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Another handy trick is to place numbers in front of your memo names. This lets you order them numerically on your BlackBerry, and it gives you a great way to prioritize your memos and keep the most important ones always at the top of the list.

Even though the cardinality of the join (see line 3) changes from an estimated 1,000 to an estimated 25,002, the cost of the query stays constant at 105 And that cost is essentially the cost of producing two sorted sets of data lines 4 and 6 in the first plan: 38 + 68 = 106 (the difference between the sum and the total in the execution plan appears because explain plan reports every step to the nearest whole number, but the arithmetic carries forward with exact fractions retained) 10 had an example of a merge join with a range test to demonstrate some of the oddities in the calculations for join cardinality At the time I postponed any explanation of an odd filter line that appeared in the execution plan The same filter line has appeared in the preceding plan, and now is the time to explain it.

When you are checking off items you have purchased in a grocery or other type of store from your memo list, roll the cursor up to the beginning of the item and press the Space key to move the item over one space.

If you switch from autotrace to dbms_xplandisplay() so that you can pick up the access predicates and filter predicates, the predicates that go with the preceding plan identified by line number are 5 - filter("T1""N1"<=1000) 6 - filter("T2""N2"<="T1""N2"+1) 7 - access("T2""N2">="T1""N2"-1) filter("T2""N2">="T1""N2"-1) You can also run the query then examine the view v$sql_plan_statistics to find out how many times Oracle executed lines 6, 7, and 8, and the number of rows supplied from each row source The filter operation (line 6) was executed 1,000 times to produce 5,996 rows (which is reasonable apart from the very first and last rows in the t1 selection, I was expecting six rows in t2 for each row in t1).

The contextual keyword override is used to indicate an intentional override of a virtual function. Because new and override are required when overriding a virtual function, you are always forced to make a conscious decision about whether your newly created function is intended to override the virtual function or be a new function altogether. Some methods are intended to be overridden frequently. The ToString method on Object is commonly overridden to provide type-specific output. In 7 (Listing 7-8), you saw a class that overrides the ToString method:

Each item moved over one space has been placed in your shopping cart, so now you know what you still have left to buy. In the image to the right, we have already placed the swirl bread, mini wheats, and oat squares into the shopping basket. Each space serves as a checkmark. This is especially helpful when you have a long list, or your list is not in the order of the aisles in the store. It helps you make sure you have not forgotten anything.

The table access full of t2 (line 8) was executed once to produce 10,000 lines (which is reasonable we only scan the table once and get all the rows from it because there are no simple restrictions) The strange line is line 7 the sort line which (according to v$sql_plan_statistics) gets executed 1,000 times (effectively once for each row in table t1) and returns 9,502,996 rows! Clearly something is not quite right in the way the execution plan is reporting to us We have not done 1,000 separate sorts, we did one sort to generate the data at least, that s what the 10032 trace file tells us The problem appears because we have done 1,000 separate accesses into the sorted data, and our between clause has been turned into two separate predicates The access predicate in line 7 ("T2""N2">="T1".

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