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MeterTestRslts[i].WriteBinary(writer);
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}
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}
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public virtual void ReadBinary(BinaryReader reader, IList<WaterMeterData> wmDatasRetrievedSoFar, IList<TestRslt> testRslts)
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{
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Id = reader.ReadInt32();
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SerialNr = reader.ReadString();
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SerialNrAux = reader.ReadString();
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RadioAddress = reader.ReadString();
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PurchaseOrder = reader.ReadString();
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YearOfProduction = reader.ReadInt32();
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WMPosition = reader.ReadInt32();
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EndState = reader.ReadString();
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EndStateAux = reader.ReadString();
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QRise = reader.ReadDouble();
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QFall = reader.ReadDouble();
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ErrorFlags = reader.ReadInt64();
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InfoFlags = reader.ReadInt64();
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Passed = reader.ReadBoolean();
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ResultCode = reader.ReadInt32();
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ArchivePath = reader.ReadString();
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Remark = reader.ReadString();
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#if IPERL
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OrigCalibFactor = reader.ReadDouble();
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CalibFactor = reader.ReadDouble();
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OrigCalibFactorLNA = reader.ReadDouble();
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CalibFactorLNA = reader.ReadDouble();
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Q2ErrWOCorrection = reader.ReadDouble();
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Q2CorrRL = reader.ReadInt32();
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Q2CorrLR = reader.ReadInt32();
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Q2CorrFlowRight = reader.ReadInt32();
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Diff2Hz8Hz = reader.ReadDouble();
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Hz2CorrectionDone = reader.ReadBoolean();
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Hz2Correction = reader.ReadInt32();
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FWVersion = reader.ReadString();
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#endif
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#if TURA_SPECIAL
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PaletteNr = reader.ReadInt32();
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UmkartonNr = reader.ReadInt32();
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ProdTestBench = reader.ReadString();
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ProdWMPosition = reader.ReadInt32();
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ProdUserName = reader.ReadString();
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ProdPurchaseOrder = reader.ReadString();
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ProdPassed = reader.ReadBoolean();
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ProdResultCode = reader.ReadInt32();
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ProdQ2CorrRL = reader.ReadInt32();
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ProdQ2CorrLR = reader.ReadInt32();
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#endif
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AssignedSerialNr = reader.ReadInt32();
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Prefix = reader.ReadString();
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Suffix = reader.ReadString();
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CompleteSerialNr = reader.ReadString();
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OriRadioAddress = reader.ReadString();
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WMTypeRevision = reader.ReadInt32();
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Pruefindex = reader.ReadInt32();
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HydrPruefung = reader.ReadInt32();
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/// Read RawTestInfos
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int rawTestInfosCount = reader.ReadInt32();
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IList<Output.SensusTestInfo> rawTestInfos = new List<Output.SensusTestInfo>();
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for (int i = 0; i < rawTestInfosCount; i++)
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{
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Output.SensusTestInfo ti = new Output.SensusTestInfo();
|
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ti.ReadBinary(reader);
|
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rawTestInfos.Add(ti);
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}
|
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RawTestInfos = rawTestInfos;
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|
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/// Read CompleteTestInfos
|
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int completeTestInfosLen = reader.ReadInt32();
|
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Output.SensusTestInfo[] completeTestInfos = new Output.SensusTestInfo[completeTestInfosLen];
|
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for (int i = 0; i < completeTestInfosLen; i++)
|
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{
|
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Output.SensusTestInfo ti = new Output.SensusTestInfo();
|
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ti.ReadBinary(reader);
|
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completeTestInfos[i] = ti;
|
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}
|
|
CompleteTestInfos = completeTestInfos;
|
|
|
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Workflow = reader.ReadString();
|
|
LastRecordIsNok = reader.ReadBoolean();
|
|
PrintLabel = reader.ReadBoolean();
|
|
|
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/// Retrieve TestData
|
|
if (reader.ReadBoolean())
|
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{
|
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(WaterMeterData = new WaterMeterData()).ReadBinary(reader);
|
|
if (wmDatasRetrievedSoFar != null) wmDatasRetrievedSoFar.Add(WaterMeterData);
|
|
}
|
|
else
|
|
{
|
|
WaterMeterData = null;
|
|
foreach (var wmd in wmDatasRetrievedSoFar)
|
|
{
|
|
WaterMeterData = wmd;
|
|
break;
|
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}
|
|
}
|
|
|
|
/// Read MeterTestRslts
|
|
int meterTestRsltsCount = reader.ReadInt32();
|
|
MeterTestRslts = new List<MeterTestRslt>();
|
|
for (int i = 0; i < meterTestRsltsCount; i++)
|
|
{
|
|
MeterTestRslt mtr = new MeterTestRslt();
|
|
mtr.WaterMeter = this;
|
|
mtr.ReadBinary(reader, testRslts);
|
|
MeterTestRslts.Add(mtr);
|
|
}
|
|
}
|
|
}
|
|
}
|