/****************************************************************************** * Warning: this file was generated from the language.tpl template * and the maintainers.txt files by the translator.pl script. * * Do not edit this file. Edit the above mentioned files! * * * Copyright (C) 1997-2001 by Dimitri van Heesch. * * Permission to use, copy, modify, and distribute this software and its * documentation under the terms of the GNU General Public License is hereby * granted. No representations are made about the suitability of this software * for any purpose. It is provided "as is" without express or implied warranty. * See the GNU General Public License for more details. * * Documents produced by Doxygen are derivative works derived from the * input used in their production; they are not affected by this license. * */ /*! \page langhowto Internationalization

Support for multiple languages

Doxygen has built-in support for multiple languages. This means that the text fragments that doxygen generates can be produced in languages other than English (the default) at configuration time. Currently (version 1.2.8-20010723), 24 languages are supported (sorted alphabetically): Brazilian Portuguese, Chinese, Croatian, Czech, Danish, Dutch, English, Finnish, French, German, Hungarian, Italian, Japanese, Korean, Norwegian, Polish, Portuguese, Romanian, Russian, Slovak, Slovene, Spanish, Swedish, and Ukrainian. The table of information related to the supported languages follows. It is sorted by language alphabetically. The Status column was generated from sources and shows approximately the last version when the translator was updated. \htmlonly
Language Maintainer Contact address (remove the NOSPAM.) Status
Brazilian Fabio "FJTC" Jun Takada Chino chino@NOSPAM.grad.icmc.sc.usp.br up-to-date
Chinese Wang Weihan wangweihan@NOSPAM.capinfo.com.cn 1.2.1
Croatian Boris Bralo boris.bralo@NOSPAM.zg.tel.hr up-to-date
Czech Petr Přikryl
Vlastimil Havran
prikrylp@NOSPAM.skil.cz
havran@NOSPAM.fel.cvut.cz
up-to-date
Danish Erik Søe Sørensen erik@NOSPAM.mail.nu 1.2.7
Dutch Dimitri van Heesch dimitri@NOSPAM.stack.nl up-to-date
English Dimitri van Heesch dimitri@NOSPAM.stack.nl up-to-date
Finnish Olli Korhonen Olli.Korhonen@NOSPAM.ccc.fi 1.0.0
French Xavier Outhier xavier.outhier@NOSPAM.anfdata.cz up-to-date
German Jens Seidel
Jens Breitenstein
jensseidel@NOSPAM.users.sourceforge.net
Jens.Breitenstein@NOSPAM.tlc.de
up-to-date
Hungarian Földvári György foldvari@NOSPAM.diatronltd.com 1.2.1
Italian Ahmed Aldo Faisal
Alessandro Falappa
aaf23@NOSPAM.cam.ac.uk
a.falappa@NOSPAM.flashnet.it
1.2.7
Japanese Kenji Nagamatsu naga@NOSPAM.joyful.club.ne.jp 1.2.5
Korean Richard Kim ryk@NOSPAM.dspwiz.com 1.1.0
Norwegian Lars Erik Jordet larsej@NOSPAM.stud.ifd.hibu.no 1.2.2
Polish Grzegorz Kowal g_kowal@NOSPAM.poczta.onet.pl 1.2.1
Portuguese Rui Godinho Lopes ruiglopes@NOSPAM.yahoo.com up-to-date
Romanian Alexandru Iosup aiosup@NOSPAM.yahoo.com 1.2.1
Russian Alexandr Chelpanov cav@NOSPAM.cryptopro.ru up-to-date
Slovak Stanislav Kudláč qwerty1@NOSPAM.pobox.sk 1.2.7
Slovene Matjaz Ostroversnik matjaz.ostroversnik@NOSPAM.zrs-tk.si 1.1.5
Spanish Francisco Oltra Thennet foltra@NOSPAM.puc.cl 1.2.7
Swedish Samuel Häagglund
XeT Erixon
sahag96@NOSPAM.nts.mh.se
xet@NOSPAM.hem.passagen.se
1.0.0
Ukrainian Olexij Tkatchenko olexij.tkatchenko@NOSPAM.gmx.de up-to-date
\endhtmlonly \latexonly \begin{tabular}{|l|l|l|l|} \hline {\bf Language} & {\bf Maintainer} & {\bf Contact address} & {\bf Status} \\ \hline \hline Brazilian & Fabio "FJTC" Jun Takada Chino & {\tt chino@grad.icmc.sc.usp.br} & up-to-date \\ \hline Chinese & Wang Weihan & {\tt wangweihan@capinfo.com.cn} & 1.2.1 \\ \hline Croatian & Boris Bralo & {\tt boris.bralo@zg.tel.hr} & up-to-date \\ \hline Czech & Petr P\v{r}ikryl & {\tt prikrylp@skil.cz} & up-to-date \\ & Vlastimil Havran & {\tt havran@fel.cvut.cz} & \\ \hline Danish & Erik S\o{}e S\o{}rensen & {\tt erik@mail.nu} & 1.2.7 \\ \hline Dutch & Dimitri van Heesch & {\tt dimitri@stack.nl} & up-to-date \\ \hline English & Dimitri van Heesch & {\tt dimitri@stack.nl} & up-to-date \\ \hline Finnish & Olli Korhonen & {\tt Olli.Korhonen@ccc.fi} & 1.0.0 \\ \hline French & Xavier Outhier & {\tt xavier.outhier@anfdata.cz} & up-to-date \\ \hline German & Jens Seidel & {\tt jensseidel@users.sourceforge.net} & up-to-date \\ & Jens Breitenstein & {\tt Jens.Breitenstein@tlc.de} & \\ \hline Hungarian & F\"{o}ldv\'{a}ri Gy\"{o}rgy & {\tt foldvari@diatronltd.com} & 1.2.1 \\ \hline Italian & Ahmed Aldo Faisal & {\tt aaf23@cam.ac.uk} & 1.2.7 \\ & Alessandro Falappa & {\tt a.falappa@flashnet.it} & \\ \hline Japanese & Kenji Nagamatsu & {\tt naga@joyful.club.ne.jp} & 1.2.5 \\ \hline Korean & Richard Kim & {\tt ryk@dspwiz.com} & 1.1.0 \\ \hline Norwegian & Lars Erik Jordet & {\tt larsej@stud.ifd.hibu.no} & 1.2.2 \\ \hline Polish & Grzegorz Kowal & {\tt g\_kowal@poczta.onet.pl} & 1.2.1 \\ \hline Portuguese & Rui Godinho Lopes & {\tt ruiglopes@yahoo.com} & up-to-date \\ \hline Romanian & Alexandru Iosup & {\tt aiosup@yahoo.com} & 1.2.1 \\ \hline Russian & Alexandr Chelpanov & {\tt cav@cryptopro.ru} & up-to-date \\ \hline Slovak & Stanislav Kudl\'{a}\v{c} & {\tt qwerty1@pobox.sk} & 1.2.7 \\ \hline Slovene & Matjaz Ostroversnik & {\tt matjaz.ostroversnik@zrs-tk.si} & 1.1.5 \\ \hline Spanish & Francisco Oltra Thennet & {\tt foltra@puc.cl} & 1.2.7 \\ \hline Swedish & Samuel H\"{a}agglund & {\tt sahag96@nts.mh.se} & 1.0.0 \\ & XeT Erixon & {\tt xet@hem.passagen.se} & \\ \hline Ukrainian & Olexij Tkatchenko & {\tt olexij.tkatchenko@gmx.de} & up-to-date \\ \hline \end{tabular} \endlatexonly Most people on the list have indicated that they were also busy doing other things, so if you want to help to speed things up please let them (or me) know. If you want to add support for a language that is not yet listed please read the next section.

Adding a new language to doxygen

This short HOWTO explains how to add support for a new language to Doxygen: Just follow these steps:
  1. Tell me for which language you want to add support. If no one else is already working on support for that language, you will be assigned as the maintainer for the language.
  2. Create a copy of translator_en.h and name it translator_.h I'll use xx in the rest of this document.
  3. Edit language.cpp: Add a \verbatim #include \endverbatim in setTranslator() add \verbatim else if (L_EQUAL("your_language_name")) { theTranslator = new TranslatorYourLanguage; } \endverbatim after the if { ... }
  4. Edit libdoxygen.pro.in and add \c translator_xx.h to the \c HEADERS line in the file doxygen.pro.
  5. Edit translator_xx.h:
  6. Run configure and make again from the root of the distribution, in order to regenerated the Makefiles.
  7. Now you can use OUTPUT_LANGUAGE = your_language_name in the config file to generate output in your language.
  8. Send translator_xx.h to me so I can add it to doxygen. Send also your name and e-mail address to be included in the \c maintainers.txt list.

Maintaining a language

As new versions of doxygen appear, new sentences (\c trXxxx() methods) will be added to the \c Translator interface class. Of course, these need to be translated as well (otherwise doxygen wouldn't even compile!). Waiting until all language maintainers have translated the new sentences and sent the results would not be very practical. The following text describes the usage of translator adapters to solve the problem. The role of Translator Adapters. Whenever the \c Translator class interface changes in the new release, the new class \c TranslatorAdapter_x_y_z is added to the \c translator_adapter.h file (here x, y, and z are numbers that correspond to the current version of doxygen). All translators that previously derived from the \c Translator class now derive from this adapter class. The \c TranslatorAdapter_x_y_z class implements the new, required methods. If the new method replaces some similar but obsolete method(s) (e.g. if the number of arguments changed and/or the functionality of the older method was changed or enriched), the \c TranslatorAdapter_x_y_z class may use the obsolete method to get the result which is as close as possible to the older result in the target language. If it is not possible, the result (the default translation) is obtained using the English translator, which is (by definition) always up to date. For example, when the new \c trFile() method with parameters (to determine the capitalization of the first letter and the singular/plural form) was introduced to replace the older method \c trFiles() without arguments, the following code appeared in one of the translator adapter classes: \verbatim /*! This is the default implementation of the obsolete method * used in the documentation of a group before the list of * links to documented files. This is possibly localized. */ virtual QCString trFiles() { return "Files"; } /*! This is the localized implementation of newer equivalent * using the obsolete method trFiles(). */ virtual QCString trFile(bool first_capital, bool singular) { if (first_capital && !singular) return trFiles(); // possibly localized, obsolete method else return english.trFile(first_capital, singular); } \endverbatim The \c trFiles() is not present in the \c TranslatorEnglish class, because it was removed as obsolete. However, it was used until now and its call was replaced by \verbatim trFile(true, false) \endverbatim in the doxygen source files. Probably, many language translators implemented the obsolete method, so it perfectly makes sense to use the same language dependent result in those cases. The \c TranslatorEnglish does not implement the old method. It derives from the abstract \c Translator class. On the other hand, the old translator for a different language does not implement the new \c trFile() method. Because of that it is derived from another base class -- \c TranslatorAdapter_x_y_z. The \c TranslatorAdapter_x_y_z class have to implement the new, required \c trFile() method. However, the translator adapter would not be compiled if the \c trFiles() method was not implemented. This is the reason for implementing the old method in the translator adapter class (using the same code, that was removed from the TranslatorEnglish). The simplest way would be to pass the arguments to the English translator and to return its result. Instead, the adapter uses the old \c trFiles() in one special case -- when the new trFile(true, false) is called. This is the mostly used case at the time of introducing the new method -- see above. While this may look too complicated, the technique allows the developers of the core sources to change the Translator interface, while the users may not even notice the change. Of course, when the new \c trFile() is used with different arguments, the English result is returned and it will be noticed by non English users. Here the maintainer of the language translator should implement at least that one particular method. What says the base class of a language translator? If the language translator class inherits from any adapter class the maintenance is needed. In such case, the language translator is not considered up-to-date. On the other hand, if the language translator derives directly from the abstract class \c Translator, the language translator is up-to-date. The translator adapter classes are chained so that the older translator adapter class uses the one-step-newer translator adapter as the base class. The newer adapter does less \e adapting work than the older one. The oldest adapter class derives (indirectly) from all of the adapter classes. The newest adapter class derives directly from the abstract class \c Translator. The name of the adapter class was chosen so that its suffix is derived from the previous version of doxygen. This way, one can say approximately, when the language translator class was last updated -- see details below. The newest adapter translator for CVS release (i.e. non official) is named \c TranslatorAdapterCVS. As it derives only from the \c Translator class, it can be used only for language translator classes that were up-to-date in the time of the last release. Status of the translators that derive from the \c TranslatorAdapterCVS is named as almost up-to-date. Its code is moved into the new \c Translator_x_y_z when new version of doxygen is officially released. Once the oldest adapter class is not used by any of the language translators, it can be removed from the doxygen project. This also means, that there probably still is some language which uses the oldest adapter. The maintainers should try to reach the state with the minimal number of translator adapter classes. To simplify the maintenance of the language translator classes for the supported languages, the \c translator.pl perl script was developed (located in \c doxygen/doc directory). It extracts the important information about obsolete and new methods from the source files for each of the languages. The information is stored in the translator report ASCII file (doxygen/doc/translator_report.txt). \htmlonly If you compiled this documentation from sources and if you have also doxygen sources available the link doxygen/doc/translator_report.txt should be valid.\endhtmlonly Looking at the base class of the language translator, the script guesses also the status of the translator -- see the last column of the table with languages above. The \c translator.pl is called automatically when the doxygen documentation is generated. You can also run the script manualy whenever you feel that it can help you. Of course, you are not forced to use the results of the script. You can find the same information by looking at the adapter class and its base classes. How should I update my language translator? Firstly, you should be the language maintainer, or you should let him/her know about the changes. The following text was written for the language maintainers as the primary audience. There are several approaches to be taken when updating your language. If you are not extremely busy, you should always chose the most radical one. When the update takes much more time than you expected, you can always decide use some suitable translator adapter to finish the changes later and still make your translator working. The most radical way of updating the language translator is to make your translator class derive directly from the abstract class \c Translator and provide translations for the methods that are required to be implemented -- the compiler will tell you if you forgot to implement some of them. If you are in doubt, have a look at the \c TranslatorEnglish class to recognize the purpose of the implemented method. Looking at the previously used adapter class may help you sometimes, but it can also be misleading because the adapter classes do implement also the obsolete methods (see the previous \c trFiles() example). In other words, the up-to-date language translators do not need the \c TranslatorAdapter_x_y_z classes at all, and you do not need to implement anything else than the methods required by the Translator class (i.e. the pure virtual methods of the \c Translator -- they end with =0;). If everything compiles fine, try to run \c translator.pl, and have a look at the translator report (ASCII file) at the \c doxygen/doc directory. Even if your translator is marked as up-to-date, there still may be some remarks related to your souce code. Namely, the obsolete methods--that are not used at all--may be listed in the section for your language. Simply, remove their code (and run the \c translator.pl again). If you do not have time to finish all the updates you should still start with the most radical approach as described above. You can always change the base class to the translator adapter class that implements all of the not-yet-implemented methods. If you prefer to update your translator gradually, look at the translator report generated by the \c translator.pl script and choose one of the missing method that is implemented by the translator adapter, that is used as your base class. When there is not such a method in your translator adapter base class, you probably can change the translator adapter base to the newer one. Do not blindly implement all methods that are implemented by your translator adapter base class. The reason is that the adapter classes implement also obsolete methods. Another reason is that some of the methods could become obsolete later. */