@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if (!in2.isOnDynamicPath() && in1.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in2.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in2.setTempMode(in2.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND; } return new DualInputPlanNode(node, "Join ("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if(!in1.isOnDynamicPath() && in2.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in1.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in1.setTempMode(in1.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST; } return new DualInputPlanNode(node, "Join ("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
needsMemory = true; if (tm.isCached()) { config.setInputCached(inputNum, true); needsMemory = true;
assertFalse(mixedUnion.getInput1().isOnDynamicPath()); assertTrue(mixedUnion.getInput2().isOnDynamicPath()); assertTrue(mixedUnion.getInput1().getTempMode().isCached());
assertFalse(mixedUnion.getInput1().isOnDynamicPath()); assertTrue(mixedUnion.getInput2().isOnDynamicPath()); assertTrue(mixedUnion.getInput1().getTempMode().isCached());
Assert.assertTrue(neighborsJoin.getInput2().getTempMode().isCached());
@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if (!in2.isOnDynamicPath() && in1.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in2.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in2.setTempMode(in2.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND; } return new DualInputPlanNode(node, "Join ("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if (!in2.isOnDynamicPath() && in1.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in2.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in2.setTempMode(in2.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND; } return new DualInputPlanNode(node, "Join ("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if(!in1.isOnDynamicPath() && in2.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in1.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in1.setTempMode(in1.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST; } return new DualInputPlanNode(node, "Join ("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if (!in2.isOnDynamicPath() && in1.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in2.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in2.setTempMode(in2.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND; } return new DualInputPlanNode(node, "Join ("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if(!in1.isOnDynamicPath() && in2.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in1.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in1.setTempMode(in1.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST; } return new DualInputPlanNode(node, "Join ("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if(!in1.isOnDynamicPath() && in2.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in1.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in1.setTempMode(in1.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST; } return new DualInputPlanNode(node, "Join ("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if (!in2.isOnDynamicPath() && in1.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in2.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in2.setTempMode(in2.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_SECOND; } return new DualInputPlanNode(node, "Join ("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
@Override public DualInputPlanNode instantiate(Channel in1, Channel in2, TwoInputNode node) { DriverStrategy strategy; if(!in1.isOnDynamicPath() && in2.isOnDynamicPath()) { // sanity check that the first input is cached and remove that cache if (!in1.getTempMode().isCached()) { throw new CompilerException("No cache at point where static and dynamic parts meet."); } in1.setTempMode(in1.getTempMode().makeNonCached()); strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST_CACHED; } else { strategy = DriverStrategy.HYBRIDHASH_BUILD_FIRST; } return new DualInputPlanNode(node, "Join("+node.getOperator().getName()+")", in1, in2, strategy, this.keys1, this.keys2); }
needsMemory = true; if (tm.isCached()) { config.setInputCached(inputNum, true); needsMemory = true;
needsMemory = true; if (tm.isCached()) { config.setInputCached(inputNum, true); needsMemory = true;
needsMemory = true; if (tm.isCached()) { config.setInputCached(inputNum, true); needsMemory = true;
needsMemory = true; if (tm.isCached()) { config.setInputCached(inputNum, true); needsMemory = true;