Examples with HiveParserQBParseInfo org.apache.flink.table.planner.delegation.hive.copy.HiveParserQBParseInfo used on opensource projects

Example 6 with HiveParserQBParseInfo

use of org.apache.flink.table.planner.delegation.hive.copy.HiveParserQBParseInfo in project flink by apache.

the class HiveParserCalcitePlanner method genGBHavingLogicalPlan.

private RelNode genGBHavingLogicalPlan(HiveParserQB qb, RelNode srcRel) throws SemanticException {
    RelNode gbFilter = null;
    HiveParserQBParseInfo qbp = qb.getParseInfo();
    String destClauseName = qbp.getClauseNames().iterator().next();
    HiveParserASTNode havingClause = qbp.getHavingForClause(qbp.getClauseNames().iterator().next());
    if (havingClause != null) {
        if (!(srcRel instanceof Aggregate)) {
            // ill-formed query like select * from t1 having c1 > 0;
            throw new SemanticException("Having clause without any group-by.");
        }
        HiveParserASTNode targetNode = (HiveParserASTNode) havingClause.getChild(0);
        validateNoHavingReferenceToAlias(qb, targetNode, relToRowResolver.get(srcRel), semanticAnalyzer);
        if (!qbp.getDestToGroupBy().isEmpty()) {
            final boolean cubeRollupGrpSetPresent = (!qbp.getDestRollups().isEmpty() || !qbp.getDestGroupingSets().isEmpty() || !qbp.getDestCubes().isEmpty());
            // Special handling of grouping function
            targetNode = rewriteGroupingFunctionAST(getGroupByForClause(qbp, destClauseName), targetNode, !cubeRollupGrpSetPresent);
        }
        gbFilter = genFilterRelNode(qb, targetNode, srcRel, null, null, true);
    }
    return gbFilter;
}

Example 7 with HiveParserQBParseInfo

use of org.apache.flink.table.planner.delegation.hive.copy.HiveParserQBParseInfo in project flink by apache.

the class HiveParserCalcitePlanner method genDistSortBy.

// Generate plan for sort by, cluster by and distribute by. This is basically same as generating
// order by plan.
// Should refactor to combine them.
private Pair<RelNode, RelNode> genDistSortBy(HiveParserQB qb, RelNode srcRel, boolean outermostOB) throws SemanticException {
    RelNode res = null;
    RelNode originalInput = null;
    HiveParserQBParseInfo qbp = qb.getParseInfo();
    String destClause = qbp.getClauseNames().iterator().next();
    HiveParserASTNode sortAST = qbp.getSortByForClause(destClause);
    HiveParserASTNode distAST = qbp.getDistributeByForClause(destClause);
    HiveParserASTNode clusterAST = qbp.getClusterByForClause(destClause);
    if (sortAST != null || distAST != null || clusterAST != null) {
        List<RexNode> virtualCols = new ArrayList<>();
        List<Pair<HiveParserASTNode, TypeInfo>> vcASTAndType = new ArrayList<>();
        List<RelFieldCollation> fieldCollations = new ArrayList<>();
        List<Integer> distKeys = new ArrayList<>();
        HiveParserRowResolver inputRR = relToRowResolver.get(srcRel);
        HiveParserRexNodeConverter converter = new HiveParserRexNodeConverter(cluster, srcRel.getRowType(), relToHiveColNameCalcitePosMap.get(srcRel), 0, false, funcConverter);
        int numSrcFields = srcRel.getRowType().getFieldCount();
        // handle cluster by
        if (clusterAST != null) {
            if (sortAST != null) {
                throw new SemanticException("Cannot have both CLUSTER BY and SORT BY");
            }
            if (distAST != null) {
                throw new SemanticException("Cannot have both CLUSTER BY and DISTRIBUTE BY");
            }
            for (Node node : clusterAST.getChildren()) {
                HiveParserASTNode childAST = (HiveParserASTNode) node;
                Map<HiveParserASTNode, ExprNodeDesc> astToExprNodeDesc = semanticAnalyzer.genAllExprNodeDesc(childAST, inputRR);
                ExprNodeDesc childNodeDesc = astToExprNodeDesc.get(childAST);
                if (childNodeDesc == null) {
                    throw new SemanticException("Invalid CLUSTER BY expression: " + childAST.toString());
                }
                RexNode childRexNode = converter.convert(childNodeDesc).accept(funcConverter);
                int fieldIndex;
                if (childRexNode instanceof RexInputRef) {
                    fieldIndex = ((RexInputRef) childRexNode).getIndex();
                } else {
                    fieldIndex = numSrcFields + virtualCols.size();
                    virtualCols.add(childRexNode);
                    vcASTAndType.add(new Pair<>(childAST, childNodeDesc.getTypeInfo()));
                }
                // cluster by doesn't support specifying ASC/DESC or NULLS FIRST/LAST, so use
                // default values
                fieldCollations.add(new RelFieldCollation(fieldIndex, RelFieldCollation.Direction.ASCENDING, RelFieldCollation.NullDirection.FIRST));
                distKeys.add(fieldIndex);
            }
        } else {
            // handle sort by
            if (sortAST != null) {
                for (Node node : sortAST.getChildren()) {
                    HiveParserASTNode childAST = (HiveParserASTNode) node;
                    HiveParserASTNode nullOrderAST = (HiveParserASTNode) childAST.getChild(0);
                    HiveParserASTNode fieldAST = (HiveParserASTNode) nullOrderAST.getChild(0);
                    Map<HiveParserASTNode, ExprNodeDesc> astToExprNodeDesc = semanticAnalyzer.genAllExprNodeDesc(fieldAST, inputRR);
                    ExprNodeDesc fieldNodeDesc = astToExprNodeDesc.get(fieldAST);
                    if (fieldNodeDesc == null) {
                        throw new SemanticException("Invalid sort by expression: " + fieldAST.toString());
                    }
                    RexNode childRexNode = converter.convert(fieldNodeDesc).accept(funcConverter);
                    int fieldIndex;
                    if (childRexNode instanceof RexInputRef) {
                        fieldIndex = ((RexInputRef) childRexNode).getIndex();
                    } else {
                        fieldIndex = numSrcFields + virtualCols.size();
                        virtualCols.add(childRexNode);
                        vcASTAndType.add(new Pair<>(childAST, fieldNodeDesc.getTypeInfo()));
                    }
                    RelFieldCollation.Direction direction = RelFieldCollation.Direction.DESCENDING;
                    if (childAST.getType() == HiveASTParser.TOK_TABSORTCOLNAMEASC) {
                        direction = RelFieldCollation.Direction.ASCENDING;
                    }
                    RelFieldCollation.NullDirection nullOrder;
                    if (nullOrderAST.getType() == HiveASTParser.TOK_NULLS_FIRST) {
                        nullOrder = RelFieldCollation.NullDirection.FIRST;
                    } else if (nullOrderAST.getType() == HiveASTParser.TOK_NULLS_LAST) {
                        nullOrder = RelFieldCollation.NullDirection.LAST;
                    } else {
                        throw new SemanticException("Unexpected null ordering option: " + nullOrderAST.getType());
                    }
                    fieldCollations.add(new RelFieldCollation(fieldIndex, direction, nullOrder));
                }
            }
            // handle distribute by
            if (distAST != null) {
                for (Node node : distAST.getChildren()) {
                    HiveParserASTNode childAST = (HiveParserASTNode) node;
                    Map<HiveParserASTNode, ExprNodeDesc> astToExprNodeDesc = semanticAnalyzer.genAllExprNodeDesc(childAST, inputRR);
                    ExprNodeDesc childNodeDesc = astToExprNodeDesc.get(childAST);
                    if (childNodeDesc == null) {
                        throw new SemanticException("Invalid DISTRIBUTE BY expression: " + childAST.toString());
                    }
                    RexNode childRexNode = converter.convert(childNodeDesc).accept(funcConverter);
                    int fieldIndex;
                    if (childRexNode instanceof RexInputRef) {
                        fieldIndex = ((RexInputRef) childRexNode).getIndex();
                    } else {
                        fieldIndex = numSrcFields + virtualCols.size();
                        virtualCols.add(childRexNode);
                        vcASTAndType.add(new Pair<>(childAST, childNodeDesc.getTypeInfo()));
                    }
                    distKeys.add(fieldIndex);
                }
            }
        }
        Preconditions.checkState(!fieldCollations.isEmpty() || !distKeys.isEmpty(), "Both field collations and dist keys are empty");
        // add child SEL if needed
        RelNode realInput = srcRel;
        HiveParserRowResolver outputRR = new HiveParserRowResolver();
        if (!virtualCols.isEmpty()) {
            List<RexNode> originalInputRefs = srcRel.getRowType().getFieldList().stream().map(input -> new RexInputRef(input.getIndex(), input.getType())).collect(Collectors.toList());
            HiveParserRowResolver addedProjectRR = new HiveParserRowResolver();
            if (!HiveParserRowResolver.add(addedProjectRR, inputRR)) {
                throw new SemanticException("Duplicates detected when adding columns to RR: see previous message");
            }
            int vColPos = inputRR.getRowSchema().getSignature().size();
            for (Pair<HiveParserASTNode, TypeInfo> astTypePair : vcASTAndType) {
                addedProjectRR.putExpression(astTypePair.getKey(), new ColumnInfo(getColumnInternalName(vColPos), astTypePair.getValue(), null, false));
                vColPos++;
            }
            realInput = genSelectRelNode(CompositeList.of(originalInputRefs, virtualCols), addedProjectRR, srcRel);
            if (outermostOB) {
                if (!HiveParserRowResolver.add(outputRR, inputRR)) {
                    throw new SemanticException("Duplicates detected when adding columns to RR: see previous message");
                }
            } else {
                if (!HiveParserRowResolver.add(outputRR, addedProjectRR)) {
                    throw new SemanticException("Duplicates detected when adding columns to RR: see previous message");
                }
            }
            originalInput = srcRel;
        } else {
            if (!HiveParserRowResolver.add(outputRR, inputRR)) {
                throw new SemanticException("Duplicates detected when adding columns to RR: see previous message");
            }
        }
        // create rel node
        RelTraitSet traitSet = cluster.traitSet();
        RelCollation canonizedCollation = traitSet.canonize(RelCollationImpl.of(fieldCollations));
        res = LogicalDistribution.create(realInput, canonizedCollation, distKeys);
        Map<String, Integer> hiveColNameCalcitePosMap = buildHiveToCalciteColumnMap(outputRR);
        relToRowResolver.put(res, outputRR);
        relToHiveColNameCalcitePosMap.put(res, hiveColNameCalcitePosMap);
    }
    return (new Pair<>(res, originalInput));
}

Example 8 with HiveParserQBParseInfo

use of org.apache.flink.table.planner.delegation.hive.copy.HiveParserQBParseInfo in project flink by apache.

the class HiveParserCalcitePlanner method genSelectLogicalPlan.

// NOTE: there can only be one select clause since we don't handle multi destination insert.
private RelNode genSelectLogicalPlan(HiveParserQB qb, RelNode srcRel, RelNode starSrcRel, Map<String, Integer> outerNameToPos, HiveParserRowResolver outerRR) throws SemanticException {
    // 0. Generate a Select Node for Windowing
    // Exclude the newly-generated select columns from */etc. resolution.
    HashSet<ColumnInfo> excludedColumns = new HashSet<>();
    RelNode selForWindow = genSelectForWindowing(qb, srcRel, excludedColumns);
    srcRel = (selForWindow == null) ? srcRel : selForWindow;
    ArrayList<ExprNodeDesc> exprNodeDescs = new ArrayList<>();
    // 1. Get Select Expression List
    HiveParserQBParseInfo qbp = qb.getParseInfo();
    String selClauseName = qbp.getClauseNames().iterator().next();
    HiveParserASTNode selExprList = qbp.getSelForClause(selClauseName);
    // make sure if there is subquery it is top level expression
    HiveParserSubQueryUtils.checkForTopLevelSubqueries(selExprList);
    final boolean cubeRollupGrpSetPresent = !qbp.getDestRollups().isEmpty() || !qbp.getDestGroupingSets().isEmpty() || !qbp.getDestCubes().isEmpty();
    // 3. Query Hints
    int posn = 0;
    boolean hintPresent = selExprList.getChild(0).getType() == HiveASTParser.QUERY_HINT;
    if (hintPresent) {
        posn++;
    }
    // 4. Bailout if select involves Transform
    boolean isInTransform = selExprList.getChild(posn).getChild(0).getType() == HiveASTParser.TOK_TRANSFORM;
    if (isInTransform) {
        String msg = "SELECT TRANSFORM is currently not supported in CBO, turn off cbo to use TRANSFORM.";
        throw new SemanticException(msg);
    }
    // 2.Row resolvers for input, output
    HiveParserRowResolver outRR = new HiveParserRowResolver();
    Integer pos = 0;
    // TODO: will this also fix windowing? try
    HiveParserRowResolver inputRR = relToRowResolver.get(srcRel), starRR = inputRR;
    if (starSrcRel != null) {
        starRR = relToRowResolver.get(starSrcRel);
    }
    // 5. Check if select involves UDTF
    String udtfTableAlias = null;
    SqlOperator udtfOperator = null;
    String genericUDTFName = null;
    ArrayList<String> udtfColAliases = new ArrayList<>();
    HiveParserASTNode expr = (HiveParserASTNode) selExprList.getChild(posn).getChild(0);
    int exprType = expr.getType();
    if (exprType == HiveASTParser.TOK_FUNCTION || exprType == HiveASTParser.TOK_FUNCTIONSTAR) {
        String funcName = HiveParserTypeCheckProcFactory.DefaultExprProcessor.getFunctionText(expr, true);
        // we can't just try to get table function here because the operator table throws
        // exception if it's not a table function
        SqlOperator sqlOperator = HiveParserUtils.getAnySqlOperator(funcName, frameworkConfig.getOperatorTable());
        if (HiveParserUtils.isUDTF(sqlOperator)) {
            LOG.debug("Found UDTF " + funcName);
            udtfOperator = sqlOperator;
            genericUDTFName = funcName;
            if (!HiveParserUtils.isNative(sqlOperator)) {
                semanticAnalyzer.unparseTranslator.addIdentifierTranslation((HiveParserASTNode) expr.getChild(0));
            }
            if (exprType == HiveASTParser.TOK_FUNCTIONSTAR) {
                semanticAnalyzer.genColListRegex(".*", null, (HiveParserASTNode) expr.getChild(0), exprNodeDescs, null, inputRR, starRR, pos, outRR, qb.getAliases(), false);
            }
        }
    }
    if (udtfOperator != null) {
        // Only support a single expression when it's a UDTF
        if (selExprList.getChildCount() > 1) {
            throw new SemanticException(generateErrorMessage((HiveParserASTNode) selExprList.getChild(1), ErrorMsg.UDTF_MULTIPLE_EXPR.getMsg()));
        }
        HiveParserASTNode selExpr = (HiveParserASTNode) selExprList.getChild(posn);
        // column names also can be inferred from result of UDTF
        for (int i = 1; i < selExpr.getChildCount(); i++) {
            HiveParserASTNode selExprChild = (HiveParserASTNode) selExpr.getChild(i);
            switch(selExprChild.getType()) {
                case HiveASTParser.Identifier:
                    udtfColAliases.add(unescapeIdentifier(selExprChild.getText().toLowerCase()));
                    semanticAnalyzer.unparseTranslator.addIdentifierTranslation(selExprChild);
                    break;
                case HiveASTParser.TOK_TABALIAS:
                    assert (selExprChild.getChildCount() == 1);
                    udtfTableAlias = unescapeIdentifier(selExprChild.getChild(0).getText());
                    qb.addAlias(udtfTableAlias);
                    semanticAnalyzer.unparseTranslator.addIdentifierTranslation((HiveParserASTNode) selExprChild.getChild(0));
                    break;
                default:
                    throw new SemanticException("Find invalid token type " + selExprChild.getType() + " in UDTF.");
            }
        }
        LOG.debug("UDTF table alias is " + udtfTableAlias);
        LOG.debug("UDTF col aliases are " + udtfColAliases);
    }
    // 6. Iterate over all expression (after SELECT)
    HiveParserASTNode exprList;
    if (udtfOperator != null) {
        exprList = expr;
    } else {
        exprList = selExprList;
    }
    // For UDTF's, skip the function name to get the expressions
    int startPos = udtfOperator != null ? posn + 1 : posn;
    // track the col aliases provided by user
    List<String> colAliases = new ArrayList<>();
    for (int i = startPos; i < exprList.getChildCount(); ++i) {
        colAliases.add(null);
        // 6.1 child can be EXPR AS ALIAS, or EXPR.
        HiveParserASTNode child = (HiveParserASTNode) exprList.getChild(i);
        boolean hasAsClause = child.getChildCount() == 2;
        // slightly different.
        if (udtfOperator == null && child.getChildCount() > 2) {
            throw new SemanticException(generateErrorMessage((HiveParserASTNode) child.getChild(2), ErrorMsg.INVALID_AS.getMsg()));
        }
        String tabAlias;
        String colAlias;
        if (udtfOperator != null) {
            tabAlias = null;
            colAlias = semanticAnalyzer.getAutogenColAliasPrfxLbl() + i;
            expr = child;
        } else {
            // 6.3 Get rid of TOK_SELEXPR
            expr = (HiveParserASTNode) child.getChild(0);
            String[] colRef = HiveParserUtils.getColAlias(child, semanticAnalyzer.getAutogenColAliasPrfxLbl(), inputRR, semanticAnalyzer.autogenColAliasPrfxIncludeFuncName(), i);
            tabAlias = colRef[0];
            colAlias = colRef[1];
            if (hasAsClause) {
                colAliases.set(colAliases.size() - 1, colAlias);
                semanticAnalyzer.unparseTranslator.addIdentifierTranslation((HiveParserASTNode) child.getChild(1));
            }
        }
        Map<HiveParserASTNode, RelNode> subQueryToRelNode = new HashMap<>();
        boolean isSubQuery = genSubQueryRelNode(qb, expr, srcRel, false, subQueryToRelNode);
        if (isSubQuery) {
            ExprNodeDesc subQueryDesc = semanticAnalyzer.genExprNodeDesc(expr, relToRowResolver.get(srcRel), outerRR, subQueryToRelNode, false);
            exprNodeDescs.add(subQueryDesc);
            ColumnInfo colInfo = new ColumnInfo(getColumnInternalName(pos), subQueryDesc.getWritableObjectInspector(), tabAlias, false);
            if (!outRR.putWithCheck(tabAlias, colAlias, null, colInfo)) {
                throw new SemanticException("Cannot add column to RR: " + tabAlias + "." + colAlias + " => " + colInfo + " due to duplication, see previous warnings");
            }
        } else {
            // 6.4 Build ExprNode corresponding to columns
            if (expr.getType() == HiveASTParser.TOK_ALLCOLREF) {
                pos = semanticAnalyzer.genColListRegex(".*", expr.getChildCount() == 0 ? null : HiveParserBaseSemanticAnalyzer.getUnescapedName((HiveParserASTNode) expr.getChild(0)).toLowerCase(), expr, exprNodeDescs, excludedColumns, inputRR, starRR, pos, outRR, qb.getAliases(), false);
            } else if (expr.getType() == HiveASTParser.TOK_TABLE_OR_COL && !hasAsClause && !inputRR.getIsExprResolver() && HiveParserUtils.isRegex(unescapeIdentifier(expr.getChild(0).getText()), semanticAnalyzer.getConf())) {
                // In case the expression is a regex COL. This can only happen without AS clause
                // We don't allow this for ExprResolver - the Group By case
                pos = semanticAnalyzer.genColListRegex(unescapeIdentifier(expr.getChild(0).getText()), null, expr, exprNodeDescs, excludedColumns, inputRR, starRR, pos, outRR, qb.getAliases(), true);
            } else if (expr.getType() == HiveASTParser.DOT && expr.getChild(0).getType() == HiveASTParser.TOK_TABLE_OR_COL && inputRR.hasTableAlias(unescapeIdentifier(expr.getChild(0).getChild(0).getText().toLowerCase())) && !hasAsClause && !inputRR.getIsExprResolver() && HiveParserUtils.isRegex(unescapeIdentifier(expr.getChild(1).getText()), semanticAnalyzer.getConf())) {
                // In case the expression is TABLE.COL (col can be regex). This can only happen
                // without AS clause
                // We don't allow this for ExprResolver - the Group By case
                pos = semanticAnalyzer.genColListRegex(unescapeIdentifier(expr.getChild(1).getText()), unescapeIdentifier(expr.getChild(0).getChild(0).getText().toLowerCase()), expr, exprNodeDescs, excludedColumns, inputRR, starRR, pos, outRR, qb.getAliases(), false);
            } else if (HiveASTParseUtils.containsTokenOfType(expr, HiveASTParser.TOK_FUNCTIONDI) && !(srcRel instanceof Aggregate)) {
                // Likely a malformed query eg, select hash(distinct c1) from t1;
                throw new SemanticException("Distinct without an aggregation.");
            } else {
                // Case when this is an expression
                HiveParserTypeCheckCtx typeCheckCtx = new HiveParserTypeCheckCtx(inputRR, frameworkConfig, cluster);
                // We allow stateful functions in the SELECT list (but nowhere else)
                typeCheckCtx.setAllowStatefulFunctions(true);
                if (!qbp.getDestToGroupBy().isEmpty()) {
                    // Special handling of grouping function
                    expr = rewriteGroupingFunctionAST(getGroupByForClause(qbp, selClauseName), expr, !cubeRollupGrpSetPresent);
                }
                ExprNodeDesc exprDesc = semanticAnalyzer.genExprNodeDesc(expr, inputRR, typeCheckCtx);
                String recommended = semanticAnalyzer.recommendName(exprDesc, colAlias);
                if (recommended != null && outRR.get(null, recommended) == null) {
                    colAlias = recommended;
                }
                exprNodeDescs.add(exprDesc);
                ColumnInfo colInfo = new ColumnInfo(getColumnInternalName(pos), exprDesc.getWritableObjectInspector(), tabAlias, false);
                colInfo.setSkewedCol(exprDesc instanceof ExprNodeColumnDesc && ((ExprNodeColumnDesc) exprDesc).isSkewedCol());
                // Hive errors out in case of duplication. We allow it and see what happens.
                outRR.put(tabAlias, colAlias, colInfo);
                if (exprDesc instanceof ExprNodeColumnDesc) {
                    ExprNodeColumnDesc colExp = (ExprNodeColumnDesc) exprDesc;
                    String[] altMapping = inputRR.getAlternateMappings(colExp.getColumn());
                    if (altMapping != null) {
                        // TODO: this can overwrite the mapping. Should this be allowed?
                        outRR.put(altMapping[0], altMapping[1], colInfo);
                    }
                }
                pos++;
            }
        }
    }
    // 7. Convert Hive projections to Calcite
    List<RexNode> calciteColLst = new ArrayList<>();
    HiveParserRexNodeConverter rexNodeConverter = new HiveParserRexNodeConverter(cluster, srcRel.getRowType(), outerNameToPos, buildHiveColNameToInputPosMap(exprNodeDescs, inputRR), relToRowResolver.get(srcRel), outerRR, 0, false, subqueryId, funcConverter);
    for (ExprNodeDesc colExpr : exprNodeDescs) {
        RexNode calciteCol = rexNodeConverter.convert(colExpr);
        calciteCol = convertNullLiteral(calciteCol).accept(funcConverter);
        calciteColLst.add(calciteCol);
    }
    // 8. Build Calcite Rel
    RelNode res;
    if (udtfOperator != null) {
        // The basic idea for CBO support of UDTF is to treat UDTF as a special project.
        res = genUDTFPlan(udtfOperator, genericUDTFName, udtfTableAlias, udtfColAliases, qb, calciteColLst, outRR.getColumnInfos(), srcRel, true, false);
    } else {
        // and thus introduces unnecessary agg node.
        if (HiveParserUtils.isIdentityProject(srcRel, calciteColLst, colAliases) && outerRR != null) {
            res = srcRel;
        } else {
            res = genSelectRelNode(calciteColLst, outRR, srcRel);
        }
    }
    // 9. Handle select distinct as GBY if there exist windowing functions
    if (selForWindow != null && selExprList.getToken().getType() == HiveASTParser.TOK_SELECTDI) {
        ImmutableBitSet groupSet = ImmutableBitSet.range(res.getRowType().getFieldList().size());
        res = LogicalAggregate.create(res, groupSet, Collections.emptyList(), Collections.emptyList());
        HiveParserRowResolver groupByOutputRowResolver = new HiveParserRowResolver();
        for (int i = 0; i < outRR.getColumnInfos().size(); i++) {
            ColumnInfo colInfo = outRR.getColumnInfos().get(i);
            ColumnInfo newColInfo = new ColumnInfo(colInfo.getInternalName(), colInfo.getType(), colInfo.getTabAlias(), colInfo.getIsVirtualCol());
            groupByOutputRowResolver.put(colInfo.getTabAlias(), colInfo.getAlias(), newColInfo);
        }
        relToHiveColNameCalcitePosMap.put(res, buildHiveToCalciteColumnMap(groupByOutputRowResolver));
        relToRowResolver.put(res, groupByOutputRowResolver);
    }
    return res;
}