public bool Import()
{
int elementCounter = 0;
int samplingRecords = 0;
bool proceed = false;
fadSubgridStyle subgridStyle = fadSubgridStyle.SubgridStyleNone;
fadUTMZone zone = fadUTMZone.utmZone_Undefined;
XmlTextReader xmlReader = new XmlTextReader(XMLFilename);
string gearClassGuid = "";
int mapCount = 0;
VesselType vesselType = VesselType.NotDetermined;
List <FishingGround> listFishingGrounds = new List <FishingGround>();
Sampling sampling = new Sampling();
FishingVessel fishingVessel = new FishingVessel(VesselType.NotDetermined);
string gearVariationGuid = "";
string refCode = "";
string usageCodeID = "";
while (xmlReader.Read())
{
if (xmlReader.NodeType == XmlNodeType.Element)
{
switch (xmlReader.Name)
{
case "FishCatchMonitoring":
SamplingEventArgs sev = new SamplingEventArgs(SamplingRecordStatus.StartImport);
sev.SamplingToFromXML = this;
sev.TargetAreaName = TargetAreaName;
OnExportSamplingStatus?.Invoke(null, sev);
string targetAreaCode = xmlReader.GetAttribute("TargetAreaCode");
subgridStyle = (fadSubgridStyle)Enum.Parse(typeof(fadSubgridStyle), xmlReader.GetAttribute("SubGridStyle"));
zone = (fadUTMZone)Enum.Parse(typeof(fadUTMZone), xmlReader.GetAttribute("UTMZone"));
if (NewTargetArea &&
!TargetArea.AddNewTargetArea(TargetAreaName, TargetAreaGuid, targetAreaCode, subgridStyle, zone))
{
}
else
{
TargetArea = new TargetArea(TargetAreaGuid);
TargetArea.TargetAreaName = TargetAreaName;
TargetArea.TargetAreaLetter = targetAreaCode;
}
break;
case "FishingGroundMaps":
break;
case "FishingGroundMap":
string ulg = xmlReader.GetAttribute("ulg");
string lrg = xmlReader.GetAttribute("lrg");
string description = xmlReader.GetAttribute("description");
FishingGrid.AddGrid25Map(TargetAreaGuid, subgridStyle, zone, ulg, lrg, description, mapCount == 0);
mapCount++;
break;
case "Enumerators":
break;
case "Enumerator":
string enumeratorGUID = xmlReader.GetAttribute("EnumeratorGuid");
string enumeratorName = xmlReader.GetAttribute("Name");
DateTime hiredate = DateTime.Parse(xmlReader.GetAttribute("DateHired"));
bool active = bool.Parse(xmlReader.GetAttribute("Active"));
Enumerators.SaveNewTargetAreaEnumerator(TargetAreaGuid, enumeratorName, hiredate, active, enumeratorGUID);
break;
case "LandingSites":
break;
case "LandingSite":
string landingsiteGuid = xmlReader.GetAttribute("LandingSiteGuid");
string landingsiteName = xmlReader.GetAttribute("LandingSiteName");
int munNo = int.Parse(xmlReader.GetAttribute("MunicipalityNumber"));
string sx = xmlReader.GetAttribute("x_coordinate");
string sy = xmlReader.GetAttribute("y_coordinate");
double?x = sx.Length == 0 ? null : (double?)double.Parse(sx);
double?y = sy.Length == 0 ? null : (double?)double.Parse(sy);
Landingsite.AddNewLandingSite(TargetAreaGuid, landingsiteGuid, landingsiteName, munNo, x, y);
break;
case "FishingGears":
SamplingEventArgs sve = new SamplingEventArgs(SamplingRecordStatus.BeginFishingGears);
sve.RecordCount = int.Parse(xmlReader.GetAttribute("GearVariationsCount"));
OnExportSamplingStatus?.Invoke(null, sve);
break;
case "GearLocalNames":
sve = new SamplingEventArgs(SamplingRecordStatus.BeginGearLocalNames);
sve.RecordCount = int.Parse(xmlReader.GetAttribute("LocalNameCount"));
OnExportSamplingStatus?.Invoke(null, sve);
break;
case "GearLocalName":
string gearLocalName = xmlReader.GetAttribute("LocalName");
NewFisheryObjectName nfo = new NewFisheryObjectName(gearLocalName, FisheryObjectNameType.GearLocalName);
Gears.SaveNewLocalName(nfo, xmlReader.GetAttribute("LocalNameGuid"));
sve = new SamplingEventArgs(SamplingRecordStatus.GearLocalName);
sve.GearLocalName = gearLocalName;
OnExportSamplingStatus?.Invoke(null, sve);
break;
case "GearClasses":
break;
case "GearClass":
gearClassGuid = xmlReader.GetAttribute("ClassGuid");
string gearClassName = xmlReader.GetAttribute("ClassName");
string gearClassLetter = xmlReader.GetAttribute("ClassLetter");
GearClass.AddGearClass(gearClassName, gearClassLetter, gearClassGuid);
break;
case "GearVariation":
string gearVariationName = xmlReader.GetAttribute("name");
gearVariationGuid = xmlReader.GetAttribute("guid");
Gears.AddGearVariation(gearClassGuid, gearVariationName, gearVariationGuid);
sve = new SamplingEventArgs(SamplingRecordStatus.FishingGears);
sve.GearVariationName = gearVariationName;
OnExportSamplingStatus?.Invoke(null, sve);
break;
case "Specifications":
break;
case "Specification":
GearSpecification gs = new GearSpecification(xmlReader.GetAttribute("ElementName"),
xmlReader.GetAttribute("ElementType"),
xmlReader.GetAttribute("SpecRowGUID"),
int.Parse(xmlReader.GetAttribute("Sequence")));
gs.Notes = xmlReader.GetAttribute("Description");
ManageGearSpecsClass.SaveGearSpec(gearVariationGuid, gs);
break;
case "GearRefCodes":
break;
case "GearRefCode":
refCode = xmlReader.GetAttribute("RefCode");
Gears.SaveNewGearReferenceCode(refCode, gearVariationGuid, bool.Parse(xmlReader.GetAttribute("IsSubVariation").ToString()));
break;
case "RefCodeUsage":
usageCodeID = xmlReader.GetAttribute("UsageRowID");
if (usageCodeID.Length > 0)
{
var addUsageResult = Gears.AddGearCodeUsageTargetArea(refCode, TargetArea.TargetAreaGuid, usageCodeID);
usageCodeID = addUsageResult.NewRow;
}
break;
case "LocalNamesInUse":
break;
case "LocalNameUsed":
if (usageCodeID.Length > 0)
{
Gears.AddUsageLocalName(usageCodeID, xmlReader.GetAttribute("LocalNameGuid"), xmlReader.GetAttribute("UsageGuid"));
}
break;
case "Taxa":
break;
case "TaxaItem":
int taxaNumber = int.Parse(xmlReader.GetAttribute("TaxaNo"));
string taxaName = xmlReader.GetAttribute("Taxa");
TaxaCategory.AddTaxa(taxaNumber, taxaName);
break;
case "AllCatchNames":
sve = new SamplingEventArgs(SamplingRecordStatus.BeginCatchNames);
sve.RecordCount = int.Parse(xmlReader.GetAttribute("NamesOfCatchCount"));
OnExportSamplingStatus?.Invoke(null, sve);
break;
case "CatchName":
string nameGuid = xmlReader.GetAttribute("NameGuid");
string name1 = xmlReader.GetAttribute("Name1");
string name2 = xmlReader.GetAttribute("Name2");
int?taxaNo = null;
if (int.TryParse(xmlReader.GetAttribute("TaxaNumber"), out int tn))
{
taxaNo = tn;
}
string identification = xmlReader.GetAttribute("Identification");
bool inFishbase = bool.Parse(xmlReader.GetAttribute("IsListedInFishbase"));
int?fbNumber = null;
if (int.TryParse(xmlReader.GetAttribute("FBSpeciesNumber"), out int v))
{
fbNumber = v;
}
bool success = CatchName.AddCatchName(nameGuid, identification, name1, name2, taxaNo, inFishbase, fbNumber);
sve = new SamplingEventArgs(SamplingRecordStatus.CatchNames);
sve.CatchName = $"{name1} {name2}";
OnExportSamplingStatus?.Invoke(null, sve);
break;
case "Samplings":
samplingRecords = int.Parse(xmlReader.GetAttribute("SamplingRecordsCount"));
OnExportSamplingStatus?.Invoke(null, new SamplingEventArgs(SamplingRecordStatus.BeginSamplings, samplingRecords));
break;
case "Sampling":
sampling = new Sampling(xmlReader.GetAttribute("TargetAreaGUID"),
xmlReader.GetAttribute("SamplingGUID"),
DateTime.Parse(xmlReader.GetAttribute("SamplingDateTime")),
xmlReader.GetAttribute("LandingSiteGuid"),
xmlReader.GetAttribute("ReferenceNumber"));
sampling.TargetAreaGuid = TargetAreaGuid;
sampling.EnumeratorGuid = xmlReader.GetAttribute("EnumeratorGuid");
sampling.SamplingType = CatchMonitoringSamplingType.FisheryDependent;
if (xmlReader.GetAttribute("SamplingType") != null)
{
sampling.SamplingType = (CatchMonitoringSamplingType)Enum.Parse(typeof(CatchMonitoringSamplingType), xmlReader.GetAttribute("SamplingType"));
}
if (DateTime.TryParse(xmlReader.GetAttribute("DateEncoded"), out DateTime result))
{
sampling.DateEncoded = result;
}
if (DateTime.TryParse(xmlReader.GetAttribute("GearSetDateTime"), out result))
{
sampling.GearSettingDateTime = result;
}
if (DateTime.TryParse(xmlReader.GetAttribute("GearHaulDateTime"), out result))
{
sampling.GearHaulingDateTime = result;
}
sampling.GearVariationGuid = xmlReader.GetAttribute("GearVariationGuid");
if (bool.TryParse(xmlReader.GetAttribute("HasLiveFish"), out bool hlf))
{
sampling.HasLiveFish = hlf;
}
sampling.Notes = xmlReader.GetAttribute("Notes");
if (int.TryParse(xmlReader.GetAttribute("NumberOfFishers"), out int nf))
{
sampling.NumberOfFishers = nf;
}
if (int.TryParse(xmlReader.GetAttribute("NumberOfHauls"), out int nh))
{
sampling.NumberOfHauls = nh;
}
if (int.TryParse(xmlReader.GetAttribute("WeightCatch"), out int wc))
{
sampling.CatchWeight = wc;
}
if (int.TryParse(xmlReader.GetAttribute("WeightSample"), out int ws))
{
sampling.SampleWeight = ws;
}
break;
case "FishingVessel":
if (Enum.TryParse(xmlReader.GetAttribute("VesselType"), out VesselType t))
{
vesselType = t;
}
fishingVessel = new FishingVessel(vesselType);
fishingVessel.Engine = xmlReader.GetAttribute("Engine");
if (int.TryParse(xmlReader.GetAttribute("EngineHp"), out int hp))
{
fishingVessel.EngineHorsepower = hp;
}
var dimension = xmlReader.GetAttribute("Dimension_BDL").Split(new char[] { 'x', ' ' });
if (dimension[0].Length > 0)
{
fishingVessel.Breadth = double.Parse(dimension[0]);
fishingVessel.Depth = double.Parse(dimension[3]);
fishingVessel.Length = double.Parse(dimension[6]);
}
sampling.FishingVessel = fishingVessel;
break;
case "FishingGrounds":
listFishingGrounds.Clear();
break;
case "FishingGround":
int? sg = null;
string fg = xmlReader.GetAttribute("Name");
if (fg.Length > 0)
{
if (int.TryParse(xmlReader.GetAttribute("SubGrid"), out int s))
{
sg = s;
}
listFishingGrounds.Add(new FishingGround(fg, sg));
}
break;
case "CatchComposition":
sampling.FishingGroundList = listFishingGrounds;
Samplings sp = new Samplings();
if (sp.UpdateEffort(true, sampling))
{
OnExportSamplingStatus?.Invoke(null, new SamplingEventArgs(SamplingRecordStatus.Samplings, sampling.ReferenceNumber));
}
break;
case "Catch":
break;
case "LengthFrequency":
break;
case "LengthFrequencyItem":
break;
case "GonadalMaturityStage":
break;
case "GMSItem":
break;
}
elementCounter++;
}
//if (elementCounter > 0 && !proceed)
//{
// OnExportSamplingStatus?.Invoke(null, new SamplingEventArgs(ExportSamplingStatus.Error, "XML file does not contain fish catch monitoring data", 0));
// proceed = false;
//}
}
OnExportSamplingStatus?.Invoke(null, new SamplingEventArgs(SamplingRecordStatus.EndImport));
xmlReader.Close();
return(proceed);
}