GitHub project eGeodesy groups together several related projects, which
define GeodesyML and facilitate Geoscience Australia and its collaborating
partners in adopting GeodesyML as a common domain language.
\: <> (
\: <> (@startuml;)
\: <> ([GML] <>;)
\: <> ([GeodesyML] <>;)
\: <> ([GeodesyML] - -> GML;)
\: <> ([OGC Schemas Java Bindings] <> as OGC;)
\: <> ([OGC] - -> GeodesyML;)
\: <> ([GeodesyML Java Bindings] <> as Bindings;)
\: <> ([Bindings] - -> [OGC];)
\: <> ([Geodesy Web Services] <> as Web;)
\: <> ([Web] - -> [Bindings];)
\: <> (@enduml;)
\: <> ())
Note: All components are in active development.
GeodesyML is a GML application schema for representation and exchange of geodetic information. For more information, see http://www.geodesyml.org.
This repository contains XML schema files for GeodesyML and all third-party schemas that GeodesyML depends on. It contains schematron validation rules to enforce conformance to published code lists, like GNSS antenna and receiver types and GMD responsible party roles.
http://github.com/GeoscienceAustralia/GeodesyML
Third-party project ogc-schemas provides JAXB (and Jsonix) bindings for some of the XML
schemas defined by OGC. Geoscience Australia's fork of ogc-schemas adds
GeodesyML to the list of supported schemas. We leverage existing bindings for
OGC schemas GCO, GMD, GMX, and OM, on which GeodesyML is built.
http://github.com/GeoscienceAustralia/ogc-schemas
Project geodesyml-java-bindings augments the binding classes
generated in ogc-schemas with a utility class to perform marshalling and
unmarshalling of any entity defined by GeodesyML or the schemas it depends on.
This project is the first port of call for Java software needing to parse
GeodesyML documents.
http://github.com/GeoscienceAustralia/GeodesyML-Java-Bindings
GeodesyML binding classes are automatically generated from XML schema files and
using them exensively for purposes other than of data serialisation can be
awkward. Project geodesy-web-services maps the generated GeodesyML entities
to a set of domain classes more suited to persistence and data processing.
It provides a set of domain services relevant to GA's operational requirements,
like business validation of incoming data, processing of GNSS CORS site logs to
broker eGeodesy node and setup entities, and broadcasting of significant domain
events, like availability of final solutions or rejection of invalid site log
submissions. It offers a public HTTP API for validation, submission, and retrieval of
GeodesyML site log documents.
http://github.com/GeoscienceAustralia/Geodesy-Web-Services
GNSS Site Manager is an Angular/TypeScript single-page web application for managing GNSS site metadata.
http://github.com/GeoscienceAustralia/GNSS-Site-Manager
Contributions and bug reports are welcome!
Please feel free to contact us through GitHub or at geodesy@ga.gov.au.
-Lazar Bodor (lazar.bodor@ga.gov.au)