ArrayList<Range> ranges2 = new ArrayList<>(ranges.size()); for (Range range : ranges) { ranges2.add(range.bound(options.fetchedColumns.first(), options.fetchedColumns.last()));
ScannerIterator(ClientContext context, Table.ID tableId, Authorizations authorizations, Range range, int size, long timeOut, ScannerOptions options, boolean isolated, long readaheadThreshold, ScannerImpl.Reporter reporter) { this.timeOut = timeOut; this.readaheadThreshold = readaheadThreshold; this.options = new ScannerOptions(options); this.reporter = reporter; if (this.options.fetchedColumns.size() > 0) { range = range.bound(this.options.fetchedColumns.first(), this.options.fetchedColumns.last()); } scanState = new ScanState(context, tableId, authorizations, new Range(range), options.fetchedColumns, size, options.serverSideIteratorList, options.serverSideIteratorOptions, isolated, readaheadThreshold, options.getSamplerConfiguration(), options.batchTimeOut, options.classLoaderContext, options.executionHints); // If we want to start readahead immediately, don't wait for hasNext to be called if (readaheadThreshold == 0L) { initiateReadAhead(); } iter = null; }
public OfflineIterator(ScannerOptions options, ClientContext context, Authorizations authorizations, Text table, Range range) { this.options = new ScannerOptions(options); this.context = context; this.range = range; if (this.options.fetchedColumns.size() > 0) { this.range = range.bound(this.options.fetchedColumns.first(), this.options.fetchedColumns.last()); } this.tableId = Table.ID.of(table.toString()); this.authorizations = authorizations; this.readers = new ArrayList<>(); try { config = new ConfigurationCopy(context.instanceOperations().getSiteConfiguration()); nextTablet(); while (iter != null && !iter.hasTop()) nextTablet(); } catch (Exception e) { if (e instanceof RuntimeException) throw (RuntimeException) e; throw new RuntimeException(e); } }
ArrayList<Range> ranges2 = new ArrayList<>(ranges.size()); for (Range range : ranges) { ranges2.add(range.bound(options.fetchedColumns.first(), options.fetchedColumns.last()));
ScannerIterator(ClientContext context, String tableId, Authorizations authorizations, Range range, int size, int timeOut, ScannerOptions options, boolean isolated, long readaheadThreshold) { this.timeOut = timeOut; this.readaheadThreshold = readaheadThreshold; this.options = new ScannerOptions(options); synchQ = new ArrayBlockingQueue<>(1); if (this.options.fetchedColumns.size() > 0) { range = range.bound(this.options.fetchedColumns.first(), this.options.fetchedColumns.last()); } scanState = new ScanState(context, tableId, authorizations, new Range(range), options.fetchedColumns, size, options.serverSideIteratorList, options.serverSideIteratorOptions, isolated, readaheadThreshold, options.getSamplerConfiguration(), options.batchTimeOut, options.classLoaderContext); // If we want to start readahead immediately, don't wait for hasNext to be called if (0l == readaheadThreshold) { initiateReadAhead(); } iter = null; }
public OfflineIterator(ScannerOptions options, Instance instance, Credentials credentials, Authorizations authorizations, Text table, Range range) { this.options = new ScannerOptions(options); this.instance = instance; this.range = range; if (this.options.fetchedColumns.size() > 0) { this.range = range.bound(this.options.fetchedColumns.first(), this.options.fetchedColumns.last()); } this.tableId = table.toString(); this.authorizations = authorizations; this.readers = new ArrayList<>(); try { conn = instance.getConnector(credentials.getPrincipal(), credentials.getToken()); config = new ConfigurationCopy(conn.instanceOperations().getSiteConfiguration()); nextTablet(); while (iter != null && !iter.hasTop()) nextTablet(); } catch (Exception e) { if (e instanceof RuntimeException) throw (RuntimeException) e; throw new RuntimeException(e); } }
rangeMapRange = range.bound(new Column(contextBytes, new byte[] { (byte) 0x00 }, new byte[] { (byte) 0x00 }), new Column(contextBytes, new byte[] { (byte) 0xff }, new byte[] { (byte) 0xff }));
rangeMapRange = range.bound(new Column(contextBytes, new byte[] { (byte) 0x00 }, new byte[] { (byte) 0x00 }), new Column(contextBytes, new byte[] { (byte) 0xff }, new byte[] { (byte) 0xff }));