npm package: @mangosystem/ogc-schemas
Description: Jsonix XML-JSON mappings for OGC Schemas.
Author: Alexey Valikov
Latest version: 2.6.2-SNAPSHOT

# OGC Schemas

`ogc-schemas` package provides [Jsonix](https://github.com/highsource/jsonix) XML-JSON bindings for some of the XML Schemas defined by OGC.

This allows converting between XML (conforming to one of these schemas) and JSON in pure JavaScript.

Supports the following schemas:

* `ARML_2_0`
* `CityGML_1_0`
  * `CityGML_Appearance_1_0`
  * `CityGML_Building_1_0`
  * `CityGML_CityFuntiture_1_0`
  * `CityGML_CityObjectGroup_1_0`
  * `CityGML_Generics_1_0`
  * `CityGML_LandUse_1_0`
  * `CityGML_Relief_1_0`
  * `CityGML_TexturedSurface_1_0`
  * `CityGML_Transportation_1_0`
  * `CityGML_Vegetation_1_0`
  * `CityGML_Waterbody_1_0 `
* `CityGML_2_0`
  * `CityGML_Appearance_2_0`
  * `CityGML_Bridge_2_0`
  * `CityGML_Building_2_0`
  * `CityGML_CityFuntiture_2_0`
  * `CityGML_CityObjectGroup_2_0`
  * `CityGML_Generics_2_0`
  * `CityGML_LandUse_2_0`
  * `CityGML_Relief_2_0`
  * `CityGML_TexturedSurface_2_0`
  * `CityGML_Transportation_2_0`
  * `CityGML_Tunnel_2_0`
  * `CityGML_Vegetation_2_0`
  * `CityGML_Waterbody_2_0 `
* `CSW_2_0_2`
  * `DC_1_1`
  * `DCT`
* `EOP_1_0`
* `EOP_ATM_1_0`
* `EOP_OPT_1_0`
* `EOP_SAR_1_0`
* `EOSPS_2_0`
* `Filter_1_0_0`
* `Filter_1_1_0`
* `Filter_2_0`
* `GML_1_0_0`
* `GML_2_1_2`
* `GML_3_1_1`
* `GML_3_2_0`
* `GML_3_2_1`
* `GML_CE_3_3`
* `GML_EXR_3_3`
* `GML_LR_3_3`
* `GML_LRO_3_3`
* `GML_LROV_3_3`
* `GML_LRTR_3_3`
* `GML_RGRID_3_3`
* `GML_TIN_3_3`
* `GML_XBT_3_3`
* `GMLCOV_1_0`
* `GMLCOV_GeoTIFF_1_0`
* `GMLJP2_2_0`
* `SMIL_2_0`
* `SMIL_2_0_Language`
* `IC_2_0`
* `IC_2_1`
* `IndoorGML_Core_1_0`
* `IndoorGML_Naviagation_1_0`
* `ISO19139_GCO_20070417`
* `ISO19139_GMD_20070417`
* `ISO19139_GMX_20070417`
* `ISO19139_GSR_20070417`
* `ISO19139_GSS_20070417`
* `ISO19139_GTS_20070417`
* `ISO19139_GCO_20060504`
* `ISO19139_GMD_20060504`
* `ISO19139_GMX_20060504`
* `ISO19139_GSR_20060504`
* `ISO19139_GSS_20060504`
* `ISO19139_GTS_20060504`
* `ISO19139_SRV_20060504`
* `KML_2_1`
* `KML_2_2_0`
* `KML_2_3`
* `OLS_1_1_0`
* `OLS_1_2`
* `OLS_NAV_1_3`
* `OM_1_0_0`
* `OM_2_0`
* `OMEO_ALT_2_0`
* `OMEO_ATM_2_0`
* `OMEO_EOP_2_0`
* `OMEO_LMB_2_0`
* `OMEO_OPT_2_0`
* `OMEO_SAR_2_0`
* `OMEO_SEN1_2_0`
* `OMEO_ALT_2_0`
* `OMEO_SSP_2_0`
* `OMX_1_0_0`
* `OSEO_1_0`
* `OWC_0_3_1`
* `OWS_1_0_0`
* `OWS_1_1_0`
* `OWS_2_0`
* `Sampling_1_0_0`
* `Sampling_2_0`
* `SamplingSpatial_2_0`
* `SamplingSpecimen_2_0`
* `SE_1_1_0`
* `SensorML_1_0_0`
* `SensorML_1_0_1`
* `SensorML_2_0`
* `SLD_1_0_0`
* `SLD_1_0_0_GeoServer`
* `SLD_1_1_0`
* `SPS_1_0_0`
* `SPS_2_0`
* `SOS_1_0_0`
* `SOS_1_0_0_Filter`
* `SOS_2_0`
* `SWE_1_0_0`
* `SWE_1_0_1`
* `SWE_2_0`
* `SWES_2_0`
  * `WSN_T_1`
* `TJS_1_0`
* `TML_1_0_0`
* `WAMI_1_0_0`
* `WAMI_1_0_1`
  * `WAMI_Common_1_0_1`
* `WAMI_1_0_2`
  * `WAMI_Common_1_0_0`
* `WaterML_2_0`
* `WCPS_1_0`
* `WCS_1_0_0`
  * `GML4WCS_1_0_0`
* `WCS_1_1`
* `WCS_1_1_1`
* `WCS_2_0`
* `WCS_CRS_1_0`
* `WCS_Interpolation_1_0`
* `WCS_Processing_2_0`
* `WCS_Range_Subsetting_1_0`
* `WCS_Scaling_1_0`
* `WCS_WCSEO_1_0`
* `WCST_1_1`
* `WFS_1_0_0`
* `WFS_1_1_0`
* `WFS_2_0`
* `WMS_1_0_0`
* `WMS_1_1_0`
* `WMS_1_1_1`
* `WMS_1_3_0`
* `WMS_1_3_0_Exceptions`
* `WMSC_1_1_1`
* `WPS_1_0_0`
* `WPS_2_0_0`
* `xAL_2_0`

# Example

```javascript

var XLink_1_0 = require('w3c-schemas').XLink_1_0;
var OWS_1_1_0 = require('ogc-schemas').OWS_1_1_0;
var WPS_1_0_0 = require('ogc-schemas').WPS_1_0_0;

var context =  new Jsonix.Context([XLink_1_0, OWS_1_1_0, WPS_1_0_0]);
var unmarshaller = context.createUnmarshaller();
unmarshaller.unmarshalFile("tests/WPS/1.0.0/execute-01.xml", function(result) {
	test.equal("geom", result.value.dataInputs.input[0].title.value);
	test.done();
});
```