.NET/Java PDF, Tiff, Barcode SDK Library

C:\> aximp c:\Windows\System32\Macromed\Flash\Flash9bocx Generated Assembly: C:\ShockwaveFlashObjectsdll Generated Assembly: C:\AxShockwaveFlashObjectsdll If you use ildasmexe to analyze the structure of the generated assemblies, you ll notice that the wrapper of the COM component is contained in ShockwaveFlashObjectsdll and is generated by the tlbimpexe tool; the second assembly simply contains a Windows Forms host for ActiveX components and is configured to host the COM component, exposing the GUI features in terms of the elements of the Windows Forms framework You can test the Flash Player embedded in an interactive F# session: > #I "c:\\" --> Added 'c:\ ' to library include path > #r "AxShockwaveFlashObjectsdll";; --> Referenced 'c:\AxShockwaveFlashObjectsdll' > open AxShockwaveFlashObjects;; > open SystemWindowsForms;; > let f = new Form();; val f : Form > let flash = new AxShockwaveFlash();; val flash : AxShockwaveFlash Binding session to 'c:\AxShockwaveFlashObjectsdll'.. > f.

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These differences can be seen in the SDK docs on MSDN, the Visual Studio .NET object browser, or other reflection-based documentation systems. They re shown here in Figure 3-16.

In this chapter, you revisited the concepts of cursors and ref cursors. You learned about session cursor cache and PL/SQL cursor cache, and you saw how they can improve the performance of your application. You then explored in detail the concept of JDBC statement caching. You learned about implicit and explicit statement caching, and how to use them in your JDBC programs to avoid unnecessary soft parses. You also compared implicit and explicit statement caches in terms of features and performance, and you discovered that in almost all cases implicit caching is the way to go. The chapter concluded with a summary of the differences between session cursor cache, PL/SQL cursor cache, and JDBC statement caching.

Show();; val it : unit = () > flashDock <- DockStyleFill;; val it : unit = () > fControlsAdd(flash);; val it : unit = () > flashLoadMovie(0, "http://laptoporg/img/meshDemo18swf");; val it : unit = () Here you first add to the include path of the fsiexe directory containing the assemblies generated by aximpexe using the #I directive, and then you reference the AxShockwaveFlashObjectsdll assembly using the #r directive The namespace AxShockwaveFlashObjects containing the AxShockwaveFlash class is opened; this is the managed class wrapping the ActiveX control You create an instance of the Flash Player that is now exposed as a Windows Forms control; then you set the Dock property to DockStyleFill to let the control occupy the entire area of the form, and finally you add the control to the form.

n this chapter, you will learn about connection pooling and caching, and how they can improve performance of your application. We ll first look at Oracle9i connection pooling and the sample connection caching implementation provided by Oracle. We ll then cover the new and improved implicit connection caching in Oracle 10g. Finally, we ll examine the 10g implementation of OCI driver connection pooling, a feature also available with Oracle9i. But first, let s start with a little background on connections and sessions that will help you better understand the remainder of this chapter.

The PreRender event is fired just before the Render method is called on the Page object. It is, therefore, your last chance to make changes to the Page s output stream. This is frequently a very useful event to trap. When you re using User Controls on your page, the event model is sequenced such that the Load event of the Page fires, the Load event of the User Control fires, control specific events of the Page object fire, and then control specific events of the User Control fire. So what do you do if you want to respond at the Page level to the work that the User Control has done A common pattern is to raise an event from the User Control back to the Page. This is a very good model and you should use it whenever appropriate. Sometimes, however, that just won t do the trick. For instance, you may want to be sure that the User Control has done all of its work before your processing fires at the Page level. When this is the requirement you face, the PreRender method is the place to be. Consider the following code, which is markup from PreRenderIE.aspx: <%@ Page Language="C#" AutoEventWireup="true" CodeFile="PreRenderIE.aspx.cs" Inherits="PreRenderIE" %> <%@ Register TagPrefix="uc1" TagName="RenderTextboxes" Src="RenderTextboxes.ascx" %> <HTML> <HEAD> <title>PreRenderIE</title> </HEAD> <body> <form id="Form1" method="post" runat="server"> <asp:Label Runat=server ID=lblOutput>