aggregateCondition.setTimeSeries(this.timeSeries); aggregateCondition.setIntervalMS(this.intervalmin * 60 * 1000); if (EagleConfigFactory.load().isCoprocessorEnabled()) { return new GenericCoprocessorAggregateQuery(this.serviceName, this.searchCondition,
@QueryParam("metricName") String metricName, @QueryParam("verbose") Boolean verbose) { if(!EagleConfigFactory.load().isCoprocessorEnabled()) return listQueryWithoutCoprocessor(query,startTime,endTime,pageSize,startRowkey,treeAgg,timeSeries,intervalmin,top,filterIfMissing,parallel,metricName,verbose);
@QueryParam("metricName") String metricName, @QueryParam("verbose") Boolean verbose) { if(!EagleConfigFactory.load().isCoprocessorEnabled()) return listQueryWithoutCoprocessor(query,startTime,endTime,pageSize,startRowkey,treeAgg,timeSeries,intervalmin,top,filterIfMissing,parallel,metricName,verbose);
if (!EagleConfigFactory.load().isCoprocessorEnabled()) { LOG.warn("Expression in filter may not support, because custom filter and coprocessor is disabled: " + entry.toString()); Class type = EntityQualifierUtils.getType(ed, entry.getKey()); if (!EagleConfigFactory.load().isCoprocessorEnabled() || type == null || TypedByteArrayComparator.get(type) == null) { comparable = new BinaryComparator(EntityQualifierUtils.toBytes(ed, entry.getKey(),
|| entry.getValueType() == TokenType.EXP || entry.getKeyType() != TokenType.ID){ if(!EagleConfigFactory.load().isCoprocessorEnabled()) { LOG.warn("Expression in filter may not support, because custom filter and coprocessor is disabled: " + entry.toString()); Class type = EntityQualifierUtils.getType(_ed, entry.getKey()); if(!EagleConfigFactory.load().isCoprocessorEnabled() || type == null || TypedByteArrayComparator.get(type) == null){ comparable = new BinaryComparator(EntityQualifierUtils.toBytes(_ed, entry.getKey(), entry.getValue())); }else {