private static async Task SendExportDefinition(EvcQARun evcQARun)
{
var serializer = new XmlSerializer(typeof(EvcQARun));
var result = new StringBuilder();
using (var writer = XmlWriter.Create(result))
{
serializer.Serialize(writer, evcQARun);
}
var postBody = result.ToString();
using (var client = new HttpClient())
{
client.DefaultRequestHeaders.Accept.Add(new MediaTypeWithQualityHeaderValue("application/xml"));
var response = await client.PostAsync(ServiceAddress, new StringContent(postBody, Encoding.UTF8, "application/xml"));
}
}
public static EvcQARun RunTranslationForExport(Instrument instrument)
{
var verificationTests = new List <EvcQARun.VerificationTest>();
foreach (var vt in instrument.VerificationTests)
{
verificationTests.Add(TranslateVerificationTest(vt));
}
var qaRun = new EvcQARun
{
CompanyNumber = instrument.SiteNumber2.ToString(),
DateTime = instrument.TestDateTime,
DriveType = "Rotary",
ConfirmedStatus = instrument.HasPassed ? "PASS" : "FAIL",
FirmwareVersion = instrument.FirmwareVersion,
InstrumentType = instrument.InstrumentTypeString,
SerialNumber = instrument.SerialNumber.ToString(),
InstrumentData = instrument.InstrumentData,
InstrumentComposition = instrument.CompositionType.ToString(),
//PressureInfo = new EvcQARun.PressureHeader
//{
// BasePressure = instrument.EvcBasePressure().Value,
// PressureRange = instrument.EvcPressureRange().Value,
// PressureUnits = instrument.PressureUnits(),
// TransducerType = instrument.GetTransducerType().ToString(),
// ProgrammedAtmosphericPressure = instrument.EvcAtmosphericPressure().Value
//},
TemperatureInfo = new EvcQARun.TemperatureHeader
{
BaseTemperature = instrument.EvcBaseTemperature().Value,
TemperatureRange = "-40 to 170 C",
TemperatureUnits = instrument.TemperatureUnits()
},
SuperFactorInfo = new EvcQARun.SuperFactorHeader
{
CO2 = instrument.CO2().Value,
SpecGr = instrument.SpecGr().Value,
N2 = instrument.N2().Value,
FPVTable = "NX19"
},
VolumeInfo = new EvcQARun.VolumeHeader
{
CorrectedMultiplierDescription = instrument.CorrectedMultiplierDescription(),
CorrectedMultiplierValue = (int)instrument.CorrectedMultiplier(),
UncorrectedMultiplierDescription = instrument.UnCorrectedMultiplierDescription(),
UncorrectedMultiplierValue = (int)instrument.CorrectedMultiplier(),
DriveRateDescription = instrument.DriveRateDescription(),
PulseASelect = instrument.PulseASelect(),
PulseBSelect = instrument.PulseBSelect()
},
VerificationTests = verificationTests
};
return(qaRun);
}
