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; This happens to work perfectly in 8i, with the optimizer producing the following plan: Execution Plan (8.1.7.4) ---------------------------------------------------------0 SELECT STATEMENT Optimizer=ALL_ROWS (Cost=103 Card=1812 Bytes=45300) 1 0 FILTER 2 1 HASH JOIN (Cost=103 Card=1812 Bytes=45300) 3 2 TABLE ACCESS (FULL) OF 'T1' (Cost=51 Card=1000 Bytes=16000) 4 3 TABLE ACCESS (BY INDEX ROWID) OF 'T2' (Cost=2 Card=1 Bytes=8) 5 4 INDEX (UNIQUE SCAN) OF 'T2_PK' (UNIQUE) (Cost=1 Card=1) 6 2 TABLE ACCESS (FULL) OF 'T3' (Cost=51 Card=1000 Bytes=9000) 7 1 TABLE ACCESS (BY INDEX ROWID) OF 'T4' (Cost=2 Card=1 Bytes=8) 8 7 INDEX (UNIQUE SCAN) OF 'T4_PK' (UNIQUE) (Cost=1 Card=1) Unfortunately, when you upgrade to 9i, the optimizer still obeys your hints and you haven t put enough of them into the SQL to deal with the new, improved options that 9i uses. Remember that query transformation takes place before the other stages of optimization. The optimizer will unnest the two subqueries in your original statement. Unfortunately, subquery unnesting seems to take place from the bottom up, and the resulting inline views are inserted from the top down in your from clause. This means the table order in the transformed query is now t4, t2, t1, t3 and then there s that ordered hint to apply! (The push_subq hint is ignored, because after 9i has finished its transformation, there are no outstanding subqueries to push.) So the new execution plan thanks to your hinting is as follows:

Execution Plan (9.2.0.6) ---------------------------------------------------------0 SELECT STATEMENT Optimizer=ALL_ROWS (Cost=36 Card=1 Bytes=41) 1 0 NESTED LOOPS (Cost=36 Card=1 Bytes=41) 2 1 NESTED LOOPS (Cost=29 Card=7 Bytes=224) 3 2 MERGE JOIN (CARTESIAN) (Cost=22 Card=7 Bytes=112) 4 3 SORT (UNIQUE) 5 4 TABLE ACCESS (BY INDEX ROWID) OF 'T4' (Cost=4 Card=3 Bytes=24) 6 5 INDEX (RANGE SCAN) OF 'T4_N1' (NON-UNIQUE) (Cost=1 Card=3) 7 3 BUFFER (SORT) (Cost=18 Card=3 Bytes=24) 8 7 SORT (UNIQUE) 9 8 TABLE ACCESS (BY INDEX ROWID) OF 'T2' (Cost=4 Card=3 Bytes=24) 10 9 INDEX (RANGE SCAN) OF 'T2_N1' (NON-UNIQUE) (Cost=1 Card=3) 11 2 TABLE ACCESS (BY INDEX ROWID) OF 'T1' (Cost=1 Card=1 Bytes=16) 12 11 INDEX (UNIQUE SCAN) OF 'T1_PK' (UNIQUE) 13 1 TABLE ACCESS (BY INDEX ROWID) OF 'T3' (Cost=1 Card=1 Bytes=9) 14 13 INDEX (UNIQUE SCAN) OF 'T3_PK' (UNIQUE) This is not (necessarily) a good thing note particularly the Cartesian merge join between the two unrelated tables t2 and t4 that used to be in your subqueries. Don t blame Oracle for this one you put in the hints, and hints are obeyed if they re legal. You just didn t put in enough hints to future-proof your code.

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s = "Feel it, grab it, grope it.\n"; String::Concat(s, "Follow every curve.\n"); String::Concat(s, "Can you wait to find it \n"); String::Concat(s, "Do you have the nerve "); sw->WriteLine(s); sw->WriteLine("A drop of oil, jambo, jambo."); sw->WriteLine("Whisper in her ear,"); sw->WriteLine("Ask the question in your heart"); sw->WriteLine("that only you can hear"); sw->WriteLine(); StringBuilder^ sb = gcnew StringBuilder(); sb->Append("Fingers now upon your ears,\n"); sb->Append("Waiting for the space\n"); sb->Append("An answer if you're ready now\n"); sb->Append("From the marketplace\n"); sw->WriteLine(sb); sw->WriteLine("The call of a bird, jambo, jambo."); sw->WriteLine("The scent of a market flower,"); sw->WriteLine("Open wide to all of it and"); sw->WriteLine("Welcome back your power"); sw->WriteLine(); sw->WriteLine("Jambo this and jambo that,"); sw->WriteLine("Walking with bare feet."); sw->WriteLine("No parking allowed when down under,"); sw->WriteLine("Keep it to the street."); sw->WriteLine(); sw->WriteLine("Dead people rising,"); sw->WriteLine("Walking with bare feet,"); sw->WriteLine("No parking allowed when down under,"); sw->WriteLine("Keep it to the street."); // The resulting string might be displayed to the user in a GUI. MessageBox::Show(sw->ToString(), "Poetry", MessageBoxButtons::OK); }

It is worth mentioning the star transformation briefly, as this is a fantastic example of how the optimizer can rewrite a query in a way that produces the same result set from the same set of tables while allowing a completely different order of activity to occur. Script star_trans.sql in the online code suite creates the following table: create table fact1 ( id, mod_23, mod_31, mod_53, small_vc, padding ) partition by range (id) ( partition p_0500000 partition p_1000000 partition p_1500000 partition p_2000000 )