My little puzzle of the day is to find how to remove accents from a String. There are different alternatives, different strategies, but none really suits my needs – or my taste.

The naive approach is to use String.replace() to replace manually all characters, with a correspondance table, like “é” should be replaced with “e”, etc. That’s fine for some languages I know, like French or German, or even some latin languages, since we share the same alphabet. But with Russian, Greek, or some asian languages, my knowledge won’t suffice! So I can’t reliably produce a big hashtable with that knowledge. What a pity!

Maven is a pretty powerful tool, but sometimes, simple things can get complicated… I had to customize my build to upload some files through FTP. But it wasn’t just a mere artifact to upload through FTP to the enterprise repository, so I couldn’t use Maven’s artifact plugin and its FTP method. So the solution was to use Ant’s optional FTP task.

At first, it doesn’t seem very complicated, since Maven can basically use any Ant task very easily, but the fact is that this optional Ant task is dependent on another library that you have to add to Maven’s root classloader, otherwise you’ll get a NoClassDefFound! And moreover, I couldn’t even find NetComponents on ibiblio!

When working with Word documents, you’d often like to be able to extract relevant content automatically thanks to some scripts. That’s exactly what I wanted to do this afternoon. I have a Word document which contains some scripts written with a specific style, and I wanted to extract those snippets, so that I may be able to check that they compile or that the unit tests they represent be asserted successfully.

At work, I’m using Castor XML to Java binding to marshall/unmarshall messages in my Web Services, inside a custom framework (Struts, OJB, JAXM, etc). I have defined my messages as XSD Schemas, and I’m using Castor’s Maven plugin to auto-generate my Java classes at build time.

All is good and well… Hmm, almost! Castor’s SourceGenerator generates Java classes for complex types and elements, but not for simple types, and unfortunately, I badly needed to marshall those simple types as well. But fortunately, I’ve found a little trick to transform simple types to complex types, so that Castor can generate the associated Java classes, with its useful and handy marshall() methods.

Rails is kinda cool. Any framework that ease the development of CRUD-oriented webapps is a real time saver. There’s been a lot of well-deserved hype around Ruby on Rails lately. But I’m not sure that’s really that revolutionary. I’ve always thought that a good Java Web framework can do the same. Perhaps with a few more lines of code, since we all know that Java tends to be more verbose than some scripting languages. But overall, does it really matter? Especially since you tend to be much more productive in Java with a top-notch IDE like IntelliJ!

I think Angsuman diserve an answer.

It looks like Groovy is in dire needs of a project manager.

We’ve got one already. Of course, he’s been pretty busy with his Active* projects lately, but I think now he’s really back on the project. It’s often hard to cope with both a demanding job, and a demanding Open Source project. It’s tough to find time for both. Fortunately, he’s not alone on the Groovy project. While he was too busy, I took the interim and maintained Groovy and managed to deliver a few successful betas with a lot of bug fixes. But that’s just the tip of the iceberg. In November, with Jeremy, we organized a JSR meeting, and I’ve recruited a few new commiters to help us solidify our groovy-core base, so that it is able to receive the upcoming new parser. And the JSR work and discussions never stopped.

Incredible, I’ve just learnt that Groovy was dead, according to Mike! So I understand that’s why Cédric would like to know the final date for the burial.

It’s interesting to see how much pressure the Groovy project has on its little shoulders. So far, to my knowledge, I don’t really see any other OSS project for which the users and the blogosphere had so many expectations. Well, back in time, 6 months ago, yeah, we could’ve said Groovy was somewhat a zombie, but I don’t think that’s true anymore, with the latest months activity. We’re certainly not good at public relations these days, we’ve got some efforts to make on that front.

JetBrains improved the custom file type support in IntelliJ, in the Irida EAPs. If you have defined your Groovy syntax file correctly, you can have syntax highlighting, brace highlighting, and even… code-completion!

In my Groovy syntax file (which works in Irida #3185), I defined two sets of keywords: one for the keywords of the language, and the other one for the Groovy methods, like each(), findAll(), etc. And guess what? Simply hit CTRL-Space as usual, and presto, you can complete your code.

When I’m on an old PC, what frustrates me a lot is when I can’t auto-complete file names or paths when I’m in a DOS Console. If your computer (an old Win2K box like I have at work) is not configured for completion, it’s easy to re-enable it by modifying two keys in the registry:

• HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Command Processor\CompletionChar
• HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Command Processor\PathCompletionChar

To both keys, assign an hexadecimal value representing the key used for completing statements. I’m quite used to the tab key for that purpose, so I set the hexadecimal value to 0x09.

If you’re under Windows, and that you need to do some shell scripting with ActiveX/COM components, Scriptom will certainly help you. Today, my boss just asked me if we could use Scriptom to convert a Word document into an HTML equivalent. And I decided to see if that was possible. To my delight, my little Scriptom module, backed by Jacob, helped me solve this integration problem with only 6 lines of Groovy code!