Package org.geoserver.wcs2_0.response

Examples of org.geoserver.wcs2_0.response.WCS20CoverageMetadataProvider$Translator

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            }
            // Writing coordinate variable values
            writer.write(var, manager.getDimensionData(false));

            // handle ranges
            DimensionBean coverageDimension = manager.getCoverageDimension();
            if (coverageDimension != null) { // lat and lon may be null
                boolean isRange = coverageDimension.isRange();
                if (isRange) {
                    var = writer.findVariable(dimensionName + NCUtilities.BOUNDS_SUFFIX);
                    writer.write(var, manager.getDimensionData(true));
                }
            }
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        int i = 0;
        int dimElement = 0;
        final Map properties = currentCoverage.getProperties();
        for (NetCDFDimensionManager manager : dimensionMapping.values()) {
            // Loop over dimensions
            final DimensionBean coverageDimension = manager.getCoverageDimension();
            if (coverageDimension != null) { // Lat and lon doesn't have a Coverage dimension
                final String dimensionName = manager.getName();

                // Get the current value for that dimension for this coverage
                final Object val = properties.get(dimensionName);
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        } else if (dimensionName.equalsIgnoreCase(NCUtilities.LON)) {
            return (Array) getDimensionValues().getValues();
        } else {

            // Get Dimension information
            DimensionBean bean = getCoverageDimension();
            DimensionType type = bean.getDimensionType();
            final String dataType = bean.getDatatype();
            boolean isTime = false;
            if (type == DimensionType.TIME || NCUtilities.isATime(dataType)) {
                isTime = true;
            }
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            // Set the input coverage dimension
            manager.setCoverageDimension(dimension);

            // Set the dimension values type
            final DimensionType dimensionType = dimension.getDimensionType();
            final boolean isRange = dimension.isRange();
            TreeSet<Object> tree = null;
            switch (dimensionType) {
            case TIME:
                tree = new TreeSet(new DateRangeComparator());
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                    " for the specified coverage " + coverageName + "\n Returning no DimensionBean");
           }
           return null;
        }
        final String dimensionName = descriptor.getName();
        final DimensionType dimensionType = dimensionID.equalsIgnoreCase("TIME") ? DimensionType.TIME : dimensionID.equalsIgnoreCase("ELEVATION") ? DimensionType.ELEVATION : DimensionType.CUSTOM;
        final DimensionInfo info = enabledDimensions.get(dimensionID);
        String units = null;
        String symbol = null;
        if (info != null) {
            units = info.getUnits();
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     * @param coverageDimension
     */
    public void setCoverageDimensionProperty(Map properties, GridCoverageRequest coverageRequest, DimensionBean coverageDimension) {
        Utilities.ensureNonNull("properties", properties);
        Utilities.ensureNonNull("coverageDimension", coverageDimension);
        final DimensionType dimensionType = coverageDimension.getDimensionType();
        Object value = null;
        switch (dimensionType) {
        case TIME:
            value = coverageRequest.getTemporalSubset();
            break;
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            return (Array) getDimensionValues().getValues();
        } else {

            // Get Dimension information
            DimensionBean bean = getCoverageDimension();
            DimensionType type = bean.getDimensionType();
            final String dataType = bean.getDatatype();
            boolean isTime = false;
            if (type == DimensionType.TIME || NCUtilities.isATime(dataType)) {
                isTime = true;
            }
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            String fileName = "/coverages/" + getCoverage.getCoverageId() + "." + delegate.getFileExtension(format);
           
            // coverages xml structure, which is very close to the DescribeFeatureType output
            BodyPart coveragesPart = new MimeBodyPart();
            FileReference reference = new FileReference(fileName, delegate.getMimeType(format), delegate.getConformanceClass(format));
            final CoverageData coveragesData = new CoverageData(coverage, reference, envelopeDimensionsMapper);
            coveragesPart.setDataHandler(new DataHandler(coveragesData, "geoserver/coverages20"));
            coveragesPart.setHeader("Content-ID", "wcs");
            coveragesPart.setHeader("Content-Type", "application/gml+xml");
            multipart.addBodyPart(coveragesPart);
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        MockHttpServletResponse response = getAsServletResponse("ows?request=GetCoverage&service=WCS&version=2.0.1" +
                "&coverageId=wcs__2DLatLonCoverage&format=application/custom&subset=time,http://www.opengis.net/def/trs/ISO-8601/0/Gregorian UTC(\"2013-11-01T00:00:00.000Z\")&subset=BANDS(\"MyBand\")");
        assertNotNull(response);
        GridCoverage2D lastResult = applicationContext.getBean(WCSResponseInterceptor.class).getLastResult();
        assertTrue(lastResult instanceof GranuleStack);
        GranuleStack stack = (GranuleStack) lastResult;

        //we expect a single granule which covers the entire mosaic
        for(GridCoverage2D c : stack.getGranules()){
            System.out.println(c.getEnvelope());
            assertEquals(45., c.getEnvelope2D().getHeight(),0.001);
            assertEquals(30., c.getEnvelope2D().getWidth(),0.001);
        }
        assertEquals(1, stack.getGranules().size());
    }
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        }
        if (!(sourceCoverage instanceof GranuleStack)) {
            throw new IllegalArgumentException(
                    "NetCDF encoding only supports granuleStack coverages");
        }
        GranuleStack granuleStack = (GranuleStack) sourceCoverage;

        // GZIPOutputStream gzipOut = null;
        // if (isOutputCompressed(outputFormat)) {
        // gzipOut = new GZIPOutputStream(output);
        // output = gzipOut;
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