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It is relatively trivial to have the Roles object notify RoleList to tell it that the data has changed. In such a case, RoleList can simply invalidate its cache so the data is reloaded on the next request. Again, the implementation of this behavior is shown in 18. From an object model perspective, however, this means that there is interaction between Roles and RoleList. From a CRC perspective, this means that Roles collaborates with RoleList to expire the cache when appropriate.

ops$tkyte@ORA11GR2> select * from table(dbms_xplandisplay); PLAN_TABLE_OUTPUT --------------------------------------------------------------------------| Operation |Name |Rows |Bytes|Pstart|Pstop| --------------------------------------------------------------------------| SELECT STATEMENT | | 1000|27000| | | | TABLE ACCESS BY GLOBAL INDEX ROWID|EMP | 1000|27000|ROWID |ROWID| | INDEX RANGE SCAN |EMP_JOB_IDX| 400| | | | --------------------------------------------------------------------------Predicate Information (identified by operation id): --------------------------------------------------2 - access("JOB"=:X) Sure enough, we see a similar effect for the INDEX RANGE SCAN Our indexes are used and can provide high-speed OLTP access to the underlying data If they were partitioned, they would have to be prefixed and enforce index partition elimination; hence, they are scalable as well, meaning we can partition them and observe the same behavior In a moment, we ll look at what would happen if we used LOCAL indexes only Lastly, let s look at the area of availability The Oracle documentation claims that globally partitioned indexes make for less available data than locally partitioned indexes.

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I don t fully agree with this blanket characterization I believe that in an OLTP system they are as highly available as a locally partitioned index Consider the following: ops$tkyte@ORA11GR2> alter tablespace p1 offline; Tablespace altered ops$tkyte@ORA11GR2> alter tablespace p2 offline; Tablespace altered ops$tkyte@ORA11GR2> alter tablespace p3 offline; Tablespace altered ops$tkyte@ORA11GR2> select empno, job, loc from emp where empno = 7782; EMPNO JOB LOC ---------- --------- ------------7782 MANAGER NEW YORK Here, even though most of the underlying data is unavailable in the table, we can still gain access to any bit of data available via that index As long as the EMPNO we want is in a tablespace that is available, and our GLOBAL index is available, our GLOBAL index works for us.

The final step in the object design process is to compare the new class diagram with the original use case descriptions to ensure that everything described in each use case can be accomplished through the use of these objects. Doing so helps to ensure that the object model covers all the user requirements. Figure 3-11 shows the complete object model, and Table 3-3 shows the updated CRC information. The solid-lined arrows in Figure 3-11 indicate collaboration between objects, illustrating how many of them work together to provide the required functionality. The dashed lines show navigation between objects. For instance, if you have a ProjectInfo object, it is possible to navigate from there to a Project, typically by calling a GetProject() method. Although navigation between objects isn t strictly necessary, it is often of great benefit to UI developers. Consider that a UI developer will get access to a ProjectInfo object when the user selects a project from a control in the UI. In most cases, the next step is to load the associated Project so that the user can view or edit the data. Providing navigational support directly in the object model makes this trivial to implement within the UI.

On the other hand, if we had been using the highly available local index in the preceding case, we might have been prevented from accessing the data! This is a side effect of the fact that we partitioned on LOC but needed to query by EMPNO We would have had to probe each local index partition and would have failed on the index partitions that were not available Other types of queries, however, will not (and cannot) function at this point in time: ops$tkyte@ORA11GR2> select empno, job, loc from emp where job = 'CLERK'; select empno, job, loc from emp where job = 'CLERK' * ERROR at line 1: ORA-00376: file 13 cannot be read at this time ORA-01110: data file 13: '/home/ORA11GR2/oradata/ /o1_mf_p2_1dzn8jwp_dbf'.

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