use of ambit2.rest.RDFStaXConvertor in project ambit-mirror by ideaconsult.
the class StructureQueryResource method createConvertor.
@Override
public RepresentationConvertor createConvertor(Variant variant) throws AmbitException, ResourceException {
/* workaround for clients not being able to set accept headers */
if ((queryObject == null) && !(variant.getMediaType().equals(MediaType.TEXT_HTML)))
throw new NotFoundException();
setTemplate(template);
Form acceptform = getResourceRef(getRequest()).getQueryAsForm();
String media = acceptform.getFirstValue("accept-header");
if (media != null) {
variant.setMediaType(new MediaType(media));
}
String filenamePrefix = getRequest().getResourceRef().getPath();
if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_MDLSDF)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new SDFReporter<QueryStructureByID>(template, getGroupProperties(), changeLineSeparators), ChemicalMediaType.CHEMICAL_MDLSDF, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_MDLMOL)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new SDFReporter<QueryStructureByID>(new Template(), getGroupProperties(), true, changeLineSeparators), ChemicalMediaType.CHEMICAL_MDLMOL, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_CML)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new CMLReporter<QueryStructureByID>(), ChemicalMediaType.CHEMICAL_CML, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_SMILES)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new SmilesReporter<QueryStructureByID>(true, getTemplate()), ChemicalMediaType.CHEMICAL_SMILES, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_INCHI)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new SmilesReporter<QueryStructureByID>(false, Mode.InChI, getTemplate()), ChemicalMediaType.CHEMICAL_INCHI, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_PDF)) {
return new PDFConvertor<IStructureRecord, QueryStructureByID, PDFReporter<QueryStructureByID>>(new PDFReporter<QueryStructureByID>(getTemplate(), getGroupProperties()), filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.TEXT_PLAIN)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(createTXTReporter(), MediaType.TEXT_PLAIN);
} else if (variant.getMediaType().equals(MediaType.TEXT_URI_LIST)) {
ConformerURIReporter<QueryStructureByID> reporter = new ConformerURIReporter<QueryStructureByID>(getCompoundInDatasetPrefix(), getRequest(), queryObject.isPrescreen());
return new StringConvertor(reporter, MediaType.TEXT_URI_LIST, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.IMAGE_PNG)) {
return new ImageConvertor<IStructureRecord, QueryStructureByID>(new ImageReporter<QueryStructureByID>(MediaType.IMAGE_PNG.getMainType(), MediaType.IMAGE_PNG.getSubType()), MediaType.IMAGE_PNG);
} else if (variant.getMediaType().equals(MediaType.IMAGE_GIF)) {
return new ImageConvertor<IStructureRecord, QueryStructureByID>(new ImageReporter<QueryStructureByID>(MediaType.IMAGE_GIF.getMainType(), MediaType.IMAGE_GIF.getSubType()), MediaType.IMAGE_GIF);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_JSON)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new CompoundJSONReporter(getTemplate(), getGroupProperties(), folders, bundles, getRequest(), getRequest().getRootRef().toString() + getCompoundInDatasetPrefix(), includeMol, null), MediaType.APPLICATION_JSON, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_JAVASCRIPT)) {
String jsonpcallback = getParams().getFirstValue("jsonp");
if (jsonpcallback == null)
jsonpcallback = getParams().getFirstValue("callback");
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new CompoundJSONReporter(getTemplate(), getGroupProperties(), folders, bundles, getRequest(), getRequest().getRootRef().toString() + getCompoundInDatasetPrefix(), includeMol, jsonpcallback), MediaType.APPLICATION_JAVASCRIPT, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.WEKA_ARFF)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new ARFFResourceReporter(getTemplate(), getGroupProperties(), getRequest(), String.format("%s%s", getRequest().getRootRef(), getCompoundInDatasetPrefix())), ChemicalMediaType.WEKA_ARFF, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.THREECOL_ARFF)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new ARFF3ColResourceReporter(getTemplate(), getGroupProperties(), getRequest(), String.format("%s%s", getRequest().getRootRef(), getCompoundInDatasetPrefix())), ChemicalMediaType.THREECOL_ARFF, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.TEXT_CSV)) {
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(createCSVReporter(), MediaType.TEXT_CSV, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_RDF_XML)) {
switch(rdfwriter) {
case stax:
{
return new RDFStaXConvertor<IStructureRecord, IQueryRetrieval<IStructureRecord>>(new DatasetRDFStaxReporter(getCompoundInDatasetPrefix(), getRequest(), getTemplate(), getGroupProperties()), filenamePrefix);
}
default:
{
// jena
return new RDFJenaConvertor<IStructureRecord, IQueryRetrieval<IStructureRecord>>(new DatasetRDFReporter(getCompoundInDatasetPrefix(), getRequest(), variant.getMediaType(), getTemplate(), getGroupProperties()), variant.getMediaType(), filenamePrefix);
}
}
} else if (variant.getMediaType().equals(MediaType.APPLICATION_RDF_TURTLE) || variant.getMediaType().equals(MediaType.TEXT_RDF_N3) || variant.getMediaType().equals(MediaType.TEXT_RDF_NTRIPLES) || variant.getMediaType().equals(MediaType.APPLICATION_RDF_TRIG) || variant.getMediaType().equals(MediaType.APPLICATION_RDF_TRIX) || variant.getMediaType().equals(ChemicalMediaType.APPLICATION_JSONLD)) {
return new RDFJenaConvertor<IStructureRecord, IQueryRetrieval<IStructureRecord>>(new DatasetRDFReporter(getCompoundInDatasetPrefix(), getRequest(), variant.getMediaType(), getTemplate(), getGroupProperties()), variant.getMediaType(), filenamePrefix);
} else
return new OutputWriterConvertor<IStructureRecord, QueryStructureByID>(new SDFReporter<QueryStructureByID>(template, getGroupProperties(), changeLineSeparators), ChemicalMediaType.CHEMICAL_MDLSDF, filenamePrefix);
}
use of ambit2.rest.RDFStaXConvertor in project ambit-mirror by ideaconsult.
the class SubstanceDatasetResource method createConvertor.
@Override
public IProcessor<Q, Representation> createConvertor(Variant variant) throws AmbitException, ResourceException {
/* workaround for clients not being able to set accept headers */
Form acceptform = getResourceRef(getRequest()).getQueryAsForm();
String media = acceptform.getFirstValue("accept-header");
if (media != null)
variant.setMediaType(new MediaType(media));
String filenamePrefix = getRequest().getResourceRef().getPath();
if (variant.getMediaType().equals(MediaType.TEXT_URI_LIST)) {
QueryURIReporter r = (QueryURIReporter) getURIReporter(getRequest());
return new StringConvertor(r, MediaType.TEXT_URI_LIST, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_JAVASCRIPT)) {
String jsonpcallback = getParams().getFirstValue("jsonp");
if (jsonpcallback == null)
jsonpcallback = getParams().getFirstValue("callback");
return createJSONReporter(filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_JSON)) {
return createJSONReporter(filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.WEKA_ARFF)) {
return createARFFReporter(filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.THREECOL_ARFF)) {
QueryAbstractReporter reporter = new ARFF3ColResourceReporter<IQueryRetrieval<IStructureRecord>>(getTemplate(), getGroupProperties(), getRequest(), String.format("%s%s", getRequest().getRootRef(), ""));
return new OutputWriterConvertor(reporter, ChemicalMediaType.THREECOL_ARFF, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_MSOFFICE_XLSX)) {
return createXLSXReporter(variant.getMediaType(), false, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_EXCEL)) {
return createXLSXReporter(variant.getMediaType(), true, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.TEXT_CSV)) {
return createCSVReporter(filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_RDF_XML)) {
switch(rdfwriter) {
case stax:
{
return new RDFStaXConvertor(new SubstanceBundleStAXReporter(getRequest()), filenamePrefix);
}
default:
{
// jena
return createRDFReporter(variant.getMediaType(), filenamePrefix);
}
}
} else if (variant.getMediaType().equals(MediaType.APPLICATION_RDF_TURTLE) || variant.getMediaType().equals(MediaType.TEXT_RDF_N3) || variant.getMediaType().equals(MediaType.TEXT_RDF_NTRIPLES) || variant.getMediaType().equals(MediaType.APPLICATION_RDF_TRIG) || variant.getMediaType().equals(MediaType.APPLICATION_RDF_TRIX) || variant.getMediaType().equals(ChemicalMediaType.APPLICATION_JSONLD)) {
return createRDFReporter(variant.getMediaType(), filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_MDLSDF)) {
return new OutputWriterConvertor(new SDFReporter<QueryStructureByID>(template, getGroupProperties(), changeLineSeparators), ChemicalMediaType.CHEMICAL_MDLSDF, filenamePrefix);
} else {
// json by default
return createJSONReporter(filenamePrefix);
}
}
use of ambit2.rest.RDFStaXConvertor in project ambit-mirror by ideaconsult.
the class BundleChemicalsResource method createConvertor.
@Override
public IProcessor<Q, Representation> createConvertor(Variant variant) throws AmbitException, ResourceException {
/* workaround for clients not being able to set accept headers */
Form acceptform = getResourceRef(getRequest()).getQueryAsForm();
Dimension d = new Dimension(250, 250);
try {
d.width = Integer.parseInt(acceptform.getFirstValue("w").toString());
} catch (Exception x) {
}
try {
d.height = Integer.parseInt(acceptform.getFirstValue("h").toString());
} catch (Exception x) {
}
String media = acceptform.getFirstValue("accept-header");
if (media != null)
variant.setMediaType(new MediaType(media));
String filenamePrefix = getRequest().getResourceRef().getPath();
if (variant.getMediaType().equals(MediaType.TEXT_URI_LIST)) {
QueryURIReporter r = (QueryURIReporter) getURIReporter(getRequest());
return new StringConvertor(r, MediaType.TEXT_URI_LIST, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.IMAGE_PNG)) {
return new ImageConvertor(new ImageReporter(variant.getMediaType().getMainType(), variant.getMediaType().getSubType(), d), variant.getMediaType());
} else if (variant.getMediaType().equals(MediaType.APPLICATION_JSON)) {
return new OutputWriterConvertor(new CompoundJSONReporter(getTemplate(), getGroupProperties(), folders, new SubstanceEndpointsBundle[] { bundle }, getRequest(), getRequest().getRootRef().toString(), includeMol, null), MediaType.APPLICATION_JSON, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_JAVASCRIPT)) {
String jsonpcallback = getParams().getFirstValue("jsonp");
if (jsonpcallback == null)
jsonpcallback = getParams().getFirstValue("callback");
return new OutputWriterConvertor(new CompoundJSONReporter(getTemplate(), getGroupProperties(), folders, new SubstanceEndpointsBundle[] { bundle }, getRequest(), getRequest().getRootRef().toString(), includeMol, jsonpcallback), MediaType.APPLICATION_JAVASCRIPT, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_MDLSDF)) {
return new OutputWriterConvertor<IStructureRecord, Q>(new SDFReporter<Q>(template, getGroupProperties(), changeLineSeparators), ChemicalMediaType.CHEMICAL_MDLSDF, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_MDLMOL)) {
return new OutputWriterConvertor<IStructureRecord, Q>(new SDFReporter<Q>(new Template(), getGroupProperties(), true, changeLineSeparators), ChemicalMediaType.CHEMICAL_MDLMOL, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_CML)) {
return new OutputWriterConvertor<IStructureRecord, Q>(new CMLReporter<Q>(), ChemicalMediaType.CHEMICAL_CML, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_SMILES)) {
return new OutputWriterConvertor<IStructureRecord, Q>(new SmilesReporter<Q>(true, getTemplate()), ChemicalMediaType.CHEMICAL_SMILES, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.CHEMICAL_INCHI)) {
return new OutputWriterConvertor<IStructureRecord, Q>(new SmilesReporter<Q>(false, Mode.InChI, getTemplate()), ChemicalMediaType.CHEMICAL_INCHI, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.WEKA_ARFF)) {
return new OutputWriterConvertor<IStructureRecord, Q>(new ARFFResourceReporter(getTemplate(), getGroupProperties(), getRequest(), String.format("%s%s", getRequest().getRootRef(), "")), ChemicalMediaType.WEKA_ARFF, filenamePrefix);
} else if (variant.getMediaType().equals(ChemicalMediaType.THREECOL_ARFF)) {
return new OutputWriterConvertor<IStructureRecord, Q>(new ARFF3ColResourceReporter(getTemplate(), getGroupProperties(), getRequest(), String.format("%s%s", getRequest().getRootRef(), "")), ChemicalMediaType.THREECOL_ARFF, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.TEXT_CSV)) {
return new OutputWriterConvertor<IStructureRecord, Q>(new CSVReporter(getRequest().getRootRef().toString(), getTemplate(), groupProperties, String.format("%s%s", getRequest().getRootRef(), "")), MediaType.TEXT_CSV, filenamePrefix);
} else if (variant.getMediaType().equals(MediaType.APPLICATION_RDF_XML)) {
switch(rdfwriter) {
case stax:
{
return new RDFStaXConvertor<IStructureRecord, Q>(new DatasetRDFStaxReporter("", getRequest(), getTemplate(), getGroupProperties()), filenamePrefix);
}
default:
{
// jena
return new RDFJenaConvertor<IStructureRecord, Q>(new DatasetRDFReporter("", getRequest(), variant.getMediaType(), getTemplate(), getGroupProperties()), variant.getMediaType(), filenamePrefix);
}
}
} else if (variant.getMediaType().equals(MediaType.APPLICATION_RDF_TURTLE) || variant.getMediaType().equals(MediaType.TEXT_RDF_N3) || variant.getMediaType().equals(MediaType.TEXT_RDF_NTRIPLES) || variant.getMediaType().equals(MediaType.APPLICATION_RDF_TRIG) || variant.getMediaType().equals(MediaType.APPLICATION_RDF_TRIX) || variant.getMediaType().equals(ChemicalMediaType.APPLICATION_JSONLD)) {
return new RDFJenaConvertor<IStructureRecord, Q>(new DatasetRDFReporter("", getRequest(), variant.getMediaType(), getTemplate(), getGroupProperties()), variant.getMediaType(), filenamePrefix);
} else {
// JSON
return new OutputWriterConvertor(new CompoundJSONReporter(getTemplate(), getGroupProperties(), folders, new SubstanceEndpointsBundle[] { bundle }, getRequest(), getRequest().getRootRef().toString(), includeMol, null), MediaType.APPLICATION_JSON, filenamePrefix);
}
}
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