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Now for the cluster index on our cluster We need to index the cluster before we can put data in it We could create tables in the cluster right now, but we re going to create and populate the tables simultaneously, and we need a cluster index before we can have any data The cluster index s job is to take a cluster key value and return the block address of the block that contains that key It is a primary key, in effect, where each cluster key value points to a single block in the cluster itself So, when we ask for the data in department 10, Oracle will read the cluster key, determine the block address for that, and then read the data The cluster key index is created as follows: ops$tkyte@ORA11GR2> create index emp_dept_cluster_idx 2 on cluster emp_dept_cluster 3 / Index created.

When an item is selected from a report filter s drop-down list, the PivotTableUpdate event is triggered. If the (All) item was selected, the code undoes the change to the report filter, and displays the previously selected item.

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It can have all of the normal storage parameters of an index and can be stored in another tablespace It is just a regular index, so it can be on multiple columns; it just happens to index into a cluster and can also include an entry for a completely null value (see 11 for the reason why this is interesting) Note that we do not specify a list of columns in this CREATE INDEX statement that is derived from the CLUSTER definition itself Now we are ready to create our tables in the cluster: ops$tkyte@ORA11GR2> create table dept 2 ( deptno number(2) primary key, 3 dname varchar2(14), 4 loc varchar2(13) 5 ) 6 cluster emp_dept_cluster(deptno) 7 / Table created.

The total page count is 5. But of those, only 4 pages of actual table are used 1 page is an index. Since the default cache size is 2,000 pages, you have nothing to worry about. There are about 400 records in episodes, which means there are about 100 records per page. You wouldn t have to worry about adjusting the page cache before updating every record unless there were at least 196,000 rows in episodes. And remember, you would only need to do this in environments where there are other connections using the database and concurrency is an issue. If you are the only one using the database, then it really wouldn t matter.

ops$tkyte@ORA11GR2> create table emp 2 ( empno number primary key, 3 ename varchar2(10), 4 job varchar2(9), 5 mgr number, 6 hiredate date, 7 sal number, 8 comm number, 9 deptno number(2) references dept(deptno) 10 ) 11 cluster emp_dept_cluster(deptno) 12 / Table created Here, the only difference from a normal table is that we used the CLUSTER keyword and told Oracle which column of the base table will map to the cluster key in the cluster itself Remember, the cluster is the segment here, therefore this table will never have segment attributes such as TABLESPACE, PCTFREE, and so on they are attributes of the cluster segment, not the table we just created We can now load them up with the initial set of data: ops$tkyte%ORA11GR2> insert into dept 2 ( deptno, dname, loc ) 3 select deptno+r, dname, loc 4 from scottdept,.

(select level r from dual connect by level < 10);

36 rows created. ops$tkyte%ORA11GR2> insert into emp 2 (empno, ename, job, mgr, hiredate, sal, comm, deptno) 3 select rownum, ename, job, mgr, hiredate, sal, comm, deptno+r 4 from scott.emp, 5 (select level r from dual connect by level < 10); 126 rows created.

We talked earlier about the pager waiting to go from PENDING to EXCLUSIVE. What exactly is involved with waiting on a lock First, any call to exec() or step() can involve waiting on a lock. Whenever SQLite encounters a situation where it can t get a lock, the default behavior is to return Delete SQLITE_BUSY to the function that caused it to seek the lock. Regardless of the command you execute, you can potentially encounter SQLITE_BUSY. SELECT commands, as you know by now, can fail to get a SHARED lock if a writer is pending or writing. The simple thing to do when you get SQLITE_BUSY is to just retry the call. However, we will see shortly that this is not always the best course of action.

In the workbook you re sending to regional managers, you selected the manager s region name from the report filter on the Region Pivot worksheet, and all the stores in their region are in the Row Labels area. To ensure they re viewing the correct data, you want to prevent the managers from selecting a different item in the report filter or in the Row Labels filters. This problem is based on the Protect.xlsm sample workbook.

Note I used a SQL trick to generate data in this example. I wanted more than seven departments to

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