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Shared Code Among Applications - Iron Speed Technical Forums
I am developing applications in a corporate environment. We have some custome security code that is used in every application. It is primarily in the aspc.vb code for each page.
Of course we are constantly improving this security code and it requires that all the applications be updated.
Is there a way place this code that is common to all of our secured pages into a share library of some kind and have all the application on the webserver use it?
To be clear, I am talking about different websites sharing code.
Thanks
You could use a DLL (Dynamic Link Library). Compile It then drop it in the /Bin folder
Then use the "Imports" Keyword on top of the files (.vb files)
Example
Imports myNamespace.MySecurityLib
If you use ISD Headers then you could apply that security to every page that has that header....
NB: I hope i understood your problem well, if not someone else might post a reply
If the code you want to share is is pure C# or VB.NET code with no UI (no .aspx or .ascx) then you can:
1) Refactor the code and place in a separate library project. The Assembly from this project can be included in your various applications.
2) As DingJing indicated, you could share in a different sense by setting up web services that the other applications can then utilize. This would require having a website where the web service is hosted, either as part of an existing app or a site just for web services.
I find approach #1 works better in our case as we don't have to worry about securing/encrypting web services and they're simply API calls as if the code was local. Your requirements may be different.
If you require sharing of UI (for example .ascx components, or ASPX pages that you want to host 'within' other applications) then simply publish your project and deploy the following to existing...
Mobile Campus Assistant Project Page ยป Maps Revisited ...
I had a meeting last week with Ben Hayes , our designer and usability consultant. Ben has also been an iPhone owner for a while. He pointed out that there is probably an expectation from iPhone users for maps to appear in the native map application that is pre-installed on the phone rather than displayed within Safari. He also pointed out a number of usability issues with the page that I had created. To be honest, I was aware of them but was so pleased with getting the geo-location API working reasonably well I was ignoring them.
The first problem is that Safari provides a slightly smaller area to display a map than the native map application; also some space on the web page is taken by the header and textual information about the map.

The third issue is that pinch gestures affect both the map and the webpage that encloses it and this, in turn, can lead to some difficulties. For example, it is possible to zoom onto the page so that the map takes all of the screen space. Further gestures then only work on the map and its not immediately obvious how to return to the previous state.
One approach is to just provide a link to google maps and allow the device to display the map in whatever manner it deems suitable. On the iPhone a link that starts http://maps.google… will open in the native map application. This would avoid the issues of providing a map embedded in a webpage. However, this approach also has a couple of issues.
The map won’t automatically find your application via GPS. In the native application you will need to request your position. If other phones just display the google maps page it will not be possible to get the current location from the map web page. If the navigation link takes you to the native map application (iPhone) or...
Bulk High Temperature Superconductors for High Field Apps
Tracking high impact progress to the technology future, future technology and especially advanced nanotechnology, nuclear and energy technology, quantum computers, life extension, space technology and AI. Proposing and tracking the best societal, business and technical choices to the next big things that will shape our future. Official Lifeboat Foundation news source.
Professor Cardwell recently discussed the bulk microstructure of YBCO, and explained the effect of second-phase inclusions on the flux-pinning capability of the material. Methods had now been developed to incorporate nano-scale inclusions into the bulk structure, and a 10-200nm nano-phase based on RE2Ba4CuMOy had been shown to form effective artificial flux-pinning sites. Although these materials required further refinement in microstructural homogeneity, they appeared extremely promising for improved critical-current-density bulk superconductors. Professor Cardwell recently discussed the bulk microstructure of YBCO, and explained the effect of second-phase inclusions on the flux-pinning capability of the material. Methods had now been developed to incorporate nano-scale inclusions into the bulk structure, and a 10-200nm nano-phase based on RE2Ba4CuMOy had been shown to form effective artificial flux-pinning sites. Although these materials required further refinement in microstructural homogeneity, they appeared extremely promising for improved critical-current-density bulk superconductors. Nextbigfuture is the Lifeboat Foundation Technology Research News Website. The Lifeboat Foundation is a nonprofit nongovernmental organization dedicated to encouraging scientific advancements while helping humanity survive existential risks and possible misuse of increasingly powerful technologies, including genetic engineering, nanotechnology, and robotics/AI, as we move towards a technological singularity. Technology is an important factor in solving and creating many of the Lifeboat relevant issues.
Source: Bulk High Temperature Superconductors for High Field Apps






