public void TestPolygon()
{
SqlGeometry geometry =
SqlGeometry.STPolyFromText(
new SqlChars(
new SqlString(
string.Format("POLYGON(({0} {1}, {2} {3}, {0} {3}, {1} {2}, {3} {1}, {0} {1}))", x, y, z, m))), 0);
IRI.Standards.OGC.SFA.OgcPolygon <IRI.Standards.OGC.SFA.Point> polygon =
new IRI.Standards.OGC.SFA.OgcPolygon <IRI.Standards.OGC.SFA.Point>(geometry.AsBinaryZM().Buffer);
CollectionAssert.AreEqual(polygon.ToWkb(), geometry.AsBinaryZM().Buffer);
SqlGeometry geometryZ =
SqlGeometry.STPolyFromText(
new SqlChars(
new SqlString(
string.Format("POLYGON(({0} {1} {1}, {2} {3} {1}, {0} {3} {2}, {1} {2} {2}, {3} {1} {2}, {0} {1} {1}))", x, y, z, m))), 0);
IRI.Standards.OGC.SFA.OgcPolygon <IRI.Standards.OGC.SFA.PointZ> polygonZ =
new IRI.Standards.OGC.SFA.OgcPolygon <IRI.Standards.OGC.SFA.PointZ>(geometryZ.AsBinaryZM().Buffer);
CollectionAssert.AreEqual(polygonZ.ToWkb(), geometryZ.AsBinaryZM().Buffer);
SqlGeometry geometryZM =
SqlGeometry.STPolyFromText(
new SqlChars(
new SqlString(
string.Format("POLYGON(({0} {1} {1} {0}, {2} {3} {1} {0}, {0} {3} {2} {0}, {1} {2} {2} {0}, {3} {1} {2} {2}, {0} {1} {1} {0}))", x, y, z, m))), 0);
IRI.Standards.OGC.SFA.OgcPolygon <IRI.Standards.OGC.SFA.PointZM> polygonZM =
new IRI.Standards.OGC.SFA.OgcPolygon <IRI.Standards.OGC.SFA.PointZM>(geometryZM.AsBinaryZM().Buffer);
CollectionAssert.AreEqual(polygonZM.ToWkb(), geometryZM.AsBinaryZM().Buffer);
}
public void TestLineString()
{
SqlGeometry geometry =
SqlGeometry.STLineFromText(
new SqlChars(
new SqlString(
string.Format("LINESTRING({0} {1}, {2} {3}, {0} {3}, {1} {2}, {3} {1})", x, y, z, m))), 0);
IRI.Standards.OGC.SFA.OgcLineString <IRI.Standards.OGC.SFA.Point> linestring =
new IRI.Standards.OGC.SFA.OgcLineString <IRI.Standards.OGC.SFA.Point>(geometry.AsBinaryZM().Buffer);
CollectionAssert.AreEqual(linestring.ToWkb(), geometry.AsBinaryZM().Buffer);
SqlGeometry geometryZ =
SqlGeometry.STLineFromText(
new SqlChars(
new SqlString(
string.Format("LINESTRING({0} {1} {1}, {2} {3} {1}, {0} {3} {2}, {1} {2} {2}, {3} {1} {2})", x, y, z, m))), 0);
IRI.Standards.OGC.SFA.OgcLineString <IRI.Standards.OGC.SFA.PointZ> linestringZ =
new IRI.Standards.OGC.SFA.OgcLineString <IRI.Standards.OGC.SFA.PointZ>(geometryZ.AsBinaryZM().Buffer);
CollectionAssert.AreEqual(linestringZ.ToWkb(), geometryZ.AsBinaryZM().Buffer);
SqlGeometry geometryZM =
SqlGeometry.STLineFromText(
new SqlChars(
new SqlString(
string.Format("LINESTRING({0} {1} {1} {0}, {2} {3} {1} {0}, {0} {3} {2} {0}, {1} {2} {2} {0}, {3} {1} {2} {2})", x, y, z, m))), 0);
IRI.Standards.OGC.SFA.OgcLineString <IRI.Standards.OGC.SFA.PointZM> linestringZM =
new IRI.Standards.OGC.SFA.OgcLineString <IRI.Standards.OGC.SFA.PointZM>(geometryZM.AsBinaryZM().Buffer);
CollectionAssert.AreEqual(linestringZM.ToWkb(), geometryZM.AsBinaryZM().Buffer);
}
public void TestPoint()
{
SqlGeometry geometry = SqlGeometry.STPointFromText(
new SqlChars(new SqlString(string.Format("POINT({0} {1})", x, y))), 0);
IRI.Standards.OGC.SFA.OgcPoint <IRI.Standards.OGC.SFA.Point> point =
new IRI.Standards.OGC.SFA.OgcPoint <IRI.Standards.OGC.SFA.Point>(geometry.AsBinaryZM().Buffer);
Assert.AreEqual(point.X, geometry.STX);
Assert.AreEqual(point.Y, geometry.STY);
SqlGeometry geometryZ = SqlGeometry.STPointFromText(
new SqlChars(new SqlString(string.Format("POINT({0} {1} {2})", x, y, z))), 0);
IRI.Standards.OGC.SFA.OgcPoint <IRI.Standards.OGC.SFA.PointZ> pointZ =
new IRI.Standards.OGC.SFA.OgcPoint <IRI.Standards.OGC.SFA.PointZ>(geometryZ.AsBinaryZM().Buffer);
Assert.AreEqual(pointZ.X, geometryZ.STX);
Assert.AreEqual(pointZ.Y, geometryZ.STY);
SqlGeometry geometryZM = SqlGeometry.STPointFromText(
new SqlChars(new SqlString(string.Format("POINT({0} {1} {2} {3})", x, y, z, m))), 0);
IRI.Standards.OGC.SFA.OgcPoint <IRI.Standards.OGC.SFA.PointZM> pointZM =
new IRI.Standards.OGC.SFA.OgcPoint <IRI.Standards.OGC.SFA.PointZM>(geometryZM.AsBinaryZM().Buffer);
Assert.AreEqual(pointZM.X, geometryZM.STX);
Assert.AreEqual(pointZM.Y, geometryZM.STY);
}
public static byte[] AsWkbZm(this SqlGeometry geometry)
{
return(geometry.AsBinaryZM().Value);
}