Additional formats can be supported by defining custom configurations, for example using regular-expressions based parameters. Step 1: Create an empty project on a server Creating an empty project on a server Create an SVN or Git repository on a server that will be accessible by the translators. The filters include support for formats such as HTML, XLIFF, TMX, PO, XML (supports ITS), (ODT, ODS, ODP, etc.), MS Office 2007 (DOCX, XSLX, PPTX, etc.), Properties, CSV, and more. As plenty of information about SVN and Git is easily available, we wont describe how they work here, but only how OmegaT works with them. They all have a common API and can be used to perform different types of actions on the translatable content of many different file formats. The framework provides a collection of filters. The framework allows also to create new utilities easily using a pipeline mechanism. Global or partial validation using DTDs or Schemas.
Other utilities include: encodings convertion, source-target text alignment, pseudo-translation, translation comparison, RTF conversion, search and replace, and more. And What About XML Documents They are trees (not limiting with name spaces and tools such as XLink one can create structures that are not trees).
It supports the creation of different packages you can translate using tools such as OmegaT, Virtaal, and even commercial tools. The framework is useful to develop workflows to process files before and after translations, or to perform different tasks on translation-related data at any point.įor example, you can use Rainbow, one of the tools built on top of the libraries, to prepare for translation documents in many different formats, and to post-process them after translation.
Those applications are built on top of Java libraries that you can also use directly to develop your own programs and scripts. The Okapi framework is a set of cross-platform tools and components to help in translation and localization tasks.
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