List of usage examples for com.mongodb.client.model IndexOptions storageEngine
Bson storageEngine
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From source file:org.restheart.db.IndexDAO.java
License:Open Source License
IndexOptions getIndexOptions(BsonDocument options) {
IndexOptions ret = new IndexOptions();
//***Options for All Index Types
//name string
if (options.containsKey("name") && options.get("name").isString()) {
ret.name(options.get("name").asString().getValue());
}/*from w ww . j a v a2s . c om*/
//background boolean
if (options.containsKey("background") && options.get("background").isBoolean()) {
ret.background(options.get("background").asBoolean().getValue());
}
//expireAfterSeconds integer
if (options.containsKey("expireAfterSeconds") && options.get("expireAfterSeconds").isInt32()) {
ret.expireAfter(0l + options.get("expireAfterSeconds").asInt32().getValue(), TimeUnit.SECONDS);
}
//partialFilterExpression document
if (options.containsKey("partialFilterExpression") && options.get("partialFilterExpression").isDocument()) {
ret.partialFilterExpression(options.get("partialFilterExpression").asDocument());
}
//storageEngine document
if (options.containsKey("storageEngine") && options.get("storageEngine").isDocument()) {
ret.storageEngine(options.get("storageEngine").asDocument());
}
//unique boolean
if (options.containsKey("unique") && options.get("unique").isBoolean()) {
ret.unique(options.get("unique").asBoolean().getValue());
}
//sparse boolean
if (options.containsKey("sparse") && options.get("sparse").isBoolean()) {
ret.sparse(options.get("sparse").asBoolean().getValue());
}
//***Options for text Indexes
//weights document
if (options.containsKey("weights") && options.get("weights").isDocument()) {
ret.weights(options.get("weights").asDocument());
}
//default_language string
if (options.containsKey("default_language") && options.get("default_language").isString()) {
ret.defaultLanguage(options.get("default_language").asString().getValue());
}
//language_override string
if (options.containsKey("language_override") && options.get("language_override").isString()) {
ret.languageOverride(options.get("language_override").asString().getValue());
}
//textIndexVersion integer
if (options.containsKey("textIndexVersion") && options.get("textIndexVersion").isInt32()) {
ret.textVersion(options.get("textIndexVersion").asInt32().getValue());
}
//***Options for 2dsphere Indexes
//2dsphereIndexVersion integer
if (options.containsKey("2dsphereIndexVersion") && options.get("2dsphereIndexVersion").isInt32()) {
ret.sphereVersion(options.get("2dsphereIndexVersion").asInt32().getValue());
}
//***Options for 2d Indexes
//bits integer
if (options.containsKey("bits") && options.get("bits").isInt32()) {
ret.bits(options.get("bits").asInt32().getValue());
}
//min number
if (options.containsKey("min") && options.get("min").isDouble()) {
ret.min(options.get("min").asDouble().getValue());
}
//max number
if (options.containsKey("max") && options.get("max").isDouble()) {
ret.max(options.get("max").asDouble().getValue());
}
//***Options for geoHaystack Indexes
//bucketSize number
if (options.containsKey("bucketSize") && options.get("bucketSize").isDouble()) {
ret.bucketSize(options.get("bucketSize").asDouble().getValue());
}
return ret;
}
From source file:org.wso2.extension.siddhi.store.mongodb.util.MongoTableUtils.java
License:Open Source License
/** * Utility method which can be used to create an IndexModel. * * @param fieldName the attribute on which the index is to be created. * @param sortOrder the sort order of the index to be created. * @param indexOption json string of the options of the index to be created. * @return IndexModel.//from www . j ava 2 s . co m */ private static IndexModel createIndexModel(String fieldName, Integer sortOrder, String indexOption) { Document indexDocument = new Document(fieldName, sortOrder); if (indexOption == null) { return new IndexModel(indexDocument); } else { IndexOptions indexOptions = new IndexOptions(); Document indexOptionDocument; try { indexOptionDocument = Document.parse(indexOption); for (Map.Entry<String, Object> indexEntry : indexOptionDocument.entrySet()) { Object value = indexEntry.getValue(); switch (indexEntry.getKey()) { case "unique": indexOptions.unique(Boolean.parseBoolean(value.toString())); break; case "background": indexOptions.background(Boolean.parseBoolean(value.toString())); break; case "name": indexOptions.name(value.toString()); break; case "sparse": indexOptions.sparse(Boolean.parseBoolean(value.toString())); break; case "expireAfterSeconds": indexOptions.expireAfter(Long.parseLong(value.toString()), TimeUnit.SECONDS); break; case "version": indexOptions.version(Integer.parseInt(value.toString())); break; case "weights": indexOptions.weights((Bson) value); break; case "languageOverride": indexOptions.languageOverride(value.toString()); break; case "defaultLanguage": indexOptions.defaultLanguage(value.toString()); break; case "textVersion": indexOptions.textVersion(Integer.parseInt(value.toString())); break; case "sphereVersion": indexOptions.sphereVersion(Integer.parseInt(value.toString())); break; case "bits": indexOptions.bits(Integer.parseInt(value.toString())); break; case "min": indexOptions.min(Double.parseDouble(value.toString())); break; case "max": indexOptions.max(Double.parseDouble(value.toString())); break; case "bucketSize": indexOptions.bucketSize(Double.parseDouble(value.toString())); break; case "partialFilterExpression": indexOptions.partialFilterExpression((Bson) value); break; case "collation": DBObject collationOptions = (DBObject) value; Collation.Builder builder = Collation.builder(); for (String collationKey : collationOptions.keySet()) { String collationObj = value.toString(); switch (collationKey) { case "locale": builder.locale(collationObj); break; case "caseLevel": builder.caseLevel(Boolean.parseBoolean(collationObj)); break; case "caseFirst": builder.collationCaseFirst(CollationCaseFirst.fromString(collationObj)); break; case "strength": builder.collationStrength(CollationStrength.valueOf(collationObj)); break; case "numericOrdering": builder.numericOrdering(Boolean.parseBoolean(collationObj)); break; case "normalization": builder.normalization(Boolean.parseBoolean(collationObj)); break; case "backwards": builder.backwards(Boolean.parseBoolean(collationObj)); break; case "alternate": builder.collationAlternate(CollationAlternate.fromString(collationObj)); break; case "maxVariable": builder.collationMaxVariable(CollationMaxVariable.fromString(collationObj)); break; default: log.warn("Annotation 'IndexBy' for the field '" + fieldName + "' contains " + "unknown 'Collation' Option key : '" + collationKey + "'. Please " + "check your query and try again."); break; } } if (builder.build().getLocale() != null) { indexOptions.collation(builder.build()); } else { throw new MongoTableException("Annotation 'IndexBy' for the field '" + fieldName + "'" + " do not contain option for locale. Please check your query and try again."); } break; case "storageEngine": indexOptions.storageEngine((Bson) value); break; default: log.warn("Annotation 'IndexBy' for the field '" + fieldName + "' contains unknown option " + "key : '" + indexEntry.getKey() + "'. Please check your query and try again."); break; } } } catch (JsonParseException | NumberFormatException e) { throw new MongoTableException("Annotation 'IndexBy' for the field '" + fieldName + "' contains " + "illegal value(s) for index option. Please check your query and try again.", e); } return new IndexModel(indexDocument, indexOptions); } }