public void preorderMap(OperatorFunc opFunc) { opFunc.func(this); if (childOperators != null) { for (Operator<? extends OperatorDesc> o : childOperators) { o.preorderMap(opFunc); } } }
public void preorderMap(OperatorFunc opFunc) { opFunc.func(this); if (childOperators != null) { for (Operator<? extends OperatorDesc> o : childOperators) { o.preorderMap(opFunc); } } }
reducer.preorderMap(rps);
reducer.preorderMap(rps);
reducer.preorderMap(rps);
reducer.preorderMap(rps);
@Override void close() { if (cache != null && cacheKey != null) { cache.release(cacheKey); } // check if there are IOExceptions if (!isAborted()) { setAborted(execContext.getIoCxt().getIOExceptions()); } // detecting failed executions by exceptions thrown by the operator tree try { if (mergeOp == null || mfWork == null) { return; } boolean abort = isAborted(); mergeOp.close(abort); ExecMapper.ReportStats rps = new ExecMapper.ReportStats(reporter, jconf); mergeOp.preorderMap(rps); } catch (Exception e) { if (!isAborted()) { // signal new failure to map-reduce l4j.error("Hit error while closing operators - failing tree"); throw new RuntimeException("Hive Runtime Error while closing operators", e); } } finally { Utilities.clearWorkMap(jconf); MapredContext.close(); } }
@Override void close() { if (cache != null && cacheKey != null) { cache.release(cacheKey); } // check if there are IOExceptions if (!isAborted()) { setAborted(execContext.getIoCxt().getIOExceptions()); } // detecting failed executions by exceptions thrown by the operator tree try { if (mergeOp == null || mfWork == null) { return; } boolean abort = isAborted(); mergeOp.close(abort); ExecMapper.ReportStats rps = new ExecMapper.ReportStats(reporter, jconf); mergeOp.preorderMap(rps); } catch (Exception e) { if (!isAborted()) { // signal new failure to map-reduce l4j.error("Hit error while closing operators - failing tree"); throw new RuntimeException("Hive Runtime Error while closing operators", e); } } finally { Utilities.clearWorkMap(jconf); MapredContext.close(); } }
reducer.preorderMap(rps);
reducer.preorderMap(rps);
public void preorderMap(OperatorFunc opFunc) { opFunc.func(this); if (childOperators != null) { for (Operator<? extends OperatorDesc> o : childOperators) { o.preorderMap(opFunc); } } }
public void preorderMap(OperatorFunc opFunc) { opFunc.func(this); if (childOperators != null) { for (Operator<? extends Serializable> o : childOperators) { o.preorderMap(opFunc); } } }
reducer.preorderMap(rps);
reducer.preorderMap(rps);
@Override void close() { if (cache != null && cacheKey != null) { cache.release(cacheKey); } // check if there are IOExceptions if (!abort) { abort = execContext.getIoCxt().getIOExceptions(); } // detecting failed executions by exceptions thrown by the operator tree try { if (mergeOp == null || mfWork == null) { return; } mergeOp.close(abort); ExecMapper.ReportStats rps = new ExecMapper.ReportStats(reporter, jconf); mergeOp.preorderMap(rps); } catch (Exception e) { if (!abort) { // signal new failure to map-reduce l4j.error("Hit error while closing operators - failing tree"); throw new RuntimeException("Hive Runtime Error while closing operators", e); } } finally { Utilities.clearWorkMap(); MapredContext.close(); } }
reducer.preorderMap(rps);
reducer.preorderMap(rps);