public void testFailureNegativeLength_2() throws IOException { if (skip) return; closeOutput(); Reader reader = new Reader(fs.open(path), fs.getFileStatus(path).getLen(), conf); Scanner scanner = reader.createScanner(); try { scanner.lowerBound("keyX".getBytes(), 0, -1); Assert.fail("Error on handling negative length."); } catch (Exception e) { // noop, expecting exceptions } finally { scanner.close(); reader.close(); } closeOutput(); }
scanner.lowerBound("keyN".getBytes()); Assert.fail("Cannot search in a unsorted TFile!");
public void testFailureNegativeOffset_2() throws IOException { if (skip) return; closeOutput(); Reader reader = new Reader(fs.open(path), fs.getFileStatus(path).getLen(), conf); Scanner scanner = reader.createScanner(); try { scanner.lowerBound("keyX".getBytes(), -1, 4); Assert.fail("Error on handling negative offset."); } catch (Exception e) { // noop, expecting exceptions } finally { reader.close(); scanner.close(); } closeOutput(); }
scanner.lowerBound(getSomeKey(50)); assertTrue("locaton lookup failed", scanner.currentLocation .compareTo(reader.end()) < 0);
scanner.lowerBound("keyN".getBytes()); Assert.fail("Cannot search in a unsorted TFile!");
scanner.lowerBound(getSomeKey(50)); assertTrue("locaton lookup failed", scanner.currentLocation .compareTo(reader.end()) < 0);
for (int i = 0; i < options.seekCount; ++i) { kSampler.next(key); scanner.lowerBound(key.get(), 0, key.getSize()); if (!scanner.atEnd()) { scanner.entry().get(key, val);
scanner.lowerBound("keyN".getBytes()); Assert.fail("Cannot search in a unsorted TFile!");
for (int i = 0; i < options.seekCount; ++i) { kSampler.next(key); scanner.lowerBound(key.get(), 0, key.getSize()); if (!scanner.atEnd()) { scanner.entry().get(key, val);
for (int i = 0; i < options.seekCount; ++i) { kSampler.next(key); scanner.lowerBound(key.get(), 0, key.getSize()); if (!scanner.atEnd()) { scanner.entry().get(key, val);
@Test public void testFailureNegativeLength_2() throws IOException { if (skip) return; closeOutput(); Reader reader = new Reader(fs.open(path), fs.getFileStatus(path).getLen(), conf); Scanner scanner = reader.createScanner(); try { scanner.lowerBound("keyX".getBytes(), 0, -1); Assert.fail("Error on handling negative length."); } catch (Exception e) { // noop, expecting exceptions } finally { scanner.close(); reader.close(); } closeOutput(); }
@Test public void testFailureNegativeOffset_2() throws IOException { if (skip) return; closeOutput(); Reader reader = new Reader(fs.open(path), fs.getFileStatus(path).getLen(), conf); Scanner scanner = reader.createScanner(); try { scanner.lowerBound("keyX".getBytes(), -1, 4); Assert.fail("Error on handling negative offset."); } catch (Exception e) { // noop, expecting exceptions } finally { reader.close(); scanner.close(); } closeOutput(); }
@Test public void testFailureNegativeOffset_2() throws IOException { if (skip) return; closeOutput(); Reader reader = new Reader(fs.open(path), fs.getFileStatus(path).getLen(), conf); Scanner scanner = reader.createScanner(); try { scanner.lowerBound("keyX".getBytes(), -1, 4); Assert.fail("Error on handling negative offset."); } catch (Exception e) { // noop, expecting exceptions } finally { reader.close(); scanner.close(); } closeOutput(); }
@Test public void testFailureNegativeLength_2() throws IOException { if (skip) return; closeOutput(); Reader reader = new Reader(fs.open(path), fs.getFileStatus(path).getLen(), conf); Scanner scanner = reader.createScanner(); try { scanner.lowerBound("keyX".getBytes(), 0, -1); Assert.fail("Error on handling negative length."); } catch (Exception e) { // noop, expecting exceptions } finally { scanner.close(); reader.close(); } closeOutput(); }
/** * Move the cursor to the first entry whose key is greater than or equal * to the input key. Synonymous to lowerBound(key, 0, key.length). The * entry returned by the previous entry() call will be invalid. * * @param key * The input key * @throws IOException */ public void lowerBound(byte[] key) throws IOException { lowerBound(key, 0, key.length); }
/** * Move the cursor to the first entry whose key is greater than or equal * to the input key. Synonymous to lowerBound(key, 0, key.length). The * entry returned by the previous entry() call will be invalid. * * @param key * The input key * @throws IOException */ public void lowerBound(byte[] key) throws IOException { lowerBound(key, 0, key.length); }
/** * Move the cursor to the first entry whose key is greater than or equal * to the input key. Synonymous to lowerBound(key, 0, key.length). The * entry returned by the previous entry() call will be invalid. * * @param key * The input key * @throws IOException */ public void lowerBound(byte[] key) throws IOException { lowerBound(key, 0, key.length); }
/** * Move the cursor to the first entry whose key is greater than or equal * to the input key. Synonymous to lowerBound(key, 0, key.length). The * entry returned by the previous entry() call will be invalid. * * @param key * The input key * @throws IOException */ public void lowerBound(byte[] key) throws IOException { lowerBound(key, 0, key.length); }
/** * Move the cursor to the first entry whose key is greater than or equal * to the input key. Synonymous to lowerBound(key, 0, key.length). The * entry returned by the previous entry() call will be invalid. * * @param key * The input key * @throws IOException */ public void lowerBound(byte[] key) throws IOException { lowerBound(key, 0, key.length); }
/** * Move the cursor to the first entry whose key is greater than or equal * to the input key. Synonymous to lowerBound(key, 0, key.length). The * entry returned by the previous entry() call will be invalid. * * @param key * The input key * @throws IOException */ public void lowerBound(byte[] key) throws IOException { lowerBound(key, 0, key.length); }