gettextutils
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| gettextutils | |
|---|---|
| Name | gettextutils |
| Title | gettextutils |
| Developer | Free Software Foundation, GNU Project |
| Released | 1990s |
| Latest release | utils vary by distribution |
| Programming language | C (programming language), Shell script |
| Operating system | Unix, Linux, BSD, macOS |
| Genre | Internationalization, Localization, Utilities |
| License | GNU General Public License |
gettextutils
gettextutils are a collection of command-line utilities originally associated with the GNU Project and the Free Software Foundation that support the process of software internationalization and localization. These utilities complement the gettext toolchain used by projects such as GNU Emacs, GIMP, KDE, GNOME, and many Debian and Fedora packages, enabling translation extraction, message catalog manipulation, and format conversion. They are commonly packaged in Linux distributions, FreeBSD ports, and other open source ecosystems, and are used alongside build tools like autoconf, automake, and make.
Overview
The utilities assist in generating, editing, and maintaining message translation catalogs and integrate with workflows involving gettext, xgettext, and msgfmt. They operate on source files from projects including C (programming language), C++, Python (programming language), Perl, and Java, extracting translatable strings for translators working with tools such as Poedit, Virtaal, and OmegaT. The toolset targets international software projects like LibreOffice, Mozilla Firefox, Thunderbird, and WordPress plug-ins, supporting standard file formats used in localization pipelines.
History and Development
Development traces to the early internationalization efforts within the GNU Project during the 1990s, when maintainers of GNU Emacs and other GNU software required robust message handling. Contributions came from volunteers associated with projects like Debian Project and organizations such as the Free Software Foundation Europe. Over time, the utilities evolved with input from maintainers of gettext implementations on SunOS, NetBSD, and OpenBSD as well as adopters like the KDE e.V. and the GNOME Foundation. Integration with build systems emerged through collaboration with authors of autoconf and automake, and compatibility layers were developed for Windows environments using ports like Cygwin and MSYS2.
Components and Utilities
Key programs in the collection work together with the core gettext family and include utilities for catalog creation, merging, and reporting that are often distributed as part of larger packages maintained by GNU Project maintainers. Commonly used tools analogous to those in related distributions include extractors similar to xgettext, formatters akin to msgfmt, and editors comparable to msgmerge for synchronizing template and translation files. They interoperate with tools such as gettextize and complement editors and translation environments like Emacs, Eclipse (software), and Visual Studio Code through integrations and extensions developed by communities including Red Hat contributors and independent localization teams.
Usage and Examples
Typical workflows in projects like LibreOffice and Mozilla Foundation repositories use a chain where source code is scanned to produce Portable Object Template files consumed by translators collaborating via platforms such as Transifex, Weblate, and Zanata. For a Debian package, maintainers invoke extraction utilities during packaging alongside scripts used by dpkg and apt to prepare translations for installation. Continuous integration systems run in environments managed by Jenkins, GitLab, and Travis CI to verify that message catalogs remain synchronized as seen in repositories hosted on GitHub and GitLab.
Examples include extracting strings from a Python (programming language) module used in a GIMP plug-in and then merging updated templates into existing catalogs for translators working with Poedit; or using catalog validators as part of a GNOME application build monitored by Continuous integration pipelines maintained by distribution maintainers at Fedora Project or OpenSUSE.
Integration and Compatibility
The utilities are compatible with a wide range of toolchains and platforms, interfacing with GNU Compiler Collection-based build processes, language-specific toolchains such as CPython, and cross-platform environments supported by CMake. Interoperability is evident in projects like KDE Frameworks, GTK+, and Qt (framework), where translators rely on conversions between gettext catalogs and formats used by Qt Linguist. Ports and adaptations exist for macOS packaging systems including Homebrew and for Windows via MSYS2 or Cygwin, while distribution-specific packaging integrates with RPM (file format) and Debian packaging metadata for seamless deployment.
Licensing and Distribution
Most utilities in the ecosystem are released under the GNU General Public License, consistent with policies of the Free Software Foundation and practices of projects in the GNU Project ecosystem. They are distributed through channels such as Debian Project archives, RPM repositories maintained by Red Hat and openSUSE, and source trees hosted on platforms like Savannah (software host) and GitHub. Commercial vendors and organizations that ship localized products, including contributors at Canonical (company) and SUSE, typically package the utilities according to respective distribution guidelines and licensing requirements.