use of ambit2.base.data.study.ProtocolApplication in project ambit-mirror by ideaconsult.
the class SubstanceStudyReporterTest method main.
public static void main(String[] args) {
Substance2BucketJsonReporter reporter = new Substance2BucketJsonReporter(null, null, Substance2BucketJsonReporter._JSON_MODE.substance, null, null, null);
Reader in = null;
try {
OutputStreamWriter writer;
if (args.length < 2)
writer = new OutputStreamWriter(System.out);
else
writer = new OutputStreamWriter(new FileOutputStream(new File(args[1])));
reporter.setOutput(writer);
in = new FileReader(new File(args[0]));
RawIteratingCSVReader reader = new RawIteratingCSVReader(in, CSVFormat.TDF) {
protected SubstanceRecord prevrecord = null;
protected String getRecordid(CSVRecord record) {
return record.get(0);
}
protected String getExternalId(CSVRecord record) {
return record.get(1);
}
protected String getExternalIdSystem(CSVRecord record) {
return record.get(5);
}
protected String getAssayid(CSVRecord record) {
return record.get(6);
}
protected String getSummaryActivity(CSVRecord record) {
return record.get(3);
}
protected double getActivityValue(CSVRecord record) throws NumberFormatException {
return Double.parseDouble(record.get(4));
}
protected String getOrthologgroup(CSVRecord record) {
return record.get(9);
}
protected String getGeneSymbol(CSVRecord record) {
return record.get(8);
}
protected String getSpecies(CSVRecord record) {
return record.get(7);
}
@Override
protected IStructureRecord transform(CSVRecord record) {
SubstanceRecord substance = prevrecord;
String id = getRecordid(record);
if (prevrecord == null || !id.equals(prevrecord.getSubstanceName())) {
substance = new SubstanceRecord();
substance.setContent(null);
// substance.setSubstancetype("standardized");
substance.setSubstanceUUID(I5Utils.getPrefixedUUID("PC", UUID.nameUUIDFromBytes(id.getBytes())));
substance.setSubstanceName(id);
prevrecord = substance;
}
structureRecord = substance;
String externalid = getExternalId(record);
String externaldb = getExternalIdSystem(record);
ExternalIdentifier eid = new ExternalIdentifier(externaldb, externalid);
boolean newid = true;
if (substance.getExternalids() == null)
substance.setExternalids(new ArrayList<ExternalIdentifier>());
else
for (ExternalIdentifier e : substance.getExternalids()) if (e.getSystemDesignator().equals(eid.getSystemDesignator()) && e.getSystemIdentifier().equals(eid.getSystemIdentifier())) {
newid = false;
break;
}
if (newid)
substance.getExternalids().add(eid);
String assayid = getAssayid(record);
Protocol p = new Protocol(String.format("%s", externalid));
p.setTopCategory(null);
p.setCategory(null);
// p.addGuideline(String.format("%s_AID%s", externaldb,assayid));
ProtocolApplication<Protocol, IParams, String, IParams, String> papp = new ProtocolApplication<Protocol, IParams, String, IParams, String>(p);
// papp.setDocumentUUID(I5Utils.getPrefixedUUID("PC",UUID.nameUUIDFromBytes(p.getEndpoint().getBytes())));
papp.setDocumentUUID(null);
papp.setInterpretationResult(getSummaryActivity(record));
papp.setReference(String.format("AID%s", assayid));
papp.setReferenceOwner(externaldb);
IParams params = new Params();
params.put("gene", getGeneSymbol(record));
params.put("taxid", "TaxId:" + getSpecies(record));
// params.put("OG_GENE", String.format("OG%s_%s", record.get(9), record.get(8)));
params.put("og", "OG" + getOrthologgroup(record));
params.put("ez", "entrez:" + record.get(2));
papp.setParameters(params);
try {
EffectRecord<String, IParams, String> effect = new EffectRecord<String, IParams, String>();
effect.setEndpoint("pXC50");
effect.setIdresult(1);
double value = getActivityValue(record);
effect.setLoValue(value);
effect.setUnit("nM");
papp.addEffect(effect);
} catch (Exception x) {
// x.printStackTrace();
}
substance.addMeasurement(papp);
return structureRecord;
}
};
int n = 0;
IStructureRecord prevrecord = null;
reporter.header(writer, null);
while (reader.hasNext()) {
IStructureRecord record = reader.nextRecord();
if (prevrecord != null && (prevrecord != record)) {
reporter.processItem((SubstanceRecord) prevrecord);
writer.flush();
}
n++;
prevrecord = record;
if ((n % 100000) == 0) {
System.err.println();
System.err.print(n);
} else if ((n % 10000) == 0)
System.err.print(".");
}
reporter.processItem((SubstanceRecord) prevrecord);
reporter.footer(writer, null);
writer.flush();
} catch (Exception x) {
x.printStackTrace();
} finally {
try {
in.close();
} catch (Exception x) {
}
try {
reporter.close();
} catch (Exception x) {
}
}
}
use of ambit2.base.data.study.ProtocolApplication in project ambit-mirror by ideaconsult.
the class BucketDenormalised method effectrecord2bucket.
protected void effectrecord2bucket(ProtocolApplication papp, EffectRecord<String, Object, String> e, Bucket bucket, boolean suffix) {
if (papp.getInvestigationUUID() != null)
bucket.put(ns("investigation_uuid", suffix, "_s"), papp.getInvestigationUUID());
if (papp.getAssayUUID() != null)
bucket.put(ns("assay_uuid", suffix, "_s"), papp.getAssayUUID());
if (e.getEndpoint() != null)
bucket.put(ns("effectendpoint", suffix, "_s"), e.getEndpoint().toUpperCase());
String[] terms = annotator.annotateEndpoint(e.getEndpoint());
if (terms != null) {
bucket.put(ns("effectendpoint_synonym", suffix, "_ss"), Arrays.asList(terms));
}
if (e.getEndpointType() != null)
bucket.put(ns("effectendpoint_type", suffix, "_s"), e.getEndpointType().toUpperCase());
if (e.getEndpointGroup() != null)
bucket.put(ns("effectendpoint_group", suffix, "_s"), e.getEndpointGroup());
bucket.put(ns("unit", suffix, "_s"), e.getUnit() == null ? "" : e.getUnit());
if (e.getLoValue() != null || e.getUpValue() != null) {
if (e.getLoQualifier() != null && !"".equals(e.getLoQualifier()))
bucket.put(ns("loQualifier", suffix, "_s"), e.getLoQualifier());
if (e.getLoValue() != null)
bucket.put(ns("loValue", suffix, "_d"), e.getLoValue());
if (e.getUpQualifier() != null && !"".equals(e.getUpQualifier()))
bucket.put(ns("upQualifier", suffix, "_s"), e.getUpQualifier());
if (e.getUpValue() != null)
bucket.put(ns("upValue", suffix, "_d"), e.getUpValue());
if (e.getErrQualifier() != null && !"".equals(e.getErrQualifier()))
bucket.put(ns("errQualifier", suffix, "_s"), e.getErrQualifier());
if (e.getErrorValue() != null && !"".equals(e.getErrorValue()))
bucket.put(ns("err", suffix, "_d"), e.getErrorValue());
}
final String catchall4search = "_text_";
if (e.getTextValue() != null) {
if (e.getTextValue().toString().startsWith("{")) {
IParams nonzero = SubstanceStudyParser.parseTextValueProteomics(dx, e.getTextValue().toString());
bucket.put(catchall4search, nonzero);
} else {
bucket.put(ns("textValue", suffix, "_s"), e.getTextValue());
}
}
// condition2bucket(e,bucket,"condition.");
}
use of ambit2.base.data.study.ProtocolApplication in project ambit-mirror by ideaconsult.
the class SubstanceStudyResource method createQuery.
@Override
protected Q createQuery(Context context, Request request, Response response) throws ResourceException {
Object key = request.getAttributes().get(SubstanceResource.idsubstance);
if (key == null) {
throw new ResourceException(Status.CLIENT_ERROR_BAD_REQUEST);
} else {
substanceUUID = key.toString();
try {
Form form = getRequest().getResourceRef().getQueryAsForm();
String topCategory = form.getFirstValue("top");
String category = form.getFirstValue("category");
String property = form.getFirstValue("property");
String property_uri = form.getFirstValue("property_uri");
String document_uuid = form.getFirstValue("document_uuid");
String investigation_uuid = form.getFirstValue("investigation");
ReadSubstanceStudy q = new ReadSubstanceStudy();
q.setFieldname(substanceUUID);
if (topCategory != null || category != null || property != null || property_uri != null || investigation_uuid != null || document_uuid != null) {
Protocol p = new ambit2.base.data.study.Protocol("");
p.setTopCategory(topCategory);
p.setCategory(category);
ProtocolApplication papp = new ProtocolApplication(p);
papp.setDocumentUUID(document_uuid);
papp.setInvestigationUUID(investigation_uuid);
if (property_uri != null)
try {
// not nice REST style, but easiest to parse the URI
// not nice REST style, but easiest to parse the URI
Reference puri = new Reference(property_uri.endsWith("/") ? property_uri.substring(0, property_uri.length() - 2) : property_uri);
// the very last segment denotes protocol, then study type, then one is the endpoint hash
if (// this is the protocol
puri.getSegments().get(puri.getSegments().size() - 1).indexOf("-") > 0)
property = puri.getSegments().get(puri.getSegments().size() - 3);
else
property = puri.getSegments().get(puri.getSegments().size() - 2);
if (property.length() != 40)
property = null;
} catch (Exception x) {
}
if (property != null) {
EffectRecord effect = new EffectRecord();
effect.setSampleID(property);
papp.addEffect(effect);
}
q.setValue(papp);
}
// q.setFieldname(relation);
return (Q) q;
} catch (Exception x) {
throw new ResourceException(Status.CLIENT_ERROR_BAD_REQUEST);
}
}
}
use of ambit2.base.data.study.ProtocolApplication in project ambit-mirror by ideaconsult.
the class ProtocolApplicationTestFactory method initpa.
public static ProtocolApplication initpa() {
Protocol protocol = new Protocol("Short-term toxicity to fish, IUC4#53/Ch.4.1");
protocol.setCategory("EC_FISHTOX_SECTION");
protocol.addGuideline("Method: other: acute toxicity test; \"static bioassay\"");
ProtocolApplication papp = new ProtocolApplication<Protocol, IParams, String, IParams, String>(protocol);
IParams params = new Params();
params.put("Test organism", "Lepomis cyanellus");
papp.setParameters(params);
papp.setReference("reference");
papp.setDocumentUUID("IUC4-7adb0d03-f69b-32a9-9efe-86b4a8577893");
EffectRecord record = new EffectRecord<String, IParams, String>();
params = new Params();
params.put("Exposure", "96");
record.setConditions(params);
record.setEndpoint("LC50");
record.setUnit("mg/L");
record.setLoValue(83.1);
papp.addEffect(record);
papp.setUpdated(getTimeStamp());
return papp;
}
use of ambit2.base.data.study.ProtocolApplication in project ambit-mirror by ideaconsult.
the class ProtocolApplicationTestFactory method initacutetox.
public static ProtocolApplication initacutetox() {
Protocol protocol = new Protocol("Acute toxicity: oral, IUC4#2/Ch.5.1.1");
protocol.setCategory("TO_ACUTE_ORAL_SECTION");
protocol.addGuideline("Method: other: no data");
ProtocolApplication papp = new ProtocolApplication<Protocol, IParams, String, IParams, String>(protocol);
IParams params = new Params();
papp.setParameters(params);
papp.setReference("Smyth, H. F. Seaton J., and Fischer L. (1941).|The single dose toxicity of some glycols and derivatives.|J. Ind. Hyg. Toxicol. 23, 259-268");
params.put("Species", "rat");
params.put("Sex", "male/female");
papp.setDocumentUUID("IUC4-ae64fc3b-22a4-3173-9362-9cce1ff622ae");
EffectRecord record = new EffectRecord<String, IParams, String>();
params = new Params();
params.put("Temperature", "25 \u2103C");
params.put("Sex", "male");
record.setConditions(params);
record.setEndpoint("LD50");
record.setLoValue(260);
record.setUpValue(320);
record.setUnit("mg/kg bw");
papp.addEffect(record);
papp.setUpdated(getTimeStamp());
return papp;
}
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