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The Group Policy team has worked hard to provide some great new features to help Group Policy administrators get a better handle on their environments One of those features is comments, an incredibly important new feature that will provide essential inline annotations so that we do not lose track of why something was done I was recently working with some folks taking a look at their GP environment and we looked at one GPO which was created in 2000 No way! you say It floored me, too (Granted, I do not get out much) Think about it: These GPOs provide configuration to many client systems throughout the enterprise Why certain configuration was done, who did it, and what the expected results were are all pretty important bits of data, are they not Thus the need for comments.

The code is nearly identical in classic ASP, with the obvious changes related to the use of ADO.NET classes. You end up maintaining multiple image manipulation pages one per each logical group of images and image data stores. What s missing in classic ASP and ASP.NET 1.x is an ad hoc image generation service and more powerful image controls. ASP.NET 2.0 fills that gap.

You can put comments on the top level of a GPO to document the purpose of that GPO or possibly the theme You can also put comments down on the individual settings contained within the GPO to document why a setting is configured, provide contact information if other GP admins need more information whatever you want You can filter the settings to show, in the console, only the commented settings to quickly see what other admins are doing, or to see what you were doing if you cannot remember This is a quick way to ensure that when actions are taken that affect the environment, you provide some clues.

public void doFilter(ServletRequest request, ServletResponse response, FilterChain chain) throws IOException, ServletException;

instead of a plain ASPX page results in slightly more efficient code because an HTTP handler with an .ashx extension (or a custom extension) doesn t go through the same long pipeline as a regular Web page. An HTTP handler engages the HTTP runtime less than a regular page does. As you ll see in a moment, the same pattern is maintained in ASP.NET 2.0.

We have all looked at this stuff and said to ourselves, Why would I have done that It just does not make sense, Well now at least you can talk back to yourself, Ohhhhhh, that is why I did that! A few caveats: Comments are only on the GPO itself or on Administrative Template Settings Other settings in Group Policy, such as security settings, do not allow comments The comments on settings are viewable on the settings report and the comments on the GPO show up on the Details tab in the GPMC To comment on a GPO, open the editor for that GPO and go to the properties of the GPO (top node) You will see the Comment tab To comment on a setting, go to the properties of that setting and you will see the Comment tab there..

ASP.NET 1.x has the Image control, which is little more than a wrapper around the <img> HTML tag. The Image control provides a thin layer of abstraction over some of the <img> properties. In the end, it allows you to reference images only by URL and to set some of the image layout attributes. In the real world, images can have a variety of origins. An image can be the content of a file, it can be stored in a database field, or it can be dynamically generated in memory using a graphic API such as the GDI+ classes. As you can see, only the first case when a disk file is used is well served by the <img> tag and the ASP.NET 1.x API. In all other cases, programmers must write their own code. In spite of the many possible sources for image bytes, the Web page still handles the same logical entity an image. Ideally, you should always be able to reference images in the same way, irrespective of the storage medium. But the <img> tag and the ASP.NET Image class are patently inadequate for the job. ASP.NET 2.0 provides one more image-related control that you met back in 1: DynamicImage. It derives from DynamicImageBase, which in turn derives from Image.

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The FilterChain parameter is a representation of all the processing to be done during this request, including the servlet(s), JSP(s), and other filter(s) that may be invoked. Since our filter is a postprocessing one, the first thing we do in our doFilter method is execute the FilterChain: