use of org.apache.drill.exec.physical.base.PhysicalOperator in project drill by apache.
the class TestRecordIterator method testMarkResetIterator.
@Test
public void testMarkResetIterator(@Injectable final DrillbitContext bitContext, @Injectable UserClientConnection connection) throws Throwable {
mockDrillbitContext(bitContext);
final PhysicalPlanReader reader = PhysicalPlanReaderTestFactory.defaultPhysicalPlanReader(c);
final String planStr = Files.toString(FileUtils.getResourceAsFile("/record/test_recorditerator.json"), Charsets.UTF_8);
final PhysicalPlan plan = reader.readPhysicalPlan(planStr);
final FunctionImplementationRegistry registry = new FunctionImplementationRegistry(c);
final FragmentContext context = new FragmentContext(bitContext, BitControl.PlanFragment.getDefaultInstance(), connection, registry);
final List<PhysicalOperator> operatorList = plan.getSortedOperators(false);
SimpleRootExec exec = new SimpleRootExec(ImplCreator.getExec(context, (FragmentRoot) operatorList.iterator().next()));
RecordBatch singleBatch = exec.getIncoming();
PhysicalOperator dummyPop = operatorList.iterator().next();
OpProfileDef def = new OpProfileDef(dummyPop.getOperatorId(), UserBitShared.CoreOperatorType.MOCK_SUB_SCAN_VALUE, OperatorUtilities.getChildCount(dummyPop));
OperatorStats stats = exec.getContext().getStats().newOperatorStats(def, exec.getContext().getAllocator());
RecordIterator iter = new RecordIterator(singleBatch, null, exec.getContext().newOperatorContext(dummyPop, stats), 0);
List<ValueVector> vectors = null;
// batche sizes
// 1, 100, 10, 10000, 1, 1000
// total = 11112
// BATCH 1 : 1, starting outerposition: 0
iter.next();
assertFalse(iter.finished());
assertEquals(1, iter.getTotalRecordCount());
assertEquals(0, iter.getCurrentPosition());
assertEquals(0, iter.getOuterPosition());
assertEquals(1, iter.cachedBatches().size());
vectors = Lists.newArrayList();
for (VectorWrapper vw : iter) {
vectors.add(vw.getValueVector());
}
// mark at position 0
iter.mark();
checkValues(vectors, 0);
// BATCH 2: 100, starting outerposition: 1
iter.next();
assertFalse(iter.finished());
assertEquals(101, iter.getTotalRecordCount(), 101);
assertEquals(0, iter.getCurrentPosition());
assertEquals(100, iter.getInnerRecordCount());
assertEquals(1, iter.getOuterPosition());
assertEquals(2, iter.cachedBatches().size());
for (int i = 0; i < 100; i++) {
checkValues(vectors, i);
iter.next();
}
// BATCH 3 :10, starting outerposition: 101
assertFalse(iter.finished());
assertEquals(111, iter.getTotalRecordCount());
assertEquals(0, iter.getCurrentPosition());
assertEquals(10, iter.getInnerRecordCount());
assertEquals(101, iter.getOuterPosition());
assertEquals(3, iter.cachedBatches().size());
for (int i = 0; i < 10; i++) {
checkValues(vectors, i);
iter.next();
}
// BATCH 4 : 10000, starting outerposition: 111
assertFalse(iter.finished());
assertEquals(10111, iter.getTotalRecordCount());
assertEquals(0, iter.getCurrentPosition(), 0);
assertEquals(10000, iter.getInnerRecordCount());
assertEquals(111, iter.getOuterPosition());
assertEquals(4, iter.cachedBatches().size());
for (int i = 0; i < 10000; i++) {
checkValues(vectors, i);
iter.next();
}
// BATCH 5 : 1, starting outerposition: 10111
assertFalse(iter.finished());
assertEquals(10112, iter.getTotalRecordCount());
assertEquals(0, iter.getCurrentPosition());
assertEquals(1, iter.getInnerRecordCount());
assertEquals(10111, iter.getOuterPosition());
assertEquals(5, iter.cachedBatches().size());
checkValues(vectors, 0);
iter.next();
// BATCH 6 : 1000, starting outerposition: 10112
assertFalse(iter.finished());
assertEquals(11112, iter.getTotalRecordCount());
assertEquals(0, iter.getCurrentPosition());
assertEquals(1000, iter.getInnerRecordCount());
assertEquals(10112, iter.getOuterPosition());
assertEquals(6, iter.cachedBatches().size());
for (int i = 0; i < 1000; i++) {
checkValues(vectors, i);
iter.next();
}
assertTrue(iter.finished());
assertEquals(6, iter.cachedBatches().size());
// back to batch 1
iter.reset();
assertFalse(iter.finished());
assertEquals(iter.getTotalRecordCount(), 11112);
assertEquals(6, iter.cachedBatches().size());
assertEquals(iter.getCurrentPosition(), 0);
assertEquals(1, iter.getInnerRecordCount());
checkValues(vectors, 0);
iter.next();
// mark start of batch 2
iter.mark();
assertFalse(iter.finished());
assertEquals(iter.getTotalRecordCount(), 11112);
assertEquals(5, iter.cachedBatches().size());
assertEquals(iter.getCurrentPosition(), 0);
assertEquals(100, iter.getInnerRecordCount());
for (int i = 0; i < 100; i++) {
iter.next();
}
// mark start of batch 3
iter.mark();
assertFalse(iter.finished());
assertEquals(iter.getTotalRecordCount(), 11112);
assertEquals(4, iter.cachedBatches().size());
assertEquals(iter.getCurrentPosition(), 0);
assertEquals(10, iter.getInnerRecordCount());
for (int i = 0; i < 10; i++) {
iter.next();
}
// jump into middle of largest batch #4.
for (int i = 0; i < 5000; i++) {
iter.next();
}
assertEquals(4, iter.cachedBatches().size());
iter.mark();
assertEquals(3, iter.cachedBatches().size());
for (int i = 0; i < 5000; i++) {
iter.next();
}
// mark start of batch 5
iter.mark();
assertFalse(iter.finished());
assertEquals(iter.getTotalRecordCount(), 11112);
assertEquals(2, iter.cachedBatches().size());
assertEquals(iter.getCurrentPosition(), 0);
assertEquals(1, iter.getInnerRecordCount());
// move to last batch
iter.next();
// skip to the middle of last batch
for (int i = 0; i < 500; i++) {
iter.next();
}
checkValues(vectors, 499);
checkValues(vectors, 500);
iter.reset();
checkValues(vectors, 0);
assertFalse(iter.finished());
assertEquals(iter.getTotalRecordCount(), 11112);
assertEquals(2, iter.cachedBatches().size());
assertEquals(iter.getCurrentPosition(), 0);
assertEquals(1, iter.getInnerRecordCount());
// move to last batch
iter.next();
assertEquals(0, iter.getCurrentPosition());
for (int i = 0; i < 500; i++) {
iter.next();
}
// This should free 5th batch.
iter.mark();
assertFalse(iter.finished());
assertEquals(iter.getTotalRecordCount(), 11112);
assertEquals(1, iter.cachedBatches().size());
assertEquals(500, iter.getCurrentPosition());
assertEquals(1000, iter.getInnerRecordCount());
// go to the end of iterator
for (int i = 0; i < 500; i++) {
iter.next();
}
assertTrue(iter.finished());
iter.reset();
assertFalse(iter.finished());
assertEquals(iter.getTotalRecordCount(), 11112);
assertEquals(1, iter.cachedBatches().size());
assertEquals(500, iter.getCurrentPosition());
assertEquals(1000, iter.getInnerRecordCount());
iter.close();
assertEquals(0, iter.cachedBatches().size());
}
use of org.apache.drill.exec.physical.base.PhysicalOperator in project drill by apache.
the class DefaultSqlHandler method convertToPop.
protected PhysicalOperator convertToPop(Prel prel) throws IOException {
PhysicalPlanCreator creator = new PhysicalPlanCreator(context, PrelSequencer.getIdMap(prel));
PhysicalOperator op = prel.getPhysicalOperator(creator);
return op;
}
use of org.apache.drill.exec.physical.base.PhysicalOperator in project drill by apache.
the class ExplainHandler method getPlan.
@Override
public PhysicalPlan getPlan(SqlNode sqlNode) throws ValidationException, RelConversionException, IOException, ForemanSetupException {
final ConvertedRelNode convertedRelNode = validateAndConvert(sqlNode);
final RelDataType validatedRowType = convertedRelNode.getValidatedRowType();
final RelNode queryRelNode = convertedRelNode.getConvertedNode();
log("Calcite", queryRelNode, logger, null);
DrillRel drel = convertToDrel(queryRelNode, validatedRowType);
if (mode == ResultMode.LOGICAL) {
LogicalExplain logicalResult = new LogicalExplain(drel, level, context);
return DirectPlan.createDirectPlan(context, logicalResult);
}
Prel prel = convertToPrel(drel);
logAndSetTextPlan("Drill Physical", prel, logger);
PhysicalOperator pop = convertToPop(prel);
PhysicalPlan plan = convertToPlan(pop);
log("Drill Plan", plan, logger);
PhysicalExplain physicalResult = new PhysicalExplain(prel, plan, level, context);
return DirectPlan.createDirectPlan(context, physicalResult);
}
use of org.apache.drill.exec.physical.base.PhysicalOperator in project drill by apache.
the class CreateTableHandler method getPlan.
@Override
public PhysicalPlan getPlan(SqlNode sqlNode) throws ValidationException, RelConversionException, IOException, ForemanSetupException {
SqlCreateTable sqlCreateTable = unwrap(sqlNode, SqlCreateTable.class);
String originalTableName = sqlCreateTable.getName();
final ConvertedRelNode convertedRelNode = validateAndConvert(sqlCreateTable.getQuery());
final RelDataType validatedRowType = convertedRelNode.getValidatedRowType();
final RelNode queryRelNode = convertedRelNode.getConvertedNode();
final RelNode newTblRelNode = SqlHandlerUtil.resolveNewTableRel(false, sqlCreateTable.getFieldNames(), validatedRowType, queryRelNode);
final DrillConfig drillConfig = context.getConfig();
final AbstractSchema drillSchema = resolveSchema(sqlCreateTable, config.getConverter().getDefaultSchema(), drillConfig);
checkDuplicatedObjectExistence(drillSchema, originalTableName, drillConfig, context.getSession());
final RelNode newTblRelNodeWithPCol = SqlHandlerUtil.qualifyPartitionCol(newTblRelNode, sqlCreateTable.getPartitionColumns());
log("Calcite", newTblRelNodeWithPCol, logger, null);
// Convert the query to Drill Logical plan and insert a writer operator on top.
StorageStrategy storageStrategy = sqlCreateTable.isTemporary() ? StorageStrategy.TEMPORARY : new StorageStrategy(context.getOption(ExecConstants.PERSISTENT_TABLE_UMASK).string_val, false);
// If we are creating temporary table, initial table name will be replaced with generated table name.
// Generated table name is unique, UUID.randomUUID() is used for its generation.
// Original table name is stored in temporary tables cache, so it can be substituted to generated one during querying.
String newTableName = sqlCreateTable.isTemporary() ? context.getSession().registerTemporaryTable(drillSchema, originalTableName, drillConfig) : originalTableName;
DrillRel drel = convertToDrel(newTblRelNodeWithPCol, drillSchema, newTableName, sqlCreateTable.getPartitionColumns(), newTblRelNode.getRowType(), storageStrategy);
Prel prel = convertToPrel(drel, newTblRelNode.getRowType(), sqlCreateTable.getPartitionColumns());
logAndSetTextPlan("Drill Physical", prel, logger);
PhysicalOperator pop = convertToPop(prel);
PhysicalPlan plan = convertToPlan(pop);
log("Drill Plan", plan, logger);
String message = String.format("Creating %s table [%s].", sqlCreateTable.isTemporary() ? "temporary" : "persistent", originalTableName);
logger.info(message);
return plan;
}
use of org.apache.drill.exec.physical.base.PhysicalOperator in project drill by apache.
the class TestOpSerialization method testSerializedDeserialize.
@Test
public void testSerializedDeserialize() throws Throwable {
DrillConfig c = DrillConfig.create();
PhysicalPlanReader reader = PhysicalPlanReaderTestFactory.defaultPhysicalPlanReader(c);
MockSubScanPOP s = new MockSubScanPOP("abc", false, null);
s.setOperatorId(3);
Filter f = new Filter(s, new ValueExpressions.BooleanExpression("true", ExpressionPosition.UNKNOWN), 0.1f);
f.setOperatorId(2);
UnionExchange e = new UnionExchange(f);
e.setOperatorId(1);
Screen screen = new Screen(e, CoordinationProtos.DrillbitEndpoint.getDefaultInstance());
screen.setOperatorId(0);
boolean reversed = false;
while (true) {
List<PhysicalOperator> pops = Lists.newArrayList();
pops.add(s);
pops.add(e);
pops.add(f);
pops.add(screen);
if (reversed) {
pops = Lists.reverse(pops);
}
PhysicalPlan plan1 = new PhysicalPlan(PlanProperties.builder().build(), pops);
LogicalPlanPersistence logicalPlanPersistence = PhysicalPlanReaderTestFactory.defaultLogicalPlanPersistence(c);
String json = plan1.unparse(logicalPlanPersistence.getMapper().writer());
PhysicalPlan plan2 = reader.readPhysicalPlan(json);
PhysicalOperator root = plan2.getSortedOperators(false).iterator().next();
assertEquals(0, root.getOperatorId());
PhysicalOperator o1 = root.iterator().next();
assertEquals(1, o1.getOperatorId());
PhysicalOperator o2 = o1.iterator().next();
assertEquals(2, o2.getOperatorId());
if (reversed) {
break;
}
reversed = !reversed;
}
}
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