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Getting rid of Active X usage is a priority on Open UI projects, because it allows Siebel customers to embrace more modern browsers, and remain compliant into the future, but one of the last bastions of Active X support in a Siebel Open UI project stems from a requirement to launch executables inside an internal domain.

Protocol handlers are cross platform, and are supported by the major browsers. Although the term protocol handler is obscure amongst general users, its usage is quite prolithic. level 3 education Here are some common examples of protocols which are handled by browsers

When mailto:// is typed in to the browser address bar, it launches the default program which is registered to handle emails. Apple users will also recognize the second protocol itmss://, as it is used to launch iTunes, the subtle suggestion here is, we could use the same technique to launch any executable.

Each platform has its own method of implementing protocol handlers, so if you are lucky enough to support mac users on Siebel, you’ll need to look into the appropriate vendor documentation. The MSDN reference provides a good digest for those wanting to implement protocol handlers in windows.

Replace “jle” with your own protocol, and substitute the path to “protocol_handler.bat” according to your local path. “protocol_handler.bat” is a test file that can be used debug the arguments, to see what gets passed to the invoked program, but you may want to use something more sophisticated than a batch file.

Selenium is a browser automation tool, that allows web projects to automate repetitive tasks. As an early pioneer of Open UI, I found this new capability to be incredibly useful for achieving continuous integration. I gave readers a hint of this last year, in the article "Open UI – Build Process", which left readers with a list of ingredients, and a plan to manage their build automation.

Testing for Open UI defects requires a high level of thoroughness to ensure that entire your Application is compliant, and remains compliant in the future. median education level The move to Open UI will expose poor configuration practices that might have been passable in HI, but will break in Open UI. Open UI will also introduce defects as a side effect of the upgrade.

The simple approach to this problem is to brute force it, and assign a team of developers to navigate to each view to analyse for technical defects. But this isn’t really viable, as a long term strategy, a smarter approach is to use web automation.

The obvious use case is to run continuous integration testing, to ensure that new builds are thoroughly tested over night. A more advanced crawler can be built to perform functional testing of the applications main areas, but the scope of this article is to show how you can build your own Open UI crawler that can be used to programatically navigate to each view, and optionally validate your application.

Theres no shortage of tools in the market that is available to perform this sort of work, but if we narrow our criteria to open source web automation solutions, the Selenium web driver makes a pretty good choice, as it’s also set to become a W3C recommendation. Selenium works with all the major browsers, is compatible with your favorite programming language, and it is also free.

I’ve chosen to use Ruby as my language, because there is solid support for web automation. Ruby has gems that allow the developer to easily parse the DOM, make selections using CSS or XPath syntax, deal with dialog boxes, and take screen shots of problem views. Combining with this Watir, which is a selenium wrapper in Ruby, allows the developer to build the automation quickly in a light weight language.

The solution for your project may be different, if you require enterprise support, headless servers, or if you plainly prefer to stick to your language of choice, because of your available skill set, then the right tool for your circumstance will be different. The most important ingredient here is Selenium, or in this case Watir, which is a Ruby flavor of Selenium.

" Selenium automates browsers. average salary based on education level That’s it! What you do with that power is entirely up to you. Primarily, it is for automating web applications for testing purposes, but is certainly not limited to just that. Boring web-based administration tasks can (and should!) also be automated as well."

Building a simple crawler is a easy, and is something that you can give to an energetic graduate to perform in a day, however if you require a crawler that can be a workhorse for your Continuous Integration strategy, then it needs to be a little more robust, and more scalable than the simple example above, or if your needs warrant a more specialized crawler, that can check for and enforce WCAG compliance in your application, then you’ll ideally need a plugin system that can allow you to easily add new validators. what is the highest level of education you have achieved If want to go a little further, and build in functional testing capabilities, then could build an API bridge to facilitate a DSL to build more readable test cases.

Open UI + selenium opens up these exciting opportunities. For my client, having a nightly build process + continuous integration, and WCAG reporting, ensures they have a strict standards compliant UI and a more stable application for every deploy.

eScript is Siebel’s de-facto scripting language, but in an alternate universe, Siebel could have called its scripting language cScript, in reference to its C heritage. eScript is based on the ECMA Script standard (from which JavaScript is also based upon), and shares the same C family style syntax, but it also has uncanny similarities to C that are unparalleled by other ECMA Script derivatives.

The brackets tell the compiler to look in a predetermined directory, while the “”(two double quotes) tell the compiler to look in the current directory as the c program, however in Siebel, when the “” is used, Siebel will look in Tools\Scripts\ for the include file. (Siebel v8+)

In the above code sample under Pre-Processors, we saw the usage of a function called “printf”. printf outputs a formatted to the standard console. This isn’t part of the core C language, but was made available via the include pre-processor directive, which imports this command into the program from standard libraries.

The CLib library is useful for OS level operations, and those scenarios where you need to operate at the memory level, but such usage is usually confined to edge cases, otherwise eScript provides a safer and more familiar playground for Siebel professionals.

Siebel designed eScript as a hybrid of ECMA Script and C, providing customers with the (not so well documented) ability to extend eScript beyond its natural abilities. Although everyday configurators may never need to touch the Clib libraries, use pre-process instructions, utilize reference operators or even call custom DLL’s, but understanding these advanced features, and recognizing the C heritage provides insights for experienced developers, to maximize, and extend the product beyond its out of the box capabilities.

Finally, as for the great idea of renaming eScript, unfortunately the cScript moniker is already taken (most notably by cscript.exe from MS), but you could also argue the same for ‘eScript’, which is claimed by these other software companies.