internal override void ValidateTransition(SpatialValidatorImplementation.NestedValidator.PipelineCall transition, SpatialValidatorImplementation.NestedValidator validator)
{
SpatialValidatorImplementation.NestedValidator.PipelineCall call = transition;
if (call == SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginFigure)
{
validator.Jump(SpatialValidatorImplementation.NestedValidator.PointBuilding);
}
else if (call == SpatialValidatorImplementation.NestedValidator.PipelineCall.End)
{
validator.Return();
}
else
{
SpatialValidatorImplementation.NestedValidator.ValidatorState.ThrowExpected(SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginFigure, SpatialValidatorImplementation.NestedValidator.PipelineCall.End, transition);
}
}
internal override void ValidateTransition(SpatialValidatorImplementation.NestedValidator.PipelineCall transition, SpatialValidatorImplementation.NestedValidator validator)
{
switch (transition)
{
case SpatialValidatorImplementation.NestedValidator.PipelineCall.LineTo:
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.EndFigure:
if (validator.pointCount < 2)
{
throw new FormatException(Strings.Validator_LineStringNeedsTwoPoints);
}
validator.Jump(SpatialValidatorImplementation.NestedValidator.LineStringEnd);
return;
}
SpatialValidatorImplementation.NestedValidator.ValidatorState.ThrowExpected(SpatialValidatorImplementation.NestedValidator.PipelineCall.LineTo, SpatialValidatorImplementation.NestedValidator.PipelineCall.EndFigure, transition);
}
internal override void ValidateTransition(SpatialValidatorImplementation.NestedValidator.PipelineCall transition, SpatialValidatorImplementation.NestedValidator validator)
{
switch (transition)
{
case SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginPoint:
validator.Jump(SpatialValidatorImplementation.NestedValidator.PointStart);
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginLineString:
validator.Jump(SpatialValidatorImplementation.NestedValidator.LineStringStart);
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginPolygon:
validator.Jump(SpatialValidatorImplementation.NestedValidator.PolygonStart);
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginMultiPoint:
validator.Jump(SpatialValidatorImplementation.NestedValidator.MultiPoint);
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginMultiLineString:
validator.Jump(SpatialValidatorImplementation.NestedValidator.MultiLineString);
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginMultiPolygon:
validator.Jump(SpatialValidatorImplementation.NestedValidator.MultiPolygon);
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginCollection:
validator.Jump(SpatialValidatorImplementation.NestedValidator.Collection);
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginFullGlobe:
if (validator.depth != 1)
{
throw new FormatException(Strings.Validator_FullGlobeInCollection);
}
validator.Jump(SpatialValidatorImplementation.NestedValidator.FullGlobe);
return;
}
SpatialValidatorImplementation.NestedValidator.ValidatorState.ThrowExpected(SpatialValidatorImplementation.NestedValidator.PipelineCall.Begin, transition);
}
internal override void ValidateTransition(SpatialValidatorImplementation.NestedValidator.PipelineCall transition, SpatialValidatorImplementation.NestedValidator validator)
{
switch (transition)
{
case SpatialValidatorImplementation.NestedValidator.PipelineCall.LineTo:
if (validator.pointCount != 0)
{
SpatialValidatorImplementation.NestedValidator.ValidatorState.ThrowExpected(SpatialValidatorImplementation.NestedValidator.PipelineCall.EndFigure, transition);
}
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.EndFigure:
if (validator.pointCount == 0)
{
SpatialValidatorImplementation.NestedValidator.ValidatorState.ThrowExpected(SpatialValidatorImplementation.NestedValidator.PipelineCall.BeginFigure, transition);
}
validator.Jump(SpatialValidatorImplementation.NestedValidator.PointEnd);
return;
}
SpatialValidatorImplementation.NestedValidator.ValidatorState.ThrowExpected(SpatialValidatorImplementation.NestedValidator.PipelineCall.EndFigure, transition);
}
internal override void ValidateTransition(SpatialValidatorImplementation.NestedValidator.PipelineCall transition, SpatialValidatorImplementation.NestedValidator validator)
{
switch (transition)
{
case SpatialValidatorImplementation.NestedValidator.PipelineCall.LineTo:
return;
case SpatialValidatorImplementation.NestedValidator.PipelineCall.EndFigure:
validator.ringCount++;
if (!validator.processingGeography)
{
SpatialValidatorImplementation.NestedValidator.ValidateGeometryPolygon(validator.pointCount, validator.initialFirstCoordinate, validator.initialSecondCoordinate, validator.mostRecentFirstCoordinate, validator.mostRecentSecondCoordinate);
break;
}
SpatialValidatorImplementation.NestedValidator.ValidateGeographyPolygon(validator.pointCount, validator.initialFirstCoordinate, validator.initialSecondCoordinate, validator.mostRecentFirstCoordinate, validator.mostRecentSecondCoordinate);
break;
default:
SpatialValidatorImplementation.NestedValidator.ValidatorState.ThrowExpected(SpatialValidatorImplementation.NestedValidator.PipelineCall.LineTo, SpatialValidatorImplementation.NestedValidator.PipelineCall.EndFigure, transition);
return;
}
validator.Jump(SpatialValidatorImplementation.NestedValidator.PolygonStart);
}