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private void myMethod () {ArrayList a =
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}
public static String getStringRepresentation(String xmlDataTypeURI, IData obj) { return obj.getPayload().toString(); }
return wpsInputParameters.get(0).getPayload(); }else if (type.equals("Multiple Input")){ return createMultipleInputArray(parameter, wpsInputParameters); }else if (type.equals("Selection") && wpsInputParameters.size() == 1){ IData param = wpsInputParameters.get(0); if(param.getSupportedClass().equals(String.class)){ AdditionalInfoSelection ai = (AdditionalInfoSelection) parameter.getParameterAdditionalInfo(); String[] values = ai.getValues(); for(int i = 0; i<values.length;i++){ if(values[i].equals(param.getPayload())){ return new Integer(i); return false; return param.getPayload(); return false; String[] sValue = param.getPayload().toString().split(","); return new Point2D.Double(Double.parseDouble(sValue[0]), Double.parseDouble(sValue[1])); return null; String sValue = param.getPayload().toString(); StringTokenizer st = new StringTokenizer(sValue, ","); String sToken;
private static final IODataType probeMCDataType(IData iData) { Class< ? > clazz = iData.getSupportedClass(); if (clazz == IODataType.BOOLEAN.getSupportedClass()) { return IODataType.BOOLEAN; } if (clazz == IODataType.DOUBLE.getSupportedClass()) { return IODataType.DOUBLE; } if (clazz == IODataType.INTEGER.getSupportedClass()) { return IODataType.INTEGER; } if (clazz == IODataType.STRING.getSupportedClass()) { return IODataType.STRING; } if (clazz == GenericFileData.class) { return IODataType.MEDIA; } // in case we do not find a matching type return null return null; }
private GTRasterLayer wrapRasterLayer(IData rasterLayer) { if(!(rasterLayer.getPayload() instanceof GridCoverage)){ return null; } GridCoverage coverage = (GridCoverage) rasterLayer.getPayload(); GTRasterLayer sextanteRasterLayer = new GTRasterLayer(); sextanteRasterLayer.create(coverage); return sextanteRasterLayer; }
public static String loadSingleDataItem(IData dataItem, File workspaceDir){ Object payload = dataItem.getPayload(); String fileName = null; //File if (payload instanceof GenericFileDataWithGT){ GenericFileDataWithGT gfd = (GenericFileDataWithGT)payload; fileName = gfd.writeData(workspaceDir); } //String if (payload instanceof String) fileName = (String) payload; //Float if (payload instanceof Float) fileName = ((Float)payload).toString(); //Integer if (payload instanceof Integer) fileName = ((Integer)payload).toString(); //Double if (payload instanceof Double) fileName = ((Double)payload).toString(); return fileName; }
public Map<String, IData> merge(List<Map<String, IData>> outputData) { FeatureCollection mergedFeatureCollection = DefaultFeatureCollections.newCollection(); for (Map<String, IData> data : outputData) { FeatureCollection singleFeatureCollection = (FeatureCollection) data.get("result").getPayload(); mergedFeatureCollection.addAll(singleFeatureCollection); } Map<String, IData> result = new HashMap<String, IData>(); result.put("result", new GTVectorDataBinding(mergedFeatureCollection)); return result; }
private String loadSingleDataItem(IData dataItem){ Object payload = dataItem.getPayload(); String value = null; //File if (payload instanceof GenericFileDataWithGT){ GenericFileDataWithGT gfd = (GenericFileDataWithGT)payload; value = gfd.writeData(this.workspace.getWorkspace()); } //String else if (payload instanceof String) value = (String) payload; //Float else if (payload instanceof Float) value = ((Float)payload).toString(); //Integer else if (payload instanceof Integer) value = ((Integer)payload).toString(); //Double else if (payload instanceof Double) value = ((Double)payload).toString(); return value; }
public WebProcessingServiceOutput merge(List<WebProcessingServiceOutput> pOutputDataList) { FeatureCollection mergedFeatureCollection = DefaultFeatureCollections.newCollection(); for (WebProcessingServiceOutput output : pOutputDataList) { FeatureCollection singleFeatureCollection = (FeatureCollection) output.getOutputData().get("result").getPayload(); mergedFeatureCollection.addAll(singleFeatureCollection); } Map<String, IData> outputData = new HashMap<String, IData>(); outputData.put("result", new GTVectorDataBinding(mergedFeatureCollection)); WebProcessingServiceOutput result = new WebProcessingServiceOutput(outputData); return result; }
GridCoverage2D gridCoverage1 = (GridCoverage2D) dataset1.getPayload(); RenderedImage image1 = gridCoverage1.getRenderedImage(); GridCoverage2D gridCoverage2 = (GridCoverage2D) dataset2.getPayload(); RenderedImage image2 = gridCoverage2.getRenderedImage();
}else if(data instanceof GTVectorDataBinding){ SimpleFeatureCollection f = (SimpleFeatureCollection)data.getPayload();
private GTVectorLayer wrapVectorLayer(IData vectorLayer) throws IOException { if(!(vectorLayer.getPayload() instanceof FeatureCollection)){ return null; } FeatureCollection<SimpleFeatureType, SimpleFeature> fc = (FeatureCollection<SimpleFeatureType, SimpleFeature>) vectorLayer.getPayload(); DataStore datastore = new CollectionDataStore(fc); FeatureSource<?, ?> fsource = datastore.getFeatureSource(datastore.getTypeNames()[0]); GTVectorLayer gtVectorLayer = new GTVectorLayer(); // NoPostprocessingGTVectorLayer gtVectorLayer = new NoPostprocessingGTVectorLayer(); gtVectorLayer.create(fsource); // GTVectorLayer gtVectorLayer = GTVectorLayer.createLayer(datastore, datastore.getTypeNames()[0]); // gtVectorLayer.setPostProcessStrategy(new NullStrategy()); gtVectorLayer.setName("VectorLayer"); return gtVectorLayer; }
int min = new Integer(allowedRange.getMinimumValue().getStringValue()); int max = new Integer(allowedRange.getMaximumValue().getStringValue()); if((Integer)(parameterObj.getPayload())>=min && (Integer)parameterObj.getPayload()<=max){ return true; Double min = new Double(allowedRange.getMinimumValue().getStringValue()); Double max = new Double(allowedRange.getMaximumValue().getStringValue()); if((Double)(parameterObj.getPayload())>=min && (Double)parameterObj.getPayload()<=max){ return true; Short min = new Short(allowedRange.getMinimumValue().getStringValue()); Short max = new Short(allowedRange.getMaximumValue().getStringValue()); if((Short)(parameterObj.getPayload())>=min && (Short)parameterObj.getPayload()<=max){ return true; Float min = new Float(allowedRange.getMinimumValue().getStringValue()); Float max = new Float(allowedRange.getMaximumValue().getStringValue()); if((Float)(parameterObj.getPayload())>=min && (Float)parameterObj.getPayload()<=max){ return true; Long min = new Long(allowedRange.getMinimumValue().getStringValue()); Long max = new Long(allowedRange.getMaximumValue().getStringValue()); if((Long)(parameterObj.getPayload())>=min && (Long)parameterObj.getPayload()<=max){ return true; Byte min = new Byte(allowedRange.getMinimumValue().getStringValue()); Byte max = new Byte(allowedRange.getMaximumValue().getStringValue()); if((Byte)(parameterObj.getPayload())>=min && (Byte)parameterObj.getPayload()<=max){ return true;
public InputStream getAsStream() throws ExceptionReport { try { if(obj instanceof ILiteralData){ return new ByteArrayInputStream(String.valueOf(obj.getPayload()).getBytes(Charsets.UTF_8));
try{ ge = getGridExtent( (Double)inputData.get( GRID_EXTENT_X_MIN).get(0).getPayload(), (Double)inputData.get(GRID_EXTENT_X_MAX).get(0).getPayload(), (Double)inputData.get(GRID_EXTENT_Y_MIN).get(0).getPayload(), (Double)inputData.get(GRID_EXTENT_Y_MAX).get(0).getPayload(), (Double)inputData.get(GRID_EXTENT_CELLSIZE).get(0).getPayload());
LOGGER.debug("The data passed from the algorithm to the generator is GenericFileDataBinding"); try { gvdb = ((GenericFileDataWithGT) data.getPayload()).getAsGTVectorDataBinding(); isShapefile = true; } catch (Exception e){
processor.addData(inputID, iData.getPayload()); break; case DOUBLE: processor.addData(inputID, iData.getPayload()); break; case INTEGER: processor.addData(inputID, iData.getPayload()); break; case STRING: processor.addData(inputID, iData.getPayload()); break; GenericFileData gfd = (GenericFileData) iData.getPayload(); processor.addData(inputID, new MediaData(gfd.getDataStream(), gfd.getMimeType())); break;