tajo-core-tests/src/test/resources/results/TestMultipleJoinTypes/testExceedBroadcastThreshold.1.Sort.plan

explain
-------------------------------
JOIN(18)(LEFT_OUTER)
  => Join Cond: default.l.l_orderkey (INT4) = default.b.n_nationkey (INT4)
  => target list: default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.b.n_comment (TEXT), default.b.n_name (TEXT), default.b.n_nationkey (INT4), default.b.n_regionkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)
  => out schema: {(13) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.b.n_comment (TEXT), default.b.n_name (TEXT), default.b.n_nationkey (INT4), default.b.n_regionkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)}
  => in schema: {(13) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.b.n_comment (TEXT), default.b.n_name (TEXT), default.b.n_nationkey (INT4), default.b.n_regionkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)}
   TABLE_SUBQUERY(13) as default.b
     => Targets: default.b.n_nationkey (INT4), default.b.n_name (TEXT), default.b.n_regionkey (INT4), default.b.n_comment (TEXT)
     => out schema: {(4) default.b.n_comment (TEXT), default.b.n_name (TEXT), default.b.n_nationkey (INT4), default.b.n_regionkey (INT4)}
     => in  schema: {(4) default.b.n_comment (TEXT), default.b.n_name (TEXT), default.b.n_nationkey (INT4), default.b.n_regionkey (INT4)}
      SCAN(11) on default.nation
        => target list: default.nation.n_comment (TEXT), default.nation.n_name (TEXT), default.nation.n_nationkey (INT4), default.nation.n_regionkey (INT4)
        => out schema: {(4) default.nation.n_comment (TEXT), default.nation.n_name (TEXT), default.nation.n_nationkey (INT4), default.nation.n_regionkey (INT4)}
        => in schema: {(4) default.nation.n_comment (TEXT), default.nation.n_name (TEXT), default.nation.n_nationkey (INT4), default.nation.n_regionkey (INT4)}
   JOIN(17)(INNER)
     => Join Cond: default.l.l_orderkey (INT4) = default.a.s_suppkey (INT4)
     => target list: default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)
     => out schema: {(9) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)}
     => in schema: {(9) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)}
      TABLE_SUBQUERY(9) as default.a
        => Targets: default.a.s_suppkey (INT4), default.a.s_name (TEXT), default.a.s_address (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_acctbal (FLOAT8), default.a.s_comment (TEXT)
        => out schema: {(7) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4)}
        => in  schema: {(7) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4)}
         SCAN(7) on default.small_supplier
           => target list: default.small_supplier.s_acctbal (FLOAT8), default.small_supplier.s_address (TEXT), default.small_supplier.s_comment (TEXT), default.small_supplier.s_name (TEXT), default.small_supplier.s_nationkey (INT4), default.small_supplier.s_phone (TEXT), default.small_supplier.s_suppkey (INT4)
           => out schema: {(7) default.small_supplier.s_acctbal (FLOAT8), default.small_supplier.s_address (TEXT), default.small_supplier.s_comment (TEXT), default.small_supplier.s_name (TEXT), default.small_supplier.s_nationkey (INT4), default.small_supplier.s_phone (TEXT), default.small_supplier.s_suppkey (INT4)}
           => in schema: {(7) default.small_supplier.s_acctbal (FLOAT8), default.small_supplier.s_address (TEXT), default.small_supplier.s_comment (TEXT), default.small_supplier.s_name (TEXT), default.small_supplier.s_nationkey (INT4), default.small_supplier.s_phone (TEXT), default.small_supplier.s_suppkey (INT4)}
      TABLE_SUBQUERY(6) as default.l
        => Targets: default.l.l_orderkey (INT4), default.l.cnt (INT8)
        => out schema: {(2) default.l.cnt (INT8), default.l.l_orderkey (INT4)}
        => in  schema: {(2) default.l.cnt (INT8), default.l.l_orderkey (INT4)}
         TABLE_SUBQUERY(4) as default.t
           => Targets: default.t.l_orderkey (INT4), default.t.cnt (INT8)
           => out schema: {(2) default.t.cnt (INT8), default.t.l_orderkey (INT4)}
           => in  schema: {(2) default.t.cnt (INT8), default.t.l_orderkey (INT4)}
            HAVING(2) (cnt (INT8) > 0)
               GROUP_BY(1)(l_orderkey)
                 => exprs: (count())
                 => target list: default.lineitem.l_orderkey (INT4), cnt (INT8)
                 => out schema:{(2) cnt (INT8), default.lineitem.l_orderkey (INT4)}
                 => in schema:{(1) default.lineitem.l_orderkey (INT4)}
                  SCAN(0) on default.lineitem
                    => target list: default.lineitem.l_orderkey (INT4)
                    => out schema: {(1) default.lineitem.l_orderkey (INT4)}
                    => in schema: {(16) default.lineitem.l_comment (TEXT), default.lineitem.l_commitdate (TEXT), default.lineitem.l_discount (FLOAT8), default.lineitem.l_extendedprice (FLOAT8), default.lineitem.l_linenumber (INT4), default.lineitem.l_linestatus (TEXT), default.lineitem.l_orderkey (INT4), default.lineitem.l_partkey (INT4), default.lineitem.l_quantity (FLOAT8), default.lineitem.l_receiptdate (TEXT), default.lineitem.l_returnflag (TEXT), default.lineitem.l_shipdate (TEXT), default.lineitem.l_shipinstruct (TEXT), default.lineitem.l_shipmode (TEXT), default.lineitem.l_suppkey (INT4), default.lineitem.l_tax (FLOAT8)}
explain
-------------------------------
-------------------------------------------------------------------------------
Execution Block Graph (TERMINAL - eb_0000000000000_0000_000007)
-------------------------------------------------------------------------------
|-eb_0000000000000_0000_000007
   |-eb_0000000000000_0000_000006
      |-eb_0000000000000_0000_000001
      |-eb_0000000000000_0000_000005
-------------------------------------------------------------------------------
Order of Execution
-------------------------------------------------------------------------------
1: eb_0000000000000_0000_000005
2: eb_0000000000000_0000_000001
3: eb_0000000000000_0000_000006
4: eb_0000000000000_0000_000007
-------------------------------------------------------------------------------

=======================================================
Block Id: eb_0000000000000_0000_000005 [LEAF]
=======================================================

[Outgoing]
[q_0000000000000_0000] 5 => 6 (type=HASH_SHUFFLE, key=default.b.n_nationkey (INT4), num=32)

TABLE_SUBQUERY(13) as default.b
  => Targets: default.b.n_nationkey (INT4), default.b.n_name (TEXT), default.b.n_regionkey (INT4), default.b.n_comment (TEXT)
  => out schema: {(4) default.b.n_nationkey (INT4), default.b.n_name (TEXT), default.b.n_regionkey (INT4), default.b.n_comment (TEXT)}
  => in  schema: {(4) default.b.n_comment (TEXT), default.b.n_name (TEXT), default.b.n_nationkey (INT4), default.b.n_regionkey (INT4)}
   PROJECTION(12)
     => Targets: default.nation.n_nationkey (INT4), default.nation.n_name (TEXT), default.nation.n_regionkey (INT4), default.nation.n_comment (TEXT)
     => out schema: {(4) default.nation.n_comment (TEXT), default.nation.n_name (TEXT), default.nation.n_nationkey (INT4), default.nation.n_regionkey (INT4)}
     => in  schema: {(4) default.nation.n_comment (TEXT), default.nation.n_name (TEXT), default.nation.n_nationkey (INT4), default.nation.n_regionkey (INT4)}
      SCAN(11) on default.nation
        => target list: default.nation.n_comment (TEXT), default.nation.n_name (TEXT), default.nation.n_nationkey (INT4), default.nation.n_regionkey (INT4)
        => out schema: {(4) default.nation.n_comment (TEXT), default.nation.n_name (TEXT), default.nation.n_nationkey (INT4), default.nation.n_regionkey (INT4)}
        => in schema: {(4) default.nation.n_comment (TEXT), default.nation.n_name (TEXT), default.nation.n_nationkey (INT4), default.nation.n_regionkey (INT4)}

=======================================================
Block Id: eb_0000000000000_0000_000001 [LEAF]
=======================================================

[Outgoing]
[q_0000000000000_0000] 1 => 6 (type=HASH_SHUFFLE, key=default.lineitem.l_orderkey (INT4), num=32)

GROUP_BY(20)(l_orderkey)
  => exprs: (count())
  => target list: default.lineitem.l_orderkey (INT4), ?count_6 (INT8)
  => out schema:{(2) default.lineitem.l_orderkey (INT4), ?count_6 (INT8)}
  => in schema:{(1) default.lineitem.l_orderkey (INT4)}
   SCAN(0) on default.lineitem
     => target list: default.lineitem.l_orderkey (INT4)
     => out schema: {(1) default.lineitem.l_orderkey (INT4)}
     => in schema: {(16) default.lineitem.l_comment (TEXT), default.lineitem.l_commitdate (TEXT), default.lineitem.l_discount (FLOAT8), default.lineitem.l_extendedprice (FLOAT8), default.lineitem.l_linenumber (INT4), default.lineitem.l_linestatus (TEXT), default.lineitem.l_orderkey (INT4), default.lineitem.l_partkey (INT4), default.lineitem.l_quantity (FLOAT8), default.lineitem.l_receiptdate (TEXT), default.lineitem.l_returnflag (TEXT), default.lineitem.l_shipdate (TEXT), default.lineitem.l_shipinstruct (TEXT), default.lineitem.l_shipmode (TEXT), default.lineitem.l_suppkey (INT4), default.lineitem.l_tax (FLOAT8)}

=======================================================
Block Id: eb_0000000000000_0000_000006 [ROOT]
=======================================================

[Incoming]
[q_0000000000000_0000] 5 => 6 (type=HASH_SHUFFLE, key=default.b.n_nationkey (INT4), num=32)
[q_0000000000000_0000] 1 => 6 (type=HASH_SHUFFLE, key=default.lineitem.l_orderkey (INT4), num=32)

[Enforcers]
 0: type=Broadcast, tables=default.small_supplier

JOIN(18)(LEFT_OUTER)
  => Join Cond: default.l.l_orderkey (INT4) = default.b.n_nationkey (INT4)
  => target list: default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.b.n_comment (TEXT), default.b.n_name (TEXT), default.b.n_nationkey (INT4), default.b.n_regionkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)
  => out schema: {(13) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.b.n_comment (TEXT), default.b.n_name (TEXT), default.b.n_nationkey (INT4), default.b.n_regionkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)}
  => in schema: {(13) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.b.n_comment (TEXT), default.b.n_name (TEXT), default.b.n_nationkey (INT4), default.b.n_regionkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)}
   SCAN(25) on eb_0000000000000_0000_000005
     => out schema: {(4) default.b.n_nationkey (INT4), default.b.n_name (TEXT), default.b.n_regionkey (INT4), default.b.n_comment (TEXT)}
     => in schema: {(4) default.b.n_nationkey (INT4), default.b.n_name (TEXT), default.b.n_regionkey (INT4), default.b.n_comment (TEXT)}
   JOIN(17)(INNER)
     => Join Cond: default.l.l_orderkey (INT4) = default.a.s_suppkey (INT4)
     => target list: default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)
     => out schema: {(9) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)}
     => in schema: {(9) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4), default.l.cnt (INT8), default.l.l_orderkey (INT4)}
      TABLE_SUBQUERY(9) as default.a
        => Targets: default.a.s_suppkey (INT4), default.a.s_name (TEXT), default.a.s_address (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_acctbal (FLOAT8), default.a.s_comment (TEXT)
        => out schema: {(7) default.a.s_suppkey (INT4), default.a.s_name (TEXT), default.a.s_address (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_acctbal (FLOAT8), default.a.s_comment (TEXT)}
        => in  schema: {(7) default.a.s_acctbal (FLOAT8), default.a.s_address (TEXT), default.a.s_comment (TEXT), default.a.s_name (TEXT), default.a.s_nationkey (INT4), default.a.s_phone (TEXT), default.a.s_suppkey (INT4)}
         PROJECTION(8)
           => Targets: default.small_supplier.s_suppkey (INT4), default.small_supplier.s_name (TEXT), default.small_supplier.s_address (TEXT), default.small_supplier.s_nationkey (INT4), default.small_supplier.s_phone (TEXT), default.small_supplier.s_acctbal (FLOAT8), default.small_supplier.s_comment (TEXT)
           => out schema: {(7) default.small_supplier.s_acctbal (FLOAT8), default.small_supplier.s_address (TEXT), default.small_supplier.s_comment (TEXT), default.small_supplier.s_name (TEXT), default.small_supplier.s_nationkey (INT4), default.small_supplier.s_phone (TEXT), default.small_supplier.s_suppkey (INT4)}
           => in  schema: {(7) default.small_supplier.s_acctbal (FLOAT8), default.small_supplier.s_address (TEXT), default.small_supplier.s_comment (TEXT), default.small_supplier.s_name (TEXT), default.small_supplier.s_nationkey (INT4), default.small_supplier.s_phone (TEXT), default.small_supplier.s_suppkey (INT4)}
            SCAN(7) on default.small_supplier
              => target list: default.small_supplier.s_acctbal (FLOAT8), default.small_supplier.s_address (TEXT), default.small_supplier.s_comment (TEXT), default.small_supplier.s_name (TEXT), default.small_supplier.s_nationkey (INT4), default.small_supplier.s_phone (TEXT), default.small_supplier.s_suppkey (INT4)
              => out schema: {(7) default.small_supplier.s_acctbal (FLOAT8), default.small_supplier.s_address (TEXT), default.small_supplier.s_comment (TEXT), default.small_supplier.s_name (TEXT), default.small_supplier.s_nationkey (INT4), default.small_supplier.s_phone (TEXT), default.small_supplier.s_suppkey (INT4)}
              => in schema: {(7) default.small_supplier.s_acctbal (FLOAT8), default.small_supplier.s_address (TEXT), default.small_supplier.s_comment (TEXT), default.small_supplier.s_name (TEXT), default.small_supplier.s_nationkey (INT4), default.small_supplier.s_phone (TEXT), default.small_supplier.s_suppkey (INT4)}
      TABLE_SUBQUERY(6) as default.l
        => Targets: default.l.l_orderkey (INT4), default.l.cnt (INT8)
        => out schema: {(2) default.l.l_orderkey (INT4), default.l.cnt (INT8)}
        => in  schema: {(2) default.l.cnt (INT8), default.l.l_orderkey (INT4)}
         PROJECTION(5)
           => Targets: default.t.l_orderkey (INT4), default.t.cnt (INT8)
           => out schema: {(2) default.t.cnt (INT8), default.t.l_orderkey (INT4)}
           => in  schema: {(2) default.t.l_orderkey (INT4), default.t.cnt (INT8)}
            TABLE_SUBQUERY(4) as default.t
              => Targets: default.t.l_orderkey (INT4), default.t.cnt (INT8)
              => out schema: {(2) default.t.l_orderkey (INT4), default.t.cnt (INT8)}
              => in  schema: {(2) default.t.cnt (INT8), default.t.l_orderkey (INT4)}
               PROJECTION(3)
                 => Targets: default.lineitem.l_orderkey (INT4), cnt (INT8)
                 => out schema: {(2) cnt (INT8), default.lineitem.l_orderkey (INT4)}
                 => in  schema: {(2) cnt (INT8), default.lineitem.l_orderkey (INT4)}
                  HAVING(2) (cnt (INT8) > 0)
                     GROUP_BY(1)(l_orderkey)
                       => exprs: (count(?count_6 (INT8)))
                       => target list: default.lineitem.l_orderkey (INT4), cnt (INT8)
                       => out schema:{(2) cnt (INT8), default.lineitem.l_orderkey (INT4)}
                       => in schema:{(2) default.lineitem.l_orderkey (INT4), ?count_6 (INT8)}
                        SCAN(21) on eb_0000000000000_0000_000001
                          => out schema: {(2) default.lineitem.l_orderkey (INT4), ?count_6 (INT8)}
                          => in schema: {(2) default.lineitem.l_orderkey (INT4), ?count_6 (INT8)}

=======================================================
Block Id: eb_0000000000000_0000_000007 [TERMINAL]
=======================================================