public void handleRequestBody(SolrQueryRequest req, SolrQueryResponse rsp) throws Exception {
SolrParams params = req.getParams();
params = adjustParams(params);
req.setParams(params);
TupleStream tupleStream = null;
try {
tupleStream = this.streamFactory.constructStream(params.get("expr"));
} catch (Exception e) {
// Catch exceptions that occur while the stream is being created. This will include streaming
// expression parse rules.
SolrException.log(logger, e);
rsp.add("result-set", new DummyErrorStream(e));
return;
}
int worker = params.getInt("workerID", 0);
int numWorkers = params.getInt("numWorkers", 1);
StreamContext context = new StreamContext();
context.workerID = worker;
context.numWorkers = numWorkers;
context.setSolrClientCache(clientCache);
tupleStream.setStreamContext(context);
rsp.add("result-set", new TimerStream(new ExceptionStream(tupleStream)));
}
public void handleRequestBody(SolrQueryRequest req, SolrQueryResponse rsp) throws Exception {
SolrParams params = req.getParams();
params = adjustParams(params);
req.setParams(params);
if (params.get("action") != null) {
handleAdmin(req, rsp, params);
return;
}
TupleStream tupleStream;
try {
tupleStream = this.streamFactory.constructStream(params.get("expr"));
} catch (Exception e) {
// Catch exceptions that occur while the stream is being created. This will include streaming
// expression parse rules.
SolrException.log(logger, e);
rsp.add("result-set", new DummyErrorStream(e));
return;
}
int worker = params.getInt("workerID", 0);
int numWorkers = params.getInt("numWorkers", 1);
StreamContext context = new StreamContext();
context.workerID = worker;
context.numWorkers = numWorkers;
context.setSolrClientCache(clientCache);
context.setModelCache(modelCache);
context.put("core", this.coreName);
context.put("solr-core", req.getCore());
tupleStream.setStreamContext(context);
// if asking for explanation then go get it
if (params.getBool("explain", false)) {
rsp.add("explanation", tupleStream.toExplanation(this.streamFactory));
}
if (tupleStream instanceof DaemonStream) {
DaemonStream daemonStream = (DaemonStream) tupleStream;
if (daemons.containsKey(daemonStream.getId())) {
daemons.remove(daemonStream.getId()).close();
}
daemonStream.setDaemons(daemons);
daemonStream.open(); // This will start the deamonStream
daemons.put(daemonStream.getId(), daemonStream);
rsp.add(
"result-set",
new DaemonResponseStream("Deamon:" + daemonStream.getId() + " started on " + coreName));
} else {
rsp.add("result-set", new TimerStream(new ExceptionStream(tupleStream)));
}
}
@Override
public XMLLoader init(SolrParams args) {
// Init StAX parser:
inputFactory = XMLInputFactory.newInstance();
EmptyEntityResolver.configureXMLInputFactory(inputFactory);
inputFactory.setXMLReporter(xmllog);
try {
// The java 1.6 bundled stax parser (sjsxp) does not currently have a thread-safe
// XMLInputFactory, as that implementation tries to cache and reuse the
// XMLStreamReader. Setting the parser-specific "reuse-instance" property to false
// prevents this.
// All other known open-source stax parsers (and the bea ref impl)
// have thread-safe factories.
inputFactory.setProperty("reuse-instance", Boolean.FALSE);
} catch (IllegalArgumentException ex) {
// Other implementations will likely throw this exception since "reuse-instance"
// isimplementation specific.
log.debug("Unable to set the 'reuse-instance' property for the input chain: " + inputFactory);
}
// Init SAX parser (for XSL):
saxFactory = SAXParserFactory.newInstance();
saxFactory.setNamespaceAware(true); // XSL needs this!
EmptyEntityResolver.configureSAXParserFactory(saxFactory);
xsltCacheLifetimeSeconds = XSLT_CACHE_DEFAULT;
if (args != null) {
xsltCacheLifetimeSeconds = args.getInt(XSLT_CACHE_PARAM, XSLT_CACHE_DEFAULT);
log.info("xsltCacheLifetimeSeconds=" + xsltCacheLifetimeSeconds);
}
return this;
}
public void processGetVersions(ResponseBuilder rb) throws IOException {
SolrQueryRequest req = rb.req;
SolrQueryResponse rsp = rb.rsp;
SolrParams params = req.getParams();
if (!params.getBool(COMPONENT_NAME, true)) {
return;
}
int nVersions = params.getInt("getVersions", -1);
if (nVersions == -1) return;
String sync = params.get("sync");
if (sync != null) {
processSync(rb, nVersions, sync);
return;
}
UpdateLog ulog = req.getCore().getUpdateHandler().getUpdateLog();
if (ulog == null) return;
UpdateLog.RecentUpdates recentUpdates = ulog.getRecentUpdates();
try {
rb.rsp.add("versions", recentUpdates.getVersions(nVersions));
} finally {
recentUpdates.close(); // cache this somehow?
}
}
/**
* Generates a list of Highlighted query fragments for each item in a list of documents, or
* returns null if highlighting is disabled.
*
* @param docs query results
* @param query the query
* @param req the current request
* @param defaultFields default list of fields to summarize
* @return NamedList containing a NamedList for each document, which in turns contains sets
* (field, summary) pairs.
*/
@Override
@SuppressWarnings("unchecked")
public NamedList<Object> doHighlighting(
DocList docs, Query query, SolrQueryRequest req, String[] defaultFields) throws IOException {
SolrParams params = req.getParams();
if (!isHighlightingEnabled(params)) return null;
SolrIndexSearcher searcher = req.getSearcher();
IndexSchema schema = searcher.getSchema();
NamedList fragments = new SimpleOrderedMap();
String[] fieldNames = getHighlightFields(query, req, defaultFields);
Set<String> fset = new HashSet<String>();
{
// pre-fetch documents using the Searcher's doc cache
for (String f : fieldNames) {
fset.add(f);
}
// fetch unique key if one exists.
SchemaField keyField = schema.getUniqueKeyField();
if (null != keyField) fset.add(keyField.getName());
}
// get FastVectorHighlighter instance out of the processing loop
FastVectorHighlighter fvh =
new FastVectorHighlighter(
// FVH cannot process hl.usePhraseHighlighter parameter per-field basis
params.getBool(HighlightParams.USE_PHRASE_HIGHLIGHTER, true),
// FVH cannot process hl.requireFieldMatch parameter per-field basis
params.getBool(HighlightParams.FIELD_MATCH, false));
fvh.setPhraseLimit(params.getInt(HighlightParams.PHRASE_LIMIT, Integer.MAX_VALUE));
FieldQuery fieldQuery = fvh.getFieldQuery(query, searcher.getIndexReader());
// Highlight each document
DocIterator iterator = docs.iterator();
for (int i = 0; i < docs.size(); i++) {
int docId = iterator.nextDoc();
Document doc = searcher.doc(docId, fset);
NamedList docSummaries = new SimpleOrderedMap();
for (String fieldName : fieldNames) {
fieldName = fieldName.trim();
if (useFastVectorHighlighter(params, schema, fieldName))
doHighlightingByFastVectorHighlighter(
fvh, fieldQuery, req, docSummaries, docId, doc, fieldName);
else doHighlightingByHighlighter(query, req, docSummaries, docId, doc, fieldName);
}
String printId = schema.printableUniqueKey(doc);
fragments.add(printId == null ? null : printId, docSummaries);
}
return fragments;
}
public ExtractingDocumentLoader(
SolrQueryRequest req,
UpdateRequestProcessor processor,
TikaConfig config,
ParseContextConfig parseContextConfig,
SolrContentHandlerFactory factory) {
this.params = req.getParams();
this.core = req.getCore();
this.config = config;
this.parseContextConfig = parseContextConfig;
this.processor = processor;
templateAdd = new AddUpdateCommand(req);
templateAdd.overwrite = params.getBool(UpdateParams.OVERWRITE, true);
templateAdd.commitWithin = params.getInt(UpdateParams.COMMIT_WITHIN, -1);
// this is lightweight
autoDetectParser = new AutoDetectParser(config);
this.factory = factory;
ignoreTikaException = params.getBool(ExtractingParams.IGNORE_TIKA_EXCEPTION, false);
}
CSVLoaderBase(SolrQueryRequest req, UpdateRequestProcessor processor) {
this.processor = processor;
this.params = req.getParams();
this.literals = new HashMap<>();
templateAdd = new AddUpdateCommand(req);
templateAdd.overwrite = params.getBool(OVERWRITE, true);
templateAdd.commitWithin = params.getInt(UpdateParams.COMMIT_WITHIN, -1);
strategy =
new CSVStrategy(
',',
'"',
CSVStrategy.COMMENTS_DISABLED,
CSVStrategy.ESCAPE_DISABLED,
false,
false,
false,
true);
String sep = params.get(SEPARATOR);
if (sep != null) {
if (sep.length() != 1)
throw new SolrException(
SolrException.ErrorCode.BAD_REQUEST, "Invalid separator:'" + sep + "'");
strategy.setDelimiter(sep.charAt(0));
}
String encapsulator = params.get(ENCAPSULATOR);
if (encapsulator != null) {
if (encapsulator.length() != 1)
throw new SolrException(
SolrException.ErrorCode.BAD_REQUEST, "Invalid encapsulator:'" + encapsulator + "'");
}
String escape = params.get(ESCAPE);
if (escape != null) {
if (escape.length() != 1)
throw new SolrException(
SolrException.ErrorCode.BAD_REQUEST, "Invalid escape:'" + escape + "'");
}
rowId = params.get(ROW_ID);
rowIdOffset = params.getInt(ROW_ID_OFFSET, 0);
// if only encapsulator or escape is set, disable the other escaping mechanism
if (encapsulator == null && escape != null) {
strategy.setEncapsulator(CSVStrategy.ENCAPSULATOR_DISABLED);
strategy.setEscape(escape.charAt(0));
} else {
if (encapsulator != null) {
strategy.setEncapsulator(encapsulator.charAt(0));
}
if (escape != null) {
char ch = escape.charAt(0);
strategy.setEscape(ch);
if (ch == '\\') {
// If the escape is the standard backslash, then also enable
// unicode escapes (it's harmless since 'u' would not otherwise
// be escaped.
strategy.setUnicodeEscapeInterpretation(true);
}
}
}
String fn = params.get(FIELDNAMES);
fieldnames = fn != null ? commaSplit.split(fn, -1) : null;
Boolean hasHeader = params.getBool(HEADER);
skipLines = params.getInt(SKIPLINES, 0);
if (fieldnames == null) {
if (null == hasHeader) {
// assume the file has the headers if they aren't supplied in the args
hasHeader = true;
} else if (!hasHeader) {
throw new SolrException(
SolrException.ErrorCode.BAD_REQUEST,
"CSVLoader: must specify fieldnames=<fields>* or header=true");
}
} else {
// if the fieldnames were supplied and the file has a header, we need to
// skip over that header.
if (hasHeader != null && hasHeader) skipLines++;
prepareFields();
}
}
@Override
public void process(ResponseBuilder rb) throws IOException {
SolrParams params = rb.req.getParams();
if (!params.getBool(TermsParams.TERMS, false)) return;
String[] fields = params.getParams(TermsParams.TERMS_FIELD);
NamedList<Object> termsResult = new SimpleOrderedMap<>();
rb.rsp.add("terms", termsResult);
if (fields == null || fields.length == 0) return;
int limit = params.getInt(TermsParams.TERMS_LIMIT, 10);
if (limit < 0) {
limit = Integer.MAX_VALUE;
}
String lowerStr = params.get(TermsParams.TERMS_LOWER);
String upperStr = params.get(TermsParams.TERMS_UPPER);
boolean upperIncl = params.getBool(TermsParams.TERMS_UPPER_INCLUSIVE, false);
boolean lowerIncl = params.getBool(TermsParams.TERMS_LOWER_INCLUSIVE, true);
boolean sort =
!TermsParams.TERMS_SORT_INDEX.equals(
params.get(TermsParams.TERMS_SORT, TermsParams.TERMS_SORT_COUNT));
int freqmin = params.getInt(TermsParams.TERMS_MINCOUNT, 1);
int freqmax = params.getInt(TermsParams.TERMS_MAXCOUNT, UNLIMITED_MAX_COUNT);
if (freqmax < 0) {
freqmax = Integer.MAX_VALUE;
}
String prefix = params.get(TermsParams.TERMS_PREFIX_STR);
String regexp = params.get(TermsParams.TERMS_REGEXP_STR);
Pattern pattern = regexp != null ? Pattern.compile(regexp, resolveRegexpFlags(params)) : null;
boolean raw = params.getBool(TermsParams.TERMS_RAW, false);
final AtomicReader indexReader = rb.req.getSearcher().getAtomicReader();
Fields lfields = indexReader.fields();
for (String field : fields) {
NamedList<Integer> fieldTerms = new NamedList<>();
termsResult.add(field, fieldTerms);
Terms terms = lfields == null ? null : lfields.terms(field);
if (terms == null) {
// no terms for this field
continue;
}
FieldType ft = raw ? null : rb.req.getSchema().getFieldTypeNoEx(field);
if (ft == null) ft = new StrField();
// prefix must currently be text
BytesRef prefixBytes = prefix == null ? null : new BytesRef(prefix);
BytesRef upperBytes = null;
if (upperStr != null) {
upperBytes = new BytesRef();
ft.readableToIndexed(upperStr, upperBytes);
}
BytesRef lowerBytes;
if (lowerStr == null) {
// If no lower bound was specified, use the prefix
lowerBytes = prefixBytes;
} else {
lowerBytes = new BytesRef();
if (raw) {
// TODO: how to handle binary? perhaps we don't for "raw"... or if the field exists
// perhaps we detect if the FieldType is non-character and expect hex if so?
lowerBytes = new BytesRef(lowerStr);
} else {
lowerBytes = new BytesRef();
ft.readableToIndexed(lowerStr, lowerBytes);
}
}
TermsEnum termsEnum = terms.iterator(null);
BytesRef term = null;
if (lowerBytes != null) {
if (termsEnum.seekCeil(lowerBytes) == TermsEnum.SeekStatus.END) {
termsEnum = null;
} else {
term = termsEnum.term();
// Only advance the enum if we are excluding the lower bound and the lower Term actually
// matches
if (lowerIncl == false && term.equals(lowerBytes)) {
term = termsEnum.next();
}
}
} else {
// position termsEnum on first term
term = termsEnum.next();
}
int i = 0;
BoundedTreeSet<CountPair<BytesRef, Integer>> queue =
(sort ? new BoundedTreeSet<CountPair<BytesRef, Integer>>(limit) : null);
CharsRef external = new CharsRef();
while (term != null && (i < limit || sort)) {
boolean externalized = false; // did we fill in "external" yet for this term?
// stop if the prefix doesn't match
if (prefixBytes != null && !StringHelper.startsWith(term, prefixBytes)) break;
if (pattern != null) {
// indexed text or external text?
// TODO: support "raw" mode?
ft.indexedToReadable(term, external);
externalized = true;
if (!pattern.matcher(external).matches()) {
term = termsEnum.next();
continue;
}
}
if (upperBytes != null) {
int upperCmp = term.compareTo(upperBytes);
// if we are past the upper term, or equal to it (when don't include upper) then stop.
if (upperCmp > 0 || (upperCmp == 0 && !upperIncl)) break;
}
// This is a good term in the range. Check if mincount/maxcount conditions are satisfied.
int docFreq = termsEnum.docFreq();
if (docFreq >= freqmin && docFreq <= freqmax) {
// add the term to the list
if (sort) {
queue.add(new CountPair<>(BytesRef.deepCopyOf(term), docFreq));
} else {
// TODO: handle raw somehow
if (!externalized) {
ft.indexedToReadable(term, external);
}
fieldTerms.add(external.toString(), docFreq);
i++;
}
}
term = termsEnum.next();
}
if (sort) {
for (CountPair<BytesRef, Integer> item : queue) {
if (i >= limit) break;
ft.indexedToReadable(item.key, external);
fieldTerms.add(external.toString(), item.val);
i++;
}
}
}
}
@Override
public void process(ResponseBuilder rb) throws IOException {
SolrParams params = rb.req.getParams();
if (params.getBool(TermsParams.TERMS, false)) {
String lowerStr = params.get(TermsParams.TERMS_LOWER, null);
String[] fields = params.getParams(TermsParams.TERMS_FIELD);
if (fields != null && fields.length > 0) {
NamedList terms = new SimpleOrderedMap();
rb.rsp.add("terms", terms);
int limit = params.getInt(TermsParams.TERMS_LIMIT, 10);
if (limit < 0) {
limit = Integer.MAX_VALUE;
}
String upperStr = params.get(TermsParams.TERMS_UPPER);
boolean upperIncl = params.getBool(TermsParams.TERMS_UPPER_INCLUSIVE, false);
boolean lowerIncl = params.getBool(TermsParams.TERMS_LOWER_INCLUSIVE, true);
boolean sort =
!TermsParams.TERMS_SORT_INDEX.equals(
params.get(TermsParams.TERMS_SORT, TermsParams.TERMS_SORT_COUNT));
int freqmin = params.getInt(TermsParams.TERMS_MINCOUNT, 1); // initialize freqmin
int freqmax =
params.getInt(TermsParams.TERMS_MAXCOUNT, UNLIMITED_MAX_COUNT); // initialize freqmax
if (freqmax < 0) {
freqmax = Integer.MAX_VALUE;
}
String prefix = params.get(TermsParams.TERMS_PREFIX_STR);
String regexp = params.get(TermsParams.TERMS_REGEXP_STR);
Pattern pattern =
regexp != null ? Pattern.compile(regexp, resolveRegexpFlags(params)) : null;
boolean raw = params.getBool(TermsParams.TERMS_RAW, false);
for (int j = 0; j < fields.length; j++) {
String field = StringHelper.intern(fields[j]);
FieldType ft = raw ? null : rb.req.getSchema().getFieldTypeNoEx(field);
if (ft == null) ft = new StrField();
// If no lower bound was specified, use the prefix
String lower = lowerStr == null ? prefix : (raw ? lowerStr : ft.toInternal(lowerStr));
if (lower == null) lower = "";
String upper = upperStr == null ? null : (raw ? upperStr : ft.toInternal(upperStr));
Term lowerTerm = new Term(field, lower);
Term upperTerm = upper == null ? null : new Term(field, upper);
TermEnum termEnum =
rb.req
.getSearcher()
.getReader()
.terms(lowerTerm); // this will be positioned ready to go
int i = 0;
BoundedTreeSet<CountPair<String, Integer>> queue =
(sort ? new BoundedTreeSet<CountPair<String, Integer>>(limit) : null);
NamedList fieldTerms = new NamedList();
terms.add(field, fieldTerms);
Term lowerTestTerm = termEnum.term();
// Only advance the enum if we are excluding the lower bound and the lower Term actually
// matches
if (lowerTestTerm != null
&& lowerIncl == false
&& lowerTestTerm.field() == field // intern'd comparison
&& lowerTestTerm.text().equals(lower)) {
termEnum.next();
}
while (i < limit || sort) {
Term theTerm = termEnum.term();
// check for a different field, or the end of the index.
if (theTerm == null || field != theTerm.field()) // intern'd comparison
break;
String indexedText = theTerm.text();
// stop if the prefix doesn't match
if (prefix != null && !indexedText.startsWith(prefix)) break;
if (pattern != null && !pattern.matcher(indexedText).matches()) {
termEnum.next();
continue;
}
if (upperTerm != null) {
int upperCmp = theTerm.compareTo(upperTerm);
// if we are past the upper term, or equal to it (when don't include upper) then stop.
if (upperCmp > 0 || (upperCmp == 0 && !upperIncl)) break;
}
// This is a good term in the range. Check if mincount/maxcount conditions are
// satisfied.
int docFreq = termEnum.docFreq();
if (docFreq >= freqmin && docFreq <= freqmax) {
// add the term to the list
String label = raw ? indexedText : ft.indexedToReadable(indexedText);
if (sort) {
queue.add(new CountPair<String, Integer>(label, docFreq));
} else {
fieldTerms.add(label, docFreq);
i++;
}
}
termEnum.next();
}
termEnum.close();
if (sort) {
for (CountPair<String, Integer> item : queue) {
if (i < limit) {
fieldTerms.add(item.key, item.val);
i++;
} else {
break;
}
}
}
}
} else {
throw new SolrException(
SolrException.ErrorCode.BAD_REQUEST, "No terms.fl parameter specified");
}
}
}
private void initParams(SolrParams params) {
if (params != null) {
// Document-centric langId params
setEnabled(params.getBool(LANGUAGE_ID, true));
if (params.get(FIELDS_PARAM, "").length() > 0) {
inputFields = params.get(FIELDS_PARAM, "").split(",");
}
langField = params.get(LANG_FIELD, DOCID_LANGFIELD_DEFAULT);
langsField = params.get(LANGS_FIELD, DOCID_LANGSFIELD_DEFAULT);
SchemaField uniqueKeyField = schema.getUniqueKeyField();
docIdField =
params.get(
DOCID_PARAM, uniqueKeyField == null ? DOCID_FIELD_DEFAULT : uniqueKeyField.getName());
fallbackValue = params.get(FALLBACK);
if (params.get(FALLBACK_FIELDS, "").length() > 0) {
fallbackFields = params.get(FALLBACK_FIELDS).split(",");
}
overwrite = params.getBool(OVERWRITE, false);
langWhitelist = new HashSet<>();
threshold = params.getDouble(THRESHOLD, DOCID_THRESHOLD_DEFAULT);
if (params.get(LANG_WHITELIST, "").length() > 0) {
for (String lang : params.get(LANG_WHITELIST, "").split(",")) {
langWhitelist.add(lang);
}
}
// Mapping params (field centric)
enableMapping = params.getBool(MAP_ENABLE, false);
if (params.get(MAP_FL, "").length() > 0) {
mapFields = params.get(MAP_FL, "").split(",");
} else {
mapFields = inputFields;
}
mapKeepOrig = params.getBool(MAP_KEEP_ORIG, false);
mapOverwrite = params.getBool(MAP_OVERWRITE, false);
mapIndividual = params.getBool(MAP_INDIVIDUAL, false);
// Process individual fields
String[] mapIndividualFields = {};
if (params.get(MAP_INDIVIDUAL_FL, "").length() > 0) {
mapIndividualFields = params.get(MAP_INDIVIDUAL_FL, "").split(",");
} else {
mapIndividualFields = mapFields;
}
mapIndividualFieldsSet = new HashSet<>(Arrays.asList(mapIndividualFields));
// Compile a union of the lists of fields to map
allMapFieldsSet = new HashSet<>(Arrays.asList(mapFields));
if (Arrays.equals(mapFields, mapIndividualFields)) {
allMapFieldsSet.addAll(mapIndividualFieldsSet);
}
// Normalize detected langcode onto normalized langcode
lcMap = new HashMap<>();
if (params.get(LCMAP) != null) {
for (String mapping : params.get(LCMAP).split("[, ]")) {
String[] keyVal = mapping.split(":");
if (keyVal.length == 2) {
lcMap.put(keyVal[0], keyVal[1]);
} else {
log.error(
"Unsupported format for langid.lcmap: " + mapping + ". Skipping this mapping.");
}
}
}
// Language Code mapping
mapLcMap = new HashMap<>();
if (params.get(MAP_LCMAP) != null) {
for (String mapping : params.get(MAP_LCMAP).split("[, ]")) {
String[] keyVal = mapping.split(":");
if (keyVal.length == 2) {
mapLcMap.put(keyVal[0], keyVal[1]);
} else {
log.error(
"Unsupported format for langid.map.lcmap: " + mapping + ". Skipping this mapping.");
}
}
}
enforceSchema = params.getBool(ENFORCE_SCHEMA, true);
mapPattern = Pattern.compile(params.get(MAP_PATTERN, MAP_PATTERN_DEFAULT));
mapReplaceStr = params.get(MAP_REPLACE, MAP_REPLACE_DEFAULT);
maxFieldValueChars = params.getInt(MAX_FIELD_VALUE_CHARS, MAX_FIELD_VALUE_CHARS_DEFAULT);
maxTotalChars = params.getInt(MAX_TOTAL_CHARS, MAX_TOTAL_CHARS_DEFAULT);
if (maxFieldValueChars > maxTotalChars) {
if (maxTotalChars == MAX_TOTAL_CHARS_DEFAULT) {
// If the user specified only maxFieldValueChars, make maxTotalChars the same as it
log.warn(
MAX_FIELD_VALUE_CHARS
+ " ("
+ maxFieldValueChars
+ ") is less than "
+ MAX_TOTAL_CHARS
+ " ("
+ maxTotalChars
+ "). Setting "
+ MAX_TOTAL_CHARS
+ " to "
+ maxFieldValueChars
+ ".");
maxTotalChars = maxFieldValueChars;
} else {
// If the user specified maxTotalChars, make maxFieldValueChars the same as it
log.warn(
MAX_FIELD_VALUE_CHARS
+ " ("
+ maxFieldValueChars
+ ") is less than "
+ MAX_TOTAL_CHARS
+ " ("
+ maxTotalChars
+ "). Setting "
+ MAX_FIELD_VALUE_CHARS
+ " to "
+ maxTotalChars
+ ".");
maxFieldValueChars = maxTotalChars;
}
}
}
log.debug("LangId configured");
if (inputFields.length == 0) {
throw new SolrException(
ErrorCode.BAD_REQUEST,
"Missing or faulty configuration of LanguageIdentifierUpdateProcessor. Input fields must be specified as a comma separated list");
}
}
/**
* Verify that the PivotFields we're lookin at doesn't violate any of the expected behaviors based
* on the <code>TRACE_*</code> params found in the base params
*/
private void assertTraceOk(
String pivotName, SolrParams baseParams, List<PivotField> constraints) {
if (null == constraints || 0 == constraints.size()) {
return;
}
final int maxIdx = constraints.size() - 1;
final int min = baseParams.getInt(TRACE_MIN, -1);
final boolean expectMissing = baseParams.getBool(TRACE_MISS, false);
final boolean checkCount = "count".equals(baseParams.get(TRACE_SORT, "count"));
int prevCount = Integer.MAX_VALUE;
for (int i = 0; i <= maxIdx; i++) {
final PivotField constraint = constraints.get(i);
final int count = constraint.getCount();
if (0 < min) {
assertTrue(
pivotName
+ ": val #"
+ i
+ " of "
+ maxIdx
+ ": count("
+ count
+ ") < facet.mincount("
+ min
+ "): "
+ constraint,
min <= count);
}
// missing value must always come last, but only if facet.missing was used
// and may not exist at all (mincount, none missing for this sub-facet, etc...)
if ((i < maxIdx) || (!expectMissing)) {
assertNotNull(
pivotName + ": val #" + i + " of " + maxIdx + " has null value: " + constraint,
constraint.getValue());
}
// if we are expecting count based sort, then the count of each constraint
// must be lt-or-eq the count that came before -- or it must be the last value and
// be "missing"
if (checkCount) {
assertTrue(
pivotName
+ ": val #"
+ i
+ " of"
+ maxIdx
+ ": count("
+ count
+ ") > prevCount("
+ prevCount
+ "): "
+ constraint,
((count <= prevCount)
|| (expectMissing && i == maxIdx && null == constraint.getValue())));
prevCount = count;
}
}
}
/** Actually run the query */
@Override
public void process(ResponseBuilder rb) throws IOException {
SolrQueryRequest req = rb.req;
SolrQueryResponse rsp = rb.rsp;
SolrParams params = req.getParams();
if (!params.getBool(COMPONENT_NAME, true)) {
return;
}
SolrIndexSearcher searcher = req.getSearcher();
if (rb.getQueryCommand().getOffset() < 0) {
throw new SolrException(
SolrException.ErrorCode.BAD_REQUEST, "'start' parameter cannot be negative");
}
// -1 as flag if not set.
long timeAllowed = (long) params.getInt(CommonParams.TIME_ALLOWED, -1);
// Optional: This could also be implemented by the top-level searcher sending
// a filter that lists the ids... that would be transparent to
// the request handler, but would be more expensive (and would preserve score
// too if desired).
String ids = params.get(ShardParams.IDS);
if (ids != null) {
SchemaField idField = req.getSchema().getUniqueKeyField();
List<String> idArr = StrUtils.splitSmart(ids, ",", true);
int[] luceneIds = new int[idArr.size()];
int docs = 0;
for (int i = 0; i < idArr.size(); i++) {
int id =
req.getSearcher()
.getFirstMatch(
new Term(idField.getName(), idField.getType().toInternal(idArr.get(i))));
if (id >= 0) luceneIds[docs++] = id;
}
DocListAndSet res = new DocListAndSet();
res.docList = new DocSlice(0, docs, luceneIds, null, docs, 0);
if (rb.isNeedDocSet()) {
List<Query> queries = new ArrayList<Query>();
queries.add(rb.getQuery());
List<Query> filters = rb.getFilters();
if (filters != null) queries.addAll(filters);
res.docSet = searcher.getDocSet(queries);
}
rb.setResults(res);
rsp.add("response", rb.getResults().docList);
return;
}
SolrIndexSearcher.QueryCommand cmd = rb.getQueryCommand();
cmd.setTimeAllowed(timeAllowed);
SolrIndexSearcher.QueryResult result = new SolrIndexSearcher.QueryResult();
//
// grouping / field collapsing
//
boolean doGroup = params.getBool(GroupParams.GROUP, false);
if (doGroup) {
try {
cmd.groupCommands = new ArrayList<Grouping.Command>();
String[] fields = params.getParams(GroupParams.GROUP_FIELD);
String[] funcs = params.getParams(GroupParams.GROUP_FUNC);
String[] queries = params.getParams(GroupParams.GROUP_QUERY);
String groupSortStr = params.get(GroupParams.GROUP_SORT);
Sort groupSort =
groupSortStr != null ? QueryParsing.parseSort(groupSortStr, req.getSchema()) : null;
int limitDefault = cmd.getLen(); // this is normally from "rows"
int docsPerGroupDefault = params.getInt(GroupParams.GROUP_LIMIT, 1);
// temporary: implement all group-by-field as group-by-func
if (funcs == null) {
funcs = fields;
} else if (fields != null) {
// catenate functions and fields
String[] both = new String[fields.length + funcs.length];
System.arraycopy(fields, 0, both, 0, fields.length);
System.arraycopy(funcs, 0, both, fields.length, funcs.length);
funcs = both;
}
if (funcs != null) {
for (String groupByStr : funcs) {
QParser parser = QParser.getParser(groupByStr, "func", rb.req);
Query q = parser.getQuery();
Grouping.CommandFunc gc = new Grouping.CommandFunc();
gc.groupSort = groupSort;
if (q instanceof FunctionQuery) {
gc.groupBy = ((FunctionQuery) q).getValueSource();
} else {
gc.groupBy = new QueryValueSource(q, 0.0f);
}
gc.key = groupByStr;
gc.groupLimit = limitDefault;
gc.docsPerGroup = docsPerGroupDefault;
cmd.groupCommands.add(gc);
}
}
if (cmd.groupCommands.size() == 0) cmd.groupCommands = null;
if (cmd.groupCommands != null) {
if (rb.doHighlights || rb.isDebug()) {
// we need a single list of the returned docs
cmd.setFlags(SolrIndexSearcher.GET_DOCLIST);
}
searcher.search(result, cmd);
rb.setResult(result);
rsp.add("grouped", result.groupedResults);
// TODO: get "hits" a different way to log
return;
}
} catch (ParseException e) {
throw new SolrException(SolrException.ErrorCode.BAD_REQUEST, e);
}
}
// normal search result
searcher.search(result, cmd);
rb.setResult(result);
rsp.add("response", rb.getResults().docList);
rsp.getToLog().add("hits", rb.getResults().docList.matches());
doFieldSortValues(rb, searcher);
doPrefetch(rb);
}
@Override
public void handleRequestBody(SolrQueryRequest req, SolrQueryResponse rsp) throws Exception {
IndexSchema schema = req.getSchema();
SolrIndexSearcher searcher = req.getSearcher();
IndexReader reader = searcher.getReader();
SolrParams params = req.getParams();
int numTerms = params.getInt(NUMTERMS, DEFAULT_COUNT);
// Always show the core lucene info
rsp.add("index", getIndexInfo(reader, numTerms > 0));
Integer docId = params.getInt(DOC_ID);
if (docId == null && params.get(ID) != null) {
// Look for something with a given solr ID
SchemaField uniqueKey = schema.getUniqueKeyField();
String v = uniqueKey.getType().toInternal(params.get(ID));
Term t = new Term(uniqueKey.getName(), v);
docId = searcher.getFirstMatch(t);
if (docId < 0) {
throw new SolrException(
SolrException.ErrorCode.NOT_FOUND, "Can't find document: " + params.get(ID));
}
}
// Read the document from the index
if (docId != null) {
Document doc = null;
try {
doc = reader.document(docId);
} catch (Exception ex) {
}
if (doc == null) {
throw new SolrException(SolrException.ErrorCode.NOT_FOUND, "Can't find document: " + docId);
}
SimpleOrderedMap<Object> info = getDocumentFieldsInfo(doc, docId, reader, schema);
SimpleOrderedMap<Object> docinfo = new SimpleOrderedMap<Object>();
docinfo.add("docId", docId);
docinfo.add("lucene", info);
docinfo.add("solr", doc);
rsp.add("doc", docinfo);
} else if ("schema".equals(params.get("show"))) {
rsp.add("schema", getSchemaInfo(req.getSchema()));
} else {
// If no doc is given, show all fields and top terms
Set<String> fields = null;
if (params.get(CommonParams.FL) != null) {
fields = new HashSet<String>();
for (String f : params.getParams(CommonParams.FL)) {
fields.add(f);
}
}
rsp.add("fields", getIndexedFieldsInfo(searcher, fields, numTerms));
}
// Add some generally helpful information
NamedList<Object> info = new SimpleOrderedMap<Object>();
info.add("key", getFieldFlagsKey());
info.add(
"NOTE",
"Document Frequency (df) is not updated when a document is marked for deletion. df values include deleted documents.");
rsp.add("info", info);
rsp.setHttpCaching(false);
}
/** @since solr 1.3 */
void processDelete(SolrQueryRequest req, UpdateRequestProcessor processor, XMLStreamReader parser)
throws XMLStreamException, IOException {
// Parse the command
DeleteUpdateCommand deleteCmd = new DeleteUpdateCommand(req);
// First look for commitWithin parameter on the request, will be overwritten for individual
// <delete>'s
SolrParams params = req.getParams();
deleteCmd.commitWithin = params.getInt(UpdateParams.COMMIT_WITHIN, -1);
for (int i = 0; i < parser.getAttributeCount(); i++) {
String attrName = parser.getAttributeLocalName(i);
String attrVal = parser.getAttributeValue(i);
if ("fromPending".equals(attrName)) {
// deprecated
} else if ("fromCommitted".equals(attrName)) {
// deprecated
} else if (UpdateRequestHandler.COMMIT_WITHIN.equals(attrName)) {
deleteCmd.commitWithin = Integer.parseInt(attrVal);
} else {
log.warn("XML element <delete> has invalid XML attr: " + attrName);
}
}
StringBuilder text = new StringBuilder();
while (true) {
int event = parser.next();
switch (event) {
case XMLStreamConstants.START_ELEMENT:
String mode = parser.getLocalName();
if (!("id".equals(mode) || "query".equals(mode))) {
String msg = "XML element <delete> has invalid XML child element: " + mode;
log.warn(msg);
throw new SolrException(SolrException.ErrorCode.BAD_REQUEST, msg);
}
text.setLength(0);
if ("id".equals(mode)) {
for (int i = 0; i < parser.getAttributeCount(); i++) {
String attrName = parser.getAttributeLocalName(i);
String attrVal = parser.getAttributeValue(i);
if (UpdateRequestHandler.VERSION.equals(attrName)) {
deleteCmd.setVersion(Long.parseLong(attrVal));
}
if (UpdateRequest.ROUTE.equals(attrName)) {
deleteCmd.setRoute(attrVal);
}
}
}
break;
case XMLStreamConstants.END_ELEMENT:
String currTag = parser.getLocalName();
if ("id".equals(currTag)) {
deleteCmd.setId(text.toString());
} else if ("query".equals(currTag)) {
deleteCmd.setQuery(text.toString());
} else if ("delete".equals(currTag)) {
return;
} else {
String msg = "XML element <delete> has invalid XML (closing) child element: " + currTag;
log.warn(msg);
throw new SolrException(SolrException.ErrorCode.BAD_REQUEST, msg);
}
processor.processDelete(deleteCmd);
deleteCmd.clear();
break;
// Add everything to the text
case XMLStreamConstants.SPACE:
case XMLStreamConstants.CDATA:
case XMLStreamConstants.CHARACTERS:
text.append(parser.getText());
break;
}
}
}
/** @since solr 1.2 */
void processUpdate(SolrQueryRequest req, UpdateRequestProcessor processor, XMLStreamReader parser)
throws XMLStreamException, IOException, FactoryConfigurationError {
AddUpdateCommand addCmd = null;
SolrParams params = req.getParams();
while (true) {
int event = parser.next();
switch (event) {
case XMLStreamConstants.END_DOCUMENT:
parser.close();
return;
case XMLStreamConstants.START_ELEMENT:
String currTag = parser.getLocalName();
if (currTag.equals(UpdateRequestHandler.ADD)) {
log.trace("SolrCore.update(add)");
addCmd = new AddUpdateCommand(req);
// First look for commitWithin parameter on the request, will be overwritten for
// individual <add>'s
addCmd.commitWithin = params.getInt(UpdateParams.COMMIT_WITHIN, -1);
addCmd.overwrite = params.getBool(UpdateParams.OVERWRITE, true);
for (int i = 0; i < parser.getAttributeCount(); i++) {
String attrName = parser.getAttributeLocalName(i);
String attrVal = parser.getAttributeValue(i);
if (UpdateRequestHandler.OVERWRITE.equals(attrName)) {
addCmd.overwrite = StrUtils.parseBoolean(attrVal);
} else if (UpdateRequestHandler.COMMIT_WITHIN.equals(attrName)) {
addCmd.commitWithin = Integer.parseInt(attrVal);
} else {
log.warn("XML element <add> has invalid XML attr: " + attrName);
}
}
} else if ("doc".equals(currTag)) {
if (addCmd != null) {
log.trace("adding doc...");
addCmd.clear();
addCmd.solrDoc = readDoc(parser);
processor.processAdd(addCmd);
} else {
throw new SolrException(
SolrException.ErrorCode.BAD_REQUEST,
"Unexpected <doc> tag without an <add> tag surrounding it.");
}
} else if (UpdateRequestHandler.COMMIT.equals(currTag)
|| UpdateRequestHandler.OPTIMIZE.equals(currTag)) {
log.trace("parsing " + currTag);
CommitUpdateCommand cmd =
new CommitUpdateCommand(req, UpdateRequestHandler.OPTIMIZE.equals(currTag));
ModifiableSolrParams mp = new ModifiableSolrParams();
for (int i = 0; i < parser.getAttributeCount(); i++) {
String attrName = parser.getAttributeLocalName(i);
String attrVal = parser.getAttributeValue(i);
mp.set(attrName, attrVal);
}
RequestHandlerUtils.validateCommitParams(mp);
SolrParams p =
SolrParams.wrapDefaults(
mp, req.getParams()); // default to the normal request params for commit options
RequestHandlerUtils.updateCommit(cmd, p);
processor.processCommit(cmd);
} // end commit
else if (UpdateRequestHandler.ROLLBACK.equals(currTag)) {
log.trace("parsing rollback");
RollbackUpdateCommand cmd = new RollbackUpdateCommand(req);
processor.processRollback(cmd);
} // end rollback
else if (UpdateRequestHandler.DELETE.equals(currTag)) {
log.trace("parsing delete");
processDelete(req, processor, parser);
} // end delete
break;
}
}
}
@Override
protected Directory create(String path, DirContext dirContext) throws IOException {
LOG.info("creating directory factory for path {}", path);
Configuration conf = getConf();
if (metrics == null) {
metrics = new Metrics(conf);
}
boolean blockCacheEnabled = params.getBool(BLOCKCACHE_ENABLED, true);
boolean blockCacheReadEnabled = params.getBool(BLOCKCACHE_READ_ENABLED, true);
boolean blockCacheWriteEnabled = params.getBool(BLOCKCACHE_WRITE_ENABLED, true);
if (blockCacheEnabled) {
LOG.warn("Block cache is enabled: " + BLOCKCACHE_ENABLED + " == true");
}
if (blockCacheWriteEnabled) {
LOG.warn(
"Using "
+ BLOCKCACHE_WRITE_ENABLED
+ " is currently buggy and can result in readers seeing a corrupted view of the index.");
}
Directory dir = null;
if (blockCacheEnabled && dirContext != DirContext.META_DATA) {
int numberOfBlocksPerBank = params.getInt(NUMBEROFBLOCKSPERBANK, 16384);
int blockSize = BlockDirectory.BLOCK_SIZE;
int bankCount = params.getInt(BLOCKCACHE_SLAB_COUNT, 1);
boolean directAllocation = params.getBool(BLOCKCACHE_DIRECT_MEMORY_ALLOCATION, true);
BlockCache blockCache;
int slabSize = numberOfBlocksPerBank * blockSize;
LOG.info(
"Number of slabs of block cache [{}] with direct memory allocation set to [{}]",
bankCount,
directAllocation);
LOG.info(
"Block cache target memory usage, slab size of [{}] will allocate [{}] slabs and use ~[{}] bytes",
new Object[] {slabSize, bankCount, ((long) bankCount * (long) slabSize)});
int bufferSize = params.getInt("solr.hdfs.blockcache.bufferstore.buffersize", 128);
int bufferCount = params.getInt("solr.hdfs.blockcache.bufferstore.buffercount", 128 * 128);
BufferStore.initNewBuffer(bufferSize, bufferCount);
long totalMemory = (long) bankCount * (long) numberOfBlocksPerBank * (long) blockSize;
try {
blockCache = new BlockCache(metrics, directAllocation, totalMemory, slabSize, blockSize);
} catch (OutOfMemoryError e) {
throw new RuntimeException(
"The max direct memory is likely too low. Either increase it (by adding -XX:MaxDirectMemorySize=<size>g -XX:+UseLargePages to your containers startup args)"
+ " or disable direct allocation using solr.hdfs.blockcache.direct.memory.allocation=false in solrconfig.xml. If you are putting the block cache on the heap,"
+ " your java heap size might not be large enough."
+ " Failed allocating ~"
+ totalMemory / 1000000.0
+ " MB.",
e);
}
Cache cache = new BlockDirectoryCache(blockCache, metrics);
HdfsDirectory hdfsDirectory = new HdfsDirectory(new Path(path), conf);
dir =
new BlockDirectory(
"solrcore",
hdfsDirectory,
cache,
null,
blockCacheReadEnabled,
blockCacheWriteEnabled);
} else {
dir = new HdfsDirectory(new Path(path), conf);
}
boolean nrtCachingDirectory = params.getBool(NRTCACHINGDIRECTORY_ENABLE, false);
if (nrtCachingDirectory) {
double nrtCacheMaxMergeSizeMB = params.getInt(NRTCACHINGDIRECTORY_MAXMERGESIZEMB, 16);
double nrtCacheMaxCacheMB = params.getInt(NRTCACHINGDIRECTORY_MAXCACHEMB, 192);
return new NRTCachingDirectory(dir, nrtCacheMaxMergeSizeMB, nrtCacheMaxCacheMB);
}
return dir;
}
