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whereas in Oracle 10g, costs are calculated for both forms of the SQL statement, with the lowest cost determining whether the subquery will be transformed. This difference in behavior might lead to different execution plans than in previous releases, potentially resulting in significantly changed performance (a decrease in performance is possible). Several types of query transformations are available to the cost-based optimizer. For instance, a trace file from Oracle 11.1.0.7 reports the following list of attempted query transformations: CBQT - cost-based query transformation CSE - common subexpression elimination JPPD - join predicate push-down OJPPD - old-style (non-cost-based) JPPD FPD - filter push-down PM - predicate move-around CVM - complex view merging SVM - simple view merging SPJ - select-project-join SJC - set join conversion SU - subquery unnesting OBYE - order by elimination ST - star transformation JE - join elimination Finally, this section shows additional predicates generated by the optimizer through transitive closure or database constraints (check constraints, foreign-key constraints). It is often amazing how different a SQL statement might appear after transformations have been applied. For instance, the following SQL statement (see the script 10053QueryTransformation.sql, which creates the T7 and T8 tables and generates a 10053 trace file for each query) might be transformed from this: SELECT C1, SUBSTR(C2,1,20) C2 FROM T7 WHERE EXISTS ( SELECT 1 FROM T8 WHERE T8.C1=T7.C1);

Mapping instance fields is considered invalid metadata, but it has no serious consequences for the loader if a field is not static, the loader does not even check to see whether the field is mapped The only real effect of mapping instance fields is a bloated FieldRVA table The IL assembler treats mapping of an instance field as an error and produces an error message The second catch is to an extent a derivative from the first catch: the mapped static fields are the most static of them all When multiple application domains are sharing the same process (as in the case of ASP NET, for example) and several application domains are sharing a loaded assembly, the mapped fields of this assembly are shared by all application domains, unlike the normal static fields, which are individual per application domain.

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I don t recommend disabling the interface. If you disable it, data binding will not be able to interact with your object as it expects, and you may have to write extra UI code to compensate.

The third catch is that a field cannot be mapped if its type contains object references (objects or arrays) The data sections are out of the garbage collector s reach, so the validity of object references placed in the data sections cannot be guaranteed If the loader finds object references in a mapped field type, it throws a TypeLoad exception and aborts the loading, even if the code is run in full-trust mode from a local drive and all security-related checks are disabled The loader checks for the presence of object references on all levels of the field type in other words, it checks the types of all the fields that make up the type, checks the types of fields that make up those types, and so on.

Look at the address bar in the browser; see how it is still RolesEdit.aspx even though the display is entirely different from Figure 10-10. This illustrates the power of the MultiView control, which allows a user to remain on a single page to view, edit, and insert data. The control shown here is a DetailsView control, which is data bound to the same RolesDataSource control as the GridView earlier. This control is declared in a manner very similar to the GridView: <asp:DetailsView ID="DetailsView1" runat="server" AutoGenerateRows="False" DataSourceID="RolesDataSource" DefaultMode="Insert" Height="50px" Width="125px" DataKeyNames="Id"> <Fields> <asp:BoundField DataField="Id" HeaderText="Id" SortExpression="Id" /> <asp:BoundField DataField="Name" HeaderText="Name" SortExpression="Name" /> <asp:CommandField ShowInsertButton="True" /> </Fields> </asp:DetailsView> It is bound to RolesDataSource, and its DataKeyNames property specifies that the Id property is the unique identifier for the object. The <Fields> elements define the rows in the control much as columns are defined in a GridView. If the user enters values for a new role and clicks the Insert link in the DetailsView control, the InsertObject event is raised by RolesDataSource. This event is handled in the page to add the new role to the Roles collection:

The fourth catch is that in the verifiable code a field cannot be mapped if its type (value type, of course) contains nonpublic instance fields The reasoning behind this limitation is that if we map a field with a type containing nonpublic members, we can map another field of some all-public type to the same location and, through this second mapping, get unlimited access to nonpublic member fields of the first type The loader checks for the presence of nonpublic members on all levels of the mapped field type and throws a TypeLoad exception if it.

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