127 lines
5.3 KiB
Plaintext
127 lines
5.3 KiB
Plaintext
-*- coding: utf-8 -*-
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Quick start for the localization (l10n) scripts
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===============================================
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The following assumes that all of these are in present in
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$FG_ROOT/Translations:
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- the default translation (default/*.xml);
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- the legacy FlightGear XML localization files (<language_code>/*.xml);
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- except for 'fg-convert-translation-files' which creates them, existing
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XLIFF 1.2 files (<language_code>/FlightGear-nonQt.xlf).
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Note: the legacy FlightGear XML localization files are only needed by
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'fg-convert-translation-files' when migrating to the XLIFF format. The
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other scripts only need the default translation and obviously, for
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'fg-update-translation-files', the current XLIFF files[1].
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Creating XLIFF files from existing FlightGear legacy XML translation files
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--------------------------------------------------------------------------
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To get the initial XLIFF files (generated from the default translation in
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$FG_ROOT/Translations/default as well as the legacy FlightGear XML
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localization files in $FG_ROOT/Translations/<language_code>):
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languages="de en_US es fr it nl pl pt zh_CN"
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# Your shell must expand $languages as several words for the following
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# commands to work. POSIX shell does that, Bash too apparently, but not Zsh
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# (by default). In Zsh, you can use $=languages or ${=languages} to ensure
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# the expansion uses word splitting.
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fg-convert-translation-files --transl-dir="$FG_ROOT/Translations" $languages
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# Add strings found in the default translation but missing in the legacy FG
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# XML l10n files
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fg-update-translation-files --transl-dir="$FG_ROOT/Translations" \
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merge-new-master $languages
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Updating XLIFF files to reflect changes in the default translation
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------------------------------------------------------------------
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When master strings[2] have changed (in a large sense, i.e.: strings added,
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modified or removed, or categories added or removed[3]):
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fg-update-translation-files --transl-dir="$FG_ROOT/Translations" \
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merge-new-master $languages
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Updating XLIFF files to mark or remove obsolete translated strings
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------------------------------------------------------------------
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To remove unused translated strings (not to be done too often in my opinion):
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fg-update-translation-files --transl-dir="$FG_ROOT/Translations" \
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remove-unused $languages
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(you may replace 'remove-unused' with 'mark-unused' to just mark the strings
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as not-to-be-translated, however 'merge-new-master' presented above already
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does that)
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Merging contents from an XLIFF file into another one
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----------------------------------------------------
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Suppose a translator has been working on a particular translation file, and
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meanwhile the official XLIFF file for this translation has been updated in
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FGData (new translatable strings added, obsolete strings marked or removed,
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etc.). In such a case, 'fg-merge-xliff-into-xliff' can be used to merge the
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translator's work into the project file. Essentially, this means that for all
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strings that have the same source text, plural status, number of plural forms
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and of course target language, the target texts, “approved” status and
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translator comments will be taken from the first file passed in the following
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command:
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fg-merge-xliff-into-xliff TRANSLATOR_FILE PROJECT_FILE
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Used like this, PROJECT_FILE will be updated with data from TRANSLATOR_FILE.
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If you don't want to modify PROJECT_FILE, use the -o (--output) option. If '-'
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is passed as argument to this option, then the result is written to the
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standard output.
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Creating skeleton XLIFF files for new translations
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--------------------------------------------------
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To create skeleton translations for new languages (e.g., for fr_BE, en_AU and
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ca):
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1) Check (add if necessary) that flightgear/meta/i18n.py knows the plural
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forms used in the new languages. This is done by editing PLURAL_FORMS
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towards the top of this i18n.py file (very easy). If the existing entry
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for, e.g., "zh" is sufficient for zh_TW or zh_HK, just let "zh" handle
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them: it will be tried as fallback if there is no perfect match on
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language and territory.
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2) Run a command such as:
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fg-new-translations --transl-dir="$FG_ROOT/Translations" fr_BE en_AU ca
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(if you do this for only one language at a time, you can use the -o
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option to precisely control where the output goes, otherwise
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fg-new-translations chooses an appropriate place based on the value
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specified for --transl-dir)
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Getting more information on the scripts
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---------------------------------------
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fg-convert-translation-files, fg-update-translation-files,
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fg-merge-xliff-into-xliff and fg-new-translations all support the --help
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option for more detailed information.
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Footnotes
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---------
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[1] Except for the fg-merge-xliff-into-xliff script, which doesn't have any
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of these requirements.
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[2] Strings in the default translation.
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[3] Only empty categories are removed by this command. An obsolete category
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can be made empty by manual editing (easy, just locate the right
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<group>) or this way:
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fg-update-translation-files --transl-dir=... mark-unused
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fg-update-translation-files --transl-dir=... remove-unused
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(note that this will remove *all* strings marked as unused in the first
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step, not only those in some particular category!)
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