Package org.apache.hadoop.hive.ql.plan

Examples of org.apache.hadoop.hive.ql.plan.LateralViewForwardDesc

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            String[] tabCol = source.reverseLookup(col.getInternalName());
            lvForwardRR.put(tabCol[0], tabCol[1], col);
          }

          Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
              new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
              op), lvForwardRR);

          // The order in which the two paths are added is important. The
          // lateral view join operator depends on having the select operator
          // give it the row first.
View Full Code Here
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      String[] tabCol = source.reverseLookup(col.getInternalName());
      lvForwardRR.put(tabCol[0], tabCol[1], col);
    }

    Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
        new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
        op), lvForwardRR);

    // The order in which the two paths are added is important. The
    // lateral view join operator depends on having the select operator
    // give it the row first.
View Full Code Here
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            String[] tabCol = source.reverseLookup(col.getInternalName());
            lvForwardRR.put(tabCol[0], tabCol[1], col);
          }

          Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
              new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
              op), lvForwardRR);

          // The order in which the two paths are added is important. The
          // lateral view join operator depends on having the select operator
          // give it the row first.
View Full Code Here
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            String[] tabCol = source.reverseLookup(col.getInternalName());
            lvForwardRR.put(tabCol[0], tabCol[1], col);
          }

          Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
              new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
              op), lvForwardRR);

          // The order in which the two paths are added is important. The
          // lateral view join operator depends on having the select operator
          // give it the row first.
View Full Code Here
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            String[] tabCol = source.reverseLookup(col.getInternalName());
            lvForwardRR.put(tabCol[0], tabCol[1], col);
          }

          Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
              new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
              op), lvForwardRR);

          // The order in which the two paths are added is important. The
          // lateral view join operator depends on having the select operator
          // give it the row first.
View Full Code Here
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            String[] tabCol = source.reverseLookup(col.getInternalName());
            lvForwardRR.put(tabCol[0], tabCol[1], col);
          }

          Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
              new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
              op), lvForwardRR);

          // The order in which the two paths are added is important. The
          // lateral view join operator depends on having the select operator
          // give it the row first.
View Full Code Here
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      String[] tabCol = source.reverseLookup(col.getInternalName());
      lvForwardRR.put(tabCol[0], tabCol[1], col);
    }

    Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
        new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
        op), lvForwardRR);

    // The order in which the two paths are added is important. The
    // lateral view join operator depends on having the select operator
    // give it the row first.
View Full Code Here
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      lvfColExprMap.put(col.getInternalName(), colExpr);
      selColExprMap.put(col.getInternalName(), colExpr.clone());
    }

    Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
        new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
        op), lvForwardRR);
    lvForward.setColumnExprMap(lvfColExprMap);

    // The order in which the two paths are added is important. The
    // lateral view join operator depends on having the select operator
View Full Code Here
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      String[] tabCol = source.reverseLookup(col.getInternalName());
      lvForwardRR.put(tabCol[0], tabCol[1], col);
    }

    Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
        new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
        op), lvForwardRR);

    // The order in which the two paths are added is important. The
    // lateral view join operator depends on having the select operator
    // give it the row first.
View Full Code Here
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      String[] tabCol = source.reverseLookup(col.getInternalName());
      lvForwardRR.put(tabCol[0], tabCol[1], col);
    }

    Operator lvForward = putOpInsertMap(OperatorFactory.getAndMakeChild(
        new LateralViewForwardDesc(), new RowSchema(lvForwardRR.getColumnInfos()),
        op), lvForwardRR);

    // The order in which the two paths are added is important. The
    // lateral view join operator depends on having the select operator
    // give it the row first.
View Full Code Here
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Related Classes of org.apache.hadoop.hive.ql.plan.LateralViewForwardDesc

  • org.apache.hadoop.hive.ql.parse.SemanticAnalyzer
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