/// <summary>Creates a Filter_Capabilities section for the current request.</summary>
/// <returns>The Filter_Capabilities section for the current request.</returns>
protected virtual Filter110.Filter_Capabilities CreateFilterCapabilitiesSection()
{
var ret = new Filter110.Filter_Capabilities()
{
Id_Capabilities = new Filter110.Id_CapabilitiesType()
{
EID = new Filter110.EID[] {
new Filter110.EID()
}
},
Scalar_Capabilities = new Filter110.Scalar_CapabilitiesType()
{
ComparisonOperators = new Filter110.ComparisonOperatorsType()
{
ComparisonOperator = new string[] {
"LessThan",
"GreaterThan",
"LessThanEqualTo",
"GreaterThanEqualTo",
"EqualTo",
"NotEqualTo",
"Like"
}
},
LogicalOperators = new Filter110.LogicalOperators()
},
Spatial_Capabilities = new Filter110.Spatial_CapabilitiesType()
{
GeometryOperands = new Filter110.GeometryOperandsType()
{
GeometryOperand = new string[] {
"gml:Envelope",
"gml:Point",
"gml:LineString",
"gml:Polygon"
}
},
SpatialOperators = new Filter110.SpatialOperatorsType()
{
SpatialOperator = new Filter110.SpatialOperatorType[] {
new Filter110.SpatialOperatorType()
{
name = "BBOX"
},
new Filter110.SpatialOperatorType()
{
name = "Equals"
},
new Filter110.SpatialOperatorType()
{
name = "Disjoint"
},
new Filter110.SpatialOperatorType()
{
name = "Touches"
},
new Filter110.SpatialOperatorType()
{
name = "Within"
},
new Filter110.SpatialOperatorType()
{
name = "Overlaps"
},
new Filter110.SpatialOperatorType()
{
name = "Crosses"
},
new Filter110.SpatialOperatorType()
{
name = "Intersects"
},
new Filter110.SpatialOperatorType()
{
name = "Contains"
},
new Filter110.SpatialOperatorType()
{
name = "DWithin"
},
new Filter110.SpatialOperatorType()
{
name = "Beyond"
}
}
}
}
};
ret.Untyped.Add(
new XAttribute(XNamespace.Xmlns + CreateUniquePrefix(Namespaces.OgcGml, ret.Untyped, "gml"), Namespaces.OgcGml)
);
return(ret);
}
public XRootNamespace(Filter_Capabilities root)
{
this.doc=new XDocument(root.Untyped);
this.rootObject=root;
}