135 lines
3.9 KiB
C#
135 lines
3.9 KiB
C#
///
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/// Copyright (c) 2015-2020 Sensus Slovensko a.s.
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///
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using FluentNHibernate.Mapping;
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using Results.Entities;
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namespace Results.Mappings
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{
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class TestRsltMap : ClassMap<TestRslt>
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{
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public TestRsltMap()
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{
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Id(x => x.Id);
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References<Batch>(x => x.Batch);
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References<TestData>(x => x.TestData);
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References<Components>(x => x.Components);
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Map(x => x.Part);
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Map(x => x.RepetitionNr);
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Map(x => x.MethodClass);
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Map(x => x.TestDone);
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Map(x => x.Remark)
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.CustomType("StringClob")
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.CustomSqlType("varchar(2000)");
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Map(x => x.StartTime);
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Map(x => x.EndTime);
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Map(x => x.FlowSetTime);
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Map(x => x.TimeBtwnMassMsrmnts);
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Map(x => x.TestTime);
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Map(x => x.TestTimeCorrection);
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Map(x => x.PulsesMaster);
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Map(x => x.ConstMasterRaw);
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Map(x => x.ConstMasterCorr);
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Map(x => x.ConstMaster);
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Map(x => x.MassStartRaw);
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Map(x => x.MassStart);
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Map(x => x.MassEndRaw);
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Map(x => x.MassEnd);
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Map(x => x.DensityIn);
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Map(x => x.DensityLine).Column("DensityOut");
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Map(x => x.DensityDiv);
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Map(x => x.MassOfEvapWater).Column("Buoyancy");
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Map(x => x.FlowMass);
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Map(x => x.FlowVolume);
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Map(x => x.VolumeCTV);
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Map(x => x.VolumeMaster);
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Map(x => x.ErrorMaster);
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Map(x => x.DiverterStart);
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Map(x => x.DiverterEnd);
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Map(x => x.ErrorFlags);
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Map(x => x.InfoFlags);
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#if HEAT_METERS
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Map(x => x.RefEnergy);
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#endif
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Map(x => x.AmbTempMean).Column("AmbientTempAve");
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Map(x => x.AmbTempStart);
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Map(x => x.AmbTempEnd);
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Map(x => x.AmbTempMin);
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Map(x => x.AmbTempMax);
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Map(x => x.AmbPressMean).Column("AmbientPressAve");
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Map(x => x.AmbPressStart);
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Map(x => x.AmbPressEnd);
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Map(x => x.AmbPressMin);
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Map(x => x.AmbPressMax);
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Map(x => x.AmbHumiMean).Column("AmbientHumiAve");
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Map(x => x.AmbHumiStart);
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Map(x => x.AmbHumiEnd);
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Map(x => x.AmbHumiMin);
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Map(x => x.AmbHumiMax);
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Map(x => x.PressUpMean).Column("PressUpAvrg");
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Map(x => x.PressUpStart);
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Map(x => x.PressUpEnd);
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Map(x => x.PressUpMin);
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Map(x => x.PressUpMax);
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Map(x => x.PressDownMean).Column("PressDownAvrg");
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Map(x => x.PressDownStart);
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Map(x => x.PressDownEnd);
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Map(x => x.PressDownMin);
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Map(x => x.PressDownMax);
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Map(x => x.PressDeltaMean);
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Map(x => x.PressDeltaStart);
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Map(x => x.PressDeltaEnd);
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Map(x => x.PressDeltaMin);
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Map(x => x.PressDeltaMax);
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Map(x => x.TempUpMean).Column("TempInAvrg");
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Map(x => x.TempUpStart).Column("TempInStart");
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Map(x => x.TempUpEnd).Column("TempInEnd");
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Map(x => x.TempUpMin).Column("TempInMin");
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Map(x => x.TempUpMax).Column("TempInMax");
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Map(x => x.TempDownMean).Column("TempOutAvrg");
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Map(x => x.TempDownStart).Column("TempOutStart");
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Map(x => x.TempDownEnd).Column("TempOutEnd");
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Map(x => x.TempDownMin).Column("TempOutMin");
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Map(x => x.TempDownMax).Column("TempOutMax");
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Map(x => x.TempDivMean).Column("TempDivAvrg");
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Map(x => x.TempDivStart);
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Map(x => x.TempDivEnd);
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Map(x => x.TempDivMin);
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Map(x => x.TempDivMax);
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Map(x => x.FlowMean);
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Map(x => x.FlowStart);
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Map(x => x.FlowEnd);
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Map(x => x.FlowMin);
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Map(x => x.FlowMax);
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#if TURA_IPERL || TURA_IPERL_NEW || TURA_SPECIAL
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Map(x => x.ConductMean);
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Map(x => x.ConductStart);
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Map(x => x.ConductEnd);
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Map(x => x.ConductMin);
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Map(x => x.ConductMax);
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#endif
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Map(x => x.Uncertnt);
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Map(x => x.UncertntScale);
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Map(x => x.UncertntDensity);
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Map(x => x.UncertntTemp);
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Map(x => x.UncertntPressure);
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Map(x => x.Custom1);
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Map(x => x.Custom2);
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Map(x => x.Custom3);
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Map(x => x.Custom4);
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Map(x => x.Custom5);
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Map(x => x.Custom6);
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Map(x => x.Custom7);
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Map(x => x.Custom8);
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Map(x => x.Counter1);
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Map(x => x.Counter2);
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Map(x => x.Counter3);
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Map(x => x.Counter4);
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Map(x => x.Counter5);
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}
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}
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}
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