/// <summary>
///
/// </summary>
/// <returns></returns>
public override IFeature DeepClone()
{
return(new WeatherForecastWarningArea
{
FeatureName = FeatureName == null
? new[] { new FeatureName() }
: Array.ConvertAll(FeatureName, fn => fn.DeepClone() as IFeatureName),
FeatureObjectIdentifier = FeatureObjectIdentifier == null
? new FeatureObjectIdentifier()
: FeatureObjectIdentifier.DeepClone() as IFeatureObjectIdentifier,
FixedDateRange = FixedDateRange == null
? new DateRange()
: FixedDateRange.DeepClone() as IDateRange,
Id = Id,
PeriodicDateRange = PeriodicDateRange == null
? new DateRange[0]
: Array.ConvertAll(PeriodicDateRange, p => p.DeepClone() as IDateRange),
SourceIndication = SourceIndication == null
? new SourceIndication()
: SourceIndication.DeepClone() as ISourceIndication,
TextContent = TextContent == null
? new TextContent[0]
: Array.ConvertAll(TextContent, t => t.DeepClone() as ITextContent),
Geometry = Geometry,
CategoryOfFrctAndWarningArea = CategoryOfFrctAndWarningArea,
Nationality = Nationality,
Status = Status,
Links = Links == null
? new Link[0]
: Array.ConvertAll(Links, l => l.DeepClone() as ILink)
});
}
/// <summary>
///
/// </summary>
/// <returns></returns>
public override IFeature DeepClone()
{
return(new QualityOfNonBathymetricData
{
CategoryOfTemporalVariation = CategoryOfTemporalVariation,
DataAssessment = DataAssessment,
SourceIndication = SourceIndication == null
? new SourceIndication()
: SourceIndication.DeepClone() as ISourceIndication,
FeatureObjectIdentifier = FeatureObjectIdentifier == null
? new FeatureObjectIdentifier()
: FeatureObjectIdentifier.DeepClone() as IFeatureObjectIdentifier,
HorizontalDistanceUncertainty = HorizontalDistanceUncertainty == null
? new string[0]
: Array.ConvertAll(HorizontalDistanceUncertainty, hdu => hdu),
HorizontalPositionalUncertainty = HorizontalPositionalUncertainty == null
? new HorizontalPositionalUncertainty()
: HorizontalPositionalUncertainty.DeepClone() as IHorizontalPositionalUncertainty,
DirectionUncertainty = DirectionUncertainty,
SurveyDateRange = SurveyDateRange == null
? new SurveyDateRange()
: SurveyDateRange.DeepClone() as ISurveyDateRange,
Geometry = Geometry,
Id = Id,
Links = Links == null
? new Link[0]
: Array.ConvertAll(Links, l => l.DeepClone() as ILink)
});
}
/// <summary>
///
/// </summary>
/// <param name="node"></param>
/// <returns></returns>
public override IFeature FromXml(XmlNode node, XmlNamespaceManager mgr)
{
if (node != null && node.HasChildNodes)
{
if (node.FirstChild.Attributes.Count > 0)
{
Id = node.FirstChild.Attributes["gml:id"].InnerText;
}
var featureObjectIdentifierNode = node.FirstChild.SelectSingleNode("s100:featureObjectIdentifier", mgr);
if (featureObjectIdentifierNode != null && featureObjectIdentifierNode.HasChildNodes)
{
FeatureObjectIdentifier = new FeatureObjectIdentifier();
FeatureObjectIdentifier.FromXml(featureObjectIdentifierNode, mgr);
}
var foidNode = node.FirstChild.SelectSingleNode("s100:featureObjectIdentifier", mgr);
if (foidNode != null && foidNode.HasChildNodes)
{
FeatureObjectIdentifier = new FeatureObjectIdentifier();
FeatureObjectIdentifier.FromXml(foidNode, mgr);
}
var maximumDisplayScaleNode = node.FirstChild.SelectSingleNode("maximumDisplayScale", mgr);
if (maximumDisplayScaleNode != null)
{
MaximumDisplayScale = maximumDisplayScaleNode.InnerText;
}
var minimumDisplayScaleNode = node.FirstChild.SelectSingleNode("minimumDisplayScale", mgr);
if (minimumDisplayScaleNode != null)
{
MinimumDisplayScale = minimumDisplayScaleNode.InnerText;
}
var linkNodes = node.FirstChild.SelectNodes("*[boolean(@xlink:href)]", mgr);
if (linkNodes != null && linkNodes.Count > 0)
{
var links = new List <Link>();
foreach (XmlNode linkNode in linkNodes)
{
var newLink = new Link();
newLink.FromXml(linkNode, mgr);
links.Add(newLink);
}
Links = links.ToArray();
}
}
return(this);
}
/// <summary>
///
/// </summary>
/// <returns></returns>
public override IFeature DeepClone()
{
return(new MilitaryPracticeArea
{
FeatureName = FeatureName == null
? new[] { new FeatureName() }
: Array.ConvertAll(FeatureName, fn => fn.DeepClone() as IFeatureName),
FeatureObjectIdentifier = FeatureObjectIdentifier == null
? new FeatureObjectIdentifier()
: FeatureObjectIdentifier.DeepClone() as IFeatureObjectIdentifier,
FixedDateRange = FixedDateRange == null
? new DateRange()
: FixedDateRange.DeepClone() as IDateRange,
Id = Id,
PeriodicDateRange = PeriodicDateRange == null
? new DateRange[0]
: Array.ConvertAll(PeriodicDateRange, p => p.DeepClone() as IDateRange),
SourceIndication = SourceIndication == null
? new SourceIndication()
: SourceIndication.DeepClone() as ISourceIndication,
TextContent = TextContent == null
? new TextContent[0]
: Array.ConvertAll(TextContent, t => t.DeepClone() as ITextContent),
Geometry = Geometry,
CategoryOfMilitaryPracticeArea = CategoryOfMilitaryPracticeArea == null
? new string[0]
: Array.ConvertAll(CategoryOfMilitaryPracticeArea, s => s),
Nationality = Nationality,
Restriction = Restriction == null
? new string[0]
: Array.ConvertAll(Restriction, s => s),
Status = Status == null
? new string[0]
: Array.ConvertAll(Status, s => s),
Links = Links == null
? new Link[0]
: Array.ConvertAll(Links, l => l.DeepClone() as ILink)
});
}
/// <summary>
///
/// </summary>
/// <param name="node"></param>
/// <param name="mgr"></param>
/// <returns></returns>
public override IFeature FromXml(XmlNode node, XmlNamespaceManager mgr)
{
if (node != null && node.HasChildNodes)
{
if (node.FirstChild.Attributes.Count > 0)
{
Id = node.FirstChild.Attributes["gml:id"].InnerText;
}
}
var featureObjectIdentifierNode = node.FirstChild.SelectSingleNode("s100:featureObjectIdentifier", mgr);
if (featureObjectIdentifierNode != null && featureObjectIdentifierNode.HasChildNodes)
{
FeatureObjectIdentifier = new FeatureObjectIdentifier();
FeatureObjectIdentifier.FromXml(featureObjectIdentifierNode, mgr);
}
var periodicDateRangeNodes = node.FirstChild.SelectNodes("periodicDateRange", mgr);
if (periodicDateRangeNodes != null && periodicDateRangeNodes.Count > 0)
{
var dateRanges = new List <DateRange>();
foreach (XmlNode periodicDateRangeNode in periodicDateRangeNodes)
{
var newDateRange = new DateRange();
newDateRange.FromXml(periodicDateRangeNode, mgr);
dateRanges.Add(newDateRange);
}
PeriodicDateRange = dateRanges.ToArray();
}
var fixedDateRangeNode = node.FirstChild.SelectSingleNode("fixedDateRange", mgr);
if (fixedDateRangeNode != null && fixedDateRangeNode.HasChildNodes)
{
FixedDateRange = new DateRange();
FixedDateRange.FromXml(fixedDateRangeNode, mgr);
}
var featureNameNodes = node.FirstChild.SelectNodes("featureName", mgr);
if (featureNameNodes != null && featureNameNodes.Count > 0)
{
var featureNames = new List <FeatureName>();
foreach (XmlNode featureNameNode in featureNameNodes)
{
var newFeatureName = new FeatureName();
newFeatureName.FromXml(featureNameNode, mgr);
featureNames.Add(newFeatureName);
}
FeatureName = featureNames.ToArray();
}
var sourceIndication = node.FirstChild.SelectSingleNode("sourceIndication", mgr);
if (sourceIndication != null && sourceIndication.HasChildNodes)
{
SourceIndication = new SourceIndication();
SourceIndication.FromXml(sourceIndication, mgr);
}
var textContentNodes = node.FirstChild.SelectNodes("textContent", mgr);
if (textContentNodes != null && textContentNodes.Count > 0)
{
var textContents = new List <TextContent>();
foreach (XmlNode textContentNode in textContentNodes)
{
if (textContentNode != null && textContentNode.HasChildNodes)
{
var content = new TextContent();
content.FromXml(textContentNode, mgr);
textContents.Add(content);
}
}
TextContent = textContents.ToArray();
}
var categoryOfFrctAndWarningAreaNode = node.FirstChild.SelectSingleNode("categoryOfFrcstAndWarningArea", mgr);
if (categoryOfFrctAndWarningAreaNode != null && categoryOfFrctAndWarningAreaNode.HasChildNodes)
{
CategoryOfFrctAndWarningArea = categoryOfFrctAndWarningAreaNode.FirstChild.InnerText;
}
var nationalityNode = node.FirstChild.SelectSingleNode("nationality", mgr);
if (nationalityNode != null && nationalityNode.HasChildNodes)
{
Nationality = nationalityNode.FirstChild.InnerText;
}
var statusNode = node.FirstChild.SelectSingleNode("status", mgr);
if (statusNode != null && statusNode.HasChildNodes)
{
Status = statusNode.FirstChild.InnerText;
}
var linkNodes = node.FirstChild.SelectNodes("*[boolean(@xlink:href)]", mgr);
if (linkNodes != null && linkNodes.Count > 0)
{
var links = new List <Link>();
foreach (XmlNode linkNode in linkNodes)
{
var newLink = new Link();
newLink.FromXml(linkNode, mgr);
links.Add(newLink);
}
Links = links.ToArray();
}
return(this);
}
/// <summary>
///
/// </summary>
/// <param name="node"></param>
/// <param name="mgr"></param>
/// <returns></returns>
public override IFeature FromXml(XmlNode node, XmlNamespaceManager mgr)
{
if (node != null && node.HasChildNodes)
{
if (node.FirstChild.Attributes.Count > 0)
{
Id = node.FirstChild.Attributes["gml:id"].InnerText;
}
var featureObjectIdentifierNode = node.FirstChild.SelectSingleNode("s100:featureObjectIdentifier", mgr);
if (featureObjectIdentifierNode != null && featureObjectIdentifierNode.HasChildNodes)
{
FeatureObjectIdentifier = new FeatureObjectIdentifier();
FeatureObjectIdentifier.FromXml(featureObjectIdentifierNode, mgr);
}
var categoryOfTemporalVariation = node.FirstChild.SelectSingleNode("categoryOfTemporalVariation", mgr);
if (categoryOfTemporalVariation != null)
{
CategoryOfTemporalVariation = categoryOfTemporalVariation.InnerText;
}
var dataAssessment = node.FirstChild.SelectSingleNode("dataAssessment", mgr);
if (dataAssessment != null)
{
DataAssessment = dataAssessment.InnerText;
}
var sourceIndicationNode = node.FirstChild.SelectSingleNode("sourceIndication", mgr);
if (sourceIndicationNode != null && sourceIndicationNode.HasChildNodes)
{
SourceIndication = new SourceIndication();
SourceIndication.FromXml(sourceIndicationNode, mgr);
}
var horizontalDistanceUncertaintyNodes = node.FirstChild.SelectNodes("horizontalDistanceUncertainty", mgr);
if (horizontalDistanceUncertaintyNodes != null && horizontalDistanceUncertaintyNodes.Count > 0)
{
var distanceUncertainties = new List <string>();
foreach (XmlNode horizontalDistanceUncertaintyNode in horizontalDistanceUncertaintyNodes)
{
if (horizontalDistanceUncertaintyNode != null && horizontalDistanceUncertaintyNode.HasChildNodes)
{
distanceUncertainties.Add(horizontalDistanceUncertaintyNode.FirstChild.InnerText);
}
}
HorizontalDistanceUncertainty = distanceUncertainties.ToArray();
}
var horizontalPositionalUncertaintyNode = node.FirstChild.SelectSingleNode("horizontalPositionalUncertainty", mgr);
if (horizontalPositionalUncertaintyNode != null && horizontalPositionalUncertaintyNode.HasChildNodes)
{
HorizontalPositionalUncertainty = new HorizontalPositionalUncertainty();
HorizontalPositionalUncertainty.FromXml(horizontalPositionalUncertaintyNode, mgr);
}
var directionUncertaintyNode = node.FirstChild.SelectSingleNode("directionUncertainty", mgr);
if (directionUncertaintyNode != null && directionUncertaintyNode.HasChildNodes)
{
DirectionUncertainty = directionUncertaintyNode.FirstChild.InnerText;
}
var surveyDateRangeNode = node.FirstChild.SelectSingleNode("surveyDateRange", mgr);
if (surveyDateRangeNode != null && surveyDateRangeNode.HasChildNodes)
{
SurveyDateRange = new SurveyDateRange();
SurveyDateRange.FromXml(surveyDateRangeNode, mgr);
}
var informationNode = node.FirstChild.SelectSingleNode("information", mgr);
if (informationNode != null && informationNode.HasChildNodes)
{
Information = new Information();
Information.FromXml(informationNode, mgr);
}
}
var linkNodes = node.FirstChild.SelectNodes("*[boolean(@xlink:href)]", mgr);
if (linkNodes != null && linkNodes.Count > 0)
{
var links = new List <Link>();
foreach (XmlNode linkNode in linkNodes)
{
var newLink = new Link();
newLink.FromXml(linkNode, mgr);
links.Add(newLink);
}
Links = links.ToArray();
}
return(this);
}